import * as outputs from "../types/output"; export declare namespace alb { interface AclAclEntry { /** * The description of the AclEntry. */ description?: string; /** * The content of the AclEntry. */ entry: string; } interface AclsAcl { /** * The entries info of acl. */ aclEntries: outputs.alb.AclsAclAclEntry[]; /** * The count of acl entry. */ aclEntryCount: number; /** * The ID of Acl. */ aclId: string; /** * The name of acl. */ aclName: string; /** * Creation time of Acl. */ createTime: string; /** * The description of Acl. */ description: string; /** * The ID of Acl. */ id: string; /** * The listeners of acl. */ listeners: outputs.alb.AclsAclListener[]; /** * The name of project. */ projectName: string; /** * Update time of Acl. */ updateTime: string; } interface AclsAclAclEntry { /** * The description of Acl. */ description: string; /** * The info of entry. */ entry: string; } interface AclsAclListener { /** * The type of acl. */ aclType: string; /** * The ID of Listener. */ listenerId: string; /** * The Name of Listener. */ listenerName: string; /** * The port info of listener. */ port: number; /** * The protocol info of listener. */ protocol: string; } interface AlbEipBillingConfig { /** * The peek bandwidth of the EIP which automatically assigned to the Alb. Unit: Mbps. */ bandwidth: number; /** * The billing type of the EIP which automatically assigned to the Alb. Valid values: `PostPaidByBandwidth`, `PostPaidByTraffic`. */ eipBillingType: string; /** * The ISP of the EIP which automatically associated to the Alb, the value can be `BGP`. */ isp: string; } interface AlbIpv6EipBillingConfig { /** * The peek bandwidth of the Ipv6 EIP which automatically assigned to the Alb. Unit: Mbps. */ bandwidth: number; /** * The billing type of the Tpv6 EIP which automatically assigned to the Alb. Valid values: `PostPaidByBandwidth`, `PostPaidByTraffic`. */ billingType: string; /** * The ISP of the Ipv6 EIP which automatically associated to the Alb, the value can be `BGP`. */ isp: string; } interface AlbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AlbZoneMapping { /** * The IP address information of the Alb in this availability zone. */ loadBalancerAddresses: outputs.alb.AlbZoneMappingLoadBalancerAddress[]; /** * The subnet id of the Alb in this availability zone. */ subnetId: string; /** * The availability zone id of the Alb. */ zoneId: string; } interface AlbZoneMappingLoadBalancerAddress { /** * The Eip address of the Alb in this availability zone. */ eipAddress: string; /** * The Eip id of alb instance in this availability zone. */ eipId: string; /** * The Eni address of the Alb in this availability zone. */ eniAddress: string; /** * The Eni id of the Alb in this availability zone. */ eniId: string; /** * The Eni Ipv6 address of the Alb in this availability zone. */ eniIpv6Address: string; /** * The Ipv6 Eip id of alb instance in this availability zone. */ ipv6EipId: string; } interface AlbsAlb { /** * The access log information of the Alb. */ accessLogs: outputs.alb.AlbsAlbAccessLog[]; /** * The address ip version of the Alb, valid value: `IPv4`, `DualStack`. */ addressIpVersion: string; /** * The business status of the Alb, valid value:`Normal`, `FinancialLocked`. */ businessStatus: string; /** * The create time of the Alb. */ createTime: string; /** * The deletion protection function of the Alb instance is turned on or off. */ deleteProtection: string; /** * The expected deleted time of the Alb. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ deletedTime: string; /** * The description of the Alb. */ description: string; /** * The DNS name. */ dnsName: string; /** * The health log information of the Alb. */ healthLogs: outputs.alb.AlbsAlbHealthLog[]; /** * The ID of the Alb. */ id: string; /** * The listener information of the Alb. */ listeners: outputs.alb.AlbsAlbListener[]; /** * The billing type of the Alb. */ loadBalancerBillingType: number; /** * The ID of the Alb. */ loadBalancerId: string; /** * The name of the Alb. */ loadBalancerName: string; /** * The local addresses of the Alb. */ localAddresses: string[]; /** * The reason why Alb is locked. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ lockReason: string; /** * The overdue time of the Alb. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ overdueTime: string; /** * The project name of the Alb. */ projectName: string; /** * The status of the Alb. */ status: string; /** * Tags. */ tags: outputs.alb.AlbsAlbTag[]; /** * The tls access log information of the Alb. */ tlsAccessLogs: outputs.alb.AlbsAlbTlsAccessLog[]; /** * The type of the Alb, valid value: `public`, `private`. */ type: string; /** * The update time of the Alb. */ updateTime: string; /** * The vpc id which Alb belongs to. */ vpcId: string; /** * Configuration information of the Alb instance in different Availability Zones. */ zoneMappings: outputs.alb.AlbsAlbZoneMapping[]; } interface AlbsAlbAccessLog { /** * The bucket name where the logs are stored. */ bucketName: string; /** * Whether the tls access log function is enabled. */ enabled: boolean; } interface AlbsAlbHealthLog { /** * Whether the tls access log function is enabled. */ enabled: boolean; /** * The TLS project id bound to the access log. */ projectId: string; /** * The TLS topic id bound to the access log. */ topicId: string; } interface AlbsAlbListener { /** * The listener id of the Alb. */ listenerId: string; /** * The listener name of the Alb. */ listenerName: string; } interface AlbsAlbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AlbsAlbTlsAccessLog { /** * Whether the tls access log function is enabled. */ enabled: boolean; /** * The TLS project id bound to the access log. */ projectId: string; /** * The TLS topic id bound to the access log. */ topicId: string; } interface AlbsAlbZoneMapping { /** * The IP address information of the Alb in this availability zone. */ loadBalancerAddresses: outputs.alb.AlbsAlbZoneMappingLoadBalancerAddress[]; /** * The subnet id of the Alb in this availability zone. */ subnetId: string; /** * The availability zone id of the Alb. */ zoneId: string; } interface AlbsAlbZoneMappingLoadBalancerAddress { /** * The Eip address of the Alb. */ eipAddress: string; /** * The Eip id of alb instance in this availability zone. */ eipId: string; /** * The Eip information of the Alb in this availability zone. */ eips: outputs.alb.AlbsAlbZoneMappingLoadBalancerAddressEip[]; /** * The private ip address of the Alb. */ eniAddress: string; /** * The Eni id of the Alb in this availability zone. */ eniId: string; /** * The Eni Ipv6 address of the Alb in this availability zone. */ eniIpv6Address: string; /** * The Ipv6 Eip id of alb instance in this availability zone. */ ipv6EipId: string; /** * The Ipv6 Eip information of the Alb in this availability zone. */ ipv6Eips: outputs.alb.AlbsAlbZoneMappingLoadBalancerAddressIpv6Eip[]; } interface AlbsAlbZoneMappingLoadBalancerAddressEip { /** * The association mode of the Alb. This parameter has a query value only when the type of the Eip is `anycast`. */ associationMode: string; /** * The peek bandwidth of the Ipv6 Eip assigned to Alb. Units: Mbps. */ bandwidth: number; /** * The Eip address of the Alb. */ eipAddress: string; /** * The billing type of the Eip assigned to Alb. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ eipBillingType: string; /** * The Eip type of the Alb. */ eipType: string; /** * The ISP of the Ipv6 Eip assigned to Alb, the value can be `BGP`. */ isp: string; /** * The pop locations of the Alb. This parameter has a query value only when the type of the Eip is `anycast`. */ popLocations: outputs.alb.AlbsAlbZoneMappingLoadBalancerAddressEipPopLocation[]; /** * The security protection types of the Alb. */ securityProtectionTypes: string[]; } interface AlbsAlbZoneMappingLoadBalancerAddressEipPopLocation { /** * The pop id of the Anycast Eip. */ popId: string; /** * The pop name of the Anycast Eip. */ popName: string; } interface AlbsAlbZoneMappingLoadBalancerAddressIpv6Eip { /** * The peek bandwidth of the Ipv6 Eip assigned to Alb. Units: Mbps. */ bandwidth: number; /** * The billing type of the Ipv6 Eip assigned to Alb. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of the Ipv6 Eip assigned to Alb, the value can be `BGP`. */ isp: string; } interface AlbsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CaCertificatesCertificate { /** * The ID of the CA certificate. */ caCertificateId: string; /** * The name of the CA certificate. */ caCertificateName: string; /** * The type of the CA certificate. */ certificateType: string; /** * The create time of the CA Certificate. */ createTime: string; /** * The description of the CA certificate. */ description: string; /** * The domain name of the CA Certificate. */ domainName: string; /** * The expire time of the CA Certificate. */ expiredAt: string; /** * The ID list of the CA Listener. */ listeners: string[]; /** * The project name of the CA certificate. */ projectName: string; /** * The status of the CA Certificate. */ status: string; } interface CertificatesCertificate { /** * The ID of the Certificate. */ certificateId: string; /** * The Name of Certificate. */ certificateName: string; /** * The type of the Certificate. */ certificateType: string; /** * The create time of the Certificate. */ createTime: string; /** * The description of the Certificate. */ description: string; /** * The domain name of the Certificate. */ domainName: string; /** * The expire time of the Certificate. */ expiredAt: string; /** * The ID of the Certificate. */ id: string; /** * The ID list of the Listener. */ listeners: string[]; /** * The ProjectName of the Certificate. */ projectName: string; /** * The status of the Certificate. */ status: string; } interface CustomizedCfgsCfg { /** * The create time of CustomizedCfg. */ createTime: string; /** * The content of CustomizedCfg. */ customizedCfgContent: string; /** * The ID of CustomizedCfg. */ customizedCfgId: string; /** * The name of the CustomizedCfg. */ customizedCfgName: string; /** * The description of CustomizedCfg. */ description: string; /** * The ID of CustomizedCfg. */ id: string; /** * The listeners of CustomizedCfg. */ listeners: outputs.alb.CustomizedCfgsCfgListener[]; /** * The project name of the CustomizedCfg. */ projectName: string; /** * The status of CustomizedCfg. */ status: string; /** * The update time of CustomizedCfg. */ updateTime: string; } interface CustomizedCfgsCfgListener { /** * The id of the listener. */ listenerId: string; /** * The Name of Listener. */ listenerName: string; /** * The port info of listener. */ port: number; /** * The protocol info of listener. */ protocol: string; } interface GetAclsAcl { /** * The entries info of acl. */ aclEntries: outputs.alb.GetAclsAclAclEntry[]; /** * The count of acl entry. */ aclEntryCount: number; /** * The ID of Acl. */ aclId: string; /** * The name of acl. */ aclName: string; /** * Creation time of Acl. */ createTime: string; /** * The description of Acl. */ description: string; /** * The ID of Acl. */ id: string; /** * The listeners of acl. */ listeners: outputs.alb.GetAclsAclListener[]; /** * The name of project. */ projectName: string; /** * Update time of Acl. */ updateTime: string; } interface GetAclsAclAclEntry { /** * The description of Acl. */ description: string; /** * The info of entry. */ entry: string; } interface GetAclsAclListener { /** * The type of acl. */ aclType: string; /** * The ID of Listener. */ listenerId: string; /** * The Name of Listener. */ listenerName: string; /** * The port info of listener. */ port: number; /** * The protocol info of listener. */ protocol: string; } interface GetAlbsAlb { /** * The access log information of the Alb. */ accessLogs: outputs.alb.GetAlbsAlbAccessLog[]; /** * The address ip version of the Alb, valid value: `IPv4`, `DualStack`. */ addressIpVersion: string; /** * The business status of the Alb, valid value:`Normal`, `FinancialLocked`. */ businessStatus: string; /** * The create time of the Alb. */ createTime: string; /** * The deletion protection function of the Alb instance is turned on or off. */ deleteProtection: string; /** * The expected deleted time of the Alb. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ deletedTime: string; /** * The description of the Alb. */ description: string; /** * The DNS name. */ dnsName: string; /** * The health log information of the Alb. */ healthLogs: outputs.alb.GetAlbsAlbHealthLog[]; /** * The ID of the Alb. */ id: string; /** * The listener information of the Alb. */ listeners: outputs.alb.GetAlbsAlbListener[]; /** * The billing type of the Alb. */ loadBalancerBillingType: number; /** * The ID of the Alb. */ loadBalancerId: string; /** * The name of the Alb. */ loadBalancerName: string; /** * The local addresses of the Alb. */ localAddresses: string[]; /** * The reason why Alb is locked. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ lockReason: string; /** * The overdue time of the Alb. This parameter has a query value only when the status of the Alb instance is `FinancialLocked`. */ overdueTime: string; /** * The project name of the Alb. */ projectName: string; /** * The status of the Alb. */ status: string; /** * Tags. */ tags: outputs.alb.GetAlbsAlbTag[]; /** * The tls access log information of the Alb. */ tlsAccessLogs: outputs.alb.GetAlbsAlbTlsAccessLog[]; /** * The type of the Alb, valid value: `public`, `private`. */ type: string; /** * The update time of the Alb. */ updateTime: string; /** * The vpc id which Alb belongs to. */ vpcId: string; /** * Configuration information of the Alb instance in different Availability Zones. */ zoneMappings: outputs.alb.GetAlbsAlbZoneMapping[]; } interface GetAlbsAlbAccessLog { /** * The bucket name where the logs are stored. */ bucketName: string; /** * Whether the tls access log function is enabled. */ enabled: boolean; } interface GetAlbsAlbHealthLog { /** * Whether the tls access log function is enabled. */ enabled: boolean; /** * The TLS project id bound to the access log. */ projectId: string; /** * The TLS topic id bound to the access log. */ topicId: string; } interface GetAlbsAlbListener { /** * The listener id of the Alb. */ listenerId: string; /** * The listener name of the Alb. */ listenerName: string; } interface GetAlbsAlbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAlbsAlbTlsAccessLog { /** * Whether the tls access log function is enabled. */ enabled: boolean; /** * The TLS project id bound to the access log. */ projectId: string; /** * The TLS topic id bound to the access log. */ topicId: string; } interface GetAlbsAlbZoneMapping { /** * The IP address information of the Alb in this availability zone. */ loadBalancerAddresses: outputs.alb.GetAlbsAlbZoneMappingLoadBalancerAddress[]; /** * The subnet id of the Alb in this availability zone. */ subnetId: string; /** * The availability zone id of the Alb. */ zoneId: string; } interface GetAlbsAlbZoneMappingLoadBalancerAddress { /** * The Eip address of the Alb. */ eipAddress: string; /** * The Eip id of alb instance in this availability zone. */ eipId: string; /** * The Eip information of the Alb in this availability zone. */ eips: outputs.alb.GetAlbsAlbZoneMappingLoadBalancerAddressEip[]; /** * The private ip address of the Alb. */ eniAddress: string; /** * The Eni id of the Alb in this availability zone. */ eniId: string; /** * The Eni Ipv6 address of the Alb in this availability zone. */ eniIpv6Address: string; /** * The Ipv6 Eip id of alb instance in this availability zone. */ ipv6EipId: string; /** * The Ipv6 Eip information of the Alb in this availability zone. */ ipv6Eips: outputs.alb.GetAlbsAlbZoneMappingLoadBalancerAddressIpv6Eip[]; } interface GetAlbsAlbZoneMappingLoadBalancerAddressEip { /** * The association mode of the Alb. This parameter has a query value only when the type of the Eip is `anycast`. */ associationMode: string; /** * The peek bandwidth of the Ipv6 Eip assigned to Alb. Units: Mbps. */ bandwidth: number; /** * The Eip address of the Alb. */ eipAddress: string; /** * The billing type of the Eip assigned to Alb. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ eipBillingType: string; /** * The Eip type of the Alb. */ eipType: string; /** * The ISP of the Ipv6 Eip assigned to Alb, the value can be `BGP`. */ isp: string; /** * The pop locations of the Alb. This parameter has a query value only when the type of the Eip is `anycast`. */ popLocations: outputs.alb.GetAlbsAlbZoneMappingLoadBalancerAddressEipPopLocation[]; /** * The security protection types of the Alb. */ securityProtectionTypes: string[]; } interface GetAlbsAlbZoneMappingLoadBalancerAddressEipPopLocation { /** * The pop id of the Anycast Eip. */ popId: string; /** * The pop name of the Anycast Eip. */ popName: string; } interface GetAlbsAlbZoneMappingLoadBalancerAddressIpv6Eip { /** * The peek bandwidth of the Ipv6 Eip assigned to Alb. Units: Mbps. */ bandwidth: number; /** * The billing type of the Ipv6 Eip assigned to Alb. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of the Ipv6 Eip assigned to Alb, the value can be `BGP`. */ isp: string; } interface GetAlbsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetCaCertificatesCertificate { /** * The ID of the CA certificate. */ caCertificateId: string; /** * The name of the CA certificate. */ caCertificateName: string; /** * The type of the CA certificate. */ certificateType: string; /** * The create time of the CA Certificate. */ createTime: string; /** * The description of the CA certificate. */ description: string; /** * The domain name of the CA Certificate. */ domainName: string; /** * The expire time of the CA Certificate. */ expiredAt: string; /** * The ID list of the CA Listener. */ listeners: string[]; /** * The project name of the CA certificate. */ projectName: string; /** * The status of the CA Certificate. */ status: string; } interface GetCertificatesCertificate { /** * The ID of the Certificate. */ certificateId: string; /** * The Name of Certificate. */ certificateName: string; /** * The type of the Certificate. */ certificateType: string; /** * The create time of the Certificate. */ createTime: string; /** * The description of the Certificate. */ description: string; /** * The domain name of the Certificate. */ domainName: string; /** * The expire time of the Certificate. */ expiredAt: string; /** * The ID of the Certificate. */ id: string; /** * The ID list of the Listener. */ listeners: string[]; /** * The ProjectName of the Certificate. */ projectName: string; /** * The status of the Certificate. */ status: string; } interface GetCustomizedCfgsCfg { /** * The create time of CustomizedCfg. */ createTime: string; /** * The content of CustomizedCfg. */ customizedCfgContent: string; /** * The ID of CustomizedCfg. */ customizedCfgId: string; /** * The name of the CustomizedCfg. */ customizedCfgName: string; /** * The description of CustomizedCfg. */ description: string; /** * The ID of CustomizedCfg. */ id: string; /** * The listeners of CustomizedCfg. */ listeners: outputs.alb.GetCustomizedCfgsCfgListener[]; /** * The project name of the CustomizedCfg. */ projectName: string; /** * The status of CustomizedCfg. */ status: string; /** * The update time of CustomizedCfg. */ updateTime: string; } interface GetCustomizedCfgsCfgListener { /** * The id of the listener. */ listenerId: string; /** * The Name of Listener. */ listenerName: string; /** * The port info of listener. */ port: number; /** * The protocol info of listener. */ protocol: string; } interface GetHealthCheckTemplatesHealthCheckTemplate { /** * The description of health check template. */ description: string; /** * The domain name to health check. */ healthCheckDomain: string; /** * The normal HTTP status code for health check, the default is http_2xx, http_3xx, separated by commas. */ healthCheckHttpCode: string; /** * The HTTP version of health check. */ healthCheckHttpVersion: string; /** * The interval for performing health checks, the default value is 2, and the value is 1-300. */ healthCheckInterval: number; /** * The health check method,default is `GET`,support `GET` and ``HEAD. */ healthCheckMethod: string; /** * The protocol of health check,only support HTTP. */ healthCheckProtocol: string; /** * The ID of health check template. */ healthCheckTemplateId: string; /** * The name of health check template to query. */ healthCheckTemplateName: string; /** * The timeout of health check response,the default value is 2, and the value is 1-60. */ healthCheckTimeout: number; /** * The uri to health check,default is `/`. */ healthCheckUri: string; /** * The healthy threshold of the health check, the default is 3, the value is 2-10. */ healthyThreshold: number; /** * The id of the health check template. */ id: string; /** * The unhealthy threshold of the health check, the default is 3, the value is 2-10. */ unhealthyThreshold: number; } interface GetListenerDomainExtensionsDomainExtension { /** * The server certificate ID that domain used. */ certificateId: string; /** * The domain. */ domain: string; /** * The extension domain ID. */ domainExtensionId: string; /** * The ID of the Listener. */ id: string; /** * A Listener ID. */ listenerId: string; } interface GetListenersListener { /** * The ID of the access control policy group bound to the listener, only returned when the AclStatus parameter is on. */ aclIds: string[]; /** * Whether to enable the access control function,valid value is on or off. */ aclStatus: string; /** * The access control type. */ aclType: string; /** * CA certificate ID associated with HTTPS listener. */ caCertificateId: string; /** * The certificate id associated with the listener. Source is `certCenter`. */ certCenterCertificateId: string; /** * The server certificate ID that domain used. */ certificateId: string; /** * The source of the certificate. */ certificateSource: string; /** * The create time of the Listener. */ createTime: string; /** * The customized configuration ID, the value is empty string when not bound. */ customizedCfgId: string; /** * The description of listener. */ description: string; /** * The HTTPS listener association list of extension domains for. */ domainExtensions: outputs.alb.GetListenersListenerDomainExtension[]; /** * The HTTP2 feature switch,valid value is on or off. */ enableHttp2: string; /** * The QUIC feature switch,valid value is on or off. */ enableQuic: string; /** * The enable status of the Listener. */ enabled: string; /** * The ID of the Listener. */ id: string; /** * The ID of the Listener. */ listenerId: string; /** * The name of the Listener. */ listenerName: string; /** * The id of the Alb. */ loadBalancerId: string; /** * The port receiving request of the Listener. */ port: number; /** * The project name of the listener. */ projectName: string; /** * The protocol of the Listener. */ protocol: string; /** * The ID of server group. */ serverGroupId: string; /** * The list of server groups with associated listeners. */ serverGroups: outputs.alb.GetListenersListenerServerGroup[]; /** * The status of the Listener. */ status: string; /** * The update time of the Listener. */ updateTime: string; } interface GetListenersListenerDomainExtension { /** * The server certificate ID that domain used. */ certificateId: string; /** * The domain. */ domain: string; /** * The extension domain ID. */ domainExtensionId: string; /** * The ID of the Listener. */ listenerId: string; } interface GetListenersListenerServerGroup { /** * The ID of server group. */ serverGroupId: string; /** * The name of server group. */ serverGroupName: string; } interface GetRulesRule { /** * The Description of Rule. */ description: string; /** * The Domain of Rule. */ domain: string; /** * The Id of Rule. */ id: string; /** * Redirect related configuration. */ redirectConfigs: outputs.alb.GetRulesRuleRedirectConfig[]; /** * The list of rewrite configurations. */ rewriteConfigs: outputs.alb.GetRulesRuleRewriteConfig[]; /** * Rewrite configuration switch for forwarding rules, only allows configuration and takes effect when RuleAction is empty (i.e., forwarding to server group). Only available for whitelist users, please submit an application to experience. Supported values are as follows: * on: enable. * off: disable. */ rewriteEnabled: string; /** * The forwarding rule action, if this parameter is empty, forward to server group, if value is `Redirect`, will redirect. */ ruleAction: string; /** * The Id of Rule. */ ruleId: string; /** * The Id of Server Group. */ serverGroupId: string; /** * Forwarding rule QPS rate limiting switch: * on: enable. * off: disable (default). */ trafficLimitEnabled: string; /** * When Rules.N.TrafficLimitEnabled is turned on, this field is required. Requests per second. Valid values are between 100 and 100000. */ trafficLimitQps: number; /** * The Url of Rule. */ url: string; } interface GetRulesRuleRedirectConfig { /** * The redirect domain. */ redirectDomain: string; /** * The redirect HTTP code,support 301(default), 302, 307, 308. */ redirectHttpCode: string; /** * The redirect port. */ redirectPort: string; /** * The redirect protocol,support HTTP,HTTPS(default). */ redirectProtocol: string; /** * The redirect URI. */ redirectUri: string; } interface GetRulesRuleRewriteConfig { /** * Rewrite path. */ rewritePath: string; } interface GetServerGroupServersServer { /** * The description of the instance. */ description: string; /** * The server id of instance in ServerGroup. */ id: string; /** * The ID of ecs instance or the network card bound to ecs instance. */ instanceId: string; /** * The private ip of the instance. */ ip: string; /** * The port receiving request. */ port: number; /** * The server id of instance in ServerGroup. */ serverId: string; /** * The type of instance. Optional choice contains `ecs`, `eni`. */ type: string; /** * The weight of the instance. */ weight: number; } interface GetServerGroupsServerGroup { /** * The create time of the Alb server group. */ createTime: string; /** * The description of the server group server. */ description: string; /** * The health check config of the Alb server group. */ healthChecks: outputs.alb.GetServerGroupsServerGroupHealthCheck[]; /** * The ID of the Alb server group. */ id: string; /** * The listener information of the Alb server group. */ listeners: string[]; /** * The project name of Alb server group. */ projectName: string; /** * The scheduler algorithm of the Alb server group. */ scheduler: string; /** * The server count of the Alb server group. */ serverCount: number; /** * The ID of the Alb server group. */ serverGroupId: string; /** * The name of the Alb server group. */ serverGroupName: string; /** * The type of Alb server group. Valid values: `instance`, `ip`. */ serverGroupType: string; /** * The server information of the Alb server group. */ servers: outputs.alb.GetServerGroupsServerGroupServer[]; /** * The status of the Alb server group. */ status: string; /** * The sticky session config of the Alb server group. */ stickySessionConfigs: outputs.alb.GetServerGroupsServerGroupStickySessionConfig[]; /** * The update time of the Alb server group. */ updateTime: string; /** * The vpc id of the Alb server group. */ vpcId: string; } interface GetServerGroupsServerGroupHealthCheck { /** * The domain of health check. */ domain: string; /** * The enable status of health check function. */ enabled: string; /** * The healthy threshold of health check. */ healthyThreshold: number; /** * The normal http status code of health check. */ httpCode?: string; /** * The http version of health check. */ httpVersion?: string; /** * The interval executing health check. */ interval: number; /** * The method of health check. */ method: string; /** * The protocol of health check. */ protocol?: string; /** * The response timeout of health check. */ timeout?: number; /** * The unhealthy threshold of health check. */ unhealthyThreshold: number; /** * The uri of health check. */ uri: string; } interface GetServerGroupsServerGroupServer { /** * The description of the server group server. */ description: string; /** * The id of the ecs instance or the network interface. */ instanceId: string; /** * The private ip of the server group server. */ ip: string; /** * The port receiving request of the server group server. */ port: number; /** * Whether to enable the remote IP function. */ remoteEnabled: string; /** * The id of the server group server. */ serverId: string; /** * The type of the server group server. */ type: string; /** * The weight of the server group server. */ weight: number; } interface GetServerGroupsServerGroupStickySessionConfig { /** * The cookie name of the sticky session. */ cookie: string; /** * The cookie timeout of the sticky session. */ cookieTimeout: number; /** * The enable status of sticky session. */ stickySessionEnabled: string; /** * The cookie handle type of the sticky session. */ stickySessionType: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; } interface HealthCheckTemplatesHealthCheckTemplate { /** * The description of health check template. */ description: string; /** * The domain name to health check. */ healthCheckDomain: string; /** * The normal HTTP status code for health check, the default is http_2xx, http_3xx, separated by commas. */ healthCheckHttpCode: string; /** * The HTTP version of health check. */ healthCheckHttpVersion: string; /** * The interval for performing health checks, the default value is 2, and the value is 1-300. */ healthCheckInterval: number; /** * The health check method,default is `GET`,support `GET` and ``HEAD. */ healthCheckMethod: string; /** * The protocol of health check,only support HTTP. */ healthCheckProtocol: string; /** * The ID of health check template. */ healthCheckTemplateId: string; /** * The name of health check template to query. */ healthCheckTemplateName: string; /** * The timeout of health check response,the default value is 2, and the value is 1-60. */ healthCheckTimeout: number; /** * The uri to health check,default is `/`. */ healthCheckUri: string; /** * The healthy threshold of the health check, the default is 3, the value is 2-10. */ healthyThreshold: number; /** * The id of the health check template. */ id: string; /** * The unhealthy threshold of the health check, the default is 3, the value is 2-10. */ unhealthyThreshold: number; } interface ListenerDomainExtensionsDomainExtension { /** * The server certificate ID that domain used. */ certificateId: string; /** * The domain. */ domain: string; /** * The extension domain ID. */ domainExtensionId: string; /** * The ID of the Listener. */ id: string; /** * A Listener ID. */ listenerId: string; } interface ListenersListener { /** * The ID of the access control policy group bound to the listener, only returned when the AclStatus parameter is on. */ aclIds: string[]; /** * Whether to enable the access control function,valid value is on or off. */ aclStatus: string; /** * The access control type. */ aclType: string; /** * CA certificate ID associated with HTTPS listener. */ caCertificateId: string; /** * The certificate id associated with the listener. Source is `certCenter`. */ certCenterCertificateId: string; /** * The server certificate ID that domain used. */ certificateId: string; /** * The source of the certificate. */ certificateSource: string; /** * The create time of the Listener. */ createTime: string; /** * The customized configuration ID, the value is empty string when not bound. */ customizedCfgId: string; /** * The description of listener. */ description: string; /** * The HTTPS listener association list of extension domains for. */ domainExtensions: outputs.alb.ListenersListenerDomainExtension[]; /** * The HTTP2 feature switch,valid value is on or off. */ enableHttp2: string; /** * The QUIC feature switch,valid value is on or off. */ enableQuic: string; /** * The enable status of the Listener. */ enabled: string; /** * The ID of the Listener. */ id: string; /** * The ID of the Listener. */ listenerId: string; /** * The name of the Listener. */ listenerName: string; /** * The id of the Alb. */ loadBalancerId: string; /** * The port receiving request of the Listener. */ port: number; /** * The project name of the listener. */ projectName: string; /** * The protocol of the Listener. */ protocol: string; /** * The ID of server group. */ serverGroupId: string; /** * The list of server groups with associated listeners. */ serverGroups: outputs.alb.ListenersListenerServerGroup[]; /** * The status of the Listener. */ status: string; /** * The update time of the Listener. */ updateTime: string; } interface ListenersListenerDomainExtension { /** * The server certificate ID that domain used. */ certificateId: string; /** * The domain. */ domain: string; /** * The extension domain ID. */ domainExtensionId: string; /** * The ID of the Listener. */ listenerId: string; } interface ListenersListenerServerGroup { /** * The ID of server group. */ serverGroupId: string; /** * The name of server group. */ serverGroupName: string; } interface RuleRedirectConfig { /** * The redirect domain, only support exact domain name. */ redirectDomain: string; /** * The redirect http code, support 301(default), 302, 307, 308. */ redirectHttpCode?: string; /** * The redirect port. */ redirectPort: string; /** * The redirect protocol, support HTTP, HTTPS(default). */ redirectProtocol?: string; /** * The redirect URI. */ redirectUri: string; } interface RuleRewriteConfig { /** * Rewrite path. */ rewritePath: string; } interface RulesRule { /** * The Description of Rule. */ description: string; /** * The Domain of Rule. */ domain: string; /** * The Id of Rule. */ id: string; /** * Redirect related configuration. */ redirectConfigs: outputs.alb.RulesRuleRedirectConfig[]; /** * The list of rewrite configurations. */ rewriteConfigs: outputs.alb.RulesRuleRewriteConfig[]; /** * Rewrite configuration switch for forwarding rules, only allows configuration and takes effect when RuleAction is empty (i.e., forwarding to server group). Only available for whitelist users, please submit an application to experience. Supported values are as follows: * on: enable. * off: disable. */ rewriteEnabled: string; /** * The forwarding rule action, if this parameter is empty, forward to server group, if value is `Redirect`, will redirect. */ ruleAction: string; /** * The Id of Rule. */ ruleId: string; /** * The Id of Server Group. */ serverGroupId: string; /** * Forwarding rule QPS rate limiting switch: * on: enable. * off: disable (default). */ trafficLimitEnabled: string; /** * When Rules.N.TrafficLimitEnabled is turned on, this field is required. Requests per second. Valid values are between 100 and 100000. */ trafficLimitQps: number; /** * The Url of Rule. */ url: string; } interface RulesRuleRedirectConfig { /** * The redirect domain. */ redirectDomain: string; /** * The redirect HTTP code,support 301(default), 302, 307, 308. */ redirectHttpCode: string; /** * The redirect port. */ redirectPort: string; /** * The redirect protocol,support HTTP,HTTPS(default). */ redirectProtocol: string; /** * The redirect URI. */ redirectUri: string; } interface RulesRuleRewriteConfig { /** * Rewrite path. */ rewritePath: string; } interface ServerGroupHealthCheck { /** * The domain of health check. */ domain: string; /** * The enable status of health check function. Valid values: `on`, `off`. Default is `on`. */ enabled?: string; /** * The healthy threshold of health check. Valid value range in 2~10. Default is 3. */ healthyThreshold?: number; /** * The normal http status code of health check, the value can be `http2xx` or `http3xx` or `http4xx` or `http5xx`. */ httpCode: string; /** * The http version of health check. Valid values: `HTTP1.0`, `HTTP1.1`. Default is `HTTP1.0`. */ httpVersion?: string; /** * The interval executing health check. Unit: second. Valid value range in 1~300. Default is 2. */ interval?: number; /** * The method of health check. Valid values: `GET` or `HEAD`. Default is `HEAD`. */ method?: string; /** * The response timeout of health check. Unit: second. Valid value range in 1~60. Default is 2. */ timeout?: number; /** * The unhealthy threshold of health check. Valid value range in 2~10. Default is 3. */ unhealthyThreshold?: number; /** * The uri of health check. */ uri: string; } interface ServerGroupServersServer { /** * The description of the instance. */ description: string; /** * The server id of instance in ServerGroup. */ id: string; /** * The ID of ecs instance or the network card bound to ecs instance. */ instanceId: string; /** * The private ip of the instance. */ ip: string; /** * The port receiving request. */ port: number; /** * The server id of instance in ServerGroup. */ serverId: string; /** * The type of instance. Optional choice contains `ecs`, `eni`. */ type: string; /** * The weight of the instance. */ weight: number; } interface ServerGroupStickySessionConfig { /** * The cookie name of the sticky session. This field is required when the value of the `stickySessionType` is `server`. */ cookie: string; /** * The cookie timeout of the sticky session. Unit: second. Valid value range in 1~86400. Default is 1000. This field is required when the value of the `stickySessionType` is `insert`. */ cookieTimeout?: number; /** * The enable status of sticky session. Valid values: `on`, `off`. Default is `off`. */ stickySessionEnabled?: string; /** * The cookie handle type of the sticky session. Valid values: `insert`, `server`. Default is `insert`. This field is required when the value of the `stickySessionEnabled` is `on`. */ stickySessionType?: string; } interface ServerGroupsServerGroup { /** * The create time of the Alb server group. */ createTime: string; /** * The description of the server group server. */ description: string; /** * The health check config of the Alb server group. */ healthChecks: outputs.alb.ServerGroupsServerGroupHealthCheck[]; /** * The ID of the Alb server group. */ id: string; /** * The listener information of the Alb server group. */ listeners: string[]; /** * The project name of Alb server group. */ projectName: string; /** * The scheduler algorithm of the Alb server group. */ scheduler: string; /** * The server count of the Alb server group. */ serverCount: number; /** * The ID of the Alb server group. */ serverGroupId: string; /** * The name of the Alb server group. */ serverGroupName: string; /** * The type of Alb server group. Valid values: `instance`, `ip`. */ serverGroupType: string; /** * The server information of the Alb server group. */ servers: outputs.alb.ServerGroupsServerGroupServer[]; /** * The status of the Alb server group. */ status: string; /** * The sticky session config of the Alb server group. */ stickySessionConfigs: outputs.alb.ServerGroupsServerGroupStickySessionConfig[]; /** * The update time of the Alb server group. */ updateTime: string; /** * The vpc id of the Alb server group. */ vpcId: string; } interface ServerGroupsServerGroupHealthCheck { /** * The domain of health check. */ domain: string; /** * The enable status of health check function. */ enabled: string; /** * The healthy threshold of health check. */ healthyThreshold: number; /** * The normal http status code of health check. */ httpCode?: string; /** * The http version of health check. */ httpVersion?: string; /** * The interval executing health check. */ interval: number; /** * The method of health check. */ method: string; /** * The protocol of health check. */ protocol?: string; /** * The response timeout of health check. */ timeout?: number; /** * The unhealthy threshold of health check. */ unhealthyThreshold: number; /** * The uri of health check. */ uri: string; } interface ServerGroupsServerGroupServer { /** * The description of the server group server. */ description: string; /** * The id of the ecs instance or the network interface. */ instanceId: string; /** * The private ip of the server group server. */ ip: string; /** * The port receiving request of the server group server. */ port: number; /** * Whether to enable the remote IP function. */ remoteEnabled: string; /** * The id of the server group server. */ serverId: string; /** * The type of the server group server. */ type: string; /** * The weight of the server group server. */ weight: number; } interface ServerGroupsServerGroupStickySessionConfig { /** * The cookie name of the sticky session. */ cookie: string; /** * The cookie timeout of the sticky session. */ cookieTimeout: number; /** * The enable status of sticky session. */ stickySessionEnabled: string; /** * The cookie handle type of the sticky session. */ stickySessionType: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; } } export declare namespace autoscaling { interface GetScalingActivitiesActivity { /** * The Actual Type. */ activityType: string; /** * The Actual Adjustment Instance Number. */ actualAdjustInstanceNumber: number; /** * The Cooldown time. */ cooldown: number; /** * The create time of Scaling Activity. */ createdAt: string; /** * The Current Instance Number. */ currentInstanceNumber: number; /** * The expected run time of Scaling Activity. */ expectedRunTime: string; /** * The ID of Scaling Activity. */ id: string; /** * The Max Instance Number. */ maxInstanceNumber: number; /** * The Min Instance Number. */ minInstanceNumber: number; /** * The related instances. */ relatedInstances: outputs.autoscaling.GetScalingActivitiesActivityRelatedInstance[]; /** * The Result of Scaling Activity. */ resultMsg: string; /** * The ID of Scaling Activity. */ scalingActivityId: string; /** * A Id of Scaling Group. */ scalingGroupId: string; /** * A status code of Scaling Activity. Valid values: Init, Running, Success, PartialSuccess, Error, Rejected, Exception. */ statusCode: string; /** * The stopped time of Scaling Activity. */ stoppedAt: string; /** * The task category of Scaling Activity. */ taskCategory: string; } interface GetScalingActivitiesActivityRelatedInstance { /** * The Instance ID. */ instanceId: string; /** * The message of Instance. */ message: string; /** * The Operation Type. */ operateType: string; /** * The Status. */ status: string; } interface GetScalingConfigurationsScalingConfiguration { /** * The create time of the scaling configuration. */ createdAt: string; /** * The EIP bandwidth which the scaling configuration set. */ eipBandwidth: number; /** * The EIP ISP which the scaling configuration set. */ eipBillingType: string; /** * The EIP ISP which the scaling configuration set. */ eipIsp: string; /** * The ECS hostname which the scaling configuration set. */ hostName: string; /** * The ID of the HPC cluster to which the instance belongs. Valid only when InstanceTypes.N specifies High Performance Computing GPU Type. */ hpcClusterId: string; /** * The id of the scaling configuration. */ id: string; /** * The ECS image id which the scaling configuration set. */ imageId: string; /** * The ECS instance description which the scaling configuration set. */ instanceDescription: string; /** * The ECS instance name which the scaling configuration set. */ instanceName: string; /** * The list of the ECS instance type which the scaling configuration set. */ instanceTypes: string[]; /** * Assign IPv6 address to instance network card. Possible values: * 0: Do not assign IPv6 address. * 1: Assign IPv6 address and the system will automatically assign an IPv6 subnet for you. */ ipv6AddressCount: number; /** * The ECS key pair name which the scaling configuration set. */ keyPairName: string; /** * The lifecycle state of the scaling configuration. */ lifecycleState: string; /** * The project to which the instance created by the scaling configuration belongs. */ projectName: string; /** * The id of the scaling configuration. */ scalingConfigurationId: string; /** * The name of the scaling configuration. */ scalingConfigurationName: string; /** * An id of scaling group. */ scalingGroupId: string; /** * The Ecs security enhancement strategy which the scaling configuration set. */ securityEnhancementStrategy: string; /** * The list of the security group id of the networkInterface which the scaling configuration set. */ securityGroupIds: string[]; /** * The preemption policy of the instance. Valid Value: NoSpot (default), SpotAsPriceGo. */ spotStrategy: string; /** * The label of the instance created by the scaling configuration. */ tags: outputs.autoscaling.GetScalingConfigurationsScalingConfigurationTag[]; /** * The create time of the scaling configuration. */ updatedAt: string; /** * The ECS user data which the scaling configuration set. */ userData: string; /** * The list of volume of the scaling configuration. */ volumes: outputs.autoscaling.GetScalingConfigurationsScalingConfigurationVolume[]; } interface GetScalingConfigurationsScalingConfigurationTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetScalingConfigurationsScalingConfigurationVolume { /** * The delete with instance flag of volume. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The type of volume. */ volumeType: string; } interface GetScalingGroupsScalingGroup { /** * The scaling configuration id which used by the scaling group. */ activeScalingConfigurationId: string; /** * The create time of the scaling group. */ createdAt: string; /** * The list of db instance ids. */ dbInstanceIds: string[]; /** * The default cooldown interval of the scaling group. */ defaultCooldown: number; /** * The desire instance number of the scaling group. */ desireInstanceNumber: number; /** * The health check type of the scaling group. */ healthCheckType: string; /** * The id of the scaling group. */ id: string; /** * The instance terminate policy of the scaling group. */ instanceTerminatePolicy: string; /** * The ID of the launch template bound to the scaling group. */ launchTemplateId: string; /** * Instance start template information. */ launchTemplateOverrides: outputs.autoscaling.GetScalingGroupsScalingGroupLaunchTemplateOverride[]; /** * The version of the launch template bound to the scaling group. */ launchTemplateVersion: string; /** * The lifecycle state of the scaling group. */ lifecycleState: string; /** * Grace period for health check of CLB instance in elastic group. */ loadBalancerHealthCheckGracePeriod: number; /** * The max instance number of the scaling group. */ maxInstanceNumber: number; /** * The min instance number of the scaling group. */ minInstanceNumber: number; /** * The multi az policy of the scaling group. Valid values: PRIORITY, BALANCE. */ multiAzPolicy: string; /** * The project name of the scaling group. */ projectName: string; /** * The id of the scaling group. */ scalingGroupId: string; /** * The name of the scaling group. */ scalingGroupName: string; /** * The scaling mode of the scaling group. */ scalingMode: string; /** * The list of server group attributes. */ serverGroupAttributes: outputs.autoscaling.GetScalingGroupsScalingGroupServerGroupAttribute[]; /** * The number of stopped instances. */ stoppedInstanceCount: number; /** * The list of the subnet id to which the ENI is connected. */ subnetIds: string[]; /** * Tags. */ tags: outputs.autoscaling.GetScalingGroupsScalingGroupTag[]; /** * The total instance count of the scaling group. */ totalInstanceCount: number; /** * The create time of the scaling group. */ updatedAt: string; /** * The VPC id of the scaling group. */ vpcId: string; } interface GetScalingGroupsScalingGroupLaunchTemplateOverride { /** * The instance type. */ instanceType: string; /** * Weight of instance specifications. */ weightedCapacity: number; } interface GetScalingGroupsScalingGroupServerGroupAttribute { /** * The load balancer id. */ loadBalancerId: string; /** * The port receiving request of the server group. */ port: number; /** * The server group id. */ serverGroupId: string; /** * The weight of the instance. */ weight: number; } interface GetScalingGroupsScalingGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetScalingInstancesScalingInstance { /** * The time when the instance was added to the scaling group. */ createdTime: string; /** * The creation type of the instances. Valid values: AutoCreated, Attached. */ creationType: string; /** * Whether to host the instance to a scaling group. */ entrusted: boolean; /** * The id of the scaling instance. */ id: string; /** * The id of the scaling instance. */ instanceId: string; /** * The id of the scaling configuration id. */ scalingConfigurationId: string; /** * The id of the scaling group. */ scalingGroupId: string; /** * The id of the scaling policy. */ scalingPolicyId: string; /** * The status of instances. Valid values: Init, Pending, Pending:Wait, InService, Error, Removing, Removing:Wait, Stopped, Protected. */ status: string; } interface GetScalingLifecycleHooksLifecycleHook { /** * The id of the lifecycle hook. */ id: string; /** * Batch job command. */ lifecycleCommands: outputs.autoscaling.GetScalingLifecycleHooksLifecycleHookLifecycleCommand[]; /** * The id of the lifecycle hook. */ lifecycleHookId: string; /** * The name of the lifecycle hook. */ lifecycleHookName: string; /** * The policy of the lifecycle hook. */ lifecycleHookPolicy: string; /** * The timeout of the lifecycle hook. */ lifecycleHookTimeout: number; /** * The type of the lifecycle hook. */ lifecycleHookType: string; /** * An id of scaling group id. */ scalingGroupId: string; } interface GetScalingLifecycleHooksLifecycleHookLifecycleCommand { /** * Batch job command ID, which indicates the batch job command to be executed after triggering the lifecycle hook and installed in the instance. */ commandId: string; /** * Parameters and parameter values in batch job commands. * The number of parameters ranges from 0 to 60. */ parameters: string; } interface GetScalingPoliciesScalingPolicy { /** * The adjustment type of the scaling policy. */ adjustmentType: string; /** * The adjustment value of the scaling policy. */ adjustmentValue: number; /** * The comparison operator of the alarm policy condition of the scaling policy. */ alarmPolicyConditionComparisonOperator: string; /** * The metric name of the alarm policy condition of the scaling policy. */ alarmPolicyConditionMetricName: string; /** * The comparison operator of the alarm policy condition of the scaling policy. */ alarmPolicyConditionMetricUnit: string; /** * The threshold of the alarm policy condition of the scaling policy. */ alarmPolicyConditionThreshold: string; /** * The evaluation count of the alarm policy of the scaling policy. */ alarmPolicyEvaluationCount: number; /** * The rule type of the alarm policy of the scaling policy. */ alarmPolicyRuleType: string; /** * The cooldown of the scaling policy. */ cooldown: number; /** * The id of the scaling policy. */ id: string; /** * An id of the scaling group to which the scaling policy belongs. */ scalingGroupId: string; /** * The id of the scaling policy. */ scalingPolicyId: string; /** * The name of the scaling policy. */ scalingPolicyName: string; /** * A type of scaling policy. Valid values: Scheduled, Recurrence, Manual, Alarm. */ scalingPolicyType: string; /** * The launch time of the scheduled policy of the scaling policy. */ scheduledPolicyLaunchTime: string; /** * The recurrence end time of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceEndTime: string; /** * The recurrence start time of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceStartTime: string; /** * The recurrence type of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceType: string; /** * The recurrence value of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceValue: string; /** * The status of the scaling policy. */ status: string; } interface ScalingActivitiesActivity { /** * The Actual Type. */ activityType: string; /** * The Actual Adjustment Instance Number. */ actualAdjustInstanceNumber: number; /** * The Cooldown time. */ cooldown: number; /** * The create time of Scaling Activity. */ createdAt: string; /** * The Current Instance Number. */ currentInstanceNumber: number; /** * The expected run time of Scaling Activity. */ expectedRunTime: string; /** * The ID of Scaling Activity. */ id: string; /** * The Max Instance Number. */ maxInstanceNumber: number; /** * The Min Instance Number. */ minInstanceNumber: number; /** * The related instances. */ relatedInstances: outputs.autoscaling.ScalingActivitiesActivityRelatedInstance[]; /** * The Result of Scaling Activity. */ resultMsg: string; /** * The ID of Scaling Activity. */ scalingActivityId: string; /** * A Id of Scaling Group. */ scalingGroupId: string; /** * A status code of Scaling Activity. Valid values: Init, Running, Success, PartialSuccess, Error, Rejected, Exception. */ statusCode: string; /** * The stopped time of Scaling Activity. */ stoppedAt: string; /** * The task category of Scaling Activity. */ taskCategory: string; } interface ScalingActivitiesActivityRelatedInstance { /** * The Instance ID. */ instanceId: string; /** * The message of Instance. */ message: string; /** * The Operation Type. */ operateType: string; /** * The Status. */ status: string; } interface ScalingConfigurationTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ScalingConfigurationVolume { /** * The delete with instance flag of volume. Valid values: true, false. Default value: true. */ deleteWithInstance?: boolean; /** * The size of volume. System disk value range: 10 - 500. The value range of the data disk: 10 - 8192. */ size: number; /** * The type of volume. */ volumeType: string; } interface ScalingConfigurationsScalingConfiguration { /** * The create time of the scaling configuration. */ createdAt: string; /** * The EIP bandwidth which the scaling configuration set. */ eipBandwidth: number; /** * The EIP ISP which the scaling configuration set. */ eipBillingType: string; /** * The EIP ISP which the scaling configuration set. */ eipIsp: string; /** * The ECS hostname which the scaling configuration set. */ hostName: string; /** * The ID of the HPC cluster to which the instance belongs. Valid only when InstanceTypes.N specifies High Performance Computing GPU Type. */ hpcClusterId: string; /** * The id of the scaling configuration. */ id: string; /** * The ECS image id which the scaling configuration set. */ imageId: string; /** * The ECS instance description which the scaling configuration set. */ instanceDescription: string; /** * The ECS instance name which the scaling configuration set. */ instanceName: string; /** * The list of the ECS instance type which the scaling configuration set. */ instanceTypes: string[]; /** * Assign IPv6 address to instance network card. Possible values: * 0: Do not assign IPv6 address. * 1: Assign IPv6 address and the system will automatically assign an IPv6 subnet for you. */ ipv6AddressCount: number; /** * The ECS key pair name which the scaling configuration set. */ keyPairName: string; /** * The lifecycle state of the scaling configuration. */ lifecycleState: string; /** * The project to which the instance created by the scaling configuration belongs. */ projectName: string; /** * The id of the scaling configuration. */ scalingConfigurationId: string; /** * The name of the scaling configuration. */ scalingConfigurationName: string; /** * An id of scaling group. */ scalingGroupId: string; /** * The Ecs security enhancement strategy which the scaling configuration set. */ securityEnhancementStrategy: string; /** * The list of the security group id of the networkInterface which the scaling configuration set. */ securityGroupIds: string[]; /** * The preemption policy of the instance. Valid Value: NoSpot (default), SpotAsPriceGo. */ spotStrategy: string; /** * The label of the instance created by the scaling configuration. */ tags: outputs.autoscaling.ScalingConfigurationsScalingConfigurationTag[]; /** * The create time of the scaling configuration. */ updatedAt: string; /** * The ECS user data which the scaling configuration set. */ userData: string; /** * The list of volume of the scaling configuration. */ volumes: outputs.autoscaling.ScalingConfigurationsScalingConfigurationVolume[]; } interface ScalingConfigurationsScalingConfigurationTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ScalingConfigurationsScalingConfigurationVolume { /** * The delete with instance flag of volume. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The type of volume. */ volumeType: string; } interface ScalingGroupLaunchTemplateOverride { /** * The instance type. */ instanceType: string; } interface ScalingGroupServerGroupAttribute { /** * The load balancer id. */ loadBalancerId: string; /** * The port receiving request of the server group. Value range: 1 ~ 65535. */ port: number; /** * The id of the server group. */ serverGroupId: string; /** * The weight of the instance. Value range: 0 ~ 100. */ weight: number; } interface ScalingGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ScalingGroupsScalingGroup { /** * The scaling configuration id which used by the scaling group. */ activeScalingConfigurationId: string; /** * The create time of the scaling group. */ createdAt: string; /** * The list of db instance ids. */ dbInstanceIds: string[]; /** * The default cooldown interval of the scaling group. */ defaultCooldown: number; /** * The desire instance number of the scaling group. */ desireInstanceNumber: number; /** * The health check type of the scaling group. */ healthCheckType: string; /** * The id of the scaling group. */ id: string; /** * The instance terminate policy of the scaling group. */ instanceTerminatePolicy: string; /** * The ID of the launch template bound to the scaling group. */ launchTemplateId: string; /** * Instance start template information. */ launchTemplateOverrides: outputs.autoscaling.ScalingGroupsScalingGroupLaunchTemplateOverride[]; /** * The version of the launch template bound to the scaling group. */ launchTemplateVersion: string; /** * The lifecycle state of the scaling group. */ lifecycleState: string; /** * Grace period for health check of CLB instance in elastic group. */ loadBalancerHealthCheckGracePeriod: number; /** * The max instance number of the scaling group. */ maxInstanceNumber: number; /** * The min instance number of the scaling group. */ minInstanceNumber: number; /** * The multi az policy of the scaling group. Valid values: PRIORITY, BALANCE. */ multiAzPolicy: string; /** * The project name of the scaling group. */ projectName: string; /** * The id of the scaling group. */ scalingGroupId: string; /** * The name of the scaling group. */ scalingGroupName: string; /** * The scaling mode of the scaling group. */ scalingMode: string; /** * The list of server group attributes. */ serverGroupAttributes: outputs.autoscaling.ScalingGroupsScalingGroupServerGroupAttribute[]; /** * The number of stopped instances. */ stoppedInstanceCount: number; /** * The list of the subnet id to which the ENI is connected. */ subnetIds: string[]; /** * Tags. */ tags: outputs.autoscaling.ScalingGroupsScalingGroupTag[]; /** * The total instance count of the scaling group. */ totalInstanceCount: number; /** * The create time of the scaling group. */ updatedAt: string; /** * The VPC id of the scaling group. */ vpcId: string; } interface ScalingGroupsScalingGroupLaunchTemplateOverride { /** * The instance type. */ instanceType: string; /** * Weight of instance specifications. */ weightedCapacity: number; } interface ScalingGroupsScalingGroupServerGroupAttribute { /** * The load balancer id. */ loadBalancerId: string; /** * The port receiving request of the server group. */ port: number; /** * The server group id. */ serverGroupId: string; /** * The weight of the instance. */ weight: number; } interface ScalingGroupsScalingGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ScalingInstancesScalingInstance { /** * The time when the instance was added to the scaling group. */ createdTime: string; /** * The creation type of the instances. Valid values: AutoCreated, Attached. */ creationType: string; /** * Whether to host the instance to a scaling group. */ entrusted: boolean; /** * The id of the scaling instance. */ id: string; /** * The id of the scaling instance. */ instanceId: string; /** * The id of the scaling configuration id. */ scalingConfigurationId: string; /** * The id of the scaling group. */ scalingGroupId: string; /** * The id of the scaling policy. */ scalingPolicyId: string; /** * The status of instances. Valid values: Init, Pending, Pending:Wait, InService, Error, Removing, Removing:Wait, Stopped, Protected. */ status: string; } interface ScalingLifecycleHookLifecycleCommand { /** * Batch job command ID, which indicates the batch job command to be executed after triggering the lifecycle hook and installed in the instance. */ commandId: string; /** * Parameters and parameter values in batch job commands. * The number of parameters ranges from 0 to 60. */ parameters?: string; } interface ScalingLifecycleHooksLifecycleHook { /** * The id of the lifecycle hook. */ id: string; /** * Batch job command. */ lifecycleCommands: outputs.autoscaling.ScalingLifecycleHooksLifecycleHookLifecycleCommand[]; /** * The id of the lifecycle hook. */ lifecycleHookId: string; /** * The name of the lifecycle hook. */ lifecycleHookName: string; /** * The policy of the lifecycle hook. */ lifecycleHookPolicy: string; /** * The timeout of the lifecycle hook. */ lifecycleHookTimeout: number; /** * The type of the lifecycle hook. */ lifecycleHookType: string; /** * An id of scaling group id. */ scalingGroupId: string; } interface ScalingLifecycleHooksLifecycleHookLifecycleCommand { /** * Batch job command ID, which indicates the batch job command to be executed after triggering the lifecycle hook and installed in the instance. */ commandId: string; /** * Parameters and parameter values in batch job commands. * The number of parameters ranges from 0 to 60. */ parameters: string; } interface ScalingPoliciesScalingPolicy { /** * The adjustment type of the scaling policy. */ adjustmentType: string; /** * The adjustment value of the scaling policy. */ adjustmentValue: number; /** * The comparison operator of the alarm policy condition of the scaling policy. */ alarmPolicyConditionComparisonOperator: string; /** * The metric name of the alarm policy condition of the scaling policy. */ alarmPolicyConditionMetricName: string; /** * The comparison operator of the alarm policy condition of the scaling policy. */ alarmPolicyConditionMetricUnit: string; /** * The threshold of the alarm policy condition of the scaling policy. */ alarmPolicyConditionThreshold: string; /** * The evaluation count of the alarm policy of the scaling policy. */ alarmPolicyEvaluationCount: number; /** * The rule type of the alarm policy of the scaling policy. */ alarmPolicyRuleType: string; /** * The cooldown of the scaling policy. */ cooldown: number; /** * The id of the scaling policy. */ id: string; /** * An id of the scaling group to which the scaling policy belongs. */ scalingGroupId: string; /** * The id of the scaling policy. */ scalingPolicyId: string; /** * The name of the scaling policy. */ scalingPolicyName: string; /** * A type of scaling policy. Valid values: Scheduled, Recurrence, Manual, Alarm. */ scalingPolicyType: string; /** * The launch time of the scheduled policy of the scaling policy. */ scheduledPolicyLaunchTime: string; /** * The recurrence end time of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceEndTime: string; /** * The recurrence start time of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceStartTime: string; /** * The recurrence type of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceType: string; /** * The recurrence value of the scheduled policy of the scaling policy. */ scheduledPolicyRecurrenceValue: string; /** * The status of the scaling policy. */ status: string; } } export declare namespace bandwidth_package { interface BandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesPackage { /** * The bandwidth of the bandwidth package. */ bandwidth: number; /** * The id of the bandwidth package. */ bandwidthPackageId: string; /** * Shared bandwidth package name to be queried. */ bandwidthPackageName: string; /** * The billing type of the bandwidth package. */ billingType: string; /** * The business status of the bandwidth package. */ businessStatus: string; /** * The creation time of the bandwidth package. */ creationTime: string; /** * The deleted time of the bandwidth package. */ deletedTime: string; /** * List of public IP information included in the shared bandwidth package. */ eipAddresses: outputs.bandwidth_package.BandwidthPackagesPackageEipAddress[]; /** * The expiration time of the bandwidth package. */ expiredTime: string; /** * The id of the bandwidth package. */ id: string; /** * Line types for shared bandwidth packages. */ isp: string; /** * The overdue time of the bandwidth package. */ overdueTime: string; /** * The project name of the bandwidth package to be queried. */ projectName: string; /** * The IP protocol values for shared bandwidth packages are as follows: `IPv4`: IPv4 protocol. `IPv6`: IPv6 protocol. */ protocol: string; /** * Security protection types for shared bandwidth packages. Parameter - N: Indicates the number of security protection types, currently only supports taking 1. Value: `AntiDDoS_Enhanced`. */ securityProtectionTypes: string[]; /** * The status of the bandwidth package. */ status: string; /** * Tags. */ tags: outputs.bandwidth_package.BandwidthPackagesPackageTag[]; /** * The update time of the bandwidth package. */ updateTime: string; } interface BandwidthPackagesPackageEipAddress { /** * The id of the eip. */ allocationId: string; /** * The eip address. */ eipAddress: string; } interface BandwidthPackagesPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesTagFilter { /** * The key of the tag. */ key: string; /** * The values of the tag. */ values: string[]; } interface GetBandwidthPackagesPackage { /** * The bandwidth of the bandwidth package. */ bandwidth: number; /** * The id of the bandwidth package. */ bandwidthPackageId: string; /** * Shared bandwidth package name to be queried. */ bandwidthPackageName: string; /** * The billing type of the bandwidth package. */ billingType: string; /** * The business status of the bandwidth package. */ businessStatus: string; /** * The creation time of the bandwidth package. */ creationTime: string; /** * The deleted time of the bandwidth package. */ deletedTime: string; /** * List of public IP information included in the shared bandwidth package. */ eipAddresses: outputs.bandwidth_package.GetBandwidthPackagesPackageEipAddress[]; /** * The expiration time of the bandwidth package. */ expiredTime: string; /** * The id of the bandwidth package. */ id: string; /** * Line types for shared bandwidth packages. */ isp: string; /** * The overdue time of the bandwidth package. */ overdueTime: string; /** * The project name of the bandwidth package to be queried. */ projectName: string; /** * The IP protocol values for shared bandwidth packages are as follows: `IPv4`: IPv4 protocol. `IPv6`: IPv6 protocol. */ protocol: string; /** * Security protection types for shared bandwidth packages. Parameter - N: Indicates the number of security protection types, currently only supports taking 1. Value: `AntiDDoS_Enhanced`. */ securityProtectionTypes: string[]; /** * The status of the bandwidth package. */ status: string; /** * Tags. */ tags: outputs.bandwidth_package.GetBandwidthPackagesPackageTag[]; /** * The update time of the bandwidth package. */ updateTime: string; } interface GetBandwidthPackagesPackageEipAddress { /** * The id of the eip. */ allocationId: string; /** * The eip address. */ eipAddress: string; } interface GetBandwidthPackagesPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetBandwidthPackagesTagFilter { /** * The key of the tag. */ key: string; /** * The values of the tag. */ values: string[]; } } export declare namespace bioos { interface ClusterSharedConfig { /** * Whether to enable a shared cluster. This value must be `true`. */ enable: boolean; } interface ClusterVkeConfig { /** * The id of the vke cluster. */ clusterId: string; /** * The name of the StorageClass that the vke cluster has installed. */ storageClass: string; } interface ClustersItem { /** * Whether there is a bound workspace. */ bound: boolean; /** * The description of the cluster. */ description: string; /** * The id of the bioos cluster. */ id: string; /** * The name of the cluster. */ name: string; /** * whether it is a public cluster. */ public: boolean; /** * The configuration of the shared cluster. */ sharedConfigs: outputs.bioos.ClustersItemSharedConfig[]; /** * The start time of the cluster. */ startTime: number; /** * The status of the clusters. */ status: string; /** * The end time of the cluster. */ stoppedTime: number; /** * The id of the vke cluster. */ vkeConfigId: string; /** * The name of the StorageClass that the vke cluster has installed. */ vkeConfigStorageClass: string; } interface ClustersItemSharedConfig { /** * Whether to enable a shared cluster. This value must be `true`. */ enable: boolean; } interface GetClustersItem { /** * Whether there is a bound workspace. */ bound: boolean; /** * The description of the cluster. */ description: string; /** * The id of the bioos cluster. */ id: string; /** * The name of the cluster. */ name: string; /** * whether it is a public cluster. */ public: boolean; /** * The configuration of the shared cluster. */ sharedConfigs: outputs.bioos.GetClustersItemSharedConfig[]; /** * The start time of the cluster. */ startTime: number; /** * The status of the clusters. */ status: string; /** * The end time of the cluster. */ stoppedTime: number; /** * The id of the vke cluster. */ vkeConfigId: string; /** * The name of the StorageClass that the vke cluster has installed. */ vkeConfigStorageClass: string; } interface GetClustersItemSharedConfig { /** * Whether to enable a shared cluster. This value must be `true`. */ enable: boolean; } interface GetWorkspacesItem { /** * The URL of the cover. */ coverDownloadUrl: string; /** * The creation time of the workspace. */ createTime: number; /** * The description of the workspace. */ description: string; /** * The id of the workspace. */ id: string; /** * The name of the workspace. */ name: string; /** * The name of the owner of the workspace. */ ownerName: string; /** * The role of the user. */ role: string; /** * S3 bucket address. */ s3Bucket: string; /** * The update time of the workspace. */ updateTime: number; } interface WorkspacesItem { /** * The URL of the cover. */ coverDownloadUrl: string; /** * The creation time of the workspace. */ createTime: number; /** * The description of the workspace. */ description: string; /** * The id of the workspace. */ id: string; /** * The name of the workspace. */ name: string; /** * The name of the owner of the workspace. */ ownerName: string; /** * The role of the user. */ role: string; /** * S3 bucket address. */ s3Bucket: string; /** * The update time of the workspace. */ updateTime: number; } } export declare namespace cdn { interface CdnDomainSharedCname { /** * Assign a CNAME to the accelerated domain. */ cname: string; /** * Specify whether to enable shared CNAME. */ switch: boolean; } interface CdnDomainTag { /** * The key of the tag. */ key: string; /** * The value of the tag. */ value: string; } interface CertificatesCertInfo { /** * ID indicating the certificate. */ certId: string; /** * The domain name to which the certificate is issued. */ certName: string; /** * The domain name associated with the certificate. If the certificate is not yet associated with any domain name, the parameter value is null. */ configuredDomain: string; /** * The remark of the cert. */ desc: string; /** * The domain names included in the SAN field of the certificate. */ dnsName: string; /** * The issuance time of the certificate is indicated. The unit is Unix timestamp. */ effectiveTime: number; /** * The expiration time of the certificate is indicated. The unit is Unix timestamp. */ expireTime: number; /** * Specify the location for storing the certificate. The parameter can take the following values: `volcCertCenter`: indicates that the certificate will be stored in the certificate center.`cdnCertHosting`: indicates that the certificate will be hosted on the content delivery network. */ source: string; /** * Specify one or more states to retrieve certificates in those states. By default, all certificates in all states are returned. You can specify the following states. Multiple states are separated by commas. running: Retrieves certificates with a validity period greater than 30 days. expired: Retrieves certificates that have already expired. expiring_soon: Retrieves certificates with a validity period less than or equal to 30 days but have not yet expired. */ status: string; } interface ConfigsDomainConfig { /** * The cname of the domain. */ cname: string; /** * The create time of the domain. */ createTime: number; /** * The domain name. */ domain: string; /** * Indicates whether the configuration of this domain name is allowed to be changed. */ lockStatus: string; /** * The project name. */ project: string; /** * The service region of the domain. */ serviceRegion: string; /** * The service type of the domain. */ serviceType: string; /** * The status of the domain. */ status: string; /** * The update time of the domain. */ updateTime: number; } interface DomainsDomain { /** * The list of backup origin servers for accelerating this domain name. If no backup origin server is configured for this acceleration domain name, the parameter value is null. */ backupOrigins: string[]; /** * Indicates the role of the accelerated domain in the shared cache configuration. This parameter can take the following values: `targetHost`: Indicates that there is a shared cache configuration where the role of the accelerated domain is the target domain.`cacheSharedOn`: Indicates that there is a shared cache configuration where the role of the accelerated domain is the configured domain.`""`: This parameter value is empty, indicating that the accelerated domain does not exist in any shared cache configuration. */ cacheShared: string; /** * If CacheShared is cache_shared_on, it means the target domain name that shares cache with the accelerated domain name. If CacheShared is targetHost or an empty value, the parameter value is empty. */ cacheSharedTargetHost: string; /** * The CNAME address of the domain is automatically assigned when adding the domain. */ cname: string; /** * The creation time of the domain. */ createTime: number; /** * Search by specifying domain name keywords, with fuzzy matching. */ domain: string; /** * Indicates the locked status of the accelerated domain. */ domainLocks: outputs.cdn.DomainsDomainDomainLock[]; /** * Specify HTTPS configuration to filter accelerated domains. The optional values for this parameter are as follows: `true`: Indicates that the accelerated domain has enabled HTTPS function.`false`: Indicates that the accelerated domain has not enabled HTTPS function. */ https: boolean; /** * Specify IPv6 configuration to filter accelerated domain names. The optional values for this parameter are as follows: `true`: Indicates that the accelerated domain name supports requests using IPv6 addresses.`false`: Indicates that the accelerated domain name does not support requests using IPv6 addresses. */ ipv6: boolean; /** * Indicates whether the accelerated domain name is a conflicting domain name. By default, each accelerated domain name is unique in the content delivery network. If you need to add an accelerated domain name that already exists in the content delivery network, you need to submit a ticket. If the domain name is added successfully, it becomes a conflicting domain name. */ isConflictDomain: boolean; /** * Configure the origin protocol for the accelerated domain. */ originProtocol: string; /** * Specify a primary origin server for filtering accelerated domains. */ primaryOrigins: string[]; /** * The project name of the domain. */ project: string; /** * Indicates the acceleration area. The parameter can take the following values: `chineseMainland`: Indicates mainland China. `global`: Indicates global. `outsideChineseMainland`: Indicates global (excluding mainland China). */ serviceRegion: string; /** * The business type of the domain name is indicated by this parameter. The possible values are: `download`: for file downloads. `web`: for web pages. `video`: for audio and video on demand. */ serviceType: string; /** * The status of the domain. */ status: string; /** * Filter by specified domain name tags, up to 10 tags can be specified. Each tag is entered as a string in the format of key:value. */ tags: outputs.cdn.DomainsDomainTag[]; /** * The update time of the domain. */ updateTime: number; } interface DomainsDomainDomainLock { /** * If the Status is on, this parameter value records the reason for the lock. */ remark: string; /** * The status of the domain. */ status: string; } interface DomainsDomainTag { /** * The key of the tag. */ key: string; /** * The value of the tag. */ value: string; } interface GetCertificatesCertInfo { /** * ID indicating the certificate. */ certId: string; /** * The domain name to which the certificate is issued. */ certName: string; /** * The domain name associated with the certificate. If the certificate is not yet associated with any domain name, the parameter value is null. */ configuredDomain: string; /** * The remark of the cert. */ desc: string; /** * The domain names included in the SAN field of the certificate. */ dnsName: string; /** * The issuance time of the certificate is indicated. The unit is Unix timestamp. */ effectiveTime: number; /** * The expiration time of the certificate is indicated. The unit is Unix timestamp. */ expireTime: number; /** * Specify the location for storing the certificate. The parameter can take the following values: `volcCertCenter`: indicates that the certificate will be stored in the certificate center.`cdnCertHosting`: indicates that the certificate will be hosted on the content delivery network. */ source: string; /** * Specify one or more states to retrieve certificates in those states. By default, all certificates in all states are returned. You can specify the following states. Multiple states are separated by commas. running: Retrieves certificates with a validity period greater than 30 days. expired: Retrieves certificates that have already expired. expiring_soon: Retrieves certificates with a validity period less than or equal to 30 days but have not yet expired. */ status: string; } interface GetConfigsDomainConfig { /** * The cname of the domain. */ cname: string; /** * The create time of the domain. */ createTime: number; /** * The domain name. */ domain: string; /** * Indicates whether the configuration of this domain name is allowed to be changed. */ lockStatus: string; /** * The project name. */ project: string; /** * The service region of the domain. */ serviceRegion: string; /** * The service type of the domain. */ serviceType: string; /** * The status of the domain. */ status: string; /** * The update time of the domain. */ updateTime: number; } interface GetDomainsDomain { /** * The list of backup origin servers for accelerating this domain name. If no backup origin server is configured for this acceleration domain name, the parameter value is null. */ backupOrigins: string[]; /** * Indicates the role of the accelerated domain in the shared cache configuration. This parameter can take the following values: `targetHost`: Indicates that there is a shared cache configuration where the role of the accelerated domain is the target domain.`cacheSharedOn`: Indicates that there is a shared cache configuration where the role of the accelerated domain is the configured domain.`""`: This parameter value is empty, indicating that the accelerated domain does not exist in any shared cache configuration. */ cacheShared: string; /** * If CacheShared is cache_shared_on, it means the target domain name that shares cache with the accelerated domain name. If CacheShared is targetHost or an empty value, the parameter value is empty. */ cacheSharedTargetHost: string; /** * The CNAME address of the domain is automatically assigned when adding the domain. */ cname: string; /** * The creation time of the domain. */ createTime: number; /** * Search by specifying domain name keywords, with fuzzy matching. */ domain: string; /** * Indicates the locked status of the accelerated domain. */ domainLocks: outputs.cdn.GetDomainsDomainDomainLock[]; /** * Specify HTTPS configuration to filter accelerated domains. The optional values for this parameter are as follows: `true`: Indicates that the accelerated domain has enabled HTTPS function.`false`: Indicates that the accelerated domain has not enabled HTTPS function. */ https: boolean; /** * Specify IPv6 configuration to filter accelerated domain names. The optional values for this parameter are as follows: `true`: Indicates that the accelerated domain name supports requests using IPv6 addresses.`false`: Indicates that the accelerated domain name does not support requests using IPv6 addresses. */ ipv6: boolean; /** * Indicates whether the accelerated domain name is a conflicting domain name. By default, each accelerated domain name is unique in the content delivery network. If you need to add an accelerated domain name that already exists in the content delivery network, you need to submit a ticket. If the domain name is added successfully, it becomes a conflicting domain name. */ isConflictDomain: boolean; /** * Configure the origin protocol for the accelerated domain. */ originProtocol: string; /** * Specify a primary origin server for filtering accelerated domains. */ primaryOrigins: string[]; /** * The project name of the domain. */ project: string; /** * Indicates the acceleration area. The parameter can take the following values: `chineseMainland`: Indicates mainland China. `global`: Indicates global. `outsideChineseMainland`: Indicates global (excluding mainland China). */ serviceRegion: string; /** * The business type of the domain name is indicated by this parameter. The possible values are: `download`: for file downloads. `web`: for web pages. `video`: for audio and video on demand. */ serviceType: string; /** * The status of the domain. */ status: string; /** * Filter by specified domain name tags, up to 10 tags can be specified. Each tag is entered as a string in the format of key:value. */ tags: outputs.cdn.GetDomainsDomainTag[]; /** * The update time of the domain. */ updateTime: number; } interface GetDomainsDomainDomainLock { /** * If the Status is on, this parameter value records the reason for the lock. */ remark: string; /** * The status of the domain. */ status: string; } interface GetDomainsDomainTag { /** * The key of the tag. */ key: string; /** * The value of the tag. */ value: string; } interface GetSharedConfigsConfigData { /** * The configuration for IP whitelist corresponds to ConfigType allow_ip_access_rule. */ allowIpAccessRules: outputs.cdn.GetSharedConfigsConfigDataAllowIpAccessRule[]; /** * The configuration for the Referer whitelist corresponds to ConfigType allow_referer_access_rule. */ allowRefererAccessRules: outputs.cdn.GetSharedConfigsConfigDataAllowRefererAccessRule[]; /** * The configuration for a common list is represented by ConfigType common_match_list. */ commonMatchLists: outputs.cdn.GetSharedConfigsConfigDataCommonMatchList[]; /** * The name of the shared config. */ configName: string; /** * The type of the shared config. */ configType: string; /** * The configuration for IP blacklist is denoted by ConfigType deny_ip_access_rule. */ denyIpAccessRules: outputs.cdn.GetSharedConfigsConfigDataDenyIpAccessRule[]; /** * The configuration for the Referer blacklist corresponds to ConfigType deny_referer_access_rule. */ denyRefererAccessRules: outputs.cdn.GetSharedConfigsConfigDataDenyRefererAccessRule[]; /** * The number of domains. */ domainCount: number; /** * The name of the project. */ projectName: string; /** * The update time of the shared config. */ updateTime: number; } interface GetSharedConfigsConfigDataAllowIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface GetSharedConfigsConfigDataAllowRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty: boolean; /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.GetSharedConfigsConfigDataAllowRefererAccessRuleCommonType[]; } interface GetSharedConfigsConfigDataAllowRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface GetSharedConfigsConfigDataCommonMatchList { /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.GetSharedConfigsConfigDataCommonMatchListCommonType[]; } interface GetSharedConfigsConfigDataCommonMatchListCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface GetSharedConfigsConfigDataDenyIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface GetSharedConfigsConfigDataDenyRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty: boolean; /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.GetSharedConfigsConfigDataDenyRefererAccessRuleCommonType[]; } interface GetSharedConfigsConfigDataDenyRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigAllowIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigAllowRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty?: boolean; /** * The content indicating the Referer whitelist. */ commonType: outputs.cdn.SharedConfigAllowRefererAccessRuleCommonType; } interface SharedConfigAllowRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase?: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigCommonMatchList { /** * The content indicating the Referer blacklist. */ commonType: outputs.cdn.SharedConfigCommonMatchListCommonType; } interface SharedConfigCommonMatchListCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase?: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigDenyIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigDenyRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty?: boolean; /** * The content indicating the Referer blacklist. */ commonType: outputs.cdn.SharedConfigDenyRefererAccessRuleCommonType; } interface SharedConfigDenyRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase?: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigsConfigData { /** * The configuration for IP whitelist corresponds to ConfigType allow_ip_access_rule. */ allowIpAccessRules: outputs.cdn.SharedConfigsConfigDataAllowIpAccessRule[]; /** * The configuration for the Referer whitelist corresponds to ConfigType allow_referer_access_rule. */ allowRefererAccessRules: outputs.cdn.SharedConfigsConfigDataAllowRefererAccessRule[]; /** * The configuration for a common list is represented by ConfigType common_match_list. */ commonMatchLists: outputs.cdn.SharedConfigsConfigDataCommonMatchList[]; /** * The name of the shared config. */ configName: string; /** * The type of the shared config. */ configType: string; /** * The configuration for IP blacklist is denoted by ConfigType deny_ip_access_rule. */ denyIpAccessRules: outputs.cdn.SharedConfigsConfigDataDenyIpAccessRule[]; /** * The configuration for the Referer blacklist corresponds to ConfigType deny_referer_access_rule. */ denyRefererAccessRules: outputs.cdn.SharedConfigsConfigDataDenyRefererAccessRule[]; /** * The number of domains. */ domainCount: number; /** * The name of the project. */ projectName: string; /** * The update time of the shared config. */ updateTime: number; } interface SharedConfigsConfigDataAllowIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigsConfigDataAllowRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty: boolean; /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.SharedConfigsConfigDataAllowRefererAccessRuleCommonType[]; } interface SharedConfigsConfigDataAllowRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigsConfigDataCommonMatchList { /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.SharedConfigsConfigDataCommonMatchListCommonType[]; } interface SharedConfigsConfigDataCommonMatchListCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigsConfigDataDenyIpAccessRule { /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } interface SharedConfigsConfigDataDenyRefererAccessRule { /** * Indicates whether an empty Referer header, or a request without a Referer header, is not allowed. Default is false. */ allowEmpty: boolean; /** * The content indicating the Referer blacklist. */ commonTypes: outputs.cdn.SharedConfigsConfigDataDenyRefererAccessRuleCommonType[]; } interface SharedConfigsConfigDataDenyRefererAccessRuleCommonType { /** * This list is case-sensitive when matching requests. Default is true. */ ignoreCase: boolean; /** * The entries in this list are an array of IP addresses and CIDR network segments. The total number of entries cannot exceed 3,000. The IP addresses and segments can be in IPv4 and IPv6 format. Duplicate entries in the list will be removed and will not count towards the limit. */ rules: string[]; } } export declare namespace cen { interface AttachInstancesAttachInstance { /** * A cen ID. */ cenId: string; /** * The create time of the cen attaching instance. */ creationTime: string; /** * An instance ID. */ instanceId: string; /** * The owner ID of the instance. */ instanceOwnerId: string; /** * A region id of instance. */ instanceRegionId: string; /** * An instance type. */ instanceType: string; /** * The status of the cen attaching instance. */ status: string; } interface BandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesBandwidthPackage { /** * The account ID of the cen bandwidth package. */ accountId: string; /** * The bandwidth of the cen bandwidth package. */ bandwidth: number; /** * The billing type of the cen bandwidth package. */ billingType: string; /** * The business status of the cen bandwidth package. */ businessStatus: string; /** * The ID of the cen bandwidth package. */ cenBandwidthPackageId: string; /** * The name of the cen bandwidth package. */ cenBandwidthPackageName: string; /** * The cen IDs of the bandwidth package. */ cenIds: string[]; /** * The create time of the cen bandwidth package. */ creationTime: string; /** * The deleted time of the cen bandwidth package. */ deletedTime: string; /** * The description of the cen bandwidth package. */ description: string; /** * The expired time of the cen bandwidth package. */ expiredTime: string; /** * The ID of the cen bandwidth package. */ id: string; /** * A local geographic region set id. */ localGeographicRegionSetId: string; /** * A peer geographic region set id. */ peerGeographicRegionSetId: string; /** * The ProjectName of the cen bandwidth package. */ projectName: string; /** * The remain bandwidth of the cen bandwidth package. */ remainingBandwidth: number; /** * The status of the cen bandwidth package. */ status: string; /** * Tags. */ tags: outputs.cen.BandwidthPackagesBandwidthPackageTag[]; /** * The update time of the cen bandwidth package. */ updateTime: string; } interface BandwidthPackagesBandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CenTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CensCen { /** * The account ID of the cen. */ accountId: string; /** * A list of bandwidth package IDs of the cen. */ cenBandwidthPackageIds: string[]; /** * The ID of the cen. */ cenId: string; /** * The name of the cen. */ cenName: string; /** * The create time of the cen. */ creationTime: string; /** * The description of the cen. */ description: string; /** * The ID of the cen. */ id: string; /** * The ProjectName of the cen instance. */ projectName: string; /** * The status of the cen. */ status: string; /** * Tags. */ tags: outputs.cen.CensCenTag[]; /** * The update time of the cen. */ updateTime: string; } interface CensCenTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CensTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAttachInstancesAttachInstance { /** * A cen ID. */ cenId: string; /** * The create time of the cen attaching instance. */ creationTime: string; /** * An instance ID. */ instanceId: string; /** * The owner ID of the instance. */ instanceOwnerId: string; /** * A region id of instance. */ instanceRegionId: string; /** * An instance type. */ instanceType: string; /** * The status of the cen attaching instance. */ status: string; } interface GetBandwidthPackagesBandwidthPackage { /** * The account ID of the cen bandwidth package. */ accountId: string; /** * The bandwidth of the cen bandwidth package. */ bandwidth: number; /** * The billing type of the cen bandwidth package. */ billingType: string; /** * The business status of the cen bandwidth package. */ businessStatus: string; /** * The ID of the cen bandwidth package. */ cenBandwidthPackageId: string; /** * The name of the cen bandwidth package. */ cenBandwidthPackageName: string; /** * The cen IDs of the bandwidth package. */ cenIds: string[]; /** * The create time of the cen bandwidth package. */ creationTime: string; /** * The deleted time of the cen bandwidth package. */ deletedTime: string; /** * The description of the cen bandwidth package. */ description: string; /** * The expired time of the cen bandwidth package. */ expiredTime: string; /** * The ID of the cen bandwidth package. */ id: string; /** * A local geographic region set id. */ localGeographicRegionSetId: string; /** * A peer geographic region set id. */ peerGeographicRegionSetId: string; /** * The ProjectName of the cen bandwidth package. */ projectName: string; /** * The remain bandwidth of the cen bandwidth package. */ remainingBandwidth: number; /** * The status of the cen bandwidth package. */ status: string; /** * Tags. */ tags: outputs.cen.GetBandwidthPackagesBandwidthPackageTag[]; /** * The update time of the cen bandwidth package. */ updateTime: string; } interface GetBandwidthPackagesBandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetBandwidthPackagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetCensCen { /** * The account ID of the cen. */ accountId: string; /** * A list of bandwidth package IDs of the cen. */ cenBandwidthPackageIds: string[]; /** * The ID of the cen. */ cenId: string; /** * The name of the cen. */ cenName: string; /** * The create time of the cen. */ creationTime: string; /** * The description of the cen. */ description: string; /** * The ID of the cen. */ id: string; /** * The ProjectName of the cen instance. */ projectName: string; /** * The status of the cen. */ status: string; /** * Tags. */ tags: outputs.cen.GetCensCenTag[]; /** * The update time of the cen. */ updateTime: string; } interface GetCensCenTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetCensTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInterRegionBandwidthsInterRegionBandwidth { /** * The bandwidth of the cen inter region bandwidth. */ bandwidth: number; /** * The cen ID of the cen inter region bandwidth. */ cenId: string; /** * The create time of the cen inter region bandwidth. */ creationTime: string; /** * The ID of the cen inter region bandwidth. */ id: string; /** * The ID of the cen inter region bandwidth. */ interRegionBandwidthId: string; /** * The local region id of the cen inter region bandwidth. */ localRegionId: string; /** * The peer region id of the cen inter region bandwidth. */ peerRegionId: string; /** * The status of the cen inter region bandwidth. */ status: string; /** * The update time of the cen inter region bandwidth. */ updateTime: string; } interface GetRouteEntriesCenRouteEntry { /** * The AS path of the cen route entry. */ asPaths: string[]; /** * A cen ID. */ cenId: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * An instance ID. */ instanceId: string; /** * An instance region ID. */ instanceRegionId: string; /** * An instance type. */ instanceType: string; /** * The publish status of the cen route entry. */ publishStatus: string; /** * The status of the cen route entry. */ status: string; } interface GetServiceRouteEntriesServiceRouteEntry { /** * A cen ID. */ cenId: string; /** * The create time of the cen service route entry. */ creationTime: string; /** * The description of the cen service route entry. */ description: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * Publishing scope of cloud service access routes. Valid values are `LocalDCGW`(default), `Custom`. */ publishMode: string; /** * The publish instances. A maximum of 100 can be uploaded in one request. */ publishToInstances: outputs.cen.GetServiceRouteEntriesServiceRouteEntryPublishToInstance[]; /** * A service region id. */ serviceRegionId: string; /** * A service VPC id. */ serviceVpcId: string; /** * The status of the cen service route entry. */ status: string; } interface GetServiceRouteEntriesServiceRouteEntryPublishToInstance { /** * Cloud service access routes need to publish the network instance ID. */ instanceId: string; /** * The region where the cloud service access route needs to be published. */ instanceRegionId: string; /** * The network instance type that needs to be published for cloud service access routes. The values are as follows: `VPC`, `DCGW`. */ instanceType: string; } interface InterRegionBandwidthsInterRegionBandwidth { /** * The bandwidth of the cen inter region bandwidth. */ bandwidth: number; /** * The cen ID of the cen inter region bandwidth. */ cenId: string; /** * The create time of the cen inter region bandwidth. */ creationTime: string; /** * The ID of the cen inter region bandwidth. */ id: string; /** * The ID of the cen inter region bandwidth. */ interRegionBandwidthId: string; /** * The local region id of the cen inter region bandwidth. */ localRegionId: string; /** * The peer region id of the cen inter region bandwidth. */ peerRegionId: string; /** * The status of the cen inter region bandwidth. */ status: string; /** * The update time of the cen inter region bandwidth. */ updateTime: string; } interface RouteEntriesCenRouteEntry { /** * The AS path of the cen route entry. */ asPaths: string[]; /** * A cen ID. */ cenId: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * An instance ID. */ instanceId: string; /** * An instance region ID. */ instanceRegionId: string; /** * An instance type. */ instanceType: string; /** * The publish status of the cen route entry. */ publishStatus: string; /** * The status of the cen route entry. */ status: string; } interface ServiceRouteEntriesServiceRouteEntry { /** * A cen ID. */ cenId: string; /** * The create time of the cen service route entry. */ creationTime: string; /** * The description of the cen service route entry. */ description: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * Publishing scope of cloud service access routes. Valid values are `LocalDCGW`(default), `Custom`. */ publishMode: string; /** * The publish instances. A maximum of 100 can be uploaded in one request. */ publishToInstances: outputs.cen.ServiceRouteEntriesServiceRouteEntryPublishToInstance[]; /** * A service region id. */ serviceRegionId: string; /** * A service VPC id. */ serviceVpcId: string; /** * The status of the cen service route entry. */ status: string; } interface ServiceRouteEntriesServiceRouteEntryPublishToInstance { /** * Cloud service access routes need to publish the network instance ID. */ instanceId: string; /** * The region where the cloud service access route needs to be published. */ instanceRegionId: string; /** * The network instance type that needs to be published for cloud service access routes. The values are as follows: `VPC`, `DCGW`. */ instanceType: string; } interface ServiceRouteEntryPublishToInstance { /** * Cloud service access routes need to publish the network instance ID. */ instanceId?: string; /** * The region where the cloud service access route needs to be published. */ instanceRegionId?: string; /** * The network instance type that needs to be published for cloud service access routes. The values are as follows: `VPC`, `DCGW`. */ instanceType?: string; } } export declare namespace clb { interface AclAclEntry { /** * The description of the AclEntry. */ description?: string; /** * The content of the AclEntry. */ entry: string; } interface AclsAcl { /** * The count of acl entry. */ aclEntryCount: number; /** * The ID of Acl. */ aclId: string; /** * The name of acl. */ aclName: string; /** * Creation time of Acl. */ createTime: string; /** * The description of Acl. */ description: string; /** * The ID of Acl. */ id: string; /** * The listeners of Acl. */ listeners: string[]; /** * The ProjectName of Acl. */ projectName: string; /** * Update time of Acl. */ updateTime: string; } interface CertificateTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CertificatesCertificate { /** * The ID of the Certificate. */ certificateId: string; /** * The name of the Certificate. */ certificateName: string; /** * The create time of the Certificate. */ createTime: string; /** * The description of the Certificate. */ description: string; /** * The domain name of the Certificate. */ domainName: string; /** * The expire time of the Certificate. */ expiredAt: string; /** * The ID of the Certificate. */ id: string; /** * The ID list of the Listener. */ listeners: string[]; /** * The ProjectName of Certificate. */ projectName: string; /** * Tags. */ tags: outputs.clb.CertificatesCertificateTag[]; } interface CertificatesCertificateTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface CertificatesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ClbEipBillingConfig { /** * The peek bandwidth of the EIP which automatically assigned to CLB. */ bandwidth: number; /** * The billing type of the EIP which automatically assigned to CLB. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic` or `PrePaid`.When creating a `PrePaid` public CLB, this field must be specified as `PrePaid` simultaneously.When the LoadBalancerBillingType changes from `PostPaid` to `PrePaid`, please manually modify the value of this field to `PrePaid` simultaneously. */ eipBillingType: string; /** * The ISP of the EIP which automatically associated to CLB, the value can be `BGP` or `ChinaMobile` or `ChinaUnicom` or `ChinaTelecom` or `SingleLine_BGP` or `Static_BGP` or `Fusion_BGP`. */ isp: string; } interface ClbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ClbsClb { /** * The address ip version of the Clb. */ addressIpVersion: string; /** * The business status of the Clb. */ businessStatus: string; /** * The create time of the Clb. */ createTime: string; /** * The expected recycle time of the Clb. */ deletedTime: string; /** * The description of the Clb. */ description: string; /** * The Eip address of the Clb. */ eipAddress: string; /** * The eip billing config of the Clb. */ eipBillingConfigs: outputs.clb.ClbsClbEipBillingConfig[]; /** * The Eip ID of the Clb. */ eipId: string; /** * The private ip address of the Clb. */ eniAddress: string; /** * The Eni ID of the Clb. */ eniId: string; /** * The eni ipv6 address of the Clb. */ eniIpv6Address: string; /** * The expired time of the CLB. */ expiredTime: string; /** * The ID of the Clb. */ id: string; /** * The billing status of the CLB. */ instanceStatus: number; /** * The ipv6 address bandwidth information of the Clb. */ ipv6AddressBandwidths: outputs.clb.ClbsClbIpv6AddressBandwidth[]; /** * The Ipv6 Eip ID of the Clb. */ ipv6EipId: string; /** * The billing type of the Clb. */ loadBalancerBillingType: string; /** * The ID of the Clb. */ loadBalancerId: string; /** * The name of the Clb. */ loadBalancerName: string; /** * The specifications of the Clb. */ loadBalancerSpec: string; /** * The reason why Clb is locked. */ lockReason: string; /** * The master zone ID of the CLB. */ masterZoneId: string; /** * The modification protection reason of the Clb. */ modificationProtectionReason: string; /** * The modification protection status of the Clb. */ modificationProtectionStatus: string; /** * The over reclaim time of the CLB. */ overdueReclaimTime: string; /** * The overdue time of the Clb. */ overdueTime: string; /** * The ProjectName of Clb. */ projectName: string; /** * The reclaim time of the CLB. */ reclaimTime: string; /** * The remain renew times of the CLB. When the value of the renewType is `AutoRenew`, the query returns this field. */ remainRenewTimes: number; /** * The renew period times of the CLB. When the value of the renewType is `AutoRenew`, the query returns this field. */ renewPeriodTimes: number; /** * The renew type of the CLB. When the value of the loadBalancerBillingType is `PrePaid`, the query returns this field. */ renewType: string; /** * The slave zone ID of the CLB. */ slaveZoneId: string; /** * The status of the Clb. */ status: string; /** * The subnet ID of the Clb. */ subnetId: string; /** * Tags. */ tags: outputs.clb.ClbsClbTag[]; /** * The type of the Clb. */ type: string; /** * The update time of the Clb. */ updateTime: string; /** * The id of the VPC. */ vpcId: string; } interface ClbsClbEipBillingConfig { /** * The peek bandwidth of the Ipv6 EIP assigned to CLB. Units: Mbps. */ bandwidth: number; /** * The billing type of the EIP assigned to CLB. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic` or `PrePaid`. */ eipBillingType: string; /** * The ISP of the Ipv6 EIP assigned to CLB, the value can be `BGP`. */ isp: string; } interface ClbsClbIpv6AddressBandwidth { /** * The peek bandwidth of the Ipv6 EIP assigned to CLB. Units: Mbps. */ bandwidth: number; /** * The bandwidth package id of the Ipv6 EIP assigned to CLB. */ bandwidthPackageId: string; /** * The billing type of the Ipv6 EIP assigned to CLB. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of the Ipv6 EIP assigned to CLB, the value can be `BGP`. */ isp: string; /** * The network type of the CLB Ipv6 address. */ networkType: string; } interface ClbsClbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ClbsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAclsAcl { /** * The count of acl entry. */ aclEntryCount: number; /** * The ID of Acl. */ aclId: string; /** * The name of acl. */ aclName: string; /** * Creation time of Acl. */ createTime: string; /** * The description of Acl. */ description: string; /** * The ID of Acl. */ id: string; /** * The listeners of Acl. */ listeners: string[]; /** * The ProjectName of Acl. */ projectName: string; /** * Update time of Acl. */ updateTime: string; } interface GetCertificatesCertificate { /** * The ID of the Certificate. */ certificateId: string; /** * The name of the Certificate. */ certificateName: string; /** * The create time of the Certificate. */ createTime: string; /** * The description of the Certificate. */ description: string; /** * The domain name of the Certificate. */ domainName: string; /** * The expire time of the Certificate. */ expiredAt: string; /** * The ID of the Certificate. */ id: string; /** * The ID list of the Listener. */ listeners: string[]; /** * The ProjectName of Certificate. */ projectName: string; /** * Tags. */ tags: outputs.clb.GetCertificatesCertificateTag[]; } interface GetCertificatesCertificateTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetCertificatesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetClbsClb { /** * The address ip version of the Clb. */ addressIpVersion: string; /** * The business status of the Clb. */ businessStatus: string; /** * The create time of the Clb. */ createTime: string; /** * The expected recycle time of the Clb. */ deletedTime: string; /** * The description of the Clb. */ description: string; /** * The Eip address of the Clb. */ eipAddress: string; /** * The eip billing config of the Clb. */ eipBillingConfigs: outputs.clb.GetClbsClbEipBillingConfig[]; /** * The Eip ID of the Clb. */ eipId: string; /** * The private ip address of the Clb. */ eniAddress: string; /** * The Eni ID of the Clb. */ eniId: string; /** * The eni ipv6 address of the Clb. */ eniIpv6Address: string; /** * The expired time of the CLB. */ expiredTime: string; /** * The ID of the Clb. */ id: string; /** * The billing status of the CLB. */ instanceStatus: number; /** * The ipv6 address bandwidth information of the Clb. */ ipv6AddressBandwidths: outputs.clb.GetClbsClbIpv6AddressBandwidth[]; /** * The Ipv6 Eip ID of the Clb. */ ipv6EipId: string; /** * The billing type of the Clb. */ loadBalancerBillingType: string; /** * The ID of the Clb. */ loadBalancerId: string; /** * The name of the Clb. */ loadBalancerName: string; /** * The specifications of the Clb. */ loadBalancerSpec: string; /** * The reason why Clb is locked. */ lockReason: string; /** * The master zone ID of the CLB. */ masterZoneId: string; /** * The modification protection reason of the Clb. */ modificationProtectionReason: string; /** * The modification protection status of the Clb. */ modificationProtectionStatus: string; /** * The over reclaim time of the CLB. */ overdueReclaimTime: string; /** * The overdue time of the Clb. */ overdueTime: string; /** * The ProjectName of Clb. */ projectName: string; /** * The reclaim time of the CLB. */ reclaimTime: string; /** * The remain renew times of the CLB. When the value of the renewType is `AutoRenew`, the query returns this field. */ remainRenewTimes: number; /** * The renew period times of the CLB. When the value of the renewType is `AutoRenew`, the query returns this field. */ renewPeriodTimes: number; /** * The renew type of the CLB. When the value of the loadBalancerBillingType is `PrePaid`, the query returns this field. */ renewType: string; /** * The slave zone ID of the CLB. */ slaveZoneId: string; /** * The status of the Clb. */ status: string; /** * The subnet ID of the Clb. */ subnetId: string; /** * Tags. */ tags: outputs.clb.GetClbsClbTag[]; /** * The type of the Clb. */ type: string; /** * The update time of the Clb. */ updateTime: string; /** * The id of the VPC. */ vpcId: string; } interface GetClbsClbEipBillingConfig { /** * The peek bandwidth of the Ipv6 EIP assigned to CLB. Units: Mbps. */ bandwidth: number; /** * The billing type of the EIP assigned to CLB. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic` or `PrePaid`. */ eipBillingType: string; /** * The ISP of the Ipv6 EIP assigned to CLB, the value can be `BGP`. */ isp: string; } interface GetClbsClbIpv6AddressBandwidth { /** * The peek bandwidth of the Ipv6 EIP assigned to CLB. Units: Mbps. */ bandwidth: number; /** * The bandwidth package id of the Ipv6 EIP assigned to CLB. */ bandwidthPackageId: string; /** * The billing type of the Ipv6 EIP assigned to CLB. And optional choice contains `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of the Ipv6 EIP assigned to CLB, the value can be `BGP`. */ isp: string; /** * The network type of the CLB Ipv6 address. */ networkType: string; } interface GetClbsClbTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetClbsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetListenersListener { /** * The acl ID list to which the Listener is bound. */ aclIds: string[]; /** * The acl status of the Listener. */ aclStatus: string; /** * The acl type of the Listener. */ aclType: string; /** * The bandwidth of the Listener. Unit: Mbps. */ bandwidth: number; /** * The ID of the certificate which is associated with the Listener. */ certificateId: string; /** * Whether to enable connection drain of the Listener. */ connectionDrainEnabled: string; /** * The connection drain timeout of the Listener. */ connectionDrainTimeout: number; /** * The name of the cookie for session persistence configured on the backend server. */ cookie: string; /** * The create time of the Listener. */ createTime: string; /** * The enable status of the Listener. */ enabled: string; /** * The domain of health check. */ healthCheckDomain: string; /** * The enable status of health check function. */ healthCheckEnabled: string; /** * The healthy threshold of health check. */ healthCheckHealthyThreshold: number; /** * The normal http status code of health check. */ healthCheckHttpCode: string; /** * The interval executing health check. */ healthCheckInterval: number; /** * The method of health check. */ healthCheckMethod: string; /** * The response timeout of health check. */ healthCheckTimeout: number; /** * The expected response string for the health check. */ healthCheckUdpExpect: string; /** * A request string to perform a health check. */ healthCheckUdpRequest: string; /** * The unhealthy threshold of health check. */ healthCheckUnHealthyThreshold: number; /** * The uri of health check. */ healthCheckUri: string; /** * The ID of the Listener. */ id: string; /** * The ID of the Listener. */ listenerId: string; /** * The name of the Listener. */ listenerName: string; /** * The persistence timeout of the Listener. */ persistenceTimeout: number; /** * The persistence type of the Listener. */ persistenceType: string; /** * The port receiving request of the Listener. */ port: number; /** * The protocol of the Listener. */ protocol: string; /** * Whether to enable proxy protocol. */ proxyProtocolType: string; /** * The ID of the backend server group which is associated with the Listener. */ serverGroupId: string; /** * The status of the Listener. */ status: string; /** * The update time of the Listener. */ updateTime: string; } interface GetRulesRule { /** * The Description of Rule. */ description: string; /** * The Domain of Rule. */ domain: string; /** * The Id of Rule. */ id: string; /** * The Id of Rule. */ ruleId: string; /** * The Id of Server Group. */ serverGroupId: string; /** * The Url of Rule. */ url: string; } interface GetServerGroupServersServer { /** * The description of the instance. */ description: string; /** * The server id of instance in ServerGroup. */ id: string; /** * The ID of ecs instance or the network card bound to ecs instance. */ instanceId: string; /** * The private ip of the instance. */ ip: string; /** * The port receiving request. */ port: number; /** * The server id of instance in ServerGroup. */ serverId: string; /** * The type of instance. Optional choice contains `ecs`, `eni`. */ type: string; /** * The weight of the instance. */ weight: number; } interface GetServerGroupsGroup { /** * The address ip version of the ServerGroup. */ addressIpVersion: string; /** * The create time of the ServerGroup. */ createTime: string; /** * The description of the ServerGroup. */ description: string; /** * The ID of the ServerGroup. */ id: string; /** * The ID of the ServerGroup. */ serverGroupId: string; /** * The name of the ServerGroup. */ serverGroupName: string; /** * The update time of the ServerGroup. */ updateTime: string; } interface GetZonesMasterZone { /** * The slave zones list. */ slaveZones: outputs.clb.GetZonesMasterZoneSlaveZone[]; /** * The master zone id. */ zoneId: string; } interface GetZonesMasterZoneSlaveZone { /** * The master zone id. */ zoneId: string; } interface ListenerHealthCheck { /** * The domain of health check. */ domain?: string; /** * The enable status of health check function. Optional choice contains `on`, `off`. */ enabled?: string; /** * The healthy threshold of health check, default 3, range in 2~10. */ healthyThreshold?: number; /** * The normal http status code of health check, the value can be `http2xx` or `http3xx` or `http4xx` or `http5xx`. */ httpCode?: string; /** * The interval executing health check, default 2, range in 1~300. */ interval?: number; /** * The method of health check, the value can be `GET` or `HEAD`. */ method?: string; /** * The response timeout of health check, default 2, range in 1~60.. */ timeout?: number; /** * The UDP expect of health check. This field must be specified simultaneously with field `udpRequest`. */ udpExpect?: string; /** * The UDP request of health check. This field must be specified simultaneously with field `udpExpect`. */ udpRequest?: string; /** * The unhealthy threshold of health check, default 3, range in 2~10. */ unHealthyThreshold?: number; /** * The uri of health check. */ uri?: string; } interface ListenersListener { /** * The acl ID list to which the Listener is bound. */ aclIds: string[]; /** * The acl status of the Listener. */ aclStatus: string; /** * The acl type of the Listener. */ aclType: string; /** * The bandwidth of the Listener. Unit: Mbps. */ bandwidth: number; /** * The ID of the certificate which is associated with the Listener. */ certificateId: string; /** * Whether to enable connection drain of the Listener. */ connectionDrainEnabled: string; /** * The connection drain timeout of the Listener. */ connectionDrainTimeout: number; /** * The name of the cookie for session persistence configured on the backend server. */ cookie: string; /** * The create time of the Listener. */ createTime: string; /** * The enable status of the Listener. */ enabled: string; /** * The domain of health check. */ healthCheckDomain: string; /** * The enable status of health check function. */ healthCheckEnabled: string; /** * The healthy threshold of health check. */ healthCheckHealthyThreshold: number; /** * The normal http status code of health check. */ healthCheckHttpCode: string; /** * The interval executing health check. */ healthCheckInterval: number; /** * The method of health check. */ healthCheckMethod: string; /** * The response timeout of health check. */ healthCheckTimeout: number; /** * The expected response string for the health check. */ healthCheckUdpExpect: string; /** * A request string to perform a health check. */ healthCheckUdpRequest: string; /** * The unhealthy threshold of health check. */ healthCheckUnHealthyThreshold: number; /** * The uri of health check. */ healthCheckUri: string; /** * The ID of the Listener. */ id: string; /** * The ID of the Listener. */ listenerId: string; /** * The name of the Listener. */ listenerName: string; /** * The persistence timeout of the Listener. */ persistenceTimeout: number; /** * The persistence type of the Listener. */ persistenceType: string; /** * The port receiving request of the Listener. */ port: number; /** * The protocol of the Listener. */ protocol: string; /** * Whether to enable proxy protocol. */ proxyProtocolType: string; /** * The ID of the backend server group which is associated with the Listener. */ serverGroupId: string; /** * The status of the Listener. */ status: string; /** * The update time of the Listener. */ updateTime: string; } interface RulesRule { /** * The Description of Rule. */ description: string; /** * The Domain of Rule. */ domain: string; /** * The Id of Rule. */ id: string; /** * The Id of Rule. */ ruleId: string; /** * The Id of Server Group. */ serverGroupId: string; /** * The Url of Rule. */ url: string; } interface ServerGroupServersServer { /** * The description of the instance. */ description: string; /** * The server id of instance in ServerGroup. */ id: string; /** * The ID of ecs instance or the network card bound to ecs instance. */ instanceId: string; /** * The private ip of the instance. */ ip: string; /** * The port receiving request. */ port: number; /** * The server id of instance in ServerGroup. */ serverId: string; /** * The type of instance. Optional choice contains `ecs`, `eni`. */ type: string; /** * The weight of the instance. */ weight: number; } interface ServerGroupsGroup { /** * The address ip version of the ServerGroup. */ addressIpVersion: string; /** * The create time of the ServerGroup. */ createTime: string; /** * The description of the ServerGroup. */ description: string; /** * The ID of the ServerGroup. */ id: string; /** * The ID of the ServerGroup. */ serverGroupId: string; /** * The name of the ServerGroup. */ serverGroupName: string; /** * The update time of the ServerGroup. */ updateTime: string; } interface ZonesMasterZone { /** * The slave zones list. */ slaveZones: outputs.clb.ZonesMasterZoneSlaveZone[]; /** * The master zone id. */ zoneId: string; } interface ZonesMasterZoneSlaveZone { /** * The master zone id. */ zoneId: string; } } export declare namespace cloud_firewall { interface CfwAddressBooksAddressBook { /** * The address list of the address book. */ addressLists: string[]; /** * The group type of address book. This field support fuzzy query. */ description: string; /** * The group name of address book. This field support fuzzy query. */ groupName: string; /** * The group type of address book. Valid values: `ip`, `port`, `domain`. */ groupType: string; /** * The uuid of the address book. */ groupUuid: string; /** * The uuid of the address book. */ id: string; /** * The reference count of the address book. */ refCnt: number; } interface CfwControlPoliciesControlPolicy { /** * The account id of the control policy. */ accountId: string; /** * The action list of the control policy. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the control policy. This field support fuzzy query. */ description: string; /** * The dest port of the control policy. */ destPort: string; /** * The dest port group type of the control policy. */ destPortGroupType: string; /** * The dest port list of the control policy. */ destPortLists: string[]; /** * The dest port type of the control policy. */ destPortType: string; /** * The destination of the control policy. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the control policy. */ destinationCidrLists: string[]; /** * The destination group type of the control policy. */ destinationGroupType: string; /** * The destination type of the control policy. */ destinationType: string; /** * The direction of control policy. Valid values: `in`, `out`. */ direction: string; /** * The effect status of the control policy. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the control policy. Unix timestamp. */ endTime: number; /** * The hit count of the control policy. */ hitCnt: number; /** * The id of the control policy. */ id: string; /** * Whether the control policy is effected. */ isEffected: boolean; /** * The priority of the control policy. */ prio: number; /** * The proto list of the control policy. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the control policy. */ repeatDays: number[]; /** * The repeat end time of the control policy. */ repeatEndTime: string; /** * The repeat start time of the control policy. */ repeatStartTime: string; /** * The repeat type of the control policy. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the control policy. This field support fuzzy query. */ ruleId: string; /** * The source of the control policy. This field support fuzzy query. */ source: string; /** * The source cidr list of the control policy. */ sourceCidrLists: string[]; /** * The source group type of the control policy. */ sourceGroupType: string; /** * The source type of the control policy. */ sourceType: string; /** * The start time of the control policy. Unix timestamp. */ startTime: number; /** * The enable status list of the control policy. */ status: boolean; /** * The update time of the control policy. */ updateTime: number; /** * The use count of the control policy. */ useCount: number; } interface CfwDnsControlPoliciesDnsControlPolicy { /** * The account id of the dns control policy. */ accountId: string; /** * The description of the dns control policy. This field support fuzzy query. */ description: string; /** * The destination list of the dns control policy. This field support fuzzy query. */ destination: string; /** * The destination group list of the dns control policy. */ destinationGroupLists: string[]; /** * The destination type of the dns control policy. */ destinationType: string; /** * The destination domain list of the dns control policy. */ domainLists: string[]; /** * The hit count of the dns control policy. */ hitCnt: number; /** * The id of the dns control policy. */ id: string; /** * The last hit time of the dns control policy. Unix timestamp. */ lastHitTime: number; /** * The id of the dns control policy. */ ruleId: string; /** * The source list of the dns control policy. This field support fuzzy query. */ sources: outputs.cloud_firewall.CfwDnsControlPoliciesDnsControlPolicySource[]; /** * The enable status list of the dns control policy. This field support fuzzy query. */ status: boolean; /** * The use count of the dns control policy. */ useCount: number; } interface CfwDnsControlPoliciesDnsControlPolicySource { /** * The region of the source vpc. */ region: string; /** * The id of the source vpc. */ vpcId: string; } interface CfwDnsControlPolicySource { /** * The region of the source vpc. */ region: string; /** * The id of the source vpc. */ vpcId: string; } interface CfwNatFirewallControlPoliciesNatFirewallControlPolicy { /** * The account id of the nat firewall control policy. */ accountId: string; /** * The action list of the nat firewall control policy. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the nat firewall control policy. This field support fuzzy query. */ description: string; /** * The dest port of the nat firewall control policy. */ destPort: string; /** * The dest port group list of the nat firewall control policy. */ destPortGroupLists: string[]; /** * The dest port group type of the nat firewall control policy. */ destPortGroupType: string; /** * The dest port list of the nat firewall control policy. */ destPortLists: string[]; /** * The dest port type of the nat firewall control policy. */ destPortType: string; /** * The destination of the nat firewall control policy. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the nat firewall control policy. */ destinationCidrLists: string[]; /** * The destination group list of the nat firewall control policy. */ destinationGroupLists: string[]; /** * The destination group type of the nat firewall control policy. */ destinationGroupType: string; /** * The destination type of the nat firewall control policy. */ destinationType: string; /** * The direction of nat firewall control policy. Valid values: `in`, `out`. */ direction: string; /** * The effect status of the nat firewall control policy. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the nat firewall control policy. Unix timestamp. */ endTime: number; /** * The hit count of the nat firewall control policy. */ hitCnt: number; /** * The id of the nat firewall control policy. */ id: string; /** * Whether the nat firewall control policy is effected. */ isEffected: boolean; /** * The nat firewall id of the nat firewall control policy. */ natFirewallId: string; /** * The name of the nat firewall. */ natFirewallName: string; /** * The priority of the nat firewall control policy. */ prio: number; /** * The proto list of the nat firewall control policy. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the nat firewall control policy. */ repeatDays: number[]; /** * The repeat end time of the nat firewall control policy. */ repeatEndTime: string; /** * The repeat start time of the nat firewall control policy. */ repeatStartTime: string; /** * The repeat type of the nat firewall control policy. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the nat firewall control policy. This field support fuzzy query. */ ruleId: string; /** * The source of the nat firewall control policy. This field support fuzzy query. */ source: string; /** * The source cidr list of the nat firewall control policy. */ sourceCidrLists: string[]; /** * The source group list of the nat firewall control policy. */ sourceGroupLists: string[]; /** * The source group type of the nat firewall control policy. */ sourceGroupType: string; /** * The source type of the nat firewall control policy. */ sourceType: string; /** * The start time of the nat firewall control policy. Unix timestamp. */ startTime: number; /** * The enable status list of the nat firewall control policy. */ status: boolean; /** * The update time of the nat firewall control policy. */ updateTime: number; /** * The use count of the nat firewall control policy. */ useCount: number; } interface CfwVpcFirewallAclRulesVpcFirewallAclRule { /** * The account id of the vpc firewall acl rule. */ accountId: string; /** * The action list of the vpc firewall acl rule. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the vpc firewall acl rule. This field support fuzzy query. */ description: string; /** * The dest port of the vpc firewall acl rule. */ destPort: string; /** * The dest port group type of the vpc firewall acl rule. */ destPortGroupType: string; /** * The dest port list of the vpc firewall acl rule. */ destPortLists: string[]; /** * The dest port type of the vpc firewall acl rule. */ destPortType: string; /** * The destination of the vpc firewall acl rule. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the vpc firewall acl rule. */ destinationCidrLists: string[]; /** * The destination group type of the vpc firewall acl rule. */ destinationGroupType: string; /** * The destination type of the vpc firewall acl rule. */ destinationType: string; /** * The effect status of the vpc firewall acl rule. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the vpc firewall acl rule. Unix timestamp. */ endTime: number; /** * The hit count of the vpc firewall acl rule. */ hitCnt: number; /** * The id of the vpc firewall acl rule. */ id: string; /** * Whether the vpc firewall acl rule is effected. */ isEffected: boolean; /** * The priority of the vpc firewall acl rule. */ prio: number; /** * The proto list of the vpc firewall acl rule. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the vpc firewall acl rule. */ repeatDays: number[]; /** * The repeat end time of the vpc firewall acl rule. */ repeatEndTime: string; /** * The repeat start time of the vpc firewall acl rule. */ repeatStartTime: string; /** * The repeat type of the vpc firewall acl rule. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the vpc firewall acl rule. This field support fuzzy query. */ ruleId: string; /** * The source of the vpc firewall acl rule. This field support fuzzy query. */ source: string; /** * The source cidr list of the vpc firewall acl rule. */ sourceCidrLists: string[]; /** * The source group type of the vpc firewall acl rule. */ sourceGroupType: string; /** * The source type of the vpc firewall acl rule. */ sourceType: string; /** * The start time of the vpc firewall acl rule. Unix timestamp. */ startTime: number; /** * The enable status list of the vpc firewall acl rule. */ status: boolean; /** * The update time of the vpc firewall acl rule. */ updateTime: number; /** * The use count of the vpc firewall acl rule. */ useCount: number; /** * The vpc firewall id of the vpc firewall acl rule. */ vpcFirewallId: string; /** * The name of the vpc firewall. */ vpcFirewallName: string; } interface GetCfwAddressBooksAddressBook { /** * The address list of the address book. */ addressLists: string[]; /** * The group type of address book. This field support fuzzy query. */ description: string; /** * The group name of address book. This field support fuzzy query. */ groupName: string; /** * The group type of address book. Valid values: `ip`, `port`, `domain`. */ groupType: string; /** * The uuid of the address book. */ groupUuid: string; /** * The uuid of the address book. */ id: string; /** * The reference count of the address book. */ refCnt: number; } interface GetCfwControlPoliciesControlPolicy { /** * The account id of the control policy. */ accountId: string; /** * The action list of the control policy. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the control policy. This field support fuzzy query. */ description: string; /** * The dest port of the control policy. */ destPort: string; /** * The dest port group type of the control policy. */ destPortGroupType: string; /** * The dest port list of the control policy. */ destPortLists: string[]; /** * The dest port type of the control policy. */ destPortType: string; /** * The destination of the control policy. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the control policy. */ destinationCidrLists: string[]; /** * The destination group type of the control policy. */ destinationGroupType: string; /** * The destination type of the control policy. */ destinationType: string; /** * The direction of control policy. Valid values: `in`, `out`. */ direction: string; /** * The effect status of the control policy. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the control policy. Unix timestamp. */ endTime: number; /** * The hit count of the control policy. */ hitCnt: number; /** * The id of the control policy. */ id: string; /** * Whether the control policy is effected. */ isEffected: boolean; /** * The priority of the control policy. */ prio: number; /** * The proto list of the control policy. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the control policy. */ repeatDays: number[]; /** * The repeat end time of the control policy. */ repeatEndTime: string; /** * The repeat start time of the control policy. */ repeatStartTime: string; /** * The repeat type of the control policy. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the control policy. This field support fuzzy query. */ ruleId: string; /** * The source of the control policy. This field support fuzzy query. */ source: string; /** * The source cidr list of the control policy. */ sourceCidrLists: string[]; /** * The source group type of the control policy. */ sourceGroupType: string; /** * The source type of the control policy. */ sourceType: string; /** * The start time of the control policy. Unix timestamp. */ startTime: number; /** * The enable status list of the control policy. */ status: boolean; /** * The update time of the control policy. */ updateTime: number; /** * The use count of the control policy. */ useCount: number; } interface GetCfwDnsControlPoliciesDnsControlPolicy { /** * The account id of the dns control policy. */ accountId: string; /** * The description of the dns control policy. This field support fuzzy query. */ description: string; /** * The destination list of the dns control policy. This field support fuzzy query. */ destination: string; /** * The destination group list of the dns control policy. */ destinationGroupLists: string[]; /** * The destination type of the dns control policy. */ destinationType: string; /** * The destination domain list of the dns control policy. */ domainLists: string[]; /** * The hit count of the dns control policy. */ hitCnt: number; /** * The id of the dns control policy. */ id: string; /** * The last hit time of the dns control policy. Unix timestamp. */ lastHitTime: number; /** * The id of the dns control policy. */ ruleId: string; /** * The source list of the dns control policy. This field support fuzzy query. */ sources: outputs.cloud_firewall.GetCfwDnsControlPoliciesDnsControlPolicySource[]; /** * The enable status list of the dns control policy. This field support fuzzy query. */ status: boolean; /** * The use count of the dns control policy. */ useCount: number; } interface GetCfwDnsControlPoliciesDnsControlPolicySource { /** * The region of the source vpc. */ region: string; /** * The id of the source vpc. */ vpcId: string; } interface GetCfwNatFirewallControlPoliciesNatFirewallControlPolicy { /** * The account id of the nat firewall control policy. */ accountId: string; /** * The action list of the nat firewall control policy. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the nat firewall control policy. This field support fuzzy query. */ description: string; /** * The dest port of the nat firewall control policy. */ destPort: string; /** * The dest port group list of the nat firewall control policy. */ destPortGroupLists: string[]; /** * The dest port group type of the nat firewall control policy. */ destPortGroupType: string; /** * The dest port list of the nat firewall control policy. */ destPortLists: string[]; /** * The dest port type of the nat firewall control policy. */ destPortType: string; /** * The destination of the nat firewall control policy. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the nat firewall control policy. */ destinationCidrLists: string[]; /** * The destination group list of the nat firewall control policy. */ destinationGroupLists: string[]; /** * The destination group type of the nat firewall control policy. */ destinationGroupType: string; /** * The destination type of the nat firewall control policy. */ destinationType: string; /** * The direction of nat firewall control policy. Valid values: `in`, `out`. */ direction: string; /** * The effect status of the nat firewall control policy. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the nat firewall control policy. Unix timestamp. */ endTime: number; /** * The hit count of the nat firewall control policy. */ hitCnt: number; /** * The id of the nat firewall control policy. */ id: string; /** * Whether the nat firewall control policy is effected. */ isEffected: boolean; /** * The nat firewall id of the nat firewall control policy. */ natFirewallId: string; /** * The name of the nat firewall. */ natFirewallName: string; /** * The priority of the nat firewall control policy. */ prio: number; /** * The proto list of the nat firewall control policy. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the nat firewall control policy. */ repeatDays: number[]; /** * The repeat end time of the nat firewall control policy. */ repeatEndTime: string; /** * The repeat start time of the nat firewall control policy. */ repeatStartTime: string; /** * The repeat type of the nat firewall control policy. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the nat firewall control policy. This field support fuzzy query. */ ruleId: string; /** * The source of the nat firewall control policy. This field support fuzzy query. */ source: string; /** * The source cidr list of the nat firewall control policy. */ sourceCidrLists: string[]; /** * The source group list of the nat firewall control policy. */ sourceGroupLists: string[]; /** * The source group type of the nat firewall control policy. */ sourceGroupType: string; /** * The source type of the nat firewall control policy. */ sourceType: string; /** * The start time of the nat firewall control policy. Unix timestamp. */ startTime: number; /** * The enable status list of the nat firewall control policy. */ status: boolean; /** * The update time of the nat firewall control policy. */ updateTime: number; /** * The use count of the nat firewall control policy. */ useCount: number; } interface GetCfwVpcFirewallAclRulesVpcFirewallAclRule { /** * The account id of the vpc firewall acl rule. */ accountId: string; /** * The action list of the vpc firewall acl rule. Valid values: `accept`, `deny`, `monitor`. */ action: string; /** * The description of the vpc firewall acl rule. This field support fuzzy query. */ description: string; /** * The dest port of the vpc firewall acl rule. */ destPort: string; /** * The dest port group type of the vpc firewall acl rule. */ destPortGroupType: string; /** * The dest port list of the vpc firewall acl rule. */ destPortLists: string[]; /** * The dest port type of the vpc firewall acl rule. */ destPortType: string; /** * The destination of the vpc firewall acl rule. This field support fuzzy query. */ destination: string; /** * The destination cidr list of the vpc firewall acl rule. */ destinationCidrLists: string[]; /** * The destination group type of the vpc firewall acl rule. */ destinationGroupType: string; /** * The destination type of the vpc firewall acl rule. */ destinationType: string; /** * The effect status of the vpc firewall acl rule. 1: Not yet effective, 2: Issued in progress, 3: Effective. */ effectStatus: number; /** * The end time of the vpc firewall acl rule. Unix timestamp. */ endTime: number; /** * The hit count of the vpc firewall acl rule. */ hitCnt: number; /** * The id of the vpc firewall acl rule. */ id: string; /** * Whether the vpc firewall acl rule is effected. */ isEffected: boolean; /** * The priority of the vpc firewall acl rule. */ prio: number; /** * The proto list of the vpc firewall acl rule. Valid values: `TCP`, `ICMP`, `UDP`, `ANY`. When the destinationType is `domain`, The proto must be `TCP`. */ proto: string; /** * The repeat days of the vpc firewall acl rule. */ repeatDays: number[]; /** * The repeat end time of the vpc firewall acl rule. */ repeatEndTime: string; /** * The repeat start time of the vpc firewall acl rule. */ repeatStartTime: string; /** * The repeat type of the vpc firewall acl rule. Valid values: `Permanent`, `Once`, `Daily`, `Weekly`, `Monthly`. */ repeatType: string; /** * The rule id of the vpc firewall acl rule. This field support fuzzy query. */ ruleId: string; /** * The source of the vpc firewall acl rule. This field support fuzzy query. */ source: string; /** * The source cidr list of the vpc firewall acl rule. */ sourceCidrLists: string[]; /** * The source group type of the vpc firewall acl rule. */ sourceGroupType: string; /** * The source type of the vpc firewall acl rule. */ sourceType: string; /** * The start time of the vpc firewall acl rule. Unix timestamp. */ startTime: number; /** * The enable status list of the vpc firewall acl rule. */ status: boolean; /** * The update time of the vpc firewall acl rule. */ updateTime: number; /** * The use count of the vpc firewall acl rule. */ useCount: number; /** * The vpc firewall id of the vpc firewall acl rule. */ vpcFirewallId: string; /** * The name of the vpc firewall. */ vpcFirewallName: string; } } export declare namespace cloud_identity { interface GetGroupsGroup { /** * The created time of the cloud identity group. */ createdTime: string; /** * The description of the cloud identity group. */ description: string; /** * The display name of cloud identity group. */ displayName: string; /** * The id of the cloud identity group. */ groupId: string; /** * The name of cloud identity group. */ groupName: string; /** * The id of the cloud identity group. */ id: string; /** * The join type of cloud identity group. Valid values: `Auto`, `Manual`. */ joinType: string; /** * The source of the cloud identity group. */ source: string; /** * The updated time of the cloud identity group. */ updatedTime: string; } interface GetPermissionSetAssignmentsAssignment { /** * The create time of the cloud identity permission set assignment. */ createTime: string; /** * The id of the cloud identity permission set. */ id: string; /** * The id of cloud identity permission set. */ permissionSetId: string; /** * The name of the cloud identity permission set. */ permissionSetName: string; /** * The principal id of cloud identity permission set. When the `principalType` is `User`, this field is specified to `UserId`. When the `principalType` is `Group`, this field is specified to `GroupId`. */ principalId: string; /** * The principal type of cloud identity permission set. Valid values: `User`, `Group`. */ principalType: string; /** * The target account id of cloud identity permission set assignment. */ targetId: string; } interface GetPermissionSetProvisioningsPermissionProvisioning { /** * The create time of the cloud identity permission set provisioning. */ createTime: string; /** * The id of the cloud identity permission set. */ id: string; /** * The id of cloud identity permission set. */ permissionSetId: string; /** * The name of the cloud identity permission set. */ permissionSetName: string; /** * The target account id of cloud identity permission set. */ targetId: string; /** * The update time of the cloud identity permission set provisioning. */ updateTime: string; } interface GetPermissionSetsPermissionSet { /** * The create time of the cloud identity permission set. */ createdTime: string; /** * The description of the cloud identity permission set. */ description: string; /** * The id of the cloud identity permission set. */ id: string; /** * The name of the cloud identity permission set. */ name: string; /** * The policies of the cloud identity permission set. */ permissionPolicies: outputs.cloud_identity.GetPermissionSetsPermissionSetPermissionPolicy[]; /** * The id of the cloud identity permission set. */ permissionSetId: string; /** * The relay state of the cloud identity permission set. */ relayState: string; /** * The session duration of the cloud identity permission set. */ sessionDuration: number; /** * The updated time of the cloud identity permission set. */ updatedTime: string; } interface GetPermissionSetsPermissionSetPermissionPolicy { /** * The create time of the cloud identity permission set policy. */ createTime: string; /** * The document of the cloud identity permission set policy. */ permissionPolicyDocument: string; /** * The name of the cloud identity permission set policy. */ permissionPolicyName: string; /** * The type of the cloud identity permission set policy. */ permissionPolicyType: string; } interface GetUserProvisioningsUserProvisioning { /** * The created time of the cloud identity user provisioning. */ createdTime: string; /** * The deletion strategy of the cloud identity user provisioning. */ deletionStrategy: string; /** * The department names of the cloud identity user provisioning. */ departmentNames: string[]; /** * The description of the cloud identity user provisioning. */ description: string; /** * The duplication strategy of the cloud identity user provisioning. */ duplicationStrategy: string; /** * The duplication suffix of the cloud identity user provisioning. */ duplicationSuffix: string; /** * The id of the cloud identity user provisioning. */ id: string; /** * The identity source strategy of the cloud identity user provisioning. */ identitySourceStrategy: string; /** * The principal id of the cloud identity user provisioning. */ principalId: string; /** * The principal name of the cloud identity user provisioning. */ principalName: string; /** * The principal type of the cloud identity user provisioning. */ principalType: string; /** * The status of the cloud identity user provisioning. */ provisionStatus: string; /** * The target account id of the cloud identity user provisioning. */ targetId: string; /** * The updated time of the cloud identity user provisioning. */ updatedTime: string; /** * The id of the cloud identity user provisioning. */ userProvisioningId: string; } interface GetUsersUser { /** * The created time of the cloud identity user. */ createdTime: string; /** * The description of the cloud identity user. */ description: string; /** * The display name of cloud identity user. */ displayName: string; /** * The email of the cloud identity user. */ email: string; /** * The id of the cloud identity user. */ id: string; /** * The identity type of the cloud identity user. */ identityType: string; /** * The phone of the cloud identity user. */ phone: string; /** * The source of cloud identity user. Valid values: `Sync`, `Manual`. */ source: string; /** * The updated time of the cloud identity user. */ updatedTime: string; /** * The id of the cloud identity user. */ userId: string; /** * The name of cloud identity user. */ userName: string; } interface GroupMember { /** * The description of the cloud identity group. */ description: string; /** * The display name of the cloud identity group. */ displayName: string; /** * The email of the cloud identity user. */ email: string; /** * The identity type of the cloud identity user. */ identityType: string; /** * The join time of the cloud identity user. */ joinTime: string; /** * The phone of the cloud identity user. */ phone: string; /** * The source of the cloud identity group. */ source: string; /** * The id of the cloud identity user. */ userId: string; /** * The name of the cloud identity user. */ userName: string; } interface GroupsGroup { /** * The created time of the cloud identity group. */ createdTime: string; /** * The description of the cloud identity group. */ description: string; /** * The display name of cloud identity group. */ displayName: string; /** * The id of the cloud identity group. */ groupId: string; /** * The name of cloud identity group. */ groupName: string; /** * The id of the cloud identity group. */ id: string; /** * The join type of cloud identity group. Valid values: `Auto`, `Manual`. */ joinType: string; /** * The source of the cloud identity group. */ source: string; /** * The updated time of the cloud identity group. */ updatedTime: string; } interface PermissionSetAssignmentsAssignment { /** * The create time of the cloud identity permission set assignment. */ createTime: string; /** * The id of the cloud identity permission set. */ id: string; /** * The id of cloud identity permission set. */ permissionSetId: string; /** * The name of the cloud identity permission set. */ permissionSetName: string; /** * The principal id of cloud identity permission set. When the `principalType` is `User`, this field is specified to `UserId`. When the `principalType` is `Group`, this field is specified to `GroupId`. */ principalId: string; /** * The principal type of cloud identity permission set. Valid values: `User`, `Group`. */ principalType: string; /** * The target account id of cloud identity permission set assignment. */ targetId: string; } interface PermissionSetPermissionPolicy { /** * The document of the cloud identity permission set inline policy. When the `permissionPolicyType` is `Inline`, this field must be specified. */ inlinePolicyDocument?: string; /** * The name of the cloud identity permission set system policy. When the `permissionPolicyType` is `System`, this field must be specified. */ permissionPolicyName: string; /** * The type of the cloud identity permission set policy. Valid values: `System`, `Inline`. */ permissionPolicyType: string; } interface PermissionSetProvisioningsPermissionProvisioning { /** * The create time of the cloud identity permission set provisioning. */ createTime: string; /** * The id of the cloud identity permission set. */ id: string; /** * The id of cloud identity permission set. */ permissionSetId: string; /** * The name of the cloud identity permission set. */ permissionSetName: string; /** * The target account id of cloud identity permission set. */ targetId: string; /** * The update time of the cloud identity permission set provisioning. */ updateTime: string; } interface PermissionSetsPermissionSet { /** * The create time of the cloud identity permission set. */ createdTime: string; /** * The description of the cloud identity permission set. */ description: string; /** * The id of the cloud identity permission set. */ id: string; /** * The name of the cloud identity permission set. */ name: string; /** * The policies of the cloud identity permission set. */ permissionPolicies: outputs.cloud_identity.PermissionSetsPermissionSetPermissionPolicy[]; /** * The id of the cloud identity permission set. */ permissionSetId: string; /** * The relay state of the cloud identity permission set. */ relayState: string; /** * The session duration of the cloud identity permission set. */ sessionDuration: number; /** * The updated time of the cloud identity permission set. */ updatedTime: string; } interface PermissionSetsPermissionSetPermissionPolicy { /** * The create time of the cloud identity permission set policy. */ createTime: string; /** * The document of the cloud identity permission set policy. */ permissionPolicyDocument: string; /** * The name of the cloud identity permission set policy. */ permissionPolicyName: string; /** * The type of the cloud identity permission set policy. */ permissionPolicyType: string; } interface UserProvisioningsUserProvisioning { /** * The created time of the cloud identity user provisioning. */ createdTime: string; /** * The deletion strategy of the cloud identity user provisioning. */ deletionStrategy: string; /** * The department names of the cloud identity user provisioning. */ departmentNames: string[]; /** * The description of the cloud identity user provisioning. */ description: string; /** * The duplication strategy of the cloud identity user provisioning. */ duplicationStrategy: string; /** * The duplication suffix of the cloud identity user provisioning. */ duplicationSuffix: string; /** * The id of the cloud identity user provisioning. */ id: string; /** * The identity source strategy of the cloud identity user provisioning. */ identitySourceStrategy: string; /** * The principal id of the cloud identity user provisioning. */ principalId: string; /** * The principal name of the cloud identity user provisioning. */ principalName: string; /** * The principal type of the cloud identity user provisioning. */ principalType: string; /** * The status of the cloud identity user provisioning. */ provisionStatus: string; /** * The target account id of the cloud identity user provisioning. */ targetId: string; /** * The updated time of the cloud identity user provisioning. */ updatedTime: string; /** * The id of the cloud identity user provisioning. */ userProvisioningId: string; } interface UsersUser { /** * The created time of the cloud identity user. */ createdTime: string; /** * The description of the cloud identity user. */ description: string; /** * The display name of cloud identity user. */ displayName: string; /** * The email of the cloud identity user. */ email: string; /** * The id of the cloud identity user. */ id: string; /** * The identity type of the cloud identity user. */ identityType: string; /** * The phone of the cloud identity user. */ phone: string; /** * The source of cloud identity user. Valid values: `Sync`, `Manual`. */ source: string; /** * The updated time of the cloud identity user. */ updatedTime: string; /** * The id of the cloud identity user. */ userId: string; /** * The name of cloud identity user. */ userName: string; } } export declare namespace cloud_monitor { interface ContactGroupsGroup { /** * The id of the account. */ accountId: string; /** * Contact information in the contact group. */ contacts: outputs.cloud_monitor.ContactGroupsGroupContact[]; /** * The create time. */ createdAt: string; /** * The description of the contact group. */ description: string; /** * The id of the contact group. */ id: string; /** * Search for keywords in contact group names, supports fuzzy search. */ name: string; /** * The update time. */ updatedAt: string; } interface ContactGroupsGroupContact { /** * The email of contact. */ email: string; /** * The id of the contact group. */ id: string; /** * Search for keywords in contact group names, supports fuzzy search. */ name: string; /** * The phone of contact. */ phone: string; } interface ContactsContact { /** * The email of contact. */ email: string; /** * The ID of contact. */ id: string; /** * The name of contact. */ name: string; /** * The phone of contact. */ phone: string; } interface EventRuleEffectiveTime { /** * End time for rule activation. */ endTime: string; /** * Start time for rule activation. */ startTime: string; } interface EventRuleFilterPattern { /** * Event source corresponding to pattern matching. */ source: string; /** * The list of corresponding event types in pattern matching, currently set to match any. */ types: string[]; } interface EventRuleMessageQueue { /** * The kafka instance id. */ instanceId: string; /** * The region. */ region: string; /** * The topic name. */ topic: string; /** * The message queue type, only support kafka now. */ type: string; /** * The vpc id. */ vpcId: string; } interface EventRuleTlsTarget { /** * The project id. */ projectId: string; /** * The project name. */ projectName: string; /** * The Chinese region name. */ regionNameCn: string; /** * The English region name. */ regionNameEn: string; /** * The topic id. */ topicId: string; } interface EventRulesRule { /** * The id of the account. */ accountId: string; /** * When the alarm notification method is phone, SMS, or email, the triggered alarm contact group ID. */ contactGroupIds: string[]; /** * List of contact methods. */ contactMethods: string[]; /** * The create time. */ createdAt: number; /** * The description of the rule. */ description: string; /** * The end time of the rule. */ effectEndAt: string; /** * The start time of the rule. */ effectStartAt: string; /** * When the alarm notification method is alarm callback, it triggers the callback address. */ endpoint: string; /** * The name of the event bus. */ eventBusName: string; /** * The source of the event. */ eventSource: string; /** * The event type. */ eventTypes: string[]; /** * Filter mode, also known as event matching rules. Custom matching rules are not currently supported. */ filterPatterns: outputs.cloud_monitor.EventRulesRuleFilterPattern[]; /** * The id of the rule. */ id: string; /** * The level of the rule. */ level: string; /** * The triggered message queue when the alarm notification method is Kafka message queue. */ messageQueues: outputs.cloud_monitor.EventRulesRuleMessageQueue[]; /** * The name of the region. */ region: string; /** * The id of the rule. */ ruleId: string; /** * Rule name, search rules by name using fuzzy search. */ ruleName: string; /** * Enable the state of the rule. */ status: string; /** * The alarm method for log service triggers the configuration of the log service. */ tlsTargets: outputs.cloud_monitor.EventRulesRuleTlsTarget[]; /** * The updated time. */ updatedAt: number; } interface EventRulesRuleFilterPattern { /** * Event source. */ source: string; /** * The message queue type, only support kafka now. */ types: string[]; } interface EventRulesRuleMessageQueue { /** * The kafka instance id. */ instanceId: string; /** * The name of the region. */ region: string; /** * The topic name. */ topic: string; /** * The message queue type, only support kafka now. */ type: string; /** * The vpc id. */ vpcId: string; } interface EventRulesRuleTlsTarget { /** * The project id. */ projectId: string; /** * The project name. */ projectName: string; /** * The Chinese region name. */ regionNameCn: string; /** * The English region name. */ regionNameEn: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; } interface GetContactGroupsGroup { /** * The id of the account. */ accountId: string; /** * Contact information in the contact group. */ contacts: outputs.cloud_monitor.GetContactGroupsGroupContact[]; /** * The create time. */ createdAt: string; /** * The description of the contact group. */ description: string; /** * The id of the contact group. */ id: string; /** * Search for keywords in contact group names, supports fuzzy search. */ name: string; /** * The update time. */ updatedAt: string; } interface GetContactGroupsGroupContact { /** * The email of contact. */ email: string; /** * The id of the contact group. */ id: string; /** * Search for keywords in contact group names, supports fuzzy search. */ name: string; /** * The phone of contact. */ phone: string; } interface GetContactsContact { /** * The email of contact. */ email: string; /** * The ID of contact. */ id: string; /** * The name of contact. */ name: string; /** * The phone of contact. */ phone: string; } interface GetEventRulesRule { /** * The id of the account. */ accountId: string; /** * When the alarm notification method is phone, SMS, or email, the triggered alarm contact group ID. */ contactGroupIds: string[]; /** * List of contact methods. */ contactMethods: string[]; /** * The create time. */ createdAt: number; /** * The description of the rule. */ description: string; /** * The end time of the rule. */ effectEndAt: string; /** * The start time of the rule. */ effectStartAt: string; /** * When the alarm notification method is alarm callback, it triggers the callback address. */ endpoint: string; /** * The name of the event bus. */ eventBusName: string; /** * The source of the event. */ eventSource: string; /** * The event type. */ eventTypes: string[]; /** * Filter mode, also known as event matching rules. Custom matching rules are not currently supported. */ filterPatterns: outputs.cloud_monitor.GetEventRulesRuleFilterPattern[]; /** * The id of the rule. */ id: string; /** * The level of the rule. */ level: string; /** * The triggered message queue when the alarm notification method is Kafka message queue. */ messageQueues: outputs.cloud_monitor.GetEventRulesRuleMessageQueue[]; /** * The name of the region. */ region: string; /** * The id of the rule. */ ruleId: string; /** * Rule name, search rules by name using fuzzy search. */ ruleName: string; /** * Enable the state of the rule. */ status: string; /** * The alarm method for log service triggers the configuration of the log service. */ tlsTargets: outputs.cloud_monitor.GetEventRulesRuleTlsTarget[]; /** * The updated time. */ updatedAt: number; } interface GetEventRulesRuleFilterPattern { /** * Event source. */ source: string; /** * The message queue type, only support kafka now. */ types: string[]; } interface GetEventRulesRuleMessageQueue { /** * The kafka instance id. */ instanceId: string; /** * The name of the region. */ region: string; /** * The topic name. */ topic: string; /** * The message queue type, only support kafka now. */ type: string; /** * The vpc id. */ vpcId: string; } interface GetEventRulesRuleTlsTarget { /** * The project id. */ projectId: string; /** * The project name. */ projectName: string; /** * The Chinese region name. */ regionNameCn: string; /** * The English region name. */ regionNameEn: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; } interface GetRulesRule { /** * The alert methods of the cloud monitor rule. */ alertMethods: string[]; /** * The alert state of the cloud monitor rule. Valid values: `altering`, `normal`. */ alertState: string; /** * The condition operator of the cloud monitor rule. Valid values: `&&`, `||`. */ conditionOperator: string; /** * The conditions of the cloud monitor rule. */ conditions: outputs.cloud_monitor.GetRulesRuleCondition[]; /** * The contact group ids of the cloud monitor rule. */ contactGroupIds: string[]; /** * The created time of the cloud monitor rule. */ createdAt: string; /** * The description of the cloud monitor rule. */ description: string; /** * The effect end time of the cloud monitor rule. */ effectEndAt: string; /** * The effect start time of the cloud monitor rule. */ effectStartAt: string; /** * The enable state of the cloud monitor rule. Valid values: `enable`, `disable`. */ enableState: string; /** * The evaluation count of the cloud monitor rule. */ evaluationCount: number; /** * The id of the cloud monitor rule. */ id: string; /** * The level of the cloud monitor rule. Valid values: `critical`, `warning`, `notice`. */ level: string; /** * Whether to enable the multiple conditions function of the cloud monitor rule. */ multipleConditions: boolean; /** * The namespace of the cloud monitor rule. */ namespace: string; /** * The original dimensions of the cloud monitor rule. */ originalDimensions: outputs.cloud_monitor.GetRulesRuleOriginalDimension[]; /** * The region id of the cloud monitor rule. */ regions: string[]; /** * The name of the cloud monitor rule. This field support fuzzy query. */ ruleName: string; /** * The silence time of the cloud monitor rule. Unit in minutes. */ silenceTime: number; /** * The sub namespace of the cloud monitor rule. */ subNamespace: string; /** * The updated time of the cloud monitor rule. */ updatedAt: string; /** * The web hook of the cloud monitor rule. */ webHook: string; /** * The webhook id list of the cloud monitor rule. */ webhookIds: string[]; } interface GetRulesRuleCondition { /** * The comparison operation of the cloud monitor rule. */ comparisonOperator: string; /** * The metric name of the cloud monitor rule. */ metricName: string; /** * The metric unit of the cloud monitor rule. */ metricUnit: string; /** * The period of the cloud monitor rule. */ period: string; /** * The statistics of the cloud monitor rule. */ statistics: string; /** * The threshold of the cloud monitor rule. */ threshold: string; } interface GetRulesRuleOriginalDimension { /** * The key of the dimension. */ key: string; /** * The value of the dimension. */ values: string[]; } interface RuleCondition { /** * The comparison operation of the cloud monitor rule. Valid values: `>`, `>=`, `<`, `<=`, `!=`, `=`. */ comparisonOperator: string; /** * The metric name of the cloud monitor rule. */ metricName: string; /** * The metric unit of the cloud monitor rule. */ metricUnit: string; /** * The period of the cloud monitor rule. */ period: string; /** * The statistics of the cloud monitor rule. Valid values: `avg`, `max`, `min`. */ statistics: string; /** * The threshold of the cloud monitor rule. */ threshold: string; } interface RuleOriginalDimension { /** * The key of the dimension. */ key: string; /** * The value of the dimension. */ values: string[]; } interface RuleRecoveryNotify { /** * Whether to enable the recovery notify function. */ enable?: boolean; } interface RulesRule { /** * The alert methods of the cloud monitor rule. */ alertMethods: string[]; /** * The alert state of the cloud monitor rule. Valid values: `altering`, `normal`. */ alertState: string; /** * The condition operator of the cloud monitor rule. Valid values: `&&`, `||`. */ conditionOperator: string; /** * The conditions of the cloud monitor rule. */ conditions: outputs.cloud_monitor.RulesRuleCondition[]; /** * The contact group ids of the cloud monitor rule. */ contactGroupIds: string[]; /** * The created time of the cloud monitor rule. */ createdAt: string; /** * The description of the cloud monitor rule. */ description: string; /** * The effect end time of the cloud monitor rule. */ effectEndAt: string; /** * The effect start time of the cloud monitor rule. */ effectStartAt: string; /** * The enable state of the cloud monitor rule. Valid values: `enable`, `disable`. */ enableState: string; /** * The evaluation count of the cloud monitor rule. */ evaluationCount: number; /** * The id of the cloud monitor rule. */ id: string; /** * The level of the cloud monitor rule. Valid values: `critical`, `warning`, `notice`. */ level: string; /** * Whether to enable the multiple conditions function of the cloud monitor rule. */ multipleConditions: boolean; /** * The namespace of the cloud monitor rule. */ namespace: string; /** * The original dimensions of the cloud monitor rule. */ originalDimensions: outputs.cloud_monitor.RulesRuleOriginalDimension[]; /** * The region id of the cloud monitor rule. */ regions: string[]; /** * The name of the cloud monitor rule. This field support fuzzy query. */ ruleName: string; /** * The silence time of the cloud monitor rule. Unit in minutes. */ silenceTime: number; /** * The sub namespace of the cloud monitor rule. */ subNamespace: string; /** * The updated time of the cloud monitor rule. */ updatedAt: string; /** * The web hook of the cloud monitor rule. */ webHook: string; /** * The webhook id list of the cloud monitor rule. */ webhookIds: string[]; } interface RulesRuleCondition { /** * The comparison operation of the cloud monitor rule. */ comparisonOperator: string; /** * The metric name of the cloud monitor rule. */ metricName: string; /** * The metric unit of the cloud monitor rule. */ metricUnit: string; /** * The period of the cloud monitor rule. */ period: string; /** * The statistics of the cloud monitor rule. */ statistics: string; /** * The threshold of the cloud monitor rule. */ threshold: string; } interface RulesRuleOriginalDimension { /** * The key of the dimension. */ key: string; /** * The value of the dimension. */ values: string[]; } } export declare namespace cloudfs { interface AccessesAccess { /** * The account id of access. */ accessAccountId: number; /** * The id of access. */ accessId: string; /** * The service name of access. */ accessServiceName: string; /** * The creation time. */ createdTime: string; /** * The name of file system. */ fsName: string; /** * Whether is default access. */ isDefault: boolean; /** * The id of security group. */ securityGroupId: string; /** * The status of access. */ status: string; /** * The id of subnet. */ subnetId: string; /** * The id of vpc. */ vpcId: string; /** * Whether to enable all vpc route. */ vpcRouteEnabled: boolean; } interface FileSystemsFileSystem { /** * The capacity of cache. */ cacheCapacityTib: number; /** * The plan of cache. */ cachePlan: string; /** * The creation time. */ createdTime: string; /** * The ID of file system. */ id: string; /** * The mode of file system. */ mode: string; /** * The point mount. */ mountPoint: string; /** * The name of file system. */ name: string; /** * The id of region. */ regionId: string; /** * The id of security group. */ securityGroupId: string; /** * The status of file system. */ status: string; /** * The id of subnet. */ subnetId: string; /** * The tos bucket. */ tosBucket: string; /** * The tos prefix. */ tosPrefix: string; /** * The id of vpc. */ vpcId: string; /** * The id of zone. */ zoneId: string; } interface GetAccessesAccess { /** * The account id of access. */ accessAccountId: number; /** * The id of access. */ accessId: string; /** * The service name of access. */ accessServiceName: string; /** * The creation time. */ createdTime: string; /** * The name of file system. */ fsName: string; /** * Whether is default access. */ isDefault: boolean; /** * The id of security group. */ securityGroupId: string; /** * The status of access. */ status: string; /** * The id of subnet. */ subnetId: string; /** * The id of vpc. */ vpcId: string; /** * Whether to enable all vpc route. */ vpcRouteEnabled: boolean; } interface GetFileSystemsFileSystem { /** * The capacity of cache. */ cacheCapacityTib: number; /** * The plan of cache. */ cachePlan: string; /** * The creation time. */ createdTime: string; /** * The ID of file system. */ id: string; /** * The mode of file system. */ mode: string; /** * The point mount. */ mountPoint: string; /** * The name of file system. */ name: string; /** * The id of region. */ regionId: string; /** * The id of security group. */ securityGroupId: string; /** * The status of file system. */ status: string; /** * The id of subnet. */ subnetId: string; /** * The tos bucket. */ tosBucket: string; /** * The tos prefix. */ tosPrefix: string; /** * The id of vpc. */ vpcId: string; /** * The id of zone. */ zoneId: string; } interface GetNamespacesNamespace { /** * The creation time of the namespace. */ createdTime: string; /** * The ID of the namespace. */ id: string; /** * Whether the tos bucket is your own bucket. */ isMyBucket: boolean; /** * Whether the namespace is read-only. */ readOnly: boolean; /** * Whether the namespace is the official service for volcengine. */ serviceManaged: boolean; /** * The status of the namespace. */ status: string; /** * The name of tos bucket. */ tosBucket: string; /** * The tos prefix. */ tosPrefix: string; } interface GetNsQuotasQuota { /** * The ID of account. */ accountId: number; /** * The name of fs. */ fsName: string; /** * The count of cloud fs namespace. */ nsCount: number; /** * This file stores the number of namespaces under the instance. */ nsCountPerFs: number; /** * The quota of cloud fs namespace. */ nsQuota: number; /** * This file stores the total namespace quota under the instance. */ nsQuotaPerFs: number; /** * Whether is enough of cloud fs namespace. */ quotaEnough: boolean; } interface GetQuotasQuota { /** * The ID of account. */ accountId: number; /** * The count of cloud fs. */ fsCount: number; /** * The quota of cloud fs. */ fsQuota: number; /** * Whether is enough of cloud fs. */ quotaEnough: boolean; } interface NamespacesNamespace { /** * The creation time of the namespace. */ createdTime: string; /** * The ID of the namespace. */ id: string; /** * Whether the tos bucket is your own bucket. */ isMyBucket: boolean; /** * Whether the namespace is read-only. */ readOnly: boolean; /** * Whether the namespace is the official service for volcengine. */ serviceManaged: boolean; /** * The status of the namespace. */ status: string; /** * The name of tos bucket. */ tosBucket: string; /** * The tos prefix. */ tosPrefix: string; } interface NsQuotasQuota { /** * The ID of account. */ accountId: number; /** * The name of fs. */ fsName: string; /** * The count of cloud fs namespace. */ nsCount: number; /** * This file stores the number of namespaces under the instance. */ nsCountPerFs: number; /** * The quota of cloud fs namespace. */ nsQuota: number; /** * This file stores the total namespace quota under the instance. */ nsQuotaPerFs: number; /** * Whether is enough of cloud fs namespace. */ quotaEnough: boolean; } interface QuotasQuota { /** * The ID of account. */ accountId: number; /** * The count of cloud fs. */ fsCount: number; /** * The quota of cloud fs. */ fsQuota: number; /** * Whether is enough of cloud fs. */ quotaEnough: boolean; } } export declare namespace config { interface AssumeRole { /** * The session name to use when making the AssumeRole call. */ assumeRoleSessionName: string; /** * The TRN of the role to assume. */ assumeRoleTrn: string; /** * The duration of the session when making the AssumeRole call. Its value ranges from 900 to 43200(seconds), and default is 3600 seconds. */ durationSeconds: number; /** * A more restrictive policy when making the AssumeRole call. */ policy?: string; } } export declare namespace cr { interface AuthorizationTokensToken { /** * The expiration time of the temporary access token. */ expireTime: string; /** * The Temporary access token. */ token: string; /** * The username for login repository instance. */ username: string; } interface EndpointAclPolicy { /** * The description of the acl policy. */ description: string; /** * The ip of the acl policy. */ entry: string; } interface EndpointsEndpoint { /** * The list of acl policies. */ aclPolicies: outputs.cr.EndpointsEndpointAclPolicy[]; /** * Whether public endpoint is enabled. */ enabled: boolean; /** * The CR instance name. */ registry: string; /** * The status of public endpoint. */ status: string; } interface EndpointsEndpointAclPolicy { /** * The description of the acl policy. */ description: string; /** * The ip of the acl policy. */ entry: string; } interface GetAuthorizationTokensToken { /** * The expiration time of the temporary access token. */ expireTime: string; /** * The Temporary access token. */ token: string; /** * The username for login repository instance. */ username: string; } interface GetEndpointsEndpoint { /** * The list of acl policies. */ aclPolicies: outputs.cr.GetEndpointsEndpointAclPolicy[]; /** * Whether public endpoint is enabled. */ enabled: boolean; /** * The CR instance name. */ registry: string; /** * The status of public endpoint. */ status: string; } interface GetEndpointsEndpointAclPolicy { /** * The description of the acl policy. */ description: string; /** * The ip of the acl policy. */ entry: string; } interface GetNamespacesNamespace { /** * The time when namespace created. */ createTime: string; /** * The name of OCI repository. */ name: string; /** * The ProjectName of the CrNamespace. */ project: string; } interface GetRegistriesRegistry { /** * The charge type of registry. */ chargeType: string; /** * The creation time of registry. */ createTime: string; /** * The domain of registry. */ domains: outputs.cr.GetRegistriesRegistryDomain[]; /** * The name of registry. */ name: string; /** * The ProjectName of the cr registry. */ project: string; /** * The tags of cr registry. */ resourceTags: outputs.cr.GetRegistriesRegistryResourceTag[]; /** * The status of registry. */ status: outputs.cr.GetRegistriesRegistryStatus; /** * The type of registry. */ type: string; /** * The status of user. */ userStatus: string; /** * The username of cr instance. */ username: string; } interface GetRegistriesRegistryDomain { /** * The domain of registry. */ domain: string; /** * The type of registry. */ type: string; } interface GetRegistriesRegistryResourceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRegistriesRegistryStatus { /** * The condition of registry. */ conditions: string[]; /** * The phase status of registry. */ phase: string; } interface GetRegistriesResourceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } interface GetRegistriesStatus { /** * The condition of registry. */ condition?: string; /** * The phase of status. */ phase?: string; } interface GetRepositoriesRepository { /** * The access level of repository. */ accessLevel: string; /** * The creation time of repository. */ createTime: string; /** * The description of repository. */ description: string; /** * The name of repository. */ name: string; /** * The namespace of repository. */ namespace: string; /** * The last update time of repository. */ updateTime: string; } interface GetTagsTag { /** * The chart attribute,valid when tag type is Chart. */ chartAttribute: outputs.cr.GetTagsTagChartAttribute; /** * The digest of image. */ digest: string; /** * The list of image attributes,valid when tag type is Image. */ imageAttributes: outputs.cr.GetTagsTagImageAttribute[]; /** * The name of OCI product tag. */ name: string; /** * The last push time of OCI product. */ pushTime: string; /** * The size of OCI product. */ size: number; /** * The type of OCI product tag. */ type: string; } interface GetTagsTagChartAttribute { /** * The Helm version. */ apiVersion: string; /** * The name of OCI product tag. */ name: string; /** * The Helm Chart version. */ version: string; } interface GetTagsTagImageAttribute { /** * The image architecture. */ architecture: string; /** * The image author. */ author: string; /** * The digest of image. */ digest: string; /** * The iamge os. */ os: string; } interface GetVpcEndpointsEndpoint { /** * The CR registry name. */ registry: string; /** * List of vpc information. */ vpcs: outputs.cr.GetVpcEndpointsEndpointVpc[]; } interface GetVpcEndpointsEndpointVpc { /** * The id of the account. */ accountId: number; /** * The creation time. */ createTime: string; /** * The IP address of the mirror repository in the VPC. */ ip: string; /** * The region id. */ region: string; /** * The status of the vpc endpoint. */ status: string; /** * The ID of the subnet. */ subnetId: string; /** * The ID of the vpc. */ vpcId: string; } interface NamespacesNamespace { /** * The time when namespace created. */ createTime: string; /** * The name of OCI repository. */ name: string; /** * The ProjectName of the CrNamespace. */ project: string; } interface RegistriesRegistry { /** * The charge type of registry. */ chargeType: string; /** * The creation time of registry. */ createTime: string; /** * The domain of registry. */ domains: outputs.cr.RegistriesRegistryDomain[]; /** * The name of registry. */ name: string; /** * The ProjectName of the cr registry. */ project: string; /** * The tags of cr registry. */ resourceTags: outputs.cr.RegistriesRegistryResourceTag[]; /** * The status of registry. */ status: outputs.cr.RegistriesRegistryStatus; /** * The type of registry. */ type: string; /** * The status of user. */ userStatus: string; /** * The username of cr instance. */ username: string; } interface RegistriesRegistryDomain { /** * The domain of registry. */ domain: string; /** * The type of registry. */ type: string; } interface RegistriesRegistryResourceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RegistriesRegistryStatus { /** * The condition of registry. */ conditions: string[]; /** * The phase status of registry. */ phase: string; } interface RegistriesResourceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } interface RegistriesStatus { /** * The condition of registry. */ condition?: string; /** * The phase of status. */ phase?: string; } interface RegistryDomain { /** * The domain of registry. */ domain: string; /** * The type of registry. */ type: string; } interface RegistryResourceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RegistryStatus { /** * The condition of registry. */ conditions: string[]; /** * The phase status of registry. */ phase: string; } interface RepositoriesRepository { /** * The access level of repository. */ accessLevel: string; /** * The creation time of repository. */ createTime: string; /** * The description of repository. */ description: string; /** * The name of repository. */ name: string; /** * The namespace of repository. */ namespace: string; /** * The last update time of repository. */ updateTime: string; } interface StateStatus { /** * The condition of instance. */ conditions: string[]; /** * The phase status of instance. */ phase: string; } interface TagChartAttribute { /** * The Helm version. */ apiVersion: string; /** * The name of OCI product. */ name: string; /** * The Helm Chart version. */ version: string; } interface TagImageAttribute { /** * The image architecture. */ architecture: string; /** * The image author. */ author: string; /** * The digest of image. */ digest: string; /** * The iamge os. */ os: string; } interface TagsTag { /** * The chart attribute,valid when tag type is Chart. */ chartAttribute: outputs.cr.TagsTagChartAttribute; /** * The digest of image. */ digest: string; /** * The list of image attributes,valid when tag type is Image. */ imageAttributes: outputs.cr.TagsTagImageAttribute[]; /** * The name of OCI product tag. */ name: string; /** * The last push time of OCI product. */ pushTime: string; /** * The size of OCI product. */ size: number; /** * The type of OCI product tag. */ type: string; } interface TagsTagChartAttribute { /** * The Helm version. */ apiVersion: string; /** * The name of OCI product tag. */ name: string; /** * The Helm Chart version. */ version: string; } interface TagsTagImageAttribute { /** * The image architecture. */ architecture: string; /** * The image author. */ author: string; /** * The digest of image. */ digest: string; /** * The iamge os. */ os: string; } interface VpcEndpointVpc { /** * The id of the account. When you need to expose the Enterprise Edition instance to a VPC under another primary account, you need to specify the ID of the primary account to which the VPC belongs. */ accountId: number; /** * The id of the subnet. If not specified, the subnet with the most remaining IPs under the VPC will be automatically selected. */ subnetId: string; /** * The id of the vpc. */ vpcId?: string; } interface VpcEndpointsEndpoint { /** * The CR registry name. */ registry: string; /** * List of vpc information. */ vpcs: outputs.cr.VpcEndpointsEndpointVpc[]; } interface VpcEndpointsEndpointVpc { /** * The id of the account. */ accountId: number; /** * The creation time. */ createTime: string; /** * The IP address of the mirror repository in the VPC. */ ip: string; /** * The region id. */ region: string; /** * The status of the vpc endpoint. */ status: string; /** * The ID of the subnet. */ subnetId: string; /** * The ID of the vpc. */ vpcId: string; } } export declare namespace direct_connect { interface BgpPeersBgpPeer { /** * The id of account. */ accountId: string; /** * The key of auth. */ authKey: string; /** * The id of bgp peer. */ bgpPeerId: string; /** * The name of bgp peer. */ bgpPeerName: string; /** * The create time of bgp peer. */ creationTime: string; /** * The Description of bgp peer. */ description: string; /** * The local asn of bgp peer. */ localAsn: number; /** * The remote asn of bgp peer. */ remoteAsn: number; /** * The session status of bgp peer. */ sessionStatus: string; /** * The status of bgp peer. */ status: string; /** * The update time of bgp peer. */ updateTime: string; /** * The id of virtual interface. */ virtualInterfaceId: string; } interface ConnectionTag { /** * The tag key. */ key?: string; /** * The tag value. */ value?: string; } interface ConnectionsDirectConnectConnection { /** * The account ID which the physical leased line belongs. */ accountId: string; /** * The bandwidth of direct connect. */ bandwidth: number; /** * The dedicated line billing type,only support `1` for yearly and monthly billing currently. */ billingType: number; /** * The dedicated line billing status. */ businessStatus: string; /** * The connection type of physical leased line,valid value contains `SharedConnection`,`DedicatedConnection`. */ connectionType: string; /** * The creation time of direct connect. */ creationTime: string; /** * The dedicated line contact email. */ customerContactEmail: string; /** * The dedicated line contact phone. */ customerContactPhone: string; /** * The dedicated line contact name. */ customerName: string; /** * The expected resource force collection time. */ deletedTime: string; /** * The description of direct connect connection. */ description: string; /** * The ID of the physical leased line access point. */ directConnectAccessPointId: string; /** * The ID of direct connect connection. */ directConnectConnectionId: string; /** * The name of directi connect connection. */ directConnectConnectionName: string; /** * The expect bandwidth of direct connect. */ expectBandwidth: number; /** * The expired time. */ expiredTime: string; /** * The operator of the physical leased line,valid value contains `ChinaTelecom`,`ChinaMobile`,`ChinaUnicom`,`ChinaOther`. */ lineOperator: string; /** * The account ID of physical leased line to which the shared leased line belongs.If the physical leased line type is an exclusive leased line,this parameter returns empty. */ parentConnectionAccountId: string; /** * The ID of the physical leased line to which the shared leased line belongs. If the physical leased line type is an exclusive leased line, this parameter returns empty. */ parentConnectionId: string; /** * The peer access point of the physical leased line. */ peerLocation: string; /** * The dedicated line port spec. */ portSpec: string; /** * The port type of direct connect. */ portType: string; /** * The status of physical leased line. */ status: string; /** * All tags that physical leased line added. */ tags: outputs.direct_connect.ConnectionsDirectConnectConnectionTag[]; /** * The update time of direct connect. */ updateTime: string; /** * The vlan ID of shared connection,if `connectionType` is `DedicatedConnection`,this parameter returns 0. */ vlanId: number; } interface ConnectionsDirectConnectConnectionTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } interface ConnectionsTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface GatewayRoutesDirectConnectGatewayRoute { /** * The id of account. */ accountId: string; /** * The create time. */ creationTime: string; /** * The cidr block. */ destinationCidrBlock: string; /** * The id of direct connect gateway. */ directConnectGatewayId: string; /** * The id of direct connect gateway route. */ directConnectGatewayRouteId: string; /** * The id of next hop. */ nextHopId: string; /** * The type of next hop. */ nextHopType: string; /** * The type of route. The value can be BGP or CEN or Static. */ routeType: string; /** * The status info. */ status: string; } interface GatewayTag { /** * The tag key. */ key?: string; /** * The tag value. */ value?: string; } interface GatewaysDirectConnectGateway { /** * The account ID that direct connect gateway belongs. */ accountId: string; /** * The CEN information associated with the direct connect gateway. */ associateCens: outputs.direct_connect.GatewaysDirectConnectGatewayAssociateCen[]; /** * The business status of direct connect gateway. */ businessStatus: string; /** * The creation time of direct connect gateway. */ creationTime: string; /** * The expected resource force collection time. Only when the resource is frozen due to arrears, this parameter will have a return value, otherwise it will return a null value. */ deletedTime: string; /** * The description of direct connect gateway. */ description: string; /** * The direct connect gateway ID. */ directConnectGatewayId: string; /** * The direst connect gateway name. */ directConnectGatewayName: string; /** * The reason of the direct connect gateway locked. */ lockReason: string; /** * The resource freeze time. Only when the resource is frozen due to arrears, this parameter will have a return value, otherwise it will return a null value. */ overdueTime: string; /** * The status of direct connect gateway. */ status: string; /** * The tags that direct connect gateway added. */ tags: outputs.direct_connect.GatewaysDirectConnectGatewayTag[]; /** * The update time of direct connect gateway. */ updateTime: string; } interface GatewaysDirectConnectGatewayAssociateCen { /** * The CEN ID which direct connect gateway belongs. */ cenId: string; /** * The CEN owner's ID. */ cenOwnerId: string; /** * The CEN status. */ cenStatus: string; } interface GatewaysDirectConnectGatewayTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } interface GatewaysTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface GetBgpPeersBgpPeer { /** * The id of account. */ accountId: string; /** * The key of auth. */ authKey: string; /** * The id of bgp peer. */ bgpPeerId: string; /** * The name of bgp peer. */ bgpPeerName: string; /** * The create time of bgp peer. */ creationTime: string; /** * The Description of bgp peer. */ description: string; /** * The local asn of bgp peer. */ localAsn: number; /** * The remote asn of bgp peer. */ remoteAsn: number; /** * The session status of bgp peer. */ sessionStatus: string; /** * The status of bgp peer. */ status: string; /** * The update time of bgp peer. */ updateTime: string; /** * The id of virtual interface. */ virtualInterfaceId: string; } interface GetConnectionsDirectConnectConnection { /** * The account ID which the physical leased line belongs. */ accountId: string; /** * The bandwidth of direct connect. */ bandwidth: number; /** * The dedicated line billing type,only support `1` for yearly and monthly billing currently. */ billingType: number; /** * The dedicated line billing status. */ businessStatus: string; /** * The connection type of physical leased line,valid value contains `SharedConnection`,`DedicatedConnection`. */ connectionType: string; /** * The creation time of direct connect. */ creationTime: string; /** * The dedicated line contact email. */ customerContactEmail: string; /** * The dedicated line contact phone. */ customerContactPhone: string; /** * The dedicated line contact name. */ customerName: string; /** * The expected resource force collection time. */ deletedTime: string; /** * The description of direct connect connection. */ description: string; /** * The ID of the physical leased line access point. */ directConnectAccessPointId: string; /** * The ID of direct connect connection. */ directConnectConnectionId: string; /** * The name of directi connect connection. */ directConnectConnectionName: string; /** * The expect bandwidth of direct connect. */ expectBandwidth: number; /** * The expired time. */ expiredTime: string; /** * The operator of the physical leased line,valid value contains `ChinaTelecom`,`ChinaMobile`,`ChinaUnicom`,`ChinaOther`. */ lineOperator: string; /** * The account ID of physical leased line to which the shared leased line belongs.If the physical leased line type is an exclusive leased line,this parameter returns empty. */ parentConnectionAccountId: string; /** * The ID of the physical leased line to which the shared leased line belongs. If the physical leased line type is an exclusive leased line, this parameter returns empty. */ parentConnectionId: string; /** * The peer access point of the physical leased line. */ peerLocation: string; /** * The dedicated line port spec. */ portSpec: string; /** * The port type of direct connect. */ portType: string; /** * The status of physical leased line. */ status: string; /** * All tags that physical leased line added. */ tags: outputs.direct_connect.GetConnectionsDirectConnectConnectionTag[]; /** * The update time of direct connect. */ updateTime: string; /** * The vlan ID of shared connection,if `connectionType` is `DedicatedConnection`,this parameter returns 0. */ vlanId: number; } interface GetConnectionsDirectConnectConnectionTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } interface GetConnectionsTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface GetGatewayRoutesDirectConnectGatewayRoute { /** * The id of account. */ accountId: string; /** * The create time. */ creationTime: string; /** * The cidr block. */ destinationCidrBlock: string; /** * The id of direct connect gateway. */ directConnectGatewayId: string; /** * The id of direct connect gateway route. */ directConnectGatewayRouteId: string; /** * The id of next hop. */ nextHopId: string; /** * The type of next hop. */ nextHopType: string; /** * The type of route. The value can be BGP or CEN or Static. */ routeType: string; /** * The status info. */ status: string; } interface GetGatewaysDirectConnectGateway { /** * The account ID that direct connect gateway belongs. */ accountId: string; /** * The CEN information associated with the direct connect gateway. */ associateCens: outputs.direct_connect.GetGatewaysDirectConnectGatewayAssociateCen[]; /** * The business status of direct connect gateway. */ businessStatus: string; /** * The creation time of direct connect gateway. */ creationTime: string; /** * The expected resource force collection time. Only when the resource is frozen due to arrears, this parameter will have a return value, otherwise it will return a null value. */ deletedTime: string; /** * The description of direct connect gateway. */ description: string; /** * The direct connect gateway ID. */ directConnectGatewayId: string; /** * The direst connect gateway name. */ directConnectGatewayName: string; /** * The reason of the direct connect gateway locked. */ lockReason: string; /** * The resource freeze time. Only when the resource is frozen due to arrears, this parameter will have a return value, otherwise it will return a null value. */ overdueTime: string; /** * The status of direct connect gateway. */ status: string; /** * The tags that direct connect gateway added. */ tags: outputs.direct_connect.GetGatewaysDirectConnectGatewayTag[]; /** * The update time of direct connect gateway. */ updateTime: string; } interface GetGatewaysDirectConnectGatewayAssociateCen { /** * The CEN ID which direct connect gateway belongs. */ cenId: string; /** * The CEN owner's ID. */ cenOwnerId: string; /** * The CEN status. */ cenStatus: string; } interface GetGatewaysDirectConnectGatewayTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } interface GetGatewaysTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface GetVirtualInterfacesTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface GetVirtualInterfacesVirtualInterface { /** * The account ID which this virtual interface belongs. */ accountId: string; /** * The band width limit of virtual interface,in Mbps. */ bandwidth: number; /** * The BFD detect interval. */ bfdDetectInterval: number; /** * The BFD detect times. */ bfdDetectMultiplier: number; /** * The creation time of virtual interface. */ creationTime: string; /** * The description of the virtual interface. */ description: string; /** * The direct connect connection ID that associated with this virtual interface. */ directConnectConnectionId: string; /** * The direct connect gateway ID that associated with this virtual interface. */ directConnectGatewayId: string; /** * Whether enable BFD detect. */ enableBfd: boolean; /** * Whether enable NQA detect. */ enableNqa: boolean; /** * The local IP that associated with this virtual interface. */ localIp: string; /** * The NQA detect interval. */ nqaDetectInterval: number; /** * The NAQ detect times. */ nqaDetectMultiplier: number; /** * The peer IP that associated with this virtual interface. */ peerIp: string; /** * The route type of virtual interface. */ routeType: string; /** * The status of virtaul interface. */ status: string; /** * The tags that direct connect gateway added. */ tags: outputs.direct_connect.GetVirtualInterfacesVirtualInterfaceTag[]; /** * The update time of virtual interface. */ updateTime: string; /** * The virtual interface ID. */ virtualInterfaceId: string; /** * The name of virtual interface. */ virtualInterfaceName: string; /** * The VLAN ID of virtual interface. */ vlanId: number; } interface GetVirtualInterfacesVirtualInterfaceTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } interface VirtualInterfaceTag { /** * The tag key. */ key?: string; /** * The tag value. */ value?: string; } interface VirtualInterfacesTagFilter { /** * The tag key of cloud resource instance. */ key?: string; /** * The tag value of cloud resource instance. */ value?: string; } interface VirtualInterfacesVirtualInterface { /** * The account ID which this virtual interface belongs. */ accountId: string; /** * The band width limit of virtual interface,in Mbps. */ bandwidth: number; /** * The BFD detect interval. */ bfdDetectInterval: number; /** * The BFD detect times. */ bfdDetectMultiplier: number; /** * The creation time of virtual interface. */ creationTime: string; /** * The description of the virtual interface. */ description: string; /** * The direct connect connection ID that associated with this virtual interface. */ directConnectConnectionId: string; /** * The direct connect gateway ID that associated with this virtual interface. */ directConnectGatewayId: string; /** * Whether enable BFD detect. */ enableBfd: boolean; /** * Whether enable NQA detect. */ enableNqa: boolean; /** * The local IP that associated with this virtual interface. */ localIp: string; /** * The NQA detect interval. */ nqaDetectInterval: number; /** * The NAQ detect times. */ nqaDetectMultiplier: number; /** * The peer IP that associated with this virtual interface. */ peerIp: string; /** * The route type of virtual interface. */ routeType: string; /** * The status of virtaul interface. */ status: string; /** * The tags that direct connect gateway added. */ tags: outputs.direct_connect.VirtualInterfacesVirtualInterfaceTag[]; /** * The update time of virtual interface. */ updateTime: string; /** * The virtual interface ID. */ virtualInterfaceId: string; /** * The name of virtual interface. */ virtualInterfaceName: string; /** * The VLAN ID of virtual interface. */ vlanId: number; } interface VirtualInterfacesVirtualInterfaceTag { /** * The tag key. */ key: string; /** * The tag value. */ value: string; } } export declare namespace dns { interface BackupsBackupInfo { /** * The ID of the backup. */ backupId: string; /** * The time when the backup was created. The time zone is UTC + 8. */ backupTime: string; /** * The number of DNS records in the backup. */ recordCount: number; } interface GetBackupsBackupInfo { /** * The ID of the backup. */ backupId: string; /** * The time when the backup was created. The time zone is UTC + 8. */ backupTime: string; /** * The number of DNS records in the backup. */ recordCount: number; } interface GetRecordSetsRecordSet { /** * The domain prefix of the record set. */ host: string; /** * The ID of the DNS record set. */ id: string; /** * The line code corresponding to the DNS record set. */ line: string; /** * The domain prefix contained in the DNS record set, in PQDN (Partially Qualified Domain Name) format. */ pqdn: string; /** * The type of DNS records in the DNS record set. */ type: string; /** * Indicates whether load balancing is enabled for the DNS record set. */ weightEnabled: boolean; } interface GetRecordsRecord { /** * The creation time of the domain. */ createdAt: string; /** * Indicates whether the DNS record is enabled. */ enable: boolean; /** * Domain prefix of the DNS record. */ host: string; /** * Line of the DNS record. */ line: string; /** * The account ID that called this API. */ operators: string[]; /** * The hostname included in the DNS record, in PQDN (Partially Qualified Domain Name) format. */ pqdn: string; /** * The ID of the DNS record. */ recordId: string; /** * The ID of the record set to which the DNS record belongs. */ recordSetId: string; /** * The remark of the DNS record. */ remark: string; /** * The tag information of the DNS record. */ tags: string[]; /** * The Time to Live (TTL) of the DNS record. The unit is seconds. */ ttl: number; /** * Type of the DNS record. */ type: string; /** * The most recent update time of the domain. */ updatedAt: string; /** * Value of the DNS record. */ value: string; /** * The weight of the DNS record. */ weight: number; } interface GetZonesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } interface GetZonesZone { /** * The list of DNS servers allocated to the domain by BytePlus DNS. */ allocateDnsServerLists: string[]; /** * Whether automatic domain renewal is enabled. */ autoRenew: boolean; /** * The most recent update time of the domain. */ cacheStage: number; /** * The creation time of the domain. */ createdAt: string; /** * The version of DNS DDoS protection service. */ dnsSecurity: string; /** * The expiration time of the domain. */ expiredTime: number; /** * The id of the zone. */ id: string; /** * The ID of the instance. */ instanceId: string; /** * The ID of the instance. For free edition, the value of this field is null. */ instanceNo: string; /** * Indicates whether the configuration of NS servers is correct. If the configuration is correct, the status of the domain in BytePlus DNS is Active. */ isNsCorrect: boolean; /** * Whether the domain is a subdomain. */ isSubDomain: boolean; /** * The ID of the account that last updated this domain. */ lastOperator: string; /** * The ProjectName of the domain. */ projectName: string; /** * The list of DNS servers actually used by the domain. */ realDnsServerLists: string[]; /** * The total number of DNS records contained in the domain. */ recordCount: number; /** * The remarks for the domain. */ remark: string; /** * The status of the domain. */ stage: number; /** * The domain prefix of the subdomain. If the domain is not a subdomain, this parameter is null. */ subDomainHost: string; /** * Tags. */ tags: outputs.dns.GetZonesZoneTag[]; /** * The edition of the domain. */ tradeCode: string; /** * The most recent update time of the domain. */ updatedAt: string; /** * The ID of the domain. */ zid: number; /** * The domain name. */ zoneName: string; } interface GetZonesZoneTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RecordSetsRecordSet { /** * The domain prefix of the record set. */ host: string; /** * The ID of the DNS record set. */ id: string; /** * The line code corresponding to the DNS record set. */ line: string; /** * The domain prefix contained in the DNS record set, in PQDN (Partially Qualified Domain Name) format. */ pqdn: string; /** * The type of DNS records in the DNS record set. */ type: string; /** * Indicates whether load balancing is enabled for the DNS record set. */ weightEnabled: boolean; } interface RecordsRecord { /** * The creation time of the domain. */ createdAt: string; /** * Indicates whether the DNS record is enabled. */ enable: boolean; /** * Domain prefix of the DNS record. */ host: string; /** * Line of the DNS record. */ line: string; /** * The account ID that called this API. */ operators: string[]; /** * The hostname included in the DNS record, in PQDN (Partially Qualified Domain Name) format. */ pqdn: string; /** * The ID of the DNS record. */ recordId: string; /** * The ID of the record set to which the DNS record belongs. */ recordSetId: string; /** * The remark of the DNS record. */ remark: string; /** * The tag information of the DNS record. */ tags: string[]; /** * The Time to Live (TTL) of the DNS record. The unit is seconds. */ ttl: number; /** * Type of the DNS record. */ type: string; /** * The most recent update time of the domain. */ updatedAt: string; /** * Value of the DNS record. */ value: string; /** * The weight of the DNS record. */ weight: number; } interface ZoneTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ZonesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } interface ZonesZone { /** * The list of DNS servers allocated to the domain by BytePlus DNS. */ allocateDnsServerLists: string[]; /** * Whether automatic domain renewal is enabled. */ autoRenew: boolean; /** * The most recent update time of the domain. */ cacheStage: number; /** * The creation time of the domain. */ createdAt: string; /** * The version of DNS DDoS protection service. */ dnsSecurity: string; /** * The expiration time of the domain. */ expiredTime: number; /** * The id of the zone. */ id: string; /** * The ID of the instance. */ instanceId: string; /** * The ID of the instance. For free edition, the value of this field is null. */ instanceNo: string; /** * Indicates whether the configuration of NS servers is correct. If the configuration is correct, the status of the domain in BytePlus DNS is Active. */ isNsCorrect: boolean; /** * Whether the domain is a subdomain. */ isSubDomain: boolean; /** * The ID of the account that last updated this domain. */ lastOperator: string; /** * The ProjectName of the domain. */ projectName: string; /** * The list of DNS servers actually used by the domain. */ realDnsServerLists: string[]; /** * The total number of DNS records contained in the domain. */ recordCount: number; /** * The remarks for the domain. */ remark: string; /** * The status of the domain. */ stage: number; /** * The domain prefix of the subdomain. If the domain is not a subdomain, this parameter is null. */ subDomainHost: string; /** * Tags. */ tags: outputs.dns.ZonesZoneTag[]; /** * The edition of the domain. */ tradeCode: string; /** * The most recent update time of the domain. */ updatedAt: string; /** * The ID of the domain. */ zid: number; /** * The domain name. */ zoneName: string; } interface ZonesZoneTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace ebs { interface AutoSnapshotPoliciesAutoSnapshotPolicy { /** * The id of the auto snapshot policy. */ autoSnapshotPolicyId: string; /** * The name of the auto snapshot policy. */ autoSnapshotPolicyName: string; /** * The creation time of the auto snapshot policy. */ createdAt: string; /** * The id of the auto snapshot policy. */ id: string; /** * The project name of auto snapshot policy. */ projectName: string; /** * Create snapshots repeatedly on a daily basis, with intervals of a certain number of days between each snapshot. */ repeatDays: number; /** * The date of creating snapshot repeatedly by week. The value range is `1-7`, for example, 1 represents Monday. */ repeatWeekdays: string[]; /** * The retention days of the auto snapshot. `-1` means permanently preserving the snapshot. */ retentionDays: number; /** * The status of the auto snapshot policy. */ status: string; /** * Tags. */ tags: outputs.ebs.AutoSnapshotPoliciesAutoSnapshotPolicyTag[]; /** * The creation time points of the auto snapshot policy. The value range is `0~23`, representing a total of 24 time points from 00:00 to 23:00, for example, 1 represents 01:00. */ timePoints: string[]; /** * The updated time of the auto snapshot policy. */ updatedAt: string; /** * The number of volumes associated with the auto snapshot policy. */ volumeNums: number; } interface AutoSnapshotPoliciesAutoSnapshotPolicyTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AutoSnapshotPoliciesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AutoSnapshotPolicyTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAutoSnapshotPoliciesAutoSnapshotPolicy { /** * The id of the auto snapshot policy. */ autoSnapshotPolicyId: string; /** * The name of the auto snapshot policy. */ autoSnapshotPolicyName: string; /** * The creation time of the auto snapshot policy. */ createdAt: string; /** * The id of the auto snapshot policy. */ id: string; /** * The project name of auto snapshot policy. */ projectName: string; /** * Create snapshots repeatedly on a daily basis, with intervals of a certain number of days between each snapshot. */ repeatDays: number; /** * The date of creating snapshot repeatedly by week. The value range is `1-7`, for example, 1 represents Monday. */ repeatWeekdays: string[]; /** * The retention days of the auto snapshot. `-1` means permanently preserving the snapshot. */ retentionDays: number; /** * The status of the auto snapshot policy. */ status: string; /** * Tags. */ tags: outputs.ebs.GetAutoSnapshotPoliciesAutoSnapshotPolicyTag[]; /** * The creation time points of the auto snapshot policy. The value range is `0~23`, representing a total of 24 time points from 00:00 to 23:00, for example, 1 represents 01:00. */ timePoints: string[]; /** * The updated time of the auto snapshot policy. */ updatedAt: string; /** * The number of volumes associated with the auto snapshot policy. */ volumeNums: number; } interface GetAutoSnapshotPoliciesAutoSnapshotPolicyTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAutoSnapshotPoliciesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetMaxExtraPerformancesPerformance { /** * The baseline of the performance. */ baselines: outputs.ebs.GetMaxExtraPerformancesPerformanceBaseline[]; /** * The limit of the extra performance. */ limits: outputs.ebs.GetMaxExtraPerformancesPerformanceLimit[]; /** * The max extra performance can purchase. */ maxExtraPerformanceCanPurchases: outputs.ebs.GetMaxExtraPerformancesPerformanceMaxExtraPerformanceCanPurchase[]; } interface GetMaxExtraPerformancesPerformanceBaseline { /** * The limit of the iops. */ iops: number; /** * The limit of the throughput. */ throughput: number; } interface GetMaxExtraPerformancesPerformanceLimit { /** * The limit of the iops. */ iops: number; /** * The limit of the throughput. */ throughput: number; } interface GetMaxExtraPerformancesPerformanceMaxExtraPerformanceCanPurchase { /** * The type of the extra performance. */ extraPerformanceTypeId: string; /** * The limit of the extra performance. */ limit: number; } interface GetSnapshotGroupsSnapshotGroup { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The id of the snapshot group. */ id: string; /** * The image id of the snapshot. */ imageId: string; /** * The instance id of snapshot group. */ instanceId: string; /** * The name of snapshot group. */ name: string; /** * The project name of snapshot group. */ projectName: string; /** * The id of the snapshot group. */ snapshotGroupId: string; /** * The snapshots of the snapshot group. */ snapshots: outputs.ebs.GetSnapshotGroupsSnapshotGroupSnapshot[]; /** * A list of snapshot group status. Valid values: `creating`, `available`, `failed`. */ status: string; /** * Tags. */ tags: outputs.ebs.GetSnapshotGroupsSnapshotGroupTag[]; } interface GetSnapshotGroupsSnapshotGroupSnapshot { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The image id of the snapshot. */ imageId: string; /** * The progress of the snapshot. */ progress: number; /** * The project name of snapshot group. */ projectName: string; /** * The id of the snapshot. */ retentionDays: number; /** * The id of the snapshot. */ snapshotId: string; /** * The name of the snapshot. */ snapshotName: string; /** * The type of the snapshot. */ snapshotType: string; /** * A list of snapshot group status. Valid values: `creating`, `available`, `failed`. */ status: string; /** * Tags. */ tags: outputs.ebs.GetSnapshotGroupsSnapshotGroupSnapshotTag[]; /** * The volume id of the snapshot. */ volumeId: string; /** * The volume kind of the snapshot. */ volumeKind: string; /** * The volume name of the snapshot. */ volumeName: string; /** * The volume size of the snapshot. */ volumeSize: number; /** * The volume status of the snapshot. */ volumeStatus: string; /** * The volume type of the snapshot. */ volumeType: string; /** * The zone id of the snapshot. */ zoneId: string; } interface GetSnapshotGroupsSnapshotGroupSnapshotTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSnapshotGroupsSnapshotGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSnapshotsSnapshot { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The id of the snapshot. */ id: string; /** * The project name of snapshot. */ projectName: string; /** * The retention days of the snapshot. */ retentionDays: number; /** * The id of the snapshot. */ snapshotId: string; /** * The name of the snapshot. */ snapshotName: string; /** * The type of the snapshot. */ snapshotType: string; /** * The status of the snapshot. */ status: string; /** * Tags. */ tags: outputs.ebs.GetSnapshotsSnapshotTag[]; /** * The volume id of the snapshot. */ volumeId: string; /** * The volume kind of the snapshot. */ volumeKind: string; /** * The volume name of the snapshot. */ volumeName: string; /** * The volume size of the snapshot. */ volumeSize: number; /** * The volume status of the snapshot. */ volumeStatus: string; /** * The volume type of the snapshot. */ volumeType: string; /** * The zone id of snapshot. */ zoneId: string; } interface GetSnapshotsSnapshotTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSnapshotsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVolumesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVolumesVolume { /** * The baseline performance of the volume. */ baselinePerformances: outputs.ebs.GetVolumesVolumeBaselinePerformance[]; billingType: number; createdAt: string; deleteWithInstance: boolean; description: string; deviceName: string; expiredTime: string; /** * The extra performance of the volume. */ extraPerformances: outputs.ebs.GetVolumesVolumeExtraPerformance[]; id: string; imageId: string; /** * The Id of instance. */ instanceId: string; /** * The Kind of Volume. */ kind: string; payType: string; renewType: number; size: number; status: string; /** * Tags. */ tags: outputs.ebs.GetVolumesVolumeTag[]; /** * The baseline performance of the volume. */ totalPerformances: outputs.ebs.GetVolumesVolumeTotalPerformance[]; tradeStatus: number; updatedAt: string; volumeId: string; /** * The name of Volume. */ volumeName: string; /** * The type of Volume. */ volumeType: string; /** * The Id of Zone. */ zoneId: string; } interface GetVolumesVolumeBaselinePerformance { /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } interface GetVolumesVolumeExtraPerformance { /** * The type of extra performance for volume. */ extraPerformanceTypeId: string; /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } interface GetVolumesVolumeTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVolumesVolumeTotalPerformance { /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } interface MaxExtraPerformancesPerformance { /** * The baseline of the performance. */ baselines: outputs.ebs.MaxExtraPerformancesPerformanceBaseline[]; /** * The limit of the extra performance. */ limits: outputs.ebs.MaxExtraPerformancesPerformanceLimit[]; /** * The max extra performance can purchase. */ maxExtraPerformanceCanPurchases: outputs.ebs.MaxExtraPerformancesPerformanceMaxExtraPerformanceCanPurchase[]; } interface MaxExtraPerformancesPerformanceBaseline { /** * The limit of the iops. */ iops: number; /** * The limit of the throughput. */ throughput: number; } interface MaxExtraPerformancesPerformanceLimit { /** * The limit of the iops. */ iops: number; /** * The limit of the throughput. */ throughput: number; } interface MaxExtraPerformancesPerformanceMaxExtraPerformanceCanPurchase { /** * The type of the extra performance. */ extraPerformanceTypeId: string; /** * The limit of the extra performance. */ limit: number; } interface SnapshotGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SnapshotGroupsSnapshotGroup { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The id of the snapshot group. */ id: string; /** * The image id of the snapshot. */ imageId: string; /** * The instance id of snapshot group. */ instanceId: string; /** * The name of snapshot group. */ name: string; /** * The project name of snapshot group. */ projectName: string; /** * The id of the snapshot group. */ snapshotGroupId: string; /** * The snapshots of the snapshot group. */ snapshots: outputs.ebs.SnapshotGroupsSnapshotGroupSnapshot[]; /** * A list of snapshot group status. Valid values: `creating`, `available`, `failed`. */ status: string; /** * Tags. */ tags: outputs.ebs.SnapshotGroupsSnapshotGroupTag[]; } interface SnapshotGroupsSnapshotGroupSnapshot { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The image id of the snapshot. */ imageId: string; /** * The progress of the snapshot. */ progress: number; /** * The project name of snapshot group. */ projectName: string; /** * The id of the snapshot. */ retentionDays: number; /** * The id of the snapshot. */ snapshotId: string; /** * The name of the snapshot. */ snapshotName: string; /** * The type of the snapshot. */ snapshotType: string; /** * A list of snapshot group status. Valid values: `creating`, `available`, `failed`. */ status: string; /** * Tags. */ tags: outputs.ebs.SnapshotGroupsSnapshotGroupSnapshotTag[]; /** * The volume id of the snapshot. */ volumeId: string; /** * The volume kind of the snapshot. */ volumeKind: string; /** * The volume name of the snapshot. */ volumeName: string; /** * The volume size of the snapshot. */ volumeSize: number; /** * The volume status of the snapshot. */ volumeStatus: string; /** * The volume type of the snapshot. */ volumeType: string; /** * The zone id of the snapshot. */ zoneId: string; } interface SnapshotGroupsSnapshotGroupSnapshotTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SnapshotGroupsSnapshotGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SnapshotTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SnapshotsSnapshot { /** * The creation time of the snapshot. */ creationTime: string; /** * The description of the snapshot. */ description: string; /** * The id of the snapshot. */ id: string; /** * The project name of snapshot. */ projectName: string; /** * The retention days of the snapshot. */ retentionDays: number; /** * The id of the snapshot. */ snapshotId: string; /** * The name of the snapshot. */ snapshotName: string; /** * The type of the snapshot. */ snapshotType: string; /** * The status of the snapshot. */ status: string; /** * Tags. */ tags: outputs.ebs.SnapshotsSnapshotTag[]; /** * The volume id of the snapshot. */ volumeId: string; /** * The volume kind of the snapshot. */ volumeKind: string; /** * The volume name of the snapshot. */ volumeName: string; /** * The volume size of the snapshot. */ volumeSize: number; /** * The volume status of the snapshot. */ volumeStatus: string; /** * The volume type of the snapshot. */ volumeType: string; /** * The zone id of snapshot. */ zoneId: string; } interface SnapshotsSnapshotTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SnapshotsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VolumeTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VolumesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VolumesVolume { /** * The baseline performance of the volume. */ baselinePerformances: outputs.ebs.VolumesVolumeBaselinePerformance[]; billingType: number; createdAt: string; deleteWithInstance: boolean; description: string; deviceName: string; expiredTime: string; /** * The extra performance of the volume. */ extraPerformances: outputs.ebs.VolumesVolumeExtraPerformance[]; id: string; imageId: string; /** * The Id of instance. */ instanceId: string; /** * The Kind of Volume. */ kind: string; payType: string; renewType: number; size: number; status: string; /** * Tags. */ tags: outputs.ebs.VolumesVolumeTag[]; /** * The baseline performance of the volume. */ totalPerformances: outputs.ebs.VolumesVolumeTotalPerformance[]; tradeStatus: number; updatedAt: string; volumeId: string; /** * The name of Volume. */ volumeName: string; /** * The type of Volume. */ volumeType: string; /** * The Id of Zone. */ zoneId: string; } interface VolumesVolumeBaselinePerformance { /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } interface VolumesVolumeExtraPerformance { /** * The type of extra performance for volume. */ extraPerformanceTypeId: string; /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } interface VolumesVolumeTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VolumesVolumeTotalPerformance { /** * The total IOPS performance size for volume. */ iops: number; /** * The total Throughput performance size for volume. Unit: MB/s. */ throughput: number; } } export declare namespace ecs { interface AvailableResourcesAvailableZone { /** * The resource information of the available zone. */ availableResources: outputs.ecs.AvailableResourcesAvailableZoneAvailableResource[]; /** * The id of the region. */ regionId: string; /** * The resource status of the available zone. Valid values: `Available`, `SoldOut`. */ status: string; /** * The id of available zone. */ zoneId: string; } interface AvailableResourcesAvailableZoneAvailableResource { /** * The supported resource information. */ supportedResources: outputs.ecs.AvailableResourcesAvailableZoneAvailableResourceSupportedResource[]; /** * The type of resource. Valid values: `InstanceType`, `DedicatedHost`. */ type: string; } interface AvailableResourcesAvailableZoneAvailableResourceSupportedResource { /** * The resource status of the available zone. Valid values: `Available`, `SoldOut`. */ status: string; /** * The value of the resource. */ value: string; } interface CommandsCommand { /** * The base64 encoded content of the ecs command. */ commandContent: string; /** * The id of ecs command. */ commandId: string; /** * The provider of public command. When this field is not specified, query for custom commands. */ commandProvider: string; /** * The create time of the ecs command. */ createdAt: string; /** * The description of the ecs command. */ description: string; /** * The id of the ecs command. */ id: string; /** * The invocation times of the ecs command. Public commands do not display the invocation times. */ invocationTimes: number; /** * The name of ecs command. This field support fuzzy query. */ name: string; /** * The timeout of the ecs command. */ timeout: number; /** * The type of ecs command. Valid values: `Shell`. */ type: string; /** * The update time of the ecs command. */ updatedAt: string; /** * The username of the ecs command. */ username: string; /** * The working directory of the ecs command. */ workingDir: string; } interface DeploymentSetsDeploymentSet { /** * The ID of ECS DeploymentSet. */ deploymentSetId: string; /** * The name of ECS DeploymentSet. */ deploymentSetName: string; /** * The description of ECS DeploymentSet. */ description: string; /** * The granularity of ECS DeploymentSet.Valid values: switch, host, rack. */ granularity: string; /** * The strategy of ECS DeploymentSet. */ strategy: string; } interface GetAvailableResourcesAvailableZone { /** * The resource information of the available zone. */ availableResources: outputs.ecs.GetAvailableResourcesAvailableZoneAvailableResource[]; /** * The id of the region. */ regionId: string; /** * The resource status of the available zone. Valid values: `Available`, `SoldOut`. */ status: string; /** * The id of available zone. */ zoneId: string; } interface GetAvailableResourcesAvailableZoneAvailableResource { /** * The supported resource information. */ supportedResources: outputs.ecs.GetAvailableResourcesAvailableZoneAvailableResourceSupportedResource[]; /** * The type of resource. Valid values: `InstanceType`, `DedicatedHost`. */ type: string; } interface GetAvailableResourcesAvailableZoneAvailableResourceSupportedResource { /** * The resource status of the available zone. Valid values: `Available`, `SoldOut`. */ status: string; /** * The value of the resource. */ value: string; } interface GetCommandsCommand { /** * The base64 encoded content of the ecs command. */ commandContent: string; /** * The id of ecs command. */ commandId: string; /** * The provider of public command. When this field is not specified, query for custom commands. */ commandProvider: string; /** * The create time of the ecs command. */ createdAt: string; /** * The description of the ecs command. */ description: string; /** * The id of the ecs command. */ id: string; /** * The invocation times of the ecs command. Public commands do not display the invocation times. */ invocationTimes: number; /** * The name of ecs command. This field support fuzzy query. */ name: string; /** * The timeout of the ecs command. */ timeout: number; /** * The type of ecs command. Valid values: `Shell`. */ type: string; /** * The update time of the ecs command. */ updatedAt: string; /** * The username of the ecs command. */ username: string; /** * The working directory of the ecs command. */ workingDir: string; } interface GetDeploymentSetsDeploymentSet { /** * The ID of ECS DeploymentSet. */ deploymentSetId: string; /** * The name of ECS DeploymentSet. */ deploymentSetName: string; /** * The description of ECS DeploymentSet. */ description: string; /** * The granularity of ECS DeploymentSet.Valid values: switch, host, rack. */ granularity: string; /** * The strategy of ECS DeploymentSet. */ strategy: string; } interface GetHpcClustersHpcCluster { /** * The created time of the hpc cluster. */ createdAt: string; /** * The description of the hpc cluster. */ description: string; /** * The id of the hpc cluster. */ hpcClusterId: string; /** * The id of the hpc cluster. */ id: string; /** * The name of the hpc cluster. */ name: string; /** * The updated time of the hpc cluster. */ updatedAt: string; /** * The vpc id of the hpc cluster. */ vpcId: string; /** * The zone id of the hpc cluster. */ zoneId: string; } interface GetImageSharePermissionsAccount { /** * The shared account id of the image. */ accountId: string; } interface GetImagesImage { /** * The architecture of Image. */ architecture: string; /** * The boot mode of Image. */ bootMode: string; /** * The create time of Image. */ createdAt: string; /** * The description of Image. */ description: string; /** * The ID of Image. */ imageId: string; /** * The name of Image. */ imageName: string; /** * Whether the Image support cloud-init. */ isSupportCloudInit: boolean; /** * The name of Image operating system. */ osName: string; /** * The operating system type of Image. */ osType: string; /** * The platform of Image. */ platform: string; /** * The platform version of Image. */ platformVersion: string; /** * The share mode of Image. */ shareStatus: string; /** * The size(GiB) of Image. */ size: number; /** * A list of Image status, the value can be `available` or `creating` or `error`. */ status: string; /** * Tags. */ tags: outputs.ecs.GetImagesImageTag[]; /** * The update time of Image. */ updatedAt: string; /** * The visibility of Image. */ visibility: string; } interface GetImagesImageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetImagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstanceTypesInstanceType { /** * The CPU benchmark performance that can be provided steadily by on-demand instances is determined by the instance type. */ baselineCredit: number; /** * The GPU device info of Instance. */ gpus: outputs.ecs.GetInstanceTypesInstanceTypeGpus[]; /** * The CPU credits obtained at once when creating a on-demand performance instance are fixed at 30 credits per vCPU. */ initialCredit: number; /** * The instance type family. */ instanceTypeFamily: string; /** * The id of the instance type. */ instanceTypeId: string; /** * Local disk configuration information corresponding to instance specifications. */ localVolumes: outputs.ecs.GetInstanceTypesInstanceTypeLocalVolume[]; /** * Memory information of instance specifications. */ memories: outputs.ecs.GetInstanceTypesInstanceTypeMemory[]; /** * Network information of instance specifications. */ networks: outputs.ecs.GetInstanceTypesInstanceTypeNetwork[]; /** * CPU information of instance specifications. */ processors: outputs.ecs.GetInstanceTypesInstanceTypeProcessor[]; /** * RDMA Specification Information. */ rdmas: outputs.ecs.GetInstanceTypesInstanceTypeRdma[]; /** * Cloud disk information for instance specifications. */ volumes: outputs.ecs.GetInstanceTypesInstanceTypeVolume[]; } interface GetInstanceTypesInstanceTypeGpus { /** * GPU device information list. */ gpuDevices: outputs.ecs.GetInstanceTypesInstanceTypeGpusGpuDevice[]; } interface GetInstanceTypesInstanceTypeGpusGpuDevice { /** * The number of local disks mounted on the instance. */ count: number; /** * Memory information of instance specifications. */ memories: outputs.ecs.GetInstanceTypesInstanceTypeGpusGpuDeviceMemory[]; /** * The Product Name of GPU device. */ productName: string; } interface GetInstanceTypesInstanceTypeGpusGpuDeviceMemory { /** * The Encrypted Memory Size of GPU device. */ encryptedSize: number; /** * Memory size, unit: MiB. */ size: number; } interface GetInstanceTypesInstanceTypeLocalVolume { /** * The number of local disks mounted on the instance. */ count: number; /** * Memory size, unit: MiB. */ size: number; /** * The type of volume. */ volumeType: string; } interface GetInstanceTypesInstanceTypeMemory { /** * The Encrypted Memory Size of GPU device. */ encryptedSize: number; /** * Memory size, unit: MiB. */ size: number; } interface GetInstanceTypesInstanceTypeNetwork { /** * Network benchmark bandwidth capacity (out/in), unit: Mbps. */ baselineBandwidthMbps: number; /** * Peak network bandwidth capacity (out/in), unit: Mbps. */ maximumBandwidthMbps: number; /** * Maximum number of elastic network interfaces supported for attachment. */ maximumNetworkInterfaces: number; /** * Maximum number of IPv4 addresses for a single elastic network interface. */ maximumPrivateIpv4AddressesPerNetworkInterface: number; /** * Maximum queue number for a single elastic network interface, including the queue number supported by the primary network interface and the auxiliary network interface. */ maximumQueuesPerNetworkInterface: number; /** * Network packet sending and receiving capacity (in+out), unit: Kpps. */ maximumThroughputKpps: number; } interface GetInstanceTypesInstanceTypeProcessor { /** * CPU clock speed, unit: GHz. */ baseFrequency: number; /** * The number of ECS instance CPU cores. */ cpus: number; /** * CPU model. */ model: string; /** * CPU Turbo Boost, unit: GHz. */ turboFrequency: number; } interface GetInstanceTypesInstanceTypeRdma { /** * Number of RDMA network cards. */ rdmaNetworkInterfaces: number; } interface GetInstanceTypesInstanceTypeVolume { /** * The maximum number of volumes. */ maximumCount: number; /** * List of supported volume types. */ supportedVolumeTypes: string[]; } interface GetInstancesInstance { /** * The number of ECS instance CPU cores. */ cpus: number; /** * The create time of ECS instance. */ createdAt: string; /** * The ID of DeploymentSet. */ deploymentSetId: string; /** * The description of ECS instance. */ description: string; /** * The GPU device info of Instance. */ gpuDevices: outputs.ecs.GetInstancesInstanceGpuDevice[]; /** * The host name of ECS instance. */ hostName: string; /** * The image ID of ECS instance. */ imageId: string; /** * The charge type of ECS instance. */ instanceChargeType: string; /** * The ID of ECS instance. */ instanceId: string; /** * The name of ECS instance. This field support fuzzy query. */ instanceName: string; /** * The spec type of ECS instance. */ instanceType: string; /** * The number of IPv6 addresses of the ECS instance. */ ipv6AddressCount: number; /** * A list of ipv6 addresses. */ ipv6Addresses: string[]; /** * The Flag of GPU instance.If the instance is GPU,The flag is true. */ isGpu: boolean; /** * The ssh key ID of ECS instance. */ keyPairId: string; /** * The key pair name of ECS instance. */ keyPairName: string; /** * The memory size of ECS instance. */ memorySize: number; /** * The networkInterface detail collection of ECS instance. */ networkInterfaces: outputs.ecs.GetInstancesInstanceNetworkInterface[]; /** * The os name of ECS instance. */ osName: string; /** * The os type of ECS instance. */ osType: string; /** * The ProjectName of ECS instance. */ projectName: string; /** * The spot price limit of ECS instance. */ spotPriceLimit: number; /** * The spot strategy of ECS instance. */ spotStrategy: string; /** * The status of ECS instance. */ status: string; /** * The stop mode of ECS instance. */ stoppedMode: string; /** * Tags. */ tags: outputs.ecs.GetInstancesInstanceTag[]; /** * The update time of ECS instance. */ updatedAt: string; /** * The volume detail collection of volume. */ volumes: outputs.ecs.GetInstancesInstanceVolume[]; /** * The VPC ID of ECS instance. */ vpcId: string; /** * The available zone ID of ECS instance. */ zoneId: string; } interface GetInstancesInstanceGpuDevice { /** * The Count of GPU device. */ count: number; /** * The Encrypted Memory Size of GPU device. */ encryptedMemorySize: number; /** * The memory size of ECS instance. */ memorySize: number; /** * The Product Name of GPU device. */ productName: string; } interface GetInstancesInstanceNetworkInterface { /** * The mac address of networkInterface. */ macAddress: string; /** * The ID of networkInterface. */ networkInterfaceId: string; /** * The primary ip address of ECS instance. */ primaryIpAddress: string; /** * The subnet ID of networkInterface. */ subnetId: string; /** * The type of networkInterface. */ type: string; /** * The VPC ID of ECS instance. */ vpcId: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesInstanceVolume { /** * The delete with instance flag of volume. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The ID of volume. */ volumeId: string; /** * The Name of volume. */ volumeName: string; /** * The type of volume. */ volumeType: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInvocationResultsInvocationResult { /** * The id of ecs command. */ commandId: string; /** * The end time of the ecs invocation in the instance. */ endTime: string; /** * The error code of the ecs invocation. */ errorCode: string; /** * The error message of the ecs invocation. */ errorMessage: string; /** * The exit code of the ecs command. */ exitCode: number; /** * The id of the ecs invocation result. */ id: string; /** * The id of ecs instance. */ instanceId: string; /** * The id of ecs invocation. */ invocationId: string; /** * The id of the ecs invocation result. */ invocationResultId: string; /** * The list of status of ecs invocation in a single instance. Valid values: `Pending`, `Running`, `Success`, `Failed`, `Timeout`. */ invocationResultStatus: string; /** * The base64 encoded output message of the ecs invocation. */ output: string; /** * The start time of the ecs invocation in the instance. */ startTime: string; /** * The username of the ecs command. */ username: string; } interface GetInvocationsInvocation { /** * The base64 encoded content of the ecs command. */ commandContent: string; /** * The description of the ecs command. */ commandDescription: string; /** * The id of ecs command. */ commandId: string; /** * The name of ecs command. This field support fuzzy query. */ commandName: string; /** * The provider of the ecs command. */ commandProvider: string; /** * The type of ecs command. Valid values: `Shell`. */ commandType: string; /** * The end time of the ecs invocation. */ endTime: string; /** * The frequency of the ecs invocation. */ frequency: string; /** * The id of the ecs invocation. */ id: string; /** * The list of ECS instance IDs. */ instanceIds: string[]; /** * The instance number of the ecs invocation. */ instanceNumber: number; /** * The description of the ecs invocation. */ invocationDescription: string; /** * The id of ecs invocation. */ invocationId: string; /** * The name of ecs invocation. This field support fuzzy query. */ invocationName: string; /** * The list of status of ecs invocation. Valid values: `Pending`, `Scheduled`, `Running`, `Success`, `Failed`, `Stopped`, `PartialFailed`, `Finished`. */ invocationStatus: string; /** * The launch time of the ecs invocation. */ launchTime: string; /** * The recurrence end time of the ecs invocation. */ recurrenceEndTime: string; /** * The repeat mode of ecs invocation. Valid values: `Once`, `Rate`, `Fixed`. */ repeatMode: string; /** * The start time of the ecs invocation. */ startTime: string; /** * The timeout of the ecs command. */ timeout: number; /** * The username of the ecs command. */ username: string; /** * The working directory of the ecs command. */ workingDir: string; } interface GetKeyPairsKeyPair { /** * The creation time of key pair. */ createdAt: string; /** * The description of key pair. */ description: string; /** * The finger print info. */ fingerPrint: string; /** * The id of key pair. */ id: string; /** * The id of key pair. */ keyPairId: string; /** * Name of key pair. */ keyPairName: string; /** * The update time of key pair. */ updatedAt: string; } interface GetLaunchTemplatesLaunchTemplate { /** * The created time of the launch template. */ createdAt: string; /** * The default version of the launch template. */ defaultVersionNumber: number; /** * The description of the instance. */ description: string; /** * The EIP bandwidth which the scaling configuration set. */ eipBandwidth: number; /** * The EIP billing type which the scaling configuration set. Valid values: PostPaidByBandwidth, PostPaidByTraffic. */ eipBillingType: string; /** * The EIP ISP which the scaling configuration set. Valid values: BGP, ChinaMobile, ChinaUnicom, ChinaTelecom. */ eipIsp: string; /** * The host name of the instance. */ hostName: string; /** * The hpc cluster id. */ hpcClusterId: string; /** * The id of the launch template. */ id: string; /** * The image id. */ imageId: string; /** * The charge type of the instance and volume. */ instanceChargeType: string; /** * The name of the instance. */ instanceName: string; /** * When you log in to the instance using the SSH key pair, enter the name of the key pair. */ keyPairName: string; /** * The latest version of the launch template. */ latestVersionNumber: number; /** * The id of the launch template. */ launchTemplateId: string; /** * The name of the launch template. */ launchTemplateName: string; /** * The list of network interfaces. */ networkInterfaces: outputs.ecs.GetLaunchTemplatesLaunchTemplateNetworkInterface[]; /** * Whether to open the security reinforcement. */ securityEnhancementStrategy: string; /** * The index of the ordered suffix. */ suffixIndex: number; /** * Indicates whether the ordered suffix is automatically added to Hostname and InstanceName when multiple instances are created. */ uniqueSuffix: boolean; /** * The updated time of the launch template. */ updatedAt: string; /** * The latest version description of the launch template. */ versionDescription: string; /** * The list of volume of the scaling configuration. */ volumes: outputs.ecs.GetLaunchTemplatesLaunchTemplateVolume[]; /** * The vpc id. */ vpcId: string; /** * The zone ID of the instance. */ zoneId: string; } interface GetLaunchTemplatesLaunchTemplateNetworkInterface { /** * The security group ID associated with the NIC. */ securityGroupIds: string[]; /** * The private network subnet ID of the instance, when creating the instance, supports binding the secondary NIC at the same time. */ subnetId: string; } interface GetLaunchTemplatesLaunchTemplateVolume { /** * The delete with instance flag of volume. Valid values: true, false. Default value: true. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The type of volume. */ volumeType: string; } interface GetRegionsRegion { /** * The id of the region. */ id: string; /** * The id of the region. */ regionId: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; } interface HpcClustersHpcCluster { /** * The created time of the hpc cluster. */ createdAt: string; /** * The description of the hpc cluster. */ description: string; /** * The id of the hpc cluster. */ hpcClusterId: string; /** * The id of the hpc cluster. */ id: string; /** * The name of the hpc cluster. */ name: string; /** * The updated time of the hpc cluster. */ updatedAt: string; /** * The vpc id of the hpc cluster. */ vpcId: string; /** * The zone id of the hpc cluster. */ zoneId: string; } interface ImageImportTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ImageSharePermissionsAccount { /** * The shared account id of the image. */ accountId: string; } interface ImageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ImagesImage { /** * The architecture of Image. */ architecture: string; /** * The boot mode of Image. */ bootMode: string; /** * The create time of Image. */ createdAt: string; /** * The description of Image. */ description: string; /** * The ID of Image. */ imageId: string; /** * The name of Image. */ imageName: string; /** * Whether the Image support cloud-init. */ isSupportCloudInit: boolean; /** * The name of Image operating system. */ osName: string; /** * The operating system type of Image. */ osType: string; /** * The platform of Image. */ platform: string; /** * The platform version of Image. */ platformVersion: string; /** * The share mode of Image. */ shareStatus: string; /** * The size(GiB) of Image. */ size: number; /** * A list of Image status, the value can be `available` or `creating` or `error`. */ status: string; /** * Tags. */ tags: outputs.ecs.ImagesImageTag[]; /** * The update time of Image. */ updatedAt: string; /** * The visibility of Image. */ visibility: string; } interface ImagesImageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ImagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstanceCpuOptions { /** * The number of subnuma in socket, only support for ebm. `1` indicates disabling SNC/NPS function. When importing resources, this attribute will not be imported. If this attribute is set, please use lifecycle and ignoreChanges ignore changes in fields. */ numaPerSocket?: number; /** * The per core of threads, only support for ebm. `1` indicates disabling hyper threading function. */ threadsPerCore: number; } interface InstanceDataVolume { /** * The delete with instance flag of volume. */ deleteWithInstance?: boolean; /** * The size of volume. The value range of the data volume size is ESSD_PL0: 10~32768, ESSD_FlexPL: 10~32768, PTSSD: 20~8192. */ size: number; /** * The type of volume, the value is `PTSSD` or `ESSD_PL0` or `ESSD_PL1` or `ESSD_PL2` or `ESSD_FlexPL`. */ volumeType: string; } interface InstanceEipAddress { /** * The peek bandwidth of the EIP. The value range in 1~500 for PostPaidByBandwidth, and 1~200 for PostPaidByTraffic. Default is 1. */ bandwidthMbps?: number; /** * The id of the bandwidth package, indicates that the public IP address will be added to the bandwidth package. */ bandwidthPackageId?: string; /** * The billing type of the EIP Address. Valid values: `PayByBandwidth`, `PayByTraffic`. Default is `PayByBandwidth`. */ chargeType?: string; /** * The ISP of the EIP. Valid values: `BGP`, `ChinaMobile`, `ChinaUnicom`, `ChinaTelecom`, `SingleLine_BGP`, `Static_BGP`. */ isp?: string; } interface InstanceGpuDevice { /** * The Count of GPU device. */ count: number; /** * The Encrypted Memory Size of GPU device. */ encryptedMemorySize: number; /** * The memory size of ECS instance. */ memorySize: number; /** * The Product Name of GPU device. */ productName: string; } interface InstanceSecondaryNetworkInterface { /** * The private ip address of secondary networkInterface. */ primaryIpAddress: string; /** * The security group ID set of secondary networkInterface. */ securityGroupIds: string[]; /** * The subnet ID of secondary networkInterface. */ subnetId: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstanceTypesInstanceType { /** * The CPU benchmark performance that can be provided steadily by on-demand instances is determined by the instance type. */ baselineCredit: number; /** * The GPU device info of Instance. */ gpus: outputs.ecs.InstanceTypesInstanceTypeGpus[]; /** * The CPU credits obtained at once when creating a on-demand performance instance are fixed at 30 credits per vCPU. */ initialCredit: number; /** * The instance type family. */ instanceTypeFamily: string; /** * The id of the instance type. */ instanceTypeId: string; /** * Local disk configuration information corresponding to instance specifications. */ localVolumes: outputs.ecs.InstanceTypesInstanceTypeLocalVolume[]; /** * Memory information of instance specifications. */ memories: outputs.ecs.InstanceTypesInstanceTypeMemory[]; /** * Network information of instance specifications. */ networks: outputs.ecs.InstanceTypesInstanceTypeNetwork[]; /** * CPU information of instance specifications. */ processors: outputs.ecs.InstanceTypesInstanceTypeProcessor[]; /** * RDMA Specification Information. */ rdmas: outputs.ecs.InstanceTypesInstanceTypeRdma[]; /** * Cloud disk information for instance specifications. */ volumes: outputs.ecs.InstanceTypesInstanceTypeVolume[]; } interface InstanceTypesInstanceTypeGpus { /** * GPU device information list. */ gpuDevices: outputs.ecs.InstanceTypesInstanceTypeGpusGpuDevice[]; } interface InstanceTypesInstanceTypeGpusGpuDevice { /** * The number of local disks mounted on the instance. */ count: number; /** * Memory information of instance specifications. */ memories: outputs.ecs.InstanceTypesInstanceTypeGpusGpuDeviceMemory[]; /** * The Product Name of GPU device. */ productName: string; } interface InstanceTypesInstanceTypeGpusGpuDeviceMemory { /** * The Encrypted Memory Size of GPU device. */ encryptedSize: number; /** * Memory size, unit: MiB. */ size: number; } interface InstanceTypesInstanceTypeLocalVolume { /** * The number of local disks mounted on the instance. */ count: number; /** * Memory size, unit: MiB. */ size: number; /** * The type of volume. */ volumeType: string; } interface InstanceTypesInstanceTypeMemory { /** * The Encrypted Memory Size of GPU device. */ encryptedSize: number; /** * Memory size, unit: MiB. */ size: number; } interface InstanceTypesInstanceTypeNetwork { /** * Network benchmark bandwidth capacity (out/in), unit: Mbps. */ baselineBandwidthMbps: number; /** * Peak network bandwidth capacity (out/in), unit: Mbps. */ maximumBandwidthMbps: number; /** * Maximum number of elastic network interfaces supported for attachment. */ maximumNetworkInterfaces: number; /** * Maximum number of IPv4 addresses for a single elastic network interface. */ maximumPrivateIpv4AddressesPerNetworkInterface: number; /** * Maximum queue number for a single elastic network interface, including the queue number supported by the primary network interface and the auxiliary network interface. */ maximumQueuesPerNetworkInterface: number; /** * Network packet sending and receiving capacity (in+out), unit: Kpps. */ maximumThroughputKpps: number; } interface InstanceTypesInstanceTypeProcessor { /** * CPU clock speed, unit: GHz. */ baseFrequency: number; /** * The number of ECS instance CPU cores. */ cpus: number; /** * CPU model. */ model: string; /** * CPU Turbo Boost, unit: GHz. */ turboFrequency: number; } interface InstanceTypesInstanceTypeRdma { /** * Number of RDMA network cards. */ rdmaNetworkInterfaces: number; } interface InstanceTypesInstanceTypeVolume { /** * The maximum number of volumes. */ maximumCount: number; /** * List of supported volume types. */ supportedVolumeTypes: string[]; } interface InstancesInstance { /** * The number of ECS instance CPU cores. */ cpus: number; /** * The create time of ECS instance. */ createdAt: string; /** * The ID of DeploymentSet. */ deploymentSetId: string; /** * The description of ECS instance. */ description: string; /** * The GPU device info of Instance. */ gpuDevices: outputs.ecs.InstancesInstanceGpuDevice[]; /** * The host name of ECS instance. */ hostName: string; /** * The image ID of ECS instance. */ imageId: string; /** * The charge type of ECS instance. */ instanceChargeType: string; /** * The ID of ECS instance. */ instanceId: string; /** * The name of ECS instance. This field support fuzzy query. */ instanceName: string; /** * The spec type of ECS instance. */ instanceType: string; /** * The number of IPv6 addresses of the ECS instance. */ ipv6AddressCount: number; /** * A list of ipv6 addresses. */ ipv6Addresses: string[]; /** * The Flag of GPU instance.If the instance is GPU,The flag is true. */ isGpu: boolean; /** * The ssh key ID of ECS instance. */ keyPairId: string; /** * The key pair name of ECS instance. */ keyPairName: string; /** * The memory size of ECS instance. */ memorySize: number; /** * The networkInterface detail collection of ECS instance. */ networkInterfaces: outputs.ecs.InstancesInstanceNetworkInterface[]; /** * The os name of ECS instance. */ osName: string; /** * The os type of ECS instance. */ osType: string; /** * The ProjectName of ECS instance. */ projectName: string; /** * The spot price limit of ECS instance. */ spotPriceLimit: number; /** * The spot strategy of ECS instance. */ spotStrategy: string; /** * The status of ECS instance. */ status: string; /** * The stop mode of ECS instance. */ stoppedMode: string; /** * Tags. */ tags: outputs.ecs.InstancesInstanceTag[]; /** * The update time of ECS instance. */ updatedAt: string; /** * The volume detail collection of volume. */ volumes: outputs.ecs.InstancesInstanceVolume[]; /** * The VPC ID of ECS instance. */ vpcId: string; /** * The available zone ID of ECS instance. */ zoneId: string; } interface InstancesInstanceGpuDevice { /** * The Count of GPU device. */ count: number; /** * The Encrypted Memory Size of GPU device. */ encryptedMemorySize: number; /** * The memory size of ECS instance. */ memorySize: number; /** * The Product Name of GPU device. */ productName: string; } interface InstancesInstanceNetworkInterface { /** * The mac address of networkInterface. */ macAddress: string; /** * The ID of networkInterface. */ networkInterfaceId: string; /** * The primary ip address of ECS instance. */ primaryIpAddress: string; /** * The subnet ID of networkInterface. */ subnetId: string; /** * The type of networkInterface. */ type: string; /** * The VPC ID of ECS instance. */ vpcId: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstanceVolume { /** * The delete with instance flag of volume. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The ID of volume. */ volumeId: string; /** * The Name of volume. */ volumeName: string; /** * The type of volume. */ volumeType: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InvocationResultsInvocationResult { /** * The id of ecs command. */ commandId: string; /** * The end time of the ecs invocation in the instance. */ endTime: string; /** * The error code of the ecs invocation. */ errorCode: string; /** * The error message of the ecs invocation. */ errorMessage: string; /** * The exit code of the ecs command. */ exitCode: number; /** * The id of the ecs invocation result. */ id: string; /** * The id of ecs instance. */ instanceId: string; /** * The id of ecs invocation. */ invocationId: string; /** * The id of the ecs invocation result. */ invocationResultId: string; /** * The list of status of ecs invocation in a single instance. Valid values: `Pending`, `Running`, `Success`, `Failed`, `Timeout`. */ invocationResultStatus: string; /** * The base64 encoded output message of the ecs invocation. */ output: string; /** * The start time of the ecs invocation in the instance. */ startTime: string; /** * The username of the ecs command. */ username: string; } interface InvocationsInvocation { /** * The base64 encoded content of the ecs command. */ commandContent: string; /** * The description of the ecs command. */ commandDescription: string; /** * The id of ecs command. */ commandId: string; /** * The name of ecs command. This field support fuzzy query. */ commandName: string; /** * The provider of the ecs command. */ commandProvider: string; /** * The type of ecs command. Valid values: `Shell`. */ commandType: string; /** * The end time of the ecs invocation. */ endTime: string; /** * The frequency of the ecs invocation. */ frequency: string; /** * The id of the ecs invocation. */ id: string; /** * The list of ECS instance IDs. */ instanceIds: string[]; /** * The instance number of the ecs invocation. */ instanceNumber: number; /** * The description of the ecs invocation. */ invocationDescription: string; /** * The id of ecs invocation. */ invocationId: string; /** * The name of ecs invocation. This field support fuzzy query. */ invocationName: string; /** * The list of status of ecs invocation. Valid values: `Pending`, `Scheduled`, `Running`, `Success`, `Failed`, `Stopped`, `PartialFailed`, `Finished`. */ invocationStatus: string; /** * The launch time of the ecs invocation. */ launchTime: string; /** * The recurrence end time of the ecs invocation. */ recurrenceEndTime: string; /** * The repeat mode of ecs invocation. Valid values: `Once`, `Rate`, `Fixed`. */ repeatMode: string; /** * The start time of the ecs invocation. */ startTime: string; /** * The timeout of the ecs command. */ timeout: number; /** * The username of the ecs command. */ username: string; /** * The working directory of the ecs command. */ workingDir: string; } interface KeyPairsKeyPair { /** * The creation time of key pair. */ createdAt: string; /** * The description of key pair. */ description: string; /** * The finger print info. */ fingerPrint: string; /** * The id of key pair. */ id: string; /** * The id of key pair. */ keyPairId: string; /** * Name of key pair. */ keyPairName: string; /** * The update time of key pair. */ updatedAt: string; } interface LaunchTemplateNetworkInterface { /** * The security group ID associated with the NIC. */ securityGroupIds?: string[]; /** * The private network subnet ID of the instance, when creating the instance, supports binding the secondary NIC at the same time. */ subnetId?: string; } interface LaunchTemplateVolume { /** * The delete with instance flag of volume. Valid values: true, false. Default value: true. */ deleteWithInstance?: boolean; /** * The size of volume. */ size?: number; /** * The type of volume. */ volumeType?: string; } interface LaunchTemplatesLaunchTemplate { /** * The created time of the launch template. */ createdAt: string; /** * The default version of the launch template. */ defaultVersionNumber: number; /** * The description of the instance. */ description: string; /** * The EIP bandwidth which the scaling configuration set. */ eipBandwidth: number; /** * The EIP billing type which the scaling configuration set. Valid values: PostPaidByBandwidth, PostPaidByTraffic. */ eipBillingType: string; /** * The EIP ISP which the scaling configuration set. Valid values: BGP, ChinaMobile, ChinaUnicom, ChinaTelecom. */ eipIsp: string; /** * The host name of the instance. */ hostName: string; /** * The hpc cluster id. */ hpcClusterId: string; /** * The id of the launch template. */ id: string; /** * The image id. */ imageId: string; /** * The charge type of the instance and volume. */ instanceChargeType: string; /** * The name of the instance. */ instanceName: string; /** * When you log in to the instance using the SSH key pair, enter the name of the key pair. */ keyPairName: string; /** * The latest version of the launch template. */ latestVersionNumber: number; /** * The id of the launch template. */ launchTemplateId: string; /** * The name of the launch template. */ launchTemplateName: string; /** * The list of network interfaces. */ networkInterfaces: outputs.ecs.LaunchTemplatesLaunchTemplateNetworkInterface[]; /** * Whether to open the security reinforcement. */ securityEnhancementStrategy: string; /** * The index of the ordered suffix. */ suffixIndex: number; /** * Indicates whether the ordered suffix is automatically added to Hostname and InstanceName when multiple instances are created. */ uniqueSuffix: boolean; /** * The updated time of the launch template. */ updatedAt: string; /** * The latest version description of the launch template. */ versionDescription: string; /** * The list of volume of the scaling configuration. */ volumes: outputs.ecs.LaunchTemplatesLaunchTemplateVolume[]; /** * The vpc id. */ vpcId: string; /** * The zone ID of the instance. */ zoneId: string; } interface LaunchTemplatesLaunchTemplateNetworkInterface { /** * The security group ID associated with the NIC. */ securityGroupIds: string[]; /** * The private network subnet ID of the instance, when creating the instance, supports binding the secondary NIC at the same time. */ subnetId: string; } interface LaunchTemplatesLaunchTemplateVolume { /** * The delete with instance flag of volume. Valid values: true, false. Default value: true. */ deleteWithInstance: boolean; /** * The size of volume. */ size: number; /** * The type of volume. */ volumeType: string; } interface RegionsRegion { /** * The id of the region. */ id: string; /** * The id of the region. */ regionId: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; } } export declare namespace eip { interface AddressTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AddressesAddress { /** * The id of the EIP address. */ allocationId: string; /** * The allocation time of the EIP. */ allocationTime: string; /** * The peek bandwidth of the EIP. */ bandwidth: number; /** * The id of the bandwidth package. */ bandwidthPackageId: string; /** * The billing type of the EIP. */ billingType: string; /** * The business status of the EIP. */ businessStatus: string; /** * The deleted time of the EIP. */ deletedTime: string; /** * The description of the EIP. */ description: string; /** * The EIP ip address of the EIP. */ eipAddress: string; /** * The expired time of the EIP. */ expiredTime: string; /** * The id of the EIP address. */ id: string; /** * The instance id which be associated to the EIP. */ instanceId: string; /** * The type of the associated instance. */ instanceType: string; /** * An ISP of EIP Address, the value can be `BGP` or `ChinaMobile` or `ChinaUnicom` or `ChinaTelecom`. */ isp: string; /** * The lock reason of the EIP. */ lockReason: string; /** * A name of EIP. */ name: string; /** * The overdue time of the EIP. */ overdueTime: string; /** * The ProjectName of EIP. */ projectName: string; /** * Security protection types for shared bandwidth packages. Parameter - N: Indicates the number of security protection types, currently only supports taking 1. Value: `AntiDDoS_Enhanced`. */ securityProtectionTypes: string[]; /** * A status of EIP, the value can be `Attaching` or `Detaching` or `Attached` or `Available`. */ status: string; /** * Tags. */ tags: outputs.eip.AddressesAddressTag[]; /** * The last update time of the EIP. */ updatedAt: string; } interface AddressesAddressTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AddressesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAddressesAddress { /** * The id of the EIP address. */ allocationId: string; /** * The allocation time of the EIP. */ allocationTime: string; /** * The peek bandwidth of the EIP. */ bandwidth: number; /** * The id of the bandwidth package. */ bandwidthPackageId: string; /** * The billing type of the EIP. */ billingType: string; /** * The business status of the EIP. */ businessStatus: string; /** * The deleted time of the EIP. */ deletedTime: string; /** * The description of the EIP. */ description: string; /** * The EIP ip address of the EIP. */ eipAddress: string; /** * The expired time of the EIP. */ expiredTime: string; /** * The id of the EIP address. */ id: string; /** * The instance id which be associated to the EIP. */ instanceId: string; /** * The type of the associated instance. */ instanceType: string; /** * An ISP of EIP Address, the value can be `BGP` or `ChinaMobile` or `ChinaUnicom` or `ChinaTelecom`. */ isp: string; /** * The lock reason of the EIP. */ lockReason: string; /** * A name of EIP. */ name: string; /** * The overdue time of the EIP. */ overdueTime: string; /** * The ProjectName of EIP. */ projectName: string; /** * Security protection types for shared bandwidth packages. Parameter - N: Indicates the number of security protection types, currently only supports taking 1. Value: `AntiDDoS_Enhanced`. */ securityProtectionTypes: string[]; /** * A status of EIP, the value can be `Attaching` or `Detaching` or `Attached` or `Available`. */ status: string; /** * Tags. */ tags: outputs.eip.GetAddressesAddressTag[]; /** * The last update time of the EIP. */ updatedAt: string; } interface GetAddressesAddressTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAddressesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace escloud { interface GetInstancesInstance { /** * The charge status of instance. */ chargeEnabled: boolean; /** * The create time of instance. */ createTime: string; /** * whether enable es private network. */ enableEsPrivateNetwork: boolean; /** * whether enable es public network. */ enableEsPublicNetwork: boolean; /** * whether enable kibana private network. */ enableKibanaPrivateNetwork: boolean; /** * whether enable kibana public network. */ enableKibanaPublicNetwork: boolean; /** * The es inner endpoint of instance. */ esInnerEndpoint: string; /** * The es private domain of instance. */ esPrivateDomain: string; /** * The es private endpoint of instance. */ esPrivateEndpoint: string; /** * The es public domain of instance. */ esPublicDomain: string; /** * The es public endpoint of instance. */ esPublicEndpoint: string; /** * The expire time of instance. */ expireDate: string; /** * The Id of instance. */ id: string; /** * The configuration of instance. */ instanceConfiguration: outputs.escloud.GetInstancesInstanceInstanceConfiguration; /** * The Id of instance. */ instanceId: string; /** * The kibana private domain of instance. */ kibanaPrivateDomain: string; /** * The kibana public domain of instance. */ kibanaPublicDomain: string; /** * The maintenance day of instance. */ maintenanceDays: string[]; /** * The maintenance time of instance. */ maintenanceTime: string; /** * The namespace of instance. */ namespace: string; /** * The nodes info of instance. */ nodes: outputs.escloud.GetInstancesInstanceNode[]; /** * The plugin info of instance. */ plugins: outputs.escloud.GetInstancesInstancePlugin[]; /** * The status of instance. */ status: string; /** * The total nodes of instance. */ totalNodes: number; /** * The user id of instance. */ userId: string; } interface GetInstancesInstanceInstanceConfiguration { /** * The user name of instance. */ adminUserName: string; /** * The charge type of instance. */ chargeType: string; /** * whether enable https. */ enableHttps: boolean; /** * Whether enable pure master. */ enablePureMaster: boolean; /** * The node number of host. */ hotNodeNumber: number; /** * The node resource spec of host. */ hotNodeResourceSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationHotNodeResourceSpec; /** * The node storage spec of host. */ hotNodeStorageSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationHotNodeStorageSpec; /** * The name of instance. */ instanceName: string; /** * The node number of kibana. */ kibanaNodeNumber: number; /** * The node resource spec of kibana. */ kibanaNodeResourceSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationKibanaNodeResourceSpec; /** * The node storage spec of kibana. */ kibanaNodeStorageSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationKibanaNodeStorageSpec; /** * The node number of master. */ masterNodeNumber: number; /** * The node resource spec of master. */ masterNodeResourceSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationMasterNodeResourceSpec; /** * The node storage spec of master. */ masterNodeStorageSpec: outputs.escloud.GetInstancesInstanceInstanceConfigurationMasterNodeStorageSpec; /** * The period of project. */ period: number; /** * The name of project. */ projectName: string; /** * The region info of instance. */ regionId: string; /** * The subnet info. */ subnet: outputs.escloud.GetInstancesInstanceInstanceConfigurationSubnet; /** * The version of plugin. */ version: string; /** * The vpc info. */ vpc: outputs.escloud.GetInstancesInstanceInstanceConfigurationVpc; /** * The zoneId of instance. */ zoneId: string; /** * The zone number of instance. */ zoneNumber: number; } interface GetInstancesInstanceInstanceConfigurationHotNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetInstancesInstanceInstanceConfigurationHotNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface GetInstancesInstanceInstanceConfigurationKibanaNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetInstancesInstanceInstanceConfigurationKibanaNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface GetInstancesInstanceInstanceConfigurationMasterNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetInstancesInstanceInstanceConfigurationMasterNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface GetInstancesInstanceInstanceConfigurationSubnet { /** * The id of subnet. */ subnetId: string; /** * The name of subnet. */ subnetName: string; } interface GetInstancesInstanceInstanceConfigurationVpc { /** * The id of vpc. */ vpcId: string; /** * The name of vpc. */ vpcName: string; } interface GetInstancesInstanceNode { /** * Is cold node. */ isCold: boolean; /** * Is hot node. */ isHot: boolean; /** * Is kibana node. */ isKibana: boolean; /** * Is master node. */ isMaster: boolean; /** * Is warm node. */ isWarm: boolean; /** * The show name of node. */ nodeDisplayName: string; /** * The name of node. */ nodeName: string; /** * The node resource spec of master. */ resourceSpec: outputs.escloud.GetInstancesInstanceNodeResourceSpec; /** * The restart times of node. */ restartNumber: number; /** * The start time of node. */ startTime: string; /** * The status of instance. */ status: string; /** * The node storage spec of master. */ storageSpec: outputs.escloud.GetInstancesInstanceNodeStorageSpec; } interface GetInstancesInstanceNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetInstancesInstanceNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface GetInstancesInstancePlugin { /** * The description of plugin. */ description: string; /** * The name of plugin. */ pluginName: string; /** * The version of plugin. */ version: string; } interface GetRegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface InstanceInstanceConfiguration { /** * The password of administrator account. When importing resources, this attribute will not be imported. If this attribute is set, please use lifecycle and ignoreChanges ignore changes in fields. */ adminPassword: string; /** * The name of administrator account(should be admin). */ adminUserName: string; /** * The charge type of ESCloud instance, the value can be PostPaid or PrePaid. */ chargeType: string; /** * Configuration code used for billing. */ configurationCode: string; /** * Whether Https access is enabled. */ enableHttps: boolean; /** * Whether the Master node is independent. */ enablePureMaster: boolean; /** * Whether to force restart when changes are made. If true, it means that the cluster will be forced to restart without paying attention to instance availability. Works only on modified the nodeSpecsAssigns field. */ forceRestartAfterScale?: boolean; /** * The name of ESCloud instance. */ instanceName?: string; /** * The maintainable date for the instance. Works only on modified scenes. */ maintenanceDays: string[]; /** * The maintainable time period for the instance. Works only on modified scenes. */ maintenanceTime: string; /** * The number and configuration of various ESCloud instance node. Kibana NodeSpecsAssign should not be modified. */ nodeSpecsAssigns: outputs.escloud.InstanceInstanceConfigurationNodeSpecsAssign[]; /** * The project name to which the ESCloud instance belongs. */ projectName: string; /** * The region ID of ESCloud instance. */ regionId: string; /** * The ID of subnet, the subnet must belong to the AZ selected. */ subnetId: string; /** * The version of ESCloud instance, the value is V6_7 or V7_10. */ version: string; /** * The available zone ID of ESCloud instance. */ zoneId: string; /** * The zone count of the ESCloud instance used. */ zoneNumber: number; } interface InstanceInstanceConfigurationNodeSpecsAssign { /** * The number of node. */ number: number; /** * The name of compute resource spec, the value is `kibana.x2.small` or `es.x4.medium` or `es.x4.large` or `es.x4.xlarge` or `es.x2.2xlarge` or `es.x4.2xlarge` or `es.x2.3xlarge`. */ resourceSpecName: string; /** * The size of storage. Kibana NodeSpecsAssign should not specify this field. */ storageSize?: number; /** * The name of storage spec. Kibana NodeSpecsAssign should not specify this field. */ storageSpecName?: string; /** * The type of node, the value is `Master` or `Hot` or `Kibana`. */ type: string; } interface InstancesInstance { /** * The charge status of instance. */ chargeEnabled: boolean; /** * The create time of instance. */ createTime: string; /** * whether enable es private network. */ enableEsPrivateNetwork: boolean; /** * whether enable es public network. */ enableEsPublicNetwork: boolean; /** * whether enable kibana private network. */ enableKibanaPrivateNetwork: boolean; /** * whether enable kibana public network. */ enableKibanaPublicNetwork: boolean; /** * The es inner endpoint of instance. */ esInnerEndpoint: string; /** * The es private domain of instance. */ esPrivateDomain: string; /** * The es private endpoint of instance. */ esPrivateEndpoint: string; /** * The es public domain of instance. */ esPublicDomain: string; /** * The es public endpoint of instance. */ esPublicEndpoint: string; /** * The expire time of instance. */ expireDate: string; /** * The Id of instance. */ id: string; /** * The configuration of instance. */ instanceConfiguration: outputs.escloud.InstancesInstanceInstanceConfiguration; /** * The Id of instance. */ instanceId: string; /** * The kibana private domain of instance. */ kibanaPrivateDomain: string; /** * The kibana public domain of instance. */ kibanaPublicDomain: string; /** * The maintenance day of instance. */ maintenanceDays: string[]; /** * The maintenance time of instance. */ maintenanceTime: string; /** * The namespace of instance. */ namespace: string; /** * The nodes info of instance. */ nodes: outputs.escloud.InstancesInstanceNode[]; /** * The plugin info of instance. */ plugins: outputs.escloud.InstancesInstancePlugin[]; /** * The status of instance. */ status: string; /** * The total nodes of instance. */ totalNodes: number; /** * The user id of instance. */ userId: string; } interface InstancesInstanceInstanceConfiguration { /** * The user name of instance. */ adminUserName: string; /** * The charge type of instance. */ chargeType: string; /** * whether enable https. */ enableHttps: boolean; /** * Whether enable pure master. */ enablePureMaster: boolean; /** * The node number of host. */ hotNodeNumber: number; /** * The node resource spec of host. */ hotNodeResourceSpec: outputs.escloud.InstancesInstanceInstanceConfigurationHotNodeResourceSpec; /** * The node storage spec of host. */ hotNodeStorageSpec: outputs.escloud.InstancesInstanceInstanceConfigurationHotNodeStorageSpec; /** * The name of instance. */ instanceName: string; /** * The node number of kibana. */ kibanaNodeNumber: number; /** * The node resource spec of kibana. */ kibanaNodeResourceSpec: outputs.escloud.InstancesInstanceInstanceConfigurationKibanaNodeResourceSpec; /** * The node storage spec of kibana. */ kibanaNodeStorageSpec: outputs.escloud.InstancesInstanceInstanceConfigurationKibanaNodeStorageSpec; /** * The node number of master. */ masterNodeNumber: number; /** * The node resource spec of master. */ masterNodeResourceSpec: outputs.escloud.InstancesInstanceInstanceConfigurationMasterNodeResourceSpec; /** * The node storage spec of master. */ masterNodeStorageSpec: outputs.escloud.InstancesInstanceInstanceConfigurationMasterNodeStorageSpec; /** * The period of project. */ period: number; /** * The name of project. */ projectName: string; /** * The region info of instance. */ regionId: string; /** * The subnet info. */ subnet: outputs.escloud.InstancesInstanceInstanceConfigurationSubnet; /** * The version of plugin. */ version: string; /** * The vpc info. */ vpc: outputs.escloud.InstancesInstanceInstanceConfigurationVpc; /** * The zoneId of instance. */ zoneId: string; /** * The zone number of instance. */ zoneNumber: number; } interface InstancesInstanceInstanceConfigurationHotNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface InstancesInstanceInstanceConfigurationHotNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface InstancesInstanceInstanceConfigurationKibanaNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface InstancesInstanceInstanceConfigurationKibanaNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface InstancesInstanceInstanceConfigurationMasterNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface InstancesInstanceInstanceConfigurationMasterNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface InstancesInstanceInstanceConfigurationSubnet { /** * The id of subnet. */ subnetId: string; /** * The name of subnet. */ subnetName: string; } interface InstancesInstanceInstanceConfigurationVpc { /** * The id of vpc. */ vpcId: string; /** * The name of vpc. */ vpcName: string; } interface InstancesInstanceNode { /** * Is cold node. */ isCold: boolean; /** * Is hot node. */ isHot: boolean; /** * Is kibana node. */ isKibana: boolean; /** * Is master node. */ isMaster: boolean; /** * Is warm node. */ isWarm: boolean; /** * The show name of node. */ nodeDisplayName: string; /** * The name of node. */ nodeName: string; /** * The node resource spec of master. */ resourceSpec: outputs.escloud.InstancesInstanceNodeResourceSpec; /** * The restart times of node. */ restartNumber: number; /** * The start time of node. */ startTime: string; /** * The status of instance. */ status: string; /** * The node storage spec of master. */ storageSpec: outputs.escloud.InstancesInstanceNodeStorageSpec; } interface InstancesInstanceNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface InstancesInstanceNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; /** * The type of storage spec. */ type: string; } interface InstancesInstancePlugin { /** * The description of plugin. */ description: string; /** * The name of plugin. */ pluginName: string; /** * The version of plugin. */ version: string; } interface RegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace escloud_v2 { interface EscloudInstanceV2NetworkSpec { /** * The bandwidth of the eip. Unit: Mbps. */ bandwidth: number; /** * Whether the eip is opened. */ isOpen: boolean; /** * The spec name of public network. */ specName: string; /** * The type of public network, valid values: `Elasticsearch`, `Kibana`. */ type: string; } interface EscloudInstanceV2NodeSpecsAssign { /** * The extra performance of FlexPL storage spec. */ extraPerformance?: outputs.escloud_v2.EscloudInstanceV2NodeSpecsAssignExtraPerformance; /** * The number of node. */ number: number; /** * The name of compute resource spec. */ resourceSpecName: string; /** * The size of storage. Unit: GiB. the adjustment step size is 10GiB. Default is 100 GiB. Kibana NodeSpecsAssign should specify this field to 0. */ storageSize: number; /** * The name of storage spec. Kibana NodeSpecsAssign should specify this field to ``. */ storageSpecName: string; /** * The type of node, valid values: `Master`, `Hot`, `Cold`, `Warm`, `Kibana`, `Coordinator`. */ type: string; } interface EscloudInstanceV2NodeSpecsAssignExtraPerformance { /** * When your data node chooses to use FlexPL storage type and the storage specification configuration is 500GiB or above, it supports purchasing bandwidth packages to increase disk bandwidth. * The unit is MiB, and the adjustment step size is 10MiB. */ throughput: number; } interface EscloudInstanceV2Tag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface EscloudInstancesV2Instance { /** * Whether to enable cerebro. */ cerebroEnabled: boolean; /** * The cerebro private domain of instance. */ cerebroPrivateDomain: string; /** * The cerebro public domain of instance. */ cerebroPublicDomain: string; /** * The charge status of instance. */ chargeEnabled: boolean; /** * The cluster id of instance. */ clusterId: string; /** * The create time of instance. */ createTime: string; /** * Whether enable deletion protection for ESCloud instance. */ deletionProtection: boolean; /** * whether enable es private domain public. */ enableEsPrivateDomainPublic: boolean; /** * whether enable es private network. */ enableEsPrivateNetwork: boolean; /** * whether enable es public network. */ enableEsPublicNetwork: boolean; /** * whether enable kibana private domain public. */ enableKibanaPrivateDomainPublic: boolean; /** * whether enable kibana private network. */ enableKibanaPrivateNetwork: boolean; /** * whether enable kibana public network. */ enableKibanaPublicNetwork: boolean; /** * The eip address of instance. */ esEip: string; /** * The eip id associated with the instance. */ esEipId: string; /** * The es inner endpoint of instance. */ esInnerEndpoint: string; /** * The es private domain of instance. */ esPrivateDomain: string; /** * The es private endpoint of instance. */ esPrivateEndpoint: string; /** * The whitelist of es private ip. */ esPrivateIpWhitelist: string; /** * The es public domain of instance. */ esPublicDomain: string; /** * The es public endpoint of instance. */ esPublicEndpoint: string; /** * The whitelist of es public ip. */ esPublicIpWhitelist: string; /** * The expire time of instance. */ expireDate: string; /** * The id of instance. */ id: string; /** * The configuration of instance. */ instanceConfigurations: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfiguration[]; /** * The id of instance. */ instanceId: string; /** * The eip address of kibana. */ kibanaEip: string; /** * The eip id associated with kibana. */ kibanaEipId: string; /** * The kibana private domain of instance. */ kibanaPrivateDomain: string; /** * The whitelist of kibana private ip. */ kibanaPrivateIpWhitelist: string; /** * The kibana public domain of instance. */ kibanaPublicDomain: string; /** * The whitelist of kibana public ip. */ kibanaPublicIpWhitelist: string; /** * The main zone id of instance. */ mainZoneId: string; /** * The maintenance day of instance. */ maintenanceDays: string[]; /** * The maintenance time of instance. */ maintenanceTime: string; /** * The nodes info of instance. */ nodes: outputs.escloud_v2.EscloudInstancesV2InstanceNode[]; /** * The plugin info of instance. */ plugins: outputs.escloud_v2.EscloudInstancesV2InstancePlugin[]; /** * The status of instance. */ status: string; /** * Whether support code node. */ supportCodeNode: boolean; /** * The tags of instance. */ tags: outputs.escloud_v2.EscloudInstancesV2InstanceTag[]; /** * The total nodes of instance. */ totalNodes: number; /** * The user id of instance. */ userId: string; } interface EscloudInstancesV2InstanceInstanceConfiguration { /** * The user name of instance. */ adminUserName: string; /** * The charge type of instance. */ chargeType: string; /** * The node number of cold. */ coldNodeNumber: number; /** * The node resource spec of cold. */ coldNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationColdNodeResourceSpec[]; /** * The node storage spec of cold. */ coldNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationColdNodeStorageSpec[]; /** * The node number of coordinator. */ coordinatorNodeNumber: number; /** * The node resource spec of coordinator. */ coordinatorNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeResourceSpec[]; /** * The node storage spec of coordinator. */ coordinatorNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeStorageSpec[]; /** * whether enable https. */ enableHttps: boolean; /** * Whether enable pure master. */ enablePureMaster: boolean; /** * The node number of hot. */ hotNodeNumber: number; /** * The node resource spec of hot. */ hotNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationHotNodeResourceSpec[]; /** * The node storage spec of hot. */ hotNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationHotNodeStorageSpec[]; /** * The name of instance. */ instanceName: string; /** * The node number of kibana. */ kibanaNodeNumber: number; /** * The node resource spec of kibana. */ kibanaNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationKibanaNodeResourceSpec[]; /** * The node storage spec of kibana. */ kibanaNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationKibanaNodeStorageSpec[]; /** * The node number of master. */ masterNodeNumber: number; /** * The node resource spec of master. */ masterNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationMasterNodeResourceSpec[]; /** * The node storage spec of master. */ masterNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationMasterNodeStorageSpec[]; /** * The period of project. */ period: number; /** * The project name of instance. */ projectName: string; /** * The region info of instance. */ regionId: string; /** * The subnet info. */ subnets: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationSubnet[]; /** * The version of plugin. */ version: string; /** * The vpc info. */ vpcs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationVpc[]; /** * The node number of warm. */ warmNodeNumber: number; /** * The node resource spec of warm. */ warmNodeResourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationWarmNodeResourceSpec[]; /** * The node storage spec of warm. */ warmNodeStorageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceInstanceConfigurationWarmNodeStorageSpec[]; /** * The zoneId of instance. */ zoneId: string; /** * The zone number of instance. */ zoneNumber: number; } interface EscloudInstancesV2InstanceInstanceConfigurationColdNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationColdNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceInstanceConfigurationHotNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationHotNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceInstanceConfigurationKibanaNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationKibanaNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceInstanceConfigurationMasterNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationMasterNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceInstanceConfigurationSubnet { /** * The id of subnet. */ subnetId: string; /** * The name of subnet. */ subnetName: string; } interface EscloudInstancesV2InstanceInstanceConfigurationVpc { /** * The id of vpc. */ vpcId: string; /** * The name of vpc. */ vpcName: string; } interface EscloudInstancesV2InstanceInstanceConfigurationWarmNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface EscloudInstancesV2InstanceInstanceConfigurationWarmNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface EscloudInstancesV2InstanceNode { /** * Is cold node. */ isCold: boolean; /** * Is coordinator node. */ isCoordinator: boolean; /** * Is hot node. */ isHot: boolean; /** * Is kibana node. */ isKibana: boolean; /** * Is master node. */ isMaster: boolean; /** * Is warm node. */ isWarm: boolean; /** * The show name of node. */ nodeDisplayName: string; /** * The name of node. */ nodeName: string; /** * The node resource spec of master. */ resourceSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceNodeResourceSpec[]; /** * The restart times of node. */ restartNumber: number; /** * The start time of node. */ startTime: string; /** * The status of instance. */ status: string; /** * The node storage spec of master. */ storageSpecs: outputs.escloud_v2.EscloudInstancesV2InstanceNodeStorageSpec[]; } interface EscloudInstancesV2InstanceNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; } interface EscloudInstancesV2InstanceNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; } interface EscloudInstancesV2InstancePlugin { /** * The description of plugin. */ description: string; /** * The name of plugin. */ pluginName: string; /** * The status of instance. */ status: string; /** * The version of plugin. */ version: string; } interface EscloudInstancesV2InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface EscloudInstancesV2Tag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } interface GetEscloudInstancesV2Instance { /** * Whether to enable cerebro. */ cerebroEnabled: boolean; /** * The cerebro private domain of instance. */ cerebroPrivateDomain: string; /** * The cerebro public domain of instance. */ cerebroPublicDomain: string; /** * The charge status of instance. */ chargeEnabled: boolean; /** * The cluster id of instance. */ clusterId: string; /** * The create time of instance. */ createTime: string; /** * Whether enable deletion protection for ESCloud instance. */ deletionProtection: boolean; /** * whether enable es private domain public. */ enableEsPrivateDomainPublic: boolean; /** * whether enable es private network. */ enableEsPrivateNetwork: boolean; /** * whether enable es public network. */ enableEsPublicNetwork: boolean; /** * whether enable kibana private domain public. */ enableKibanaPrivateDomainPublic: boolean; /** * whether enable kibana private network. */ enableKibanaPrivateNetwork: boolean; /** * whether enable kibana public network. */ enableKibanaPublicNetwork: boolean; /** * The eip address of instance. */ esEip: string; /** * The eip id associated with the instance. */ esEipId: string; /** * The es inner endpoint of instance. */ esInnerEndpoint: string; /** * The es private domain of instance. */ esPrivateDomain: string; /** * The es private endpoint of instance. */ esPrivateEndpoint: string; /** * The whitelist of es private ip. */ esPrivateIpWhitelist: string; /** * The es public domain of instance. */ esPublicDomain: string; /** * The es public endpoint of instance. */ esPublicEndpoint: string; /** * The whitelist of es public ip. */ esPublicIpWhitelist: string; /** * The expire time of instance. */ expireDate: string; /** * The id of instance. */ id: string; /** * The configuration of instance. */ instanceConfigurations: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfiguration[]; /** * The id of instance. */ instanceId: string; /** * The eip address of kibana. */ kibanaEip: string; /** * The eip id associated with kibana. */ kibanaEipId: string; /** * The kibana private domain of instance. */ kibanaPrivateDomain: string; /** * The whitelist of kibana private ip. */ kibanaPrivateIpWhitelist: string; /** * The kibana public domain of instance. */ kibanaPublicDomain: string; /** * The whitelist of kibana public ip. */ kibanaPublicIpWhitelist: string; /** * The main zone id of instance. */ mainZoneId: string; /** * The maintenance day of instance. */ maintenanceDays: string[]; /** * The maintenance time of instance. */ maintenanceTime: string; /** * The nodes info of instance. */ nodes: outputs.escloud_v2.GetEscloudInstancesV2InstanceNode[]; /** * The plugin info of instance. */ plugins: outputs.escloud_v2.GetEscloudInstancesV2InstancePlugin[]; /** * The status of instance. */ status: string; /** * Whether support code node. */ supportCodeNode: boolean; /** * The tags of instance. */ tags: outputs.escloud_v2.GetEscloudInstancesV2InstanceTag[]; /** * The total nodes of instance. */ totalNodes: number; /** * The user id of instance. */ userId: string; } interface GetEscloudInstancesV2InstanceInstanceConfiguration { /** * The user name of instance. */ adminUserName: string; /** * The charge type of instance. */ chargeType: string; /** * The node number of cold. */ coldNodeNumber: number; /** * The node resource spec of cold. */ coldNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationColdNodeResourceSpec[]; /** * The node storage spec of cold. */ coldNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationColdNodeStorageSpec[]; /** * The node number of coordinator. */ coordinatorNodeNumber: number; /** * The node resource spec of coordinator. */ coordinatorNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeResourceSpec[]; /** * The node storage spec of coordinator. */ coordinatorNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeStorageSpec[]; /** * whether enable https. */ enableHttps: boolean; /** * Whether enable pure master. */ enablePureMaster: boolean; /** * The node number of hot. */ hotNodeNumber: number; /** * The node resource spec of hot. */ hotNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationHotNodeResourceSpec[]; /** * The node storage spec of hot. */ hotNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationHotNodeStorageSpec[]; /** * The name of instance. */ instanceName: string; /** * The node number of kibana. */ kibanaNodeNumber: number; /** * The node resource spec of kibana. */ kibanaNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationKibanaNodeResourceSpec[]; /** * The node storage spec of kibana. */ kibanaNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationKibanaNodeStorageSpec[]; /** * The node number of master. */ masterNodeNumber: number; /** * The node resource spec of master. */ masterNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationMasterNodeResourceSpec[]; /** * The node storage spec of master. */ masterNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationMasterNodeStorageSpec[]; /** * The period of project. */ period: number; /** * The project name of instance. */ projectName: string; /** * The region info of instance. */ regionId: string; /** * The subnet info. */ subnets: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationSubnet[]; /** * The version of plugin. */ version: string; /** * The vpc info. */ vpcs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationVpc[]; /** * The node number of warm. */ warmNodeNumber: number; /** * The node resource spec of warm. */ warmNodeResourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationWarmNodeResourceSpec[]; /** * The node storage spec of warm. */ warmNodeStorageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceInstanceConfigurationWarmNodeStorageSpec[]; /** * The zoneId of instance. */ zoneId: string; /** * The zone number of instance. */ zoneNumber: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationColdNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationColdNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationCoordinatorNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationHotNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationHotNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationKibanaNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationKibanaNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationMasterNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationMasterNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceInstanceConfigurationSubnet { /** * The id of subnet. */ subnetId: string; /** * The name of subnet. */ subnetName: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationVpc { /** * The id of vpc. */ vpcId: string; /** * The name of vpc. */ vpcName: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationWarmNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; /** * The name of storage spec. */ name: string; } interface GetEscloudInstancesV2InstanceInstanceConfigurationWarmNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; /** * The name of storage spec. */ name: string; /** * The size of storage spec. */ size: number; } interface GetEscloudInstancesV2InstanceNode { /** * Is cold node. */ isCold: boolean; /** * Is coordinator node. */ isCoordinator: boolean; /** * Is hot node. */ isHot: boolean; /** * Is kibana node. */ isKibana: boolean; /** * Is master node. */ isMaster: boolean; /** * Is warm node. */ isWarm: boolean; /** * The show name of node. */ nodeDisplayName: string; /** * The name of node. */ nodeName: string; /** * The node resource spec of master. */ resourceSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceNodeResourceSpec[]; /** * The restart times of node. */ restartNumber: number; /** * The start time of node. */ startTime: string; /** * The status of instance. */ status: string; /** * The node storage spec of master. */ storageSpecs: outputs.escloud_v2.GetEscloudInstancesV2InstanceNodeStorageSpec[]; } interface GetEscloudInstancesV2InstanceNodeResourceSpec { /** * The cpu info of resource spec. */ cpu: number; /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The memory info of resource spec. */ memory: number; } interface GetEscloudInstancesV2InstanceNodeStorageSpec { /** * The description of plugin. */ description: string; /** * The show name of storage spec. */ displayName: string; /** * The max size of storage spec. */ maxSize: number; /** * The min size of storage spec. */ minSize: number; } interface GetEscloudInstancesV2InstancePlugin { /** * The description of plugin. */ description: string; /** * The name of plugin. */ pluginName: string; /** * The status of instance. */ status: string; /** * The version of plugin. */ version: string; } interface GetEscloudInstancesV2InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetEscloudInstancesV2Tag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ values: string[]; } } export declare namespace financial_relation { interface FinancialRelationsFinancialRelation { /** * The display name of the sub account. */ accountAlias: string; /** * The authorization info of the financial relation. */ authInfos: outputs.financial_relation.FinancialRelationsFinancialRelationAuthInfo[]; /** * The filiation of the financial relation. */ filiation: number; /** * The filiation description of the financial relation. */ filiationDesc: string; /** * The id of the major account. */ majorAccountId: number; /** * The name of the major account. */ majorAccountName: string; /** * A list of relation. Valid values: `1`, `4`. */ relation: number; /** * The relation description of the financial. */ relationDesc: string; /** * The id of the financial relation. */ relationId: string; /** * A list of status. Valid values: `100`, `200`, `250`, `300`, `400`, `500`. */ status: number; /** * The status description of the financial relation. */ statusDesc: string; /** * The id of the sub account. */ subAccountId: number; /** * The name of the sub account. */ subAccountName: string; /** * The update time of the financial relation. */ updateTime: string; } interface FinancialRelationsFinancialRelationAuthInfo { /** * The auth id of the financial relation. */ authId: string; /** * The auth list of the financial relation. */ authLists: number[]; /** * The auth status of the financial relation. */ authStatus: number; } interface GetFinancialRelationsFinancialRelation { /** * The display name of the sub account. */ accountAlias: string; /** * The authorization info of the financial relation. */ authInfos: outputs.financial_relation.GetFinancialRelationsFinancialRelationAuthInfo[]; /** * The filiation of the financial relation. */ filiation: number; /** * The filiation description of the financial relation. */ filiationDesc: string; /** * The id of the major account. */ majorAccountId: number; /** * The name of the major account. */ majorAccountName: string; /** * A list of relation. Valid values: `1`, `4`. */ relation: number; /** * The relation description of the financial. */ relationDesc: string; /** * The id of the financial relation. */ relationId: string; /** * A list of status. Valid values: `100`, `200`, `250`, `300`, `400`, `500`. */ status: number; /** * The status description of the financial relation. */ statusDesc: string; /** * The id of the sub account. */ subAccountId: number; /** * The name of the sub account. */ subAccountName: string; /** * The update time of the financial relation. */ updateTime: string; } interface GetFinancialRelationsFinancialRelationAuthInfo { /** * The auth id of the financial relation. */ authId: string; /** * The auth list of the financial relation. */ authLists: number[]; /** * The auth status of the financial relation. */ authStatus: number; } } export declare namespace iam { interface AccessKeysAccessKeyMetadata { /** * The user access key id. */ accessKeyId: string; /** * The user access key create date. */ createDate: string; /** * The user access key status. */ status: string; /** * The user access key update date. */ updateDate: string; /** * The user names. */ userName: string; } interface GetAccessKeysAccessKeyMetadata { /** * The user access key id. */ accessKeyId: string; /** * The user access key create date. */ createDate: string; /** * The user access key status. */ status: string; /** * The user access key update date. */ updateDate: string; /** * The user names. */ userName: string; } interface GetPoliciesPolicy { /** * The create time of the Policy. */ createDate: string; /** * The description of the Policy. */ description: string; /** * The ID of the Policy. */ id: string; /** * The document of the Policy. */ policyDocument: string; /** * The name of the Policy. */ policyName: string; /** * The resource name of the Policy. */ policyTrn: string; /** * The type of the Policy. */ policyType: string; /** * The role attach time of the Policy.The data show only query with role_name. */ roleAttachDate: string; /** * The name of the IAM role. */ roleName: string; /** * The update time of the Policy. */ updateDate: string; /** * The user attach time of the Policy.The data show only query with user_name. */ userAttachDate: string; /** * The name of the IAM user. */ userName: string; } interface GetRolesRole { /** * The create time of the Role. */ createDate: string; /** * The description of the Role. */ description: string; /** * The ID of the Role. */ id: string; /** * The name of the Role, comma separated. */ roleName: string; /** * The resource name of the Role. */ trn: string; /** * The trust policy document of the Role. */ trustPolicyDocument: string; } interface GetSamlProvidersProvider { /** * Identity provider creation time, such as 20150123T123318Z. */ createDate: string; /** * The description of the SAML provider. */ description: string; /** * Metadata document, encoded in Base64. */ encodedSamlMetadataDocument: string; /** * The name of the SAML provider. */ samlProviderName: string; /** * SSO types, 1. Role-based SSO, 2. User-based SSO. */ ssoType: number; /** * User SSO status, 1. Enabled, 2. Disable other console login methods after enabling, 3. Disabled, is a required field when creating user SSO. */ status: number; /** * The format for the resource name of an identity provider is trn:iam::${accountID}:saml-provider/{$SAMLProviderName}. */ trn: string; /** * Identity provider update time, such as: 20150123T123318Z. */ updateDate: string; } interface GetUserGroupPolicyAttachmentsPolicy { /** * Attached time. */ attachDate: string; /** * The description. */ description: string; /** * Name of the policy. */ policyName: string; /** * Resource name of the strategy. */ policyTrn: string; /** * The type of the policy. */ policyType: string; } interface GetUserGroupsUserGroup { /** * The id of the account. */ accountId: number; /** * The creation date of the user group. */ createDate: string; /** * The description of the user group. */ description: string; /** * The display name of the user group. */ displayName: string; /** * The update date of the user group. */ updateDate: string; /** * The name of the user group. */ userGroupName: string; } interface GetUsersUser { /** * Main account ID to which the sub-user belongs. */ accountId: string; /** * The create date of the user. */ createDate: string; /** * The description of the user. */ description: string; /** * The display name of the user. */ displayName: string; /** * The email of the user. */ email: string; /** * Whether the email has been verified. */ emailIsVerify: boolean; /** * The mobile phone of the user. */ mobilePhone: string; /** * Whether the phone number has been verified. */ mobilePhoneIsVerify: boolean; /** * The trn of the user. */ trn: string; /** * The update date of the user. */ updateDate: string; /** * The id of the user. */ userId: string; /** * The name of the user. */ userName: string; } interface PoliciesPolicy { /** * The create time of the Policy. */ createDate: string; /** * The description of the Policy. */ description: string; /** * The ID of the Policy. */ id: string; /** * The document of the Policy. */ policyDocument: string; /** * The name of the Policy. */ policyName: string; /** * The resource name of the Policy. */ policyTrn: string; /** * The type of the Policy. */ policyType: string; /** * The role attach time of the Policy.The data show only query with role_name. */ roleAttachDate: string; /** * The name of the IAM role. */ roleName: string; /** * The update time of the Policy. */ updateDate: string; /** * The user attach time of the Policy.The data show only query with user_name. */ userAttachDate: string; /** * The name of the IAM user. */ userName: string; } interface RolesRole { /** * The create time of the Role. */ createDate: string; /** * The description of the Role. */ description: string; /** * The ID of the Role. */ id: string; /** * The name of the Role, comma separated. */ roleName: string; /** * The resource name of the Role. */ trn: string; /** * The trust policy document of the Role. */ trustPolicyDocument: string; } interface SamlProvidersProvider { /** * Identity provider creation time, such as 20150123T123318Z. */ createDate: string; /** * The description of the SAML provider. */ description: string; /** * Metadata document, encoded in Base64. */ encodedSamlMetadataDocument: string; /** * The name of the SAML provider. */ samlProviderName: string; /** * SSO types, 1. Role-based SSO, 2. User-based SSO. */ ssoType: number; /** * User SSO status, 1. Enabled, 2. Disable other console login methods after enabling, 3. Disabled, is a required field when creating user SSO. */ status: number; /** * The format for the resource name of an identity provider is trn:iam::${accountID}:saml-provider/{$SAMLProviderName}. */ trn: string; /** * Identity provider update time, such as: 20150123T123318Z. */ updateDate: string; } interface UserGroupPolicyAttachmentsPolicy { /** * Attached time. */ attachDate: string; /** * The description. */ description: string; /** * Name of the policy. */ policyName: string; /** * Resource name of the strategy. */ policyTrn: string; /** * The type of the policy. */ policyType: string; } interface UserGroupsUserGroup { /** * The id of the account. */ accountId: number; /** * The creation date of the user group. */ createDate: string; /** * The description of the user group. */ description: string; /** * The display name of the user group. */ displayName: string; /** * The update date of the user group. */ updateDate: string; /** * The name of the user group. */ userGroupName: string; } interface UsersUser { /** * Main account ID to which the sub-user belongs. */ accountId: string; /** * The create date of the user. */ createDate: string; /** * The description of the user. */ description: string; /** * The display name of the user. */ displayName: string; /** * The email of the user. */ email: string; /** * Whether the email has been verified. */ emailIsVerify: boolean; /** * The mobile phone of the user. */ mobilePhone: string; /** * Whether the phone number has been verified. */ mobilePhoneIsVerify: boolean; /** * The trn of the user. */ trn: string; /** * The update date of the user. */ updateDate: string; /** * The id of the user. */ userId: string; /** * The name of the user. */ userName: string; } } export declare namespace kafka { interface ConsumedPartitionsConsumedPartition { /** * The total amount of message accumulation in this topic partition for the consumer group. */ accumulation: number; /** * The consumed client info of partition. */ consumedClient: string; /** * The consumed offset of partition. */ consumedOffset: number; /** * The end offset of partition. */ endOffset: number; /** * The index number of partition. */ partitionId: number; /** * The start offset of partition. */ startOffset: number; } interface ConsumedTopicsConsumedTopic { /** * The total amount of message accumulation in this topic for the consumer group. */ accumulation: number; /** * The name of kafka topic. This field supports fuzzy query. */ topicName: string; } interface GetConsumedPartitionsConsumedPartition { /** * The total amount of message accumulation in this topic partition for the consumer group. */ accumulation: number; /** * The consumed client info of partition. */ consumedClient: string; /** * The consumed offset of partition. */ consumedOffset: number; /** * The end offset of partition. */ endOffset: number; /** * The index number of partition. */ partitionId: number; /** * The start offset of partition. */ startOffset: number; } interface GetConsumedTopicsConsumedTopic { /** * The total amount of message accumulation in this topic for the consumer group. */ accumulation: number; /** * The name of kafka topic. This field supports fuzzy query. */ topicName: string; } interface GetGroupsGroup { /** * The id of kafka group, support fuzzy matching. */ groupId: string; /** * The state of kafka group. */ state: string; } interface GetInstancesInstance { /** * The id of account. */ accountId: string; /** * The auto renew status of instance. */ autoRenew: boolean; /** * The charge expire time of instance. */ chargeExpireTime: string; /** * The charge start time of instance. */ chargeStartTime: string; /** * The charge status of instance. */ chargeStatus: string; /** * The charge type of instance. */ chargeType: string; /** * The compute spec of instance. */ computeSpec: string; /** * Connection info of the instance. */ connectionInfos: outputs.kafka.GetInstancesInstanceConnectionInfo[]; /** * The create time of instance. */ createTime: string; /** * The id of eip. */ eipId: string; /** * The id of instance. */ id: string; /** * The description of instance. */ instanceDescription: string; /** * The id of instance. */ instanceId: string; /** * The name of instance. */ instanceName: string; /** * The status of instance. */ instanceStatus: string; /** * The overdue reclaim time of instance. */ overdueReclaimTime: string; /** * The overdue time of instance. */ overdueTime: string; /** * Parameters of the instance. */ parameters: outputs.kafka.GetInstancesInstanceParameter[]; /** * The period unit of instance. */ periodUnit: string; /** * Whether enable private domain on public. */ privateDomainOnPublic: boolean; /** * The name of project. */ projectName: string; /** * The id of region. */ regionId: string; /** * The storage space of instance. */ storageSpace: number; /** * The storage type of instance. */ storageType: string; /** * The id of subnet. */ subnetId: string; /** * The tags of instance. */ tags: outputs.kafka.GetInstancesInstanceTag[]; /** * The usable partition number of instance. */ usablePartitionNumber: number; /** * The used group number of instance. */ usedGroupNumber: number; /** * The used partition number of instance. */ usedPartitionNumber: number; /** * The used storage space of instance. */ usedStorageSpace: number; /** * The used topic number of instance. */ usedTopicNumber: number; /** * The version of instance. */ version: string; /** * The id of vpc. */ vpcId: string; /** * The zone id of instance. */ zoneId: string; } interface GetInstancesInstanceConnectionInfo { /** * The endpoint type of instance. */ endpointType: string; /** * The internal endpoint of instance. */ internalEndpoint: string; /** * The network type of instance. */ networkType: string; /** * The public endpoint of instance. */ publicEndpoint: string; } interface GetInstancesInstanceParameter { /** * Parameter name. */ parameterName: string; /** * Parameter value. */ parameterValue: string; } interface GetInstancesInstanceTag { /** * The key of tag. */ key: string; /** * The value of tag. */ value: string; } interface GetInstancesTag { /** * The key of tag. */ key: string; /** * The value of tag. */ value: string; } interface GetRegionsRegion { /** * The description of region. */ description: string; /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; /** * The status of region. */ status: string; } interface GetSaslUsersUser { /** * Whether this user has read and write permissions for all topics. */ allAuthority: boolean; /** * The create time. */ createTime: string; /** * The description of user. */ description: string; /** * The type of password. */ passwordType: string; /** * The user name, support fuzzy matching. */ userName: string; } interface GetTopicPartitionsPartition { /** * The end offset of partition leader. */ endOffset: number; /** * The insync replica info. */ insyncReplicas: number[]; /** * The leader info of partition. */ leader: number; /** * The count of message. */ messageCount: number; /** * The index number of partition. */ partitionId: number; /** * The replica info. */ replicas: number[]; /** * The start offset of partition leader. */ startOffset: number; /** * The under insync replica info. */ underInsyncReplicas: number[]; } interface GetTopicsTopic { /** * The access policies info of the kafka topic. */ accessPolicies: outputs.kafka.GetTopicsTopicAccessPolicy[]; /** * Whether the kafka topic is configured to be accessible by all users. */ allAuthority: boolean; /** * The create time of the kafka topic. */ createTime: string; /** * The description of the kafka topic. */ description: string; /** * The parameters of the kafka topic. */ parameters: outputs.kafka.GetTopicsTopicParameters; /** * The number of partition in kafka topic. */ partitionNumber: number; /** * The number of replica in kafka topic. */ replicaNumber: number; /** * The status of the kafka topic. */ status: string; /** * The name of kafka topic. This field supports fuzzy query. */ topicName: string; } interface GetTopicsTopicAccessPolicy { /** * The access policy of SASL user. */ accessPolicy: string; /** * When a user name is specified, only the access policy of the specified user for this Topic will be returned. */ userName: string; } interface GetTopicsTopicParameters { /** * The retention hours of log. */ logRetentionHours: number; /** * The max byte of message. */ messageMaxByte: number; /** * The min number of sync replica. */ minInsyncReplicaNumber: number; } interface GetZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The status of the zone. */ status: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface GroupsGroup { /** * The id of kafka group, support fuzzy matching. */ groupId: string; /** * The state of kafka group. */ state: string; } interface InstanceParameter { /** * Parameter name. */ parameterName: string; /** * Parameter value. */ parameterValue: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * The id of account. */ accountId: string; /** * The auto renew status of instance. */ autoRenew: boolean; /** * The charge expire time of instance. */ chargeExpireTime: string; /** * The charge start time of instance. */ chargeStartTime: string; /** * The charge status of instance. */ chargeStatus: string; /** * The charge type of instance. */ chargeType: string; /** * The compute spec of instance. */ computeSpec: string; /** * Connection info of the instance. */ connectionInfos: outputs.kafka.InstancesInstanceConnectionInfo[]; /** * The create time of instance. */ createTime: string; /** * The id of eip. */ eipId: string; /** * The id of instance. */ id: string; /** * The description of instance. */ instanceDescription: string; /** * The id of instance. */ instanceId: string; /** * The name of instance. */ instanceName: string; /** * The status of instance. */ instanceStatus: string; /** * The overdue reclaim time of instance. */ overdueReclaimTime: string; /** * The overdue time of instance. */ overdueTime: string; /** * Parameters of the instance. */ parameters: outputs.kafka.InstancesInstanceParameter[]; /** * The period unit of instance. */ periodUnit: string; /** * Whether enable private domain on public. */ privateDomainOnPublic: boolean; /** * The name of project. */ projectName: string; /** * The id of region. */ regionId: string; /** * The storage space of instance. */ storageSpace: number; /** * The storage type of instance. */ storageType: string; /** * The id of subnet. */ subnetId: string; /** * The tags of instance. */ tags: outputs.kafka.InstancesInstanceTag[]; /** * The usable partition number of instance. */ usablePartitionNumber: number; /** * The used group number of instance. */ usedGroupNumber: number; /** * The used partition number of instance. */ usedPartitionNumber: number; /** * The used storage space of instance. */ usedStorageSpace: number; /** * The used topic number of instance. */ usedTopicNumber: number; /** * The version of instance. */ version: string; /** * The id of vpc. */ vpcId: string; /** * The zone id of instance. */ zoneId: string; } interface InstancesInstanceConnectionInfo { /** * The endpoint type of instance. */ endpointType: string; /** * The internal endpoint of instance. */ internalEndpoint: string; /** * The network type of instance. */ networkType: string; /** * The public endpoint of instance. */ publicEndpoint: string; } interface InstancesInstanceParameter { /** * Parameter name. */ parameterName: string; /** * Parameter value. */ parameterValue: string; } interface InstancesInstanceTag { /** * The key of tag. */ key: string; /** * The value of tag. */ value: string; } interface InstancesTag { /** * The key of tag. */ key: string; /** * The value of tag. */ value: string; } interface RegionsRegion { /** * The description of region. */ description: string; /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; /** * The status of region. */ status: string; } interface SaslUsersUser { /** * Whether this user has read and write permissions for all topics. */ allAuthority: boolean; /** * The create time. */ createTime: string; /** * The description of user. */ description: string; /** * The type of password. */ passwordType: string; /** * The user name, support fuzzy matching. */ userName: string; } interface TopicAccessPolicy { /** * The access policy of SASL user. Valid values: `PubSub`, `Pub`, `Sub`. */ accessPolicy: string; /** * The name of SASL user. */ userName: string; } interface TopicParameters { /** * The retention hours of log. Unit: hour. Valid values: 0-2160. Default is 72. */ logRetentionHours?: number; /** * The max byte of message. Unit: MB. Valid values: 1-12. Default is 10. */ messageMaxByte?: number; /** * The min number of sync replica. The default value is the replica number minus 1. */ minInsyncReplicaNumber: number; } interface TopicPartitionsPartition { /** * The end offset of partition leader. */ endOffset: number; /** * The insync replica info. */ insyncReplicas: number[]; /** * The leader info of partition. */ leader: number; /** * The count of message. */ messageCount: number; /** * The index number of partition. */ partitionId: number; /** * The replica info. */ replicas: number[]; /** * The start offset of partition leader. */ startOffset: number; /** * The under insync replica info. */ underInsyncReplicas: number[]; } interface TopicsTopic { /** * The access policies info of the kafka topic. */ accessPolicies: outputs.kafka.TopicsTopicAccessPolicy[]; /** * Whether the kafka topic is configured to be accessible by all users. */ allAuthority: boolean; /** * The create time of the kafka topic. */ createTime: string; /** * The description of the kafka topic. */ description: string; /** * The parameters of the kafka topic. */ parameters: outputs.kafka.TopicsTopicParameters; /** * The number of partition in kafka topic. */ partitionNumber: number; /** * The number of replica in kafka topic. */ replicaNumber: number; /** * The status of the kafka topic. */ status: string; /** * The name of kafka topic. This field supports fuzzy query. */ topicName: string; } interface TopicsTopicAccessPolicy { /** * The access policy of SASL user. */ accessPolicy: string; /** * When a user name is specified, only the access policy of the specified user for this Topic will be returned. */ userName: string; } interface TopicsTopicParameters { /** * The retention hours of log. */ logRetentionHours: number; /** * The max byte of message. */ messageMaxByte: number; /** * The min number of sync replica. */ minInsyncReplicaNumber: number; } interface ZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The status of the zone. */ status: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace mongodb { interface AccountAccountPrivilege { /** * The name of database. */ dbName: string; /** * The role names of the account. */ roleNames: string[]; } interface AccountsAccount { /** * The description of account. */ accountDesc: string; /** * The name of account. This field support fuzzy query. */ accountName: string; /** * The privilege info of mongo instance. */ accountPrivileges: outputs.mongodb.AccountsAccountAccountPrivilege[]; /** * The type of account. */ accountType: string; /** * The database of account. This field support fuzzy query. */ authDb: string; /** * The create time of account. */ createTime: string; /** * The modify time of account. */ modifyTime: string; } interface AccountsAccountAccountPrivilege { /** * The Name of DB. */ dbName: string; /** * The Name of role. */ roleName: string; } interface EndpointsEndpoint { /** * The list of mongodb addresses. */ dbAddresses: outputs.mongodb.EndpointsEndpointDbAddress[]; /** * The ID of endpoint. */ endpointId: string; /** * The endpoint information. */ endpointStr: string; /** * The node type corresponding to the endpoint. */ endpointType: string; /** * The network type of endpoint. */ networkType: string; /** * The object ID corresponding to the endpoint. */ objectId: string; /** * The subnet ID. */ subnetId: string; /** * The VPC ID. */ vpcId: string; } interface EndpointsEndpointDbAddress { /** * The domain of mongodb connection. */ addressDomain: string; /** * The IP of mongodb connection. */ addressIp: string; /** * The port of mongodb connection. */ addressPort: string; /** * The connection type of mongodb. */ addressType: string; /** * The EIP ID bound to the instance's public network address. */ eipId: string; /** * The node ID. */ nodeId: string; } interface GetAccountsAccount { /** * The description of account. */ accountDesc: string; /** * The name of account. This field support fuzzy query. */ accountName: string; /** * The privilege info of mongo instance. */ accountPrivileges: outputs.mongodb.GetAccountsAccountAccountPrivilege[]; /** * The type of account. */ accountType: string; /** * The database of account. This field support fuzzy query. */ authDb: string; /** * The create time of account. */ createTime: string; /** * The modify time of account. */ modifyTime: string; } interface GetAccountsAccountAccountPrivilege { /** * The Name of DB. */ dbName: string; /** * The Name of role. */ roleName: string; } interface GetEndpointsEndpoint { /** * The list of mongodb addresses. */ dbAddresses: outputs.mongodb.GetEndpointsEndpointDbAddress[]; /** * The ID of endpoint. */ endpointId: string; /** * The endpoint information. */ endpointStr: string; /** * The node type corresponding to the endpoint. */ endpointType: string; /** * The network type of endpoint. */ networkType: string; /** * The object ID corresponding to the endpoint. */ objectId: string; /** * The subnet ID. */ subnetId: string; /** * The VPC ID. */ vpcId: string; } interface GetEndpointsEndpointDbAddress { /** * The domain of mongodb connection. */ addressDomain: string; /** * The IP of mongodb connection. */ addressIp: string; /** * The port of mongodb connection. */ addressPort: string; /** * The connection type of mongodb. */ addressType: string; /** * The EIP ID bound to the instance's public network address. */ eipId: string; /** * The node ID. */ nodeId: string; } interface GetInstanceParameterLogsParameterChangeLogs { /** * The modifying time of parameter. */ modifyTime: string; /** * The new parameter value. */ newParameterValue: string; /** * The old parameter value. */ oldParameterValue: string; /** * The parameter name. */ parameterName: string; /** * The node type to which the parameter belongs. */ parameterRole: string; /** * The status of parameter change. */ parameterStatus: string; } interface GetInstanceParametersInstanceParameter { /** * The checking code of parameter. */ checkingCode: string; /** * Whether the parameter supports modifying. */ forceModify: boolean; /** * Does the new parameter value need to restart the instance to take effect after modification. */ forceRestart: boolean; /** * The default value of parameter. */ parameterDefaultValue: string; /** * The description of parameter. */ parameterDescription: string; /** * The name of parameter. */ parameterName: string; /** * The node type of instance parameter, valid value contains `Node`, `Shard`, `ConfigServer`, `Mongos`. */ parameterRole: string; /** * The type of parameter value. */ parameterType: string; /** * The value of parameter. */ parameterValue: string; } interface GetInstanceParametersParameter { /** * The database engine. */ dbEngine: string; /** * The database engine version. */ dbEngineVersion: string; /** * The instance ID to query. */ instanceId: string; /** * The list of parameters. */ instanceParameters: outputs.mongodb.GetInstanceParametersParameterInstanceParameter[]; /** * The total parameters queried. */ total: string; } interface GetInstanceParametersParameterInstanceParameter { /** * The checking code of parameter. */ checkingCode: string; /** * Whether the parameter supports modifying. */ forceModify: boolean; /** * Does the new parameter value need to restart the instance to take effect after modification. */ forceRestart: boolean; /** * The default value of parameter. */ parameterDefaultValue: string; /** * The description of parameter. */ parameterDescription: string; /** * The name of parameter. */ parameterName: string; /** * The node type of instance parameter, valid value contains `Node`, `Shard`, `ConfigServer`, `Mongos`. */ parameterRole: string; /** * The type of parameter value. */ parameterType: string; /** * The value of parameter. */ parameterValue: string; } interface GetInstancesInstance { /** * Whether to enable automatic renewal. */ autoRenew: boolean; /** * The charge status. */ chargeStatus: string; /** * The charge type of instance. */ chargeType: string; /** * The planned close time. */ closedTime: string; /** * The list of config servers. */ configServers: outputs.mongodb.GetInstancesInstanceConfigServer[]; /** * The ID of config servers. */ configServersId: string; /** * The creation time of instance. */ createTime: string; /** * The db engine to query, valid value contains `MongoDB`. */ dbEngine: string; /** * The version of db engine to query, valid value contains `MongoDB_4_0`. */ dbEngineVersion: string; /** * The version string of database engine. */ dbEngineVersionStr: string; /** * The expired time of instance. */ expiredTime: string; /** * The instance ID to query. */ instanceId: string; /** * The instance name to query. */ instanceName: string; /** * The instance status to query. */ instanceStatus: string; /** * The type of instance to query, the valid value contains `ReplicaSet` or `ShardedCluster`. */ instanceType: string; /** * The list of mongos. */ mongos: outputs.mongodb.GetInstancesInstanceMongo[]; /** * The ID of mongos. */ mongosId: string; /** * The node information. */ nodes: outputs.mongodb.GetInstancesInstanceNode[]; /** * The private endpoint address of instance. */ privateEndpoint: string; /** * The project name to query. */ projectName: string; /** * The number of readonly node in instance. */ readOnlyNodeNumber: number; /** * The planned reclaim time of instance. */ reclaimTime: string; /** * The list of shards. */ shards: outputs.mongodb.GetInstancesInstanceShard[]; /** * Whether ssl enabled. */ sslEnable: boolean; /** * The ssl expire time. */ sslExpireTime: string; /** * Whether ssl is valid. */ sslIsValid: boolean; /** * The storage type of instance. */ storageType: string; /** * The subnet id of instance. */ subnetId: string; /** * Tags. */ tags: outputs.mongodb.GetInstancesInstanceTag[]; /** * The update time of instance. */ updateTime: string; /** * The vpc id of instance to query. */ vpcId: string; /** * The zone ID to query. */ zoneId: string; } interface GetInstancesInstanceConfigServer { /** * The config server node ID. */ configServerNodeId: string; /** * The nod role. */ nodeRole: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface GetInstancesInstanceMongo { /** * The mongos node ID. */ mongosNodeId: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface GetInstancesInstanceNode { /** * The master-slave delay time. */ nodeDelayTime: number; /** * The node ID. */ nodeId: string; /** * The nod role. */ nodeRole: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total storage in GB. */ totalStorageGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used storage in GB. */ usedStorageGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface GetInstancesInstanceShard { /** * The node information. */ nodes: outputs.mongodb.GetInstancesInstanceShardNode[]; /** * The shard ID. */ shardId: string; } interface GetInstancesInstanceShardNode { /** * The master-slave delay time. */ nodeDelayTime: number; /** * The node ID. */ nodeId: string; /** * The nod role. */ nodeRole: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total storage in GB. */ totalStorageGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used storage in GB. */ usedStorageGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetMongoAllowListsAllowList { /** * The list of IP address in allow list. */ allowList: string; /** * The description of allow list. */ allowListDesc: string; /** * The ID of allow list. */ allowListId: string; /** * The number of allow list IPs. */ allowListIpNum: number; /** * The allow list name. */ allowListName: string; /** * The IP address type in allow list. */ allowListType: string; /** * The total number of instances bound under the allow list. */ associatedInstanceNum: number; /** * The list of associated instances. */ associatedInstances: outputs.mongodb.GetMongoAllowListsAllowListAssociatedInstance[]; /** * The project name of the allow list. */ projectName: string; } interface GetMongoAllowListsAllowListAssociatedInstance { /** * The instance ID to query. */ instanceId: string; /** * The instance name that bound to the allow list. */ instanceName: string; /** * The project name of the allow list. */ projectName: string; /** * The VPC ID. */ vpc: string; } interface GetRegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface GetSpecsSpecs { /** * The collection of config server node specs. */ configServerNodeSpecs: outputs.mongodb.GetSpecsSpecsConfigServerNodeSpec[]; /** * The collection of mongos node specs. */ mongosNodeSpecs: outputs.mongodb.GetSpecsSpecsMongosNodeSpec[]; /** * The collection of node specs. */ nodeSpecs: outputs.mongodb.GetSpecsSpecsNodeSpec[]; /** * The collection of shard node specs. */ shardNodeSpecs: outputs.mongodb.GetSpecsSpecsShardNodeSpec[]; } interface GetSpecsSpecsConfigServerNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInGb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface GetSpecsSpecsMongosNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The memory in GB. */ memInGb: number; /** * The shard node spec name. */ specName: string; } interface GetSpecsSpecsNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInDb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface GetSpecsSpecsShardNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInGb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface GetSslStatesSslState { /** * The mongodb instance ID to query. */ instanceId: string; /** * Whetehr SSL is valid. */ isValid: boolean; /** * Whether SSL is enabled. */ sslEnable: boolean; /** * The expire time of SSL. */ sslExpiredTime: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface InstanceMongo { /** * The mongos node ID. */ mongosNodeId: string; /** * The spec of node. When the instanceType is ReplicaSet, this parameter represents the computing node specification of the replica set instance. When the instanceType is ShardedCluster, this parameter represents the specification of the Shard node. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; } interface InstanceNodeAvailabilityZone { /** * The number of readonly nodes in current zone. Currently, only ReplicaSet instances and Shard in ShardedCluster instances support adding readonly nodes. * When the instanceType is ReplicaSet, this value represents the total number of readonly nodes in a single replica set instance. Each instance of the replica set supports adding up to 5 readonly nodes. * When the instanceType is ShardedCluster, this value represents the number of readonly nodes in each shard. Each shard can add up to 5 readonly nodes. */ nodeNumber: number; /** * The zone id of readonly nodes. */ zoneId: string; } interface InstanceParameterLogsParameterChangeLogs { /** * The modifying time of parameter. */ modifyTime: string; /** * The new parameter value. */ newParameterValue: string; /** * The old parameter value. */ oldParameterValue: string; /** * The parameter name. */ parameterName: string; /** * The node type to which the parameter belongs. */ parameterRole: string; /** * The status of parameter change. */ parameterStatus: string; } interface InstanceParametersInstanceParameter { /** * The checking code of parameter. */ checkingCode: string; /** * Whether the parameter supports modifying. */ forceModify: boolean; /** * Does the new parameter value need to restart the instance to take effect after modification. */ forceRestart: boolean; /** * The default value of parameter. */ parameterDefaultValue: string; /** * The description of parameter. */ parameterDescription: string; /** * The name of parameter. */ parameterName: string; /** * The node type of instance parameter, valid value contains `Node`, `Shard`, `ConfigServer`, `Mongos`. */ parameterRole: string; /** * The type of parameter value. */ parameterType: string; /** * The value of parameter. */ parameterValue: string; } interface InstanceParametersParameter { /** * The database engine. */ dbEngine: string; /** * The database engine version. */ dbEngineVersion: string; /** * The instance ID to query. */ instanceId: string; /** * The list of parameters. */ instanceParameters: outputs.mongodb.InstanceParametersParameterInstanceParameter[]; /** * The total parameters queried. */ total: string; } interface InstanceParametersParameterInstanceParameter { /** * The checking code of parameter. */ checkingCode: string; /** * Whether the parameter supports modifying. */ forceModify: boolean; /** * Does the new parameter value need to restart the instance to take effect after modification. */ forceRestart: boolean; /** * The default value of parameter. */ parameterDefaultValue: string; /** * The description of parameter. */ parameterDescription: string; /** * The name of parameter. */ parameterName: string; /** * The node type of instance parameter, valid value contains `Node`, `Shard`, `ConfigServer`, `Mongos`. */ parameterRole: string; /** * The type of parameter value. */ parameterType: string; /** * The value of parameter. */ parameterValue: string; } interface InstanceShard { /** * The shard id. */ shardId: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * Whether to enable automatic renewal. */ autoRenew: boolean; /** * The charge status. */ chargeStatus: string; /** * The charge type of instance. */ chargeType: string; /** * The planned close time. */ closedTime: string; /** * The list of config servers. */ configServers: outputs.mongodb.InstancesInstanceConfigServer[]; /** * The ID of config servers. */ configServersId: string; /** * The creation time of instance. */ createTime: string; /** * The db engine to query, valid value contains `MongoDB`. */ dbEngine: string; /** * The version of db engine to query, valid value contains `MongoDB_4_0`. */ dbEngineVersion: string; /** * The version string of database engine. */ dbEngineVersionStr: string; /** * The expired time of instance. */ expiredTime: string; /** * The instance ID to query. */ instanceId: string; /** * The instance name to query. */ instanceName: string; /** * The instance status to query. */ instanceStatus: string; /** * The type of instance to query, the valid value contains `ReplicaSet` or `ShardedCluster`. */ instanceType: string; /** * The list of mongos. */ mongos: outputs.mongodb.InstancesInstanceMongo[]; /** * The ID of mongos. */ mongosId: string; /** * The node information. */ nodes: outputs.mongodb.InstancesInstanceNode[]; /** * The private endpoint address of instance. */ privateEndpoint: string; /** * The project name to query. */ projectName: string; /** * The number of readonly node in instance. */ readOnlyNodeNumber: number; /** * The planned reclaim time of instance. */ reclaimTime: string; /** * The list of shards. */ shards: outputs.mongodb.InstancesInstanceShard[]; /** * Whether ssl enabled. */ sslEnable: boolean; /** * The ssl expire time. */ sslExpireTime: string; /** * Whether ssl is valid. */ sslIsValid: boolean; /** * The storage type of instance. */ storageType: string; /** * The subnet id of instance. */ subnetId: string; /** * Tags. */ tags: outputs.mongodb.InstancesInstanceTag[]; /** * The update time of instance. */ updateTime: string; /** * The vpc id of instance to query. */ vpcId: string; /** * The zone ID to query. */ zoneId: string; } interface InstancesInstanceConfigServer { /** * The config server node ID. */ configServerNodeId: string; /** * The nod role. */ nodeRole: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface InstancesInstanceMongo { /** * The mongos node ID. */ mongosNodeId: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface InstancesInstanceNode { /** * The master-slave delay time. */ nodeDelayTime: number; /** * The node ID. */ nodeId: string; /** * The nod role. */ nodeRole: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total storage in GB. */ totalStorageGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used storage in GB. */ usedStorageGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface InstancesInstanceShard { /** * The node information. */ nodes: outputs.mongodb.InstancesInstanceShardNode[]; /** * The shard ID. */ shardId: string; } interface InstancesInstanceShardNode { /** * The master-slave delay time. */ nodeDelayTime: number; /** * The node ID. */ nodeId: string; /** * The nod role. */ nodeRole: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The total memory in GB. */ totalMemoryGb: number; /** * The total storage in GB. */ totalStorageGb: number; /** * The total vCPU. */ totalVcpu: number; /** * The used memory in GB. */ usedMemoryGb: number; /** * The used storage in GB. */ usedStorageGb: number; /** * The used vCPU. */ usedVcpu: number; /** * The zone ID to query. */ zoneId: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface MongoAllowListAssociatedInstance { /** * The instance id that bound to the allow list. */ instanceId: string; /** * The instance name that bound to the allow list. */ instanceName: string; /** * The project name of the allow list. */ projectName: string; /** * The VPC ID. */ vpc: string; } interface MongoAllowListsAllowList { /** * The list of IP address in allow list. */ allowList: string; /** * The description of allow list. */ allowListDesc: string; /** * The ID of allow list. */ allowListId: string; /** * The number of allow list IPs. */ allowListIpNum: number; /** * The allow list name. */ allowListName: string; /** * The IP address type in allow list. */ allowListType: string; /** * The total number of instances bound under the allow list. */ associatedInstanceNum: number; /** * The list of associated instances. */ associatedInstances: outputs.mongodb.MongoAllowListsAllowListAssociatedInstance[]; /** * The project name of the allow list. */ projectName: string; } interface MongoAllowListsAllowListAssociatedInstance { /** * The instance ID to query. */ instanceId: string; /** * The instance name that bound to the allow list. */ instanceName: string; /** * The project name of the allow list. */ projectName: string; /** * The VPC ID. */ vpc: string; } interface RegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface SpecsSpecs { /** * The collection of config server node specs. */ configServerNodeSpecs: outputs.mongodb.SpecsSpecsConfigServerNodeSpec[]; /** * The collection of mongos node specs. */ mongosNodeSpecs: outputs.mongodb.SpecsSpecsMongosNodeSpec[]; /** * The collection of node specs. */ nodeSpecs: outputs.mongodb.SpecsSpecsNodeSpec[]; /** * The collection of shard node specs. */ shardNodeSpecs: outputs.mongodb.SpecsSpecsShardNodeSpec[]; } interface SpecsSpecsConfigServerNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInGb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface SpecsSpecsMongosNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The memory in GB. */ memInGb: number; /** * The shard node spec name. */ specName: string; } interface SpecsSpecsNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInDb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface SpecsSpecsShardNodeSpec { /** * The cpu cores. */ cpuNum: number; /** * The max connections. */ maxConn: number; /** * The max storage. */ maxStorage: number; /** * The memory in GB. */ memInGb: number; /** * The min storage. */ minStorage: number; /** * The shard node spec name. */ specName: string; } interface SslStatesSslState { /** * The mongodb instance ID to query. */ instanceId: string; /** * Whetehr SSL is valid. */ isValid: boolean; /** * Whether SSL is enabled. */ sslEnable: boolean; /** * The expire time of SSL. */ sslExpiredTime: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace nas { interface FileSystemTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface FileSystemsFileSystem { /** * The capacity of the nas file system. */ capacities: outputs.nas.FileSystemsFileSystemCapacity[]; /** * The charge type of nas file system. */ chargeType: string; /** * The create time of the nas file system. */ createTime: string; /** * The description of the nas file system. */ description: string; /** * The id of the nas file system. */ fileSystemId: string; /** * The name of nas file system. This field supports fuzzy queries. */ fileSystemName: string; /** * The type of the nas file system. */ fileSystemType: string; /** * The id of the nas file system. */ id: string; /** * The project name of nas file system. */ projectName: string; /** * The protocol type of nas file system. */ protocolType: string; /** * The region id of the nas file system. */ regionId: string; /** * The snapshot count of the nas file system. */ snapshotCount: number; /** * The status of nas file system. */ status: string; /** * The storage type of nas file system. */ storageType: string; /** * Tags. */ tags: outputs.nas.FileSystemsFileSystemTag[]; /** * The update time of the nas file system. */ updateTime: string; /** * The version of the nas file system. */ version: string; /** * The zone id of nas file system. */ zoneId: string; /** * The zone name of the nas file system. */ zoneName: string; } interface FileSystemsFileSystemCapacity { /** * The total capacity of the nas file system. Unit: GiB. */ total: number; /** * The used capacity of the nas file system. Unit: MiB. */ used: number; } interface FileSystemsFileSystemTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface FileSystemsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetFileSystemsFileSystem { /** * The capacity of the nas file system. */ capacities: outputs.nas.GetFileSystemsFileSystemCapacity[]; /** * The charge type of nas file system. */ chargeType: string; /** * The create time of the nas file system. */ createTime: string; /** * The description of the nas file system. */ description: string; /** * The id of the nas file system. */ fileSystemId: string; /** * The name of nas file system. This field supports fuzzy queries. */ fileSystemName: string; /** * The type of the nas file system. */ fileSystemType: string; /** * The id of the nas file system. */ id: string; /** * The project name of nas file system. */ projectName: string; /** * The protocol type of nas file system. */ protocolType: string; /** * The region id of the nas file system. */ regionId: string; /** * The snapshot count of the nas file system. */ snapshotCount: number; /** * The status of nas file system. */ status: string; /** * The storage type of nas file system. */ storageType: string; /** * Tags. */ tags: outputs.nas.GetFileSystemsFileSystemTag[]; /** * The update time of the nas file system. */ updateTime: string; /** * The version of the nas file system. */ version: string; /** * The zone id of nas file system. */ zoneId: string; /** * The zone name of the nas file system. */ zoneName: string; } interface GetFileSystemsFileSystemCapacity { /** * The total capacity of the nas file system. Unit: GiB. */ total: number; /** * The used capacity of the nas file system. Unit: MiB. */ used: number; } interface GetFileSystemsFileSystemTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface GetFileSystemsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetMountPointsMountPoint { /** * The creation time of the permission group. */ createTime: string; /** * The dns address. */ domain: string; /** * The address of the mount point. */ ip: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; /** * The struct of the permission group. */ permissionGroups: outputs.nas.GetMountPointsMountPointPermissionGroup[]; /** * The status of the mount point. */ status: string; /** * The id of the subnet. */ subnetId: string; /** * The name of the subnet. */ subnetName: string; /** * The update time of the mount point. */ updateTime: string; /** * The id of the vpc. */ vpcId: string; /** * The name of the vpc. */ vpcName: string; } interface GetMountPointsMountPointPermissionGroup { /** * The creation time of the permission group. */ createTime: string; /** * The description of the permission group. */ description: string; /** * The number of the file system. */ fileSystemCount: number; /** * The file system type of the permission group. */ fileSystemType: string; /** * The list of the mount point. */ mountPoints: outputs.nas.GetMountPointsMountPointPermissionGroupMountPoint[]; /** * The id of the permission group. */ permissionGroupId: string; /** * The name of the permission group. */ permissionGroupName: string; /** * The number of the permission rule. */ permissionRuleCount: number; } interface GetMountPointsMountPointPermissionGroupMountPoint { /** * The id of the file system. */ fileSystemId: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; } interface GetPermissionGroupsFilter { /** * Filters permission groups for specified characteristics based on attributes. The parameters that support filtering are as follows: `PermissionGroupName`, `PermissionGroupId`. */ key: string; /** * The value of the filter item. */ value: string; } interface GetPermissionGroupsPermissionGroup { /** * The creation time of the permission group. */ createTime: string; /** * The description of the permission group. */ description: string; /** * The number of the file system. */ fileSystemCount: number; /** * The file system type of the permission group. */ fileSystemType: string; /** * The list of the mount point. */ mountPoints: outputs.nas.GetPermissionGroupsPermissionGroupMountPoint[]; /** * The id of the permission group. */ permissionGroupId: string; /** * The name of the permission group. */ permissionGroupName: string; /** * The number of the permission rule. */ permissionRuleCount: number; /** * The list of permissions rules. */ permissionRules: outputs.nas.GetPermissionGroupsPermissionGroupPermissionRule[]; } interface GetPermissionGroupsPermissionGroupMountPoint { /** * The id of the file system. */ fileSystemId: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; } interface GetPermissionGroupsPermissionGroupPermissionRule { /** * Client IP addresses that are allowed access. */ cidrIp: string; /** * The id of the permission rule. */ permissionRuleId: string; /** * Permission group read and write rules. */ rwMode: string; /** * Permission group user permissions. */ userMode: string; } interface GetRegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; /** * The status info of region. */ status: string; } interface GetSnapshotsSnapshot { /** * The create time of snapshot. */ createTime: string; /** * The description of snapshot. */ description: string; /** * The ID of file system. */ fileSystemId: string; /** * The name of file system. */ fileSystemName: string; /** * The ID of snapshot. */ id: string; /** * Whether is encrypt. */ isEncrypt: boolean; /** * The progress of snapshot. */ progress: string; /** * The retention days of snapshot. */ retentionDays: number; /** * The ID of snapshot. */ snapshotId: string; /** * The name of snapshot. */ snapshotName: string; /** * The type of snapshot. */ snapshotType: string; /** * The size of source. */ sourceSize: number; /** * The source version info. */ sourceVersion: string; /** * The status of snapshot. */ status: string; /** * The ID of zone. */ zoneId: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The collection of sales info. */ sales: outputs.nas.GetZonesZoneSale[]; /** * The status info. */ status: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface GetZonesZoneSale { /** * The type of file system. */ fileSystemType: string; /** * The type of protocol. */ protocolType: string; /** * The status info. */ status: string; /** * The type of storage. */ storageType: string; } interface MountPointsMountPoint { /** * The creation time of the permission group. */ createTime: string; /** * The dns address. */ domain: string; /** * The address of the mount point. */ ip: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; /** * The struct of the permission group. */ permissionGroups: outputs.nas.MountPointsMountPointPermissionGroup[]; /** * The status of the mount point. */ status: string; /** * The id of the subnet. */ subnetId: string; /** * The name of the subnet. */ subnetName: string; /** * The update time of the mount point. */ updateTime: string; /** * The id of the vpc. */ vpcId: string; /** * The name of the vpc. */ vpcName: string; } interface MountPointsMountPointPermissionGroup { /** * The creation time of the permission group. */ createTime: string; /** * The description of the permission group. */ description: string; /** * The number of the file system. */ fileSystemCount: number; /** * The file system type of the permission group. */ fileSystemType: string; /** * The list of the mount point. */ mountPoints: outputs.nas.MountPointsMountPointPermissionGroupMountPoint[]; /** * The id of the permission group. */ permissionGroupId: string; /** * The name of the permission group. */ permissionGroupName: string; /** * The number of the permission rule. */ permissionRuleCount: number; } interface MountPointsMountPointPermissionGroupMountPoint { /** * The id of the file system. */ fileSystemId: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; } interface PermissionGroupPermissionRule { /** * Client IP addresses that are allowed access. */ cidrIp: string; /** * Permission group read and write rules. The value description is as follows: * `RW`: Allows reading and writing. * `RO`: read-only mode. */ rwMode: string; /** * Permission group user permissions. The value description is as follows: * `All_squash`: All access users are mapped to anonymous users or user groups. * `No_all_squash`: The access user is first matched with the local user, and then mapped to an anonymous user or user group after the match fails. * `Root_squash`: Map the Root user as an anonymous user or user group. * `No_root_squash`: The Root user maintains the Root account authority. */ useMode: string; } interface PermissionGroupsFilter { /** * Filters permission groups for specified characteristics based on attributes. The parameters that support filtering are as follows: `PermissionGroupName`, `PermissionGroupId`. */ key: string; /** * The value of the filter item. */ value: string; } interface PermissionGroupsPermissionGroup { /** * The creation time of the permission group. */ createTime: string; /** * The description of the permission group. */ description: string; /** * The number of the file system. */ fileSystemCount: number; /** * The file system type of the permission group. */ fileSystemType: string; /** * The list of the mount point. */ mountPoints: outputs.nas.PermissionGroupsPermissionGroupMountPoint[]; /** * The id of the permission group. */ permissionGroupId: string; /** * The name of the permission group. */ permissionGroupName: string; /** * The number of the permission rule. */ permissionRuleCount: number; /** * The list of permissions rules. */ permissionRules: outputs.nas.PermissionGroupsPermissionGroupPermissionRule[]; } interface PermissionGroupsPermissionGroupMountPoint { /** * The id of the file system. */ fileSystemId: string; /** * The id of the mount point. */ mountPointId: string; /** * The name of the mount point. */ mountPointName: string; } interface PermissionGroupsPermissionGroupPermissionRule { /** * Client IP addresses that are allowed access. */ cidrIp: string; /** * The id of the permission rule. */ permissionRuleId: string; /** * Permission group read and write rules. */ rwMode: string; /** * Permission group user permissions. */ userMode: string; } interface RegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; /** * The status info of region. */ status: string; } interface SnapshotsSnapshot { /** * The create time of snapshot. */ createTime: string; /** * The description of snapshot. */ description: string; /** * The ID of file system. */ fileSystemId: string; /** * The name of file system. */ fileSystemName: string; /** * The ID of snapshot. */ id: string; /** * Whether is encrypt. */ isEncrypt: boolean; /** * The progress of snapshot. */ progress: string; /** * The retention days of snapshot. */ retentionDays: number; /** * The ID of snapshot. */ snapshotId: string; /** * The name of snapshot. */ snapshotName: string; /** * The type of snapshot. */ snapshotType: string; /** * The size of source. */ sourceSize: number; /** * The source version info. */ sourceVersion: string; /** * The status of snapshot. */ status: string; /** * The ID of zone. */ zoneId: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The collection of sales info. */ sales: outputs.nas.ZonesZoneSale[]; /** * The status info. */ status: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface ZonesZoneSale { /** * The type of file system. */ fileSystemType: string; /** * The type of protocol. */ protocolType: string; /** * The status info. */ status: string; /** * The type of storage. */ storageType: string; } } export declare namespace nat { interface DnatEntriesDnatEntry { /** * The ID of the DNAT entry. */ dnatEntryId: string; /** * The name of the DNAT entry. */ dnatEntryName: string; /** * Provides the public IP address for public network access. */ externalIp: string; /** * The port or port segment that receives requests from the public network. If InternalPort is passed into the port segment, ExternalPort must also be passed into the port segment. */ externalPort: string; /** * Provides the internal IP address. */ internalIp: string; /** * The port or port segment on which the cloud server instance provides services to the public network. */ internalPort: string; /** * The id of the NAT gateway. */ natGatewayId: string; /** * The network protocol. */ protocol: string; /** * The network status. */ status: string; } interface GatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GatewaysNatGateway { /** * The billing type of the NatGateway. */ billingType: string; /** * Whether the NatGateway is locked. */ businessStatus: string; /** * The creation time of the NatGateway. */ creationTime: string; /** * The deleted time of the NatGateway. */ deletedTime: string; /** * The description of the NatGateway. */ description: string; /** * The eip addresses of the NatGateway. */ eipAddresses: outputs.nat.GatewaysNatGatewayEipAddress[]; /** * The ID of the NatGateway. */ id: string; /** * The reason why locking NatGateway. */ lockReason: string; /** * The ID of the NatGateway. */ natGatewayId: string; /** * The name of the NatGateway. */ natGatewayName: string; /** * The ID of the network interface. */ networkInterfaceId: string; /** * The overdue time of the NatGateway. */ overdueTime: string; /** * The specification of the NatGateway. */ spec: string; /** * The status of the NatGateway. */ status: string; /** * The id of the Subnet. */ subnetId: string; /** * Tags. */ tags: outputs.nat.GatewaysNatGatewayTag[]; /** * The update time of the NatGateway. */ updatedAt: string; /** * The id of the VPC. */ vpcId: string; } interface GatewaysNatGatewayEipAddress { /** * The ID of Eip. */ allocationId: string; /** * The address of Eip. */ eipAddress: string; /** * The using status of Eip. */ usingStatus: string; } interface GatewaysNatGatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GatewaysTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetDnatEntriesDnatEntry { /** * The ID of the DNAT entry. */ dnatEntryId: string; /** * The name of the DNAT entry. */ dnatEntryName: string; /** * Provides the public IP address for public network access. */ externalIp: string; /** * The port or port segment that receives requests from the public network. If InternalPort is passed into the port segment, ExternalPort must also be passed into the port segment. */ externalPort: string; /** * Provides the internal IP address. */ internalIp: string; /** * The port or port segment on which the cloud server instance provides services to the public network. */ internalPort: string; /** * The id of the NAT gateway. */ natGatewayId: string; /** * The network protocol. */ protocol: string; /** * The network status. */ status: string; } interface GetGatewaysNatGateway { /** * The billing type of the NatGateway. */ billingType: string; /** * Whether the NatGateway is locked. */ businessStatus: string; /** * The creation time of the NatGateway. */ creationTime: string; /** * The deleted time of the NatGateway. */ deletedTime: string; /** * The description of the NatGateway. */ description: string; /** * The eip addresses of the NatGateway. */ eipAddresses: outputs.nat.GetGatewaysNatGatewayEipAddress[]; /** * The ID of the NatGateway. */ id: string; /** * The reason why locking NatGateway. */ lockReason: string; /** * The ID of the NatGateway. */ natGatewayId: string; /** * The name of the NatGateway. */ natGatewayName: string; /** * The ID of the network interface. */ networkInterfaceId: string; /** * The overdue time of the NatGateway. */ overdueTime: string; /** * The specification of the NatGateway. */ spec: string; /** * The status of the NatGateway. */ status: string; /** * The id of the Subnet. */ subnetId: string; /** * Tags. */ tags: outputs.nat.GetGatewaysNatGatewayTag[]; /** * The update time of the NatGateway. */ updatedAt: string; /** * The id of the VPC. */ vpcId: string; } interface GetGatewaysNatGatewayEipAddress { /** * The ID of Eip. */ allocationId: string; /** * The address of Eip. */ eipAddress: string; /** * The using status of Eip. */ usingStatus: string; } interface GetGatewaysNatGatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetGatewaysTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSnatEntriesSnatEntry { /** * The public ip address used by the SNAT entry. */ eipAddress: string; /** * An id of the public ip address used by the SNAT entry. */ eipId: string; /** * The id of the SNAT entry. */ id: string; /** * An id of the nat gateway to which the entry belongs. */ natGatewayId: string; /** * The id of the SNAT entry. */ snatEntryId: string; /** * A name of SNAT entry. */ snatEntryName: string; /** * The SourceCidr of SNAT entry. */ sourceCidr: string; /** * The status of the SNAT entry. */ status: string; /** * An id of the subnet that is required to access the Internet. */ subnetId: string; } interface SnatEntriesSnatEntry { /** * The public ip address used by the SNAT entry. */ eipAddress: string; /** * An id of the public ip address used by the SNAT entry. */ eipId: string; /** * The id of the SNAT entry. */ id: string; /** * An id of the nat gateway to which the entry belongs. */ natGatewayId: string; /** * The id of the SNAT entry. */ snatEntryId: string; /** * A name of SNAT entry. */ snatEntryName: string; /** * The SourceCidr of SNAT entry. */ sourceCidr: string; /** * The status of the SNAT entry. */ status: string; /** * An id of the subnet that is required to access the Internet. */ subnetId: string; } } export declare namespace organization { interface AccountTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface AccountsAccount { /** * The id of the account. */ accountId: string; /** * The name of the account. */ accountName: string; /** * Whether to allow the account enable console. `0` means allowed, `1` means not allowed. */ allowConsole: number; /** * Whether to allow exit the organization. `0` means allowed, `1` means not allowed. */ allowExit: number; /** * The created time of the account. */ createdTime: string; /** * The delete uk of the account. */ deleteUk: string; /** * The deleted time of the account. */ deletedTime: string; /** * The description of the account. */ description: string; /** * The name of the iam role. */ iamRole: string; /** * The id of the account. */ id: string; /** * Whether the account is owner. `0` means not owner, `1` means owner. */ isOwner: number; /** * The join type of the account. `0` means create, `1` means invitation. */ joinType: number; /** * The id of the organization. */ orgId: string; /** * The type of the organization. `1` means business organization. */ orgType: number; /** * The id of the organization unit. */ orgUnitId: string; /** * The name of the organization unit. */ orgUnitName: string; /** * The id of the organization verification. */ orgVerificationId: string; /** * The owner id of the account. */ owner: string; /** * The show name of the account. */ showName: string; /** * Tags. */ tags: outputs.organization.AccountsAccountTag[]; /** * The updated time of the account. */ updatedTime: string; } interface AccountsAccountTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAccountsAccount { /** * The id of the account. */ accountId: string; /** * The name of the account. */ accountName: string; /** * Whether to allow the account enable console. `0` means allowed, `1` means not allowed. */ allowConsole: number; /** * Whether to allow exit the organization. `0` means allowed, `1` means not allowed. */ allowExit: number; /** * The created time of the account. */ createdTime: string; /** * The delete uk of the account. */ deleteUk: string; /** * The deleted time of the account. */ deletedTime: string; /** * The description of the account. */ description: string; /** * The name of the iam role. */ iamRole: string; /** * The id of the account. */ id: string; /** * Whether the account is owner. `0` means not owner, `1` means owner. */ isOwner: number; /** * The join type of the account. `0` means create, `1` means invitation. */ joinType: number; /** * The id of the organization. */ orgId: string; /** * The type of the organization. `1` means business organization. */ orgType: number; /** * The id of the organization unit. */ orgUnitId: string; /** * The name of the organization unit. */ orgUnitName: string; /** * The id of the organization verification. */ orgVerificationId: string; /** * The owner id of the account. */ owner: string; /** * The show name of the account. */ showName: string; /** * Tags. */ tags: outputs.organization.GetAccountsAccountTag[]; /** * The updated time of the account. */ updatedTime: string; } interface GetAccountsAccountTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetOrganizationsOrganization { /** * The account id of the organization owner. */ accountId: number; /** * The account name of the organization owner. */ accountName: string; /** * The created time of the organization. */ createdTime: string; /** * The delete uk of the organization. */ deleteUk: string; /** * The deleted time of the organization. */ deletedTime: string; /** * The description of the organization. */ description: string; /** * The id of the organization. */ id: string; /** * The main name of the organization owner. */ mainName: string; /** * The name of the organization. */ name: string; /** * The owner id of the organization. */ owner: string; /** * The status of the organization. */ status: number; /** * The type of the organization. */ type: number; /** * The updated time of the organization. */ updatedTime: string; } interface GetServiceControlPoliciesPolicy { /** * The create time of the Policy. */ createDate: string; /** * The description of the Policy. */ description: string; /** * The ID of the Policy. */ id: string; /** * The name of the Policy. */ policyName: string; /** * The type of policy. The value can be System or Custom. */ policyType: string; /** * The statement of the Policy. */ statement: string; /** * The update time of the Policy. */ updateDate: string; } interface GetUnitsUnit { /** * The created time of the organization unit. */ createdTime: string; /** * Delete marker. */ deleteUk: string; /** * The deleted time of the organization unit. */ deletedTime: string; /** * The depth of the organization unit. */ depth: number; /** * The description of the organization unit. */ description: string; /** * The id of the organization unit. */ id: string; /** * The name of the organization unit. */ name: string; /** * The id of the organization. */ orgId: string; /** * The organization type. */ orgType: number; /** * The owner of the organization unit. */ owner: string; /** * Parent Unit ID. */ parentId: string; /** * The updated time of the organization unit. */ updatedTime: string; } interface OrganizationsOrganization { /** * The account id of the organization owner. */ accountId: number; /** * The account name of the organization owner. */ accountName: string; /** * The created time of the organization. */ createdTime: string; /** * The delete uk of the organization. */ deleteUk: string; /** * The deleted time of the organization. */ deletedTime: string; /** * The description of the organization. */ description: string; /** * The id of the organization. */ id: string; /** * The main name of the organization owner. */ mainName: string; /** * The name of the organization. */ name: string; /** * The owner id of the organization. */ owner: string; /** * The status of the organization. */ status: number; /** * The type of the organization. */ type: number; /** * The updated time of the organization. */ updatedTime: string; } interface ServiceControlPoliciesPolicy { /** * The create time of the Policy. */ createDate: string; /** * The description of the Policy. */ description: string; /** * The ID of the Policy. */ id: string; /** * The name of the Policy. */ policyName: string; /** * The type of policy. The value can be System or Custom. */ policyType: string; /** * The statement of the Policy. */ statement: string; /** * The update time of the Policy. */ updateDate: string; } interface UnitsUnit { /** * The created time of the organization unit. */ createdTime: string; /** * Delete marker. */ deleteUk: string; /** * The deleted time of the organization unit. */ deletedTime: string; /** * The depth of the organization unit. */ depth: number; /** * The description of the organization unit. */ description: string; /** * The id of the organization unit. */ id: string; /** * The name of the organization unit. */ name: string; /** * The id of the organization. */ orgId: string; /** * The organization type. */ orgType: number; /** * The owner of the organization unit. */ owner: string; /** * Parent Unit ID. */ parentId: string; /** * The updated time of the organization unit. */ updatedTime: string; } } export declare namespace private_zone { interface GetPrivateZonesPrivateZone { /** * The Bind vpc info of the private zone. */ bindVpcs: outputs.private_zone.GetPrivateZonesPrivateZoneBindVpc[]; /** * The created time of the private zone. */ createdAt: string; /** * The id of the private zone. */ id: string; /** * The account id of the last operator who created the private zone. */ lastOperator: string; /** * The line mode of Private Zone, specified whether the intelligent mode and the load balance function is enabled. */ lineMode: number; /** * The record count of the private zone. */ recordCount: number; /** * Whether the recursion mode of Private Zone is enabled. */ recursionMode: boolean; /** * The region of Private Zone. */ regions: string[]; /** * The remark of the private zone. */ remark: string; /** * The updated time of the private zone. */ updatedAt: string; /** * The zid of Private Zone. */ zid: number; /** * The name of Private Zone. */ zoneName: string; } interface GetPrivateZonesPrivateZoneBindVpc { /** * The account id of the bind vpc. */ accountId: string; /** * The id of the private zone. */ id: string; /** * The region of Private Zone. */ region: string; /** * The region name of the bind vpc. */ regionName: string; } interface GetRecordSetsRecordSet { /** * The Complete domain name of the private zone record. */ fqdn: string; /** * The host of Private Zone Record Set. */ host: string; /** * The subnet id of the private zone record. This field is only effected when the `intelligentMode` of the private zone is true. */ line: string; /** * The id of Private Zone Record Set. */ recordSetId: string; /** * The type of the private zone record. */ type: string; /** * Whether to enable the load balance of the private zone record set. */ weightEnabled: boolean; } interface GetRecordsRecord { /** * The created time of the private zone record. */ createdAt: string; /** * Whether the private zone record is enabling. */ enable: boolean; /** * The host of Private Zone Record. */ host: string; /** * The last operator account id of Private Zone Record. */ lastOperator: string; /** * The subnet id of Private Zone Record. This field is only effected when the `intelligentMode` of the private zone is true. */ line: string; /** * The id of Private Zone Record. */ recordId: string; /** * The remark of the private zone record. */ remark: string; /** * The ttl of the private zone record. Unit: second. */ ttl: number; /** * The type of Private Zone Record. */ type: string; /** * The updated time of the private zone record. */ updatedAt: string; /** * The value of Private Zone Record. */ value: string; /** * The weight of the private zone record. */ weight: number; /** * The zid of Private Zone. */ zid: number; } interface GetResolverEndpointsEndpoint { /** * The created time of the endpoint. */ createdAt: string; /** * The direction of the private zone resolver endpoint. */ direction: string; /** * The endpoint id. */ endpointId: number; /** * The id of the endpoint. */ id: string; /** * List of IP configurations. */ ipConfigs: outputs.private_zone.GetResolverEndpointsEndpointIpConfig[]; /** * The name of the private zone resolver endpoint. */ name: string; /** * The security group id of the endpoint. */ securityGroupId: string; /** * The status of the private zone resolver endpoint. */ status: string; /** * The updated time of the endpoint. */ updatedAt: string; /** * The vpc ID of the private zone resolver endpoint. */ vpcId: string; /** * The vpc region of the endpoint. */ vpcRegion: string; } interface GetResolverEndpointsEndpointIpConfig { /** * The availability zone id of the endpoint. */ azId: string; /** * The IP address of the endpoint. */ ip: string; /** * The subnet id of the endpoint. */ subnetId: string; } interface GetResolverRulesRule { bindVpcs: outputs.private_zone.GetResolverRulesRuleBindVpc[]; /** * The created time of the rule. */ createdAt: string; /** * ID of the exit terminal node. */ endpointId: number; /** * The IP address and port of the DNS server outside of the VPC. */ forwardIps: outputs.private_zone.GetResolverRulesRuleForwardIp[]; /** * The id of the rule. */ id: string; /** * The ISP of the exit IP address of the recursive DNS server. */ line: number; /** * The name of the rule. */ name: string; /** * The id of the rule. */ ruleId: number; /** * The type of the rule. */ type: string; /** * The updated time of the rule. */ updatedAt: string; /** * The main domain associated with the forwarding rule. For example, if you set this parameter to example.com, DNS requests for example.com and all subdomains of example.com will be forwarded. */ zoneNames: string[]; } interface GetResolverRulesRuleBindVpc { /** * The account id of the bind vpc. */ accountId: string; /** * The id of the rule. */ id: string; /** * The region of the bind vpc. */ region: string; /** * The region name of the bind vpc. */ regionName: string; } interface GetResolverRulesRuleForwardIp { /** * The IP address of the DNS server outside of the VPC. */ ip: string; /** * The port of the DNS server outside of the VPC. */ port: number; } interface PrivateZoneVpc { /** * The region of the bind vpc. The default value is the region of the default provider config. */ region: string; /** * The id of the bind vpc. */ vpcId: string; } interface PrivateZonesPrivateZone { /** * The Bind vpc info of the private zone. */ bindVpcs: outputs.private_zone.PrivateZonesPrivateZoneBindVpc[]; /** * The created time of the private zone. */ createdAt: string; /** * The id of the private zone. */ id: string; /** * The account id of the last operator who created the private zone. */ lastOperator: string; /** * The line mode of Private Zone, specified whether the intelligent mode and the load balance function is enabled. */ lineMode: number; /** * The record count of the private zone. */ recordCount: number; /** * Whether the recursion mode of Private Zone is enabled. */ recursionMode: boolean; /** * The region of Private Zone. */ regions: string[]; /** * The remark of the private zone. */ remark: string; /** * The updated time of the private zone. */ updatedAt: string; /** * The zid of Private Zone. */ zid: number; /** * The name of Private Zone. */ zoneName: string; } interface PrivateZonesPrivateZoneBindVpc { /** * The account id of the bind vpc. */ accountId: string; /** * The id of the private zone. */ id: string; /** * The region of Private Zone. */ region: string; /** * The region name of the bind vpc. */ regionName: string; } interface RecordSetsRecordSet { /** * The Complete domain name of the private zone record. */ fqdn: string; /** * The host of Private Zone Record Set. */ host: string; /** * The subnet id of the private zone record. This field is only effected when the `intelligentMode` of the private zone is true. */ line: string; /** * The id of Private Zone Record Set. */ recordSetId: string; /** * The type of the private zone record. */ type: string; /** * Whether to enable the load balance of the private zone record set. */ weightEnabled: boolean; } interface RecordsRecord { /** * The created time of the private zone record. */ createdAt: string; /** * Whether the private zone record is enabling. */ enable: boolean; /** * The host of Private Zone Record. */ host: string; /** * The last operator account id of Private Zone Record. */ lastOperator: string; /** * The subnet id of Private Zone Record. This field is only effected when the `intelligentMode` of the private zone is true. */ line: string; /** * The id of Private Zone Record. */ recordId: string; /** * The remark of the private zone record. */ remark: string; /** * The ttl of the private zone record. Unit: second. */ ttl: number; /** * The type of Private Zone Record. */ type: string; /** * The updated time of the private zone record. */ updatedAt: string; /** * The value of Private Zone Record. */ value: string; /** * The weight of the private zone record. */ weight: number; /** * The zid of Private Zone. */ zid: number; } interface ResolverEndpointIpConfig { /** * Id of the availability zone. */ azId: string; /** * Source IP address of traffic. You can add up to 6 IP addresses at most. To ensure high availability, you must add at least two IP addresses. */ ip: string; /** * Id of the subnet. */ subnetId: string; } interface ResolverEndpointsEndpoint { /** * The created time of the endpoint. */ createdAt: string; /** * The direction of the private zone resolver endpoint. */ direction: string; /** * The endpoint id. */ endpointId: number; /** * The id of the endpoint. */ id: string; /** * List of IP configurations. */ ipConfigs: outputs.private_zone.ResolverEndpointsEndpointIpConfig[]; /** * The name of the private zone resolver endpoint. */ name: string; /** * The security group id of the endpoint. */ securityGroupId: string; /** * The status of the private zone resolver endpoint. */ status: string; /** * The updated time of the endpoint. */ updatedAt: string; /** * The vpc ID of the private zone resolver endpoint. */ vpcId: string; /** * The vpc region of the endpoint. */ vpcRegion: string; } interface ResolverEndpointsEndpointIpConfig { /** * The availability zone id of the endpoint. */ azId: string; /** * The IP address of the endpoint. */ ip: string; /** * The subnet id of the endpoint. */ subnetId: string; } interface ResolverRuleForwardIp { /** * IP address of the external DNS server. This parameter is only valid when the Type parameter is OUTBOUND and is a required parameter. */ ip: string; /** * The port of the external DNS server. Default is 53. This parameter is only valid and optional when the Type parameter is OUTBOUND. */ port: number; } interface ResolverRuleVpc { /** * The region of the bind vpc. The default value is the region of the default provider config. */ region: string; /** * The id of the bind vpc. */ vpcId: string; } interface ResolverRulesRule { bindVpcs: outputs.private_zone.ResolverRulesRuleBindVpc[]; /** * The created time of the rule. */ createdAt: string; /** * ID of the exit terminal node. */ endpointId: number; /** * The IP address and port of the DNS server outside of the VPC. */ forwardIps: outputs.private_zone.ResolverRulesRuleForwardIp[]; /** * The id of the rule. */ id: string; /** * The ISP of the exit IP address of the recursive DNS server. */ line: number; /** * The name of the rule. */ name: string; /** * The id of the rule. */ ruleId: number; /** * The type of the rule. */ type: string; /** * The updated time of the rule. */ updatedAt: string; /** * The main domain associated with the forwarding rule. For example, if you set this parameter to example.com, DNS requests for example.com and all subdomains of example.com will be forwarded. */ zoneNames: string[]; } interface ResolverRulesRuleBindVpc { /** * The account id of the bind vpc. */ accountId: string; /** * The id of the rule. */ id: string; /** * The region of the bind vpc. */ region: string; /** * The region name of the bind vpc. */ regionName: string; } interface ResolverRulesRuleForwardIp { /** * The IP address of the DNS server outside of the VPC. */ ip: string; /** * The port of the DNS server outside of the VPC. */ port: number; } } export declare namespace privatelink { interface GetVpcEndpointConnectionsConnection { /** * The status of the connection. */ connectionStatus: string; /** * The create time of the connection. */ creationTime: string; /** * The id of the vpc endpoint. */ endpointId: string; /** * The account id of the vpc endpoint. */ endpointOwnerAccountId: string; /** * The vpc id of the vpc endpoint. */ endpointVpcId: string; /** * The id of the vpc endpoint service. */ serviceId: string; /** * The update time of the connection. */ updateTime: string; /** * The available zones. */ zones: outputs.privatelink.GetVpcEndpointConnectionsConnectionZone[]; } interface GetVpcEndpointConnectionsConnectionZone { /** * The id of the network interface. */ networkInterfaceId: string; /** * The ip address of the network interface. */ networkInterfaceIp: string; /** * The id of the resource. */ resourceId: string; /** * The id of the subnet. */ subnetId: string; /** * The domain of the zone. */ zoneDomain: string; /** * The id of the zone. */ zoneId: string; /** * The status of the zone. */ zoneStatus: string; } interface GetVpcEndpointServicePermissionsPermission { /** * The Id of permit account. */ permitAccountId: string; } interface GetVpcEndpointServicesService { /** * Whether auto accept node connect. */ autoAcceptEnabled: boolean; /** * The create time of service. */ creationTime: string; /** * The description of service. */ description: string; /** * The Id of service. */ id: string; /** * The resources info. */ resources: outputs.privatelink.GetVpcEndpointServicesServiceResource[]; /** * The domain of service. */ serviceDomain: string; /** * The Id of service. */ serviceId: string; /** * The name of vpc endpoint service. */ serviceName: string; /** * The resource type of service. */ serviceResourceType: string; /** * The type of service. */ serviceType: string; /** * The status of service. */ status: string; /** * The update time of service. */ updateTime: string; /** * The IDs of zones. */ zoneIds: string[]; } interface GetVpcEndpointServicesServiceResource { /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; /** * The zone id of resource. */ zoneId: string; } interface GetVpcEndpointZonesVpcEndpointZone { /** * The Id of vpc endpoint zone. */ id: string; /** * The network interface id of vpc endpoint. */ networkInterfaceId: string; /** * The network interface ip of vpc endpoint. */ networkInterfaceIp: string; /** * The status of vpc endpoint service. */ serviceStatus: string; /** * The subnet id of vpc endpoint. */ subnetId: string; /** * The domain of vpc endpoint zone. */ zoneDomain: string; /** * The Id of vpc endpoint zone. */ zoneId: string; /** * The status of vpc endpoint zone. */ zoneStatus: string; } interface GetVpcEndpointsVpcEndpoint { /** * Whether the vpc endpoint is locked. */ businessStatus: string; /** * The connection status of vpc endpoint. */ connectionStatus: string; /** * The create time of vpc endpoint. */ creationTime: string; /** * The delete time of vpc endpoint. */ deletedTime: string; /** * The description of vpc endpoint. */ description: string; /** * The domain of vpc endpoint. */ endpointDomain: string; /** * The Id of vpc endpoint. */ endpointId: string; /** * The name of vpc endpoint. */ endpointName: string; /** * The type of vpc endpoint. */ endpointType: string; /** * The Id of vpc endpoint. */ id: string; /** * Whether to enable private dns name. */ privateDnsEnabled: boolean; /** * The private dns name of vpc endpoint. */ privateDnsName: string; /** * The Id of vpc endpoint service. */ serviceId: string; /** * The name of vpc endpoint service. */ serviceName: string; /** * The status of vpc endpoint. Valid values: `Creating`, `Pending`, `Available`, `Deleting`, `Inactive`. */ status: string; /** * The update time of vpc endpoint. */ updateTime: string; /** * The vpc id of vpc endpoint. */ vpcId: string; } interface VpcEndpointConnectionZone { /** * The id of the network interface. */ networkInterfaceId: string; /** * The ip address of the network interface. */ networkInterfaceIp: string; /** * The id of the resource. */ resourceId: string; /** * The id of the subnet. */ subnetId: string; /** * The domain of the zone. */ zoneDomain: string; /** * The id of the zone. */ zoneId: string; /** * The status of the zone. */ zoneStatus: string; } interface VpcEndpointConnectionsConnection { /** * The status of the connection. */ connectionStatus: string; /** * The create time of the connection. */ creationTime: string; /** * The id of the vpc endpoint. */ endpointId: string; /** * The account id of the vpc endpoint. */ endpointOwnerAccountId: string; /** * The vpc id of the vpc endpoint. */ endpointVpcId: string; /** * The id of the vpc endpoint service. */ serviceId: string; /** * The update time of the connection. */ updateTime: string; /** * The available zones. */ zones: outputs.privatelink.VpcEndpointConnectionsConnectionZone[]; } interface VpcEndpointConnectionsConnectionZone { /** * The id of the network interface. */ networkInterfaceId: string; /** * The ip address of the network interface. */ networkInterfaceIp: string; /** * The id of the resource. */ resourceId: string; /** * The id of the subnet. */ subnetId: string; /** * The domain of the zone. */ zoneDomain: string; /** * The id of the zone. */ zoneId: string; /** * The status of the zone. */ zoneStatus: string; } interface VpcEndpointServicePermissionsPermission { /** * The Id of permit account. */ permitAccountId: string; } interface VpcEndpointServiceResource { /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; } interface VpcEndpointServicesService { /** * Whether auto accept node connect. */ autoAcceptEnabled: boolean; /** * The create time of service. */ creationTime: string; /** * The description of service. */ description: string; /** * The Id of service. */ id: string; /** * The resources info. */ resources: outputs.privatelink.VpcEndpointServicesServiceResource[]; /** * The domain of service. */ serviceDomain: string; /** * The Id of service. */ serviceId: string; /** * The name of vpc endpoint service. */ serviceName: string; /** * The resource type of service. */ serviceResourceType: string; /** * The type of service. */ serviceType: string; /** * The status of service. */ status: string; /** * The update time of service. */ updateTime: string; /** * The IDs of zones. */ zoneIds: string[]; } interface VpcEndpointServicesServiceResource { /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; /** * The zone id of resource. */ zoneId: string; } interface VpcEndpointZonesVpcEndpointZone { /** * The Id of vpc endpoint zone. */ id: string; /** * The network interface id of vpc endpoint. */ networkInterfaceId: string; /** * The network interface ip of vpc endpoint. */ networkInterfaceIp: string; /** * The status of vpc endpoint service. */ serviceStatus: string; /** * The subnet id of vpc endpoint. */ subnetId: string; /** * The domain of vpc endpoint zone. */ zoneDomain: string; /** * The Id of vpc endpoint zone. */ zoneId: string; /** * The status of vpc endpoint zone. */ zoneStatus: string; } interface VpcEndpointsVpcEndpoint { /** * Whether the vpc endpoint is locked. */ businessStatus: string; /** * The connection status of vpc endpoint. */ connectionStatus: string; /** * The create time of vpc endpoint. */ creationTime: string; /** * The delete time of vpc endpoint. */ deletedTime: string; /** * The description of vpc endpoint. */ description: string; /** * The domain of vpc endpoint. */ endpointDomain: string; /** * The Id of vpc endpoint. */ endpointId: string; /** * The name of vpc endpoint. */ endpointName: string; /** * The type of vpc endpoint. */ endpointType: string; /** * The Id of vpc endpoint. */ id: string; /** * Whether to enable private dns name. */ privateDnsEnabled: boolean; /** * The private dns name of vpc endpoint. */ privateDnsName: string; /** * The Id of vpc endpoint service. */ serviceId: string; /** * The name of vpc endpoint service. */ serviceName: string; /** * The status of vpc endpoint. Valid values: `Creating`, `Pending`, `Available`, `Deleting`, `Inactive`. */ status: string; /** * The update time of vpc endpoint. */ updateTime: string; /** * The vpc id of vpc endpoint. */ vpcId: string; } } export declare namespace rabbitmq { interface GetInstancePluginsPlugin { /** * The description of plugin. */ description: string; /** * The disable prompt of plugin. */ disablePrompt: string; /** * The enable prompt of plugin. */ enablePrompt: string; /** * Whether plugin is enabled. */ enabled: boolean; /** * Will changing the enabled state of the plugin cause a reboot of the rabbitmq instance. */ needRebootOnChange: boolean; /** * The name of plugin. */ pluginName: string; /** * The port of plugin. */ port: number; /** * The version of plugin. */ version: string; } interface GetInstancesRabbitmqInstance { /** * The account id of the rabbitmq instance. */ accountId: string; /** * Whether enable the public network parsing function of the rabbitmq instance. */ applyPrivateDnsToPublic: boolean; /** * The type of the rabbitmq instance. */ archType: string; /** * The charge detail information of the rabbitmq instance. */ chargeDetails: outputs.rabbitmq.GetInstancesRabbitmqInstanceChargeDetail[]; /** * The compute specification of the rabbitmq instance. */ computeSpec: string; /** * The create time of the rabbitmq instance. */ createTime: string; /** * The eip id of the rabbitmq instance. */ eipId: string; /** * The endpoint info of the rabbitmq instance. */ endpoints: outputs.rabbitmq.GetInstancesRabbitmqInstanceEndpoint[]; /** * The id of the rabbitmq instance. */ id: string; /** * The WebUI admin user name of the rabbitmq instance. */ initUserName: string; /** * The description of the rabbitmq instance. */ instanceDescription: string; /** * The id of rabbitmq instance. This field supports fuzzy query. */ instanceId: string; /** * The name of rabbitmq instance. This field supports fuzzy query. */ instanceName: string; /** * The status of rabbitmq instance. */ instanceStatus: string; /** * The project name of rabbitmq instance. */ projectName: string; /** * The region description of the rabbitmq instance. */ regionDescription: string; /** * The region id of the rabbitmq instance. */ regionId: string; /** * The total storage space of the rabbitmq instance. Unit: GiB. */ storageSpace: number; /** * The subnet id of the rabbitmq instance. */ subnetId: string; /** * Tags. */ tags: outputs.rabbitmq.GetInstancesRabbitmqInstanceTag[]; /** * The used storage space of the rabbitmq instance. Unit: GiB. */ usedStorageSpace: number; /** * The version of the rabbitmq instance. */ version: string; /** * The vpc id of rabbitmq instance. This field supports fuzzy query. */ vpcId: string; /** * The zone description of the rabbitmq instance. */ zoneDescription: string; /** * The zone id of rabbitmq instance. This field supports fuzzy query. */ zoneId: string; } interface GetInstancesRabbitmqInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. */ autoRenew: boolean; /** * The charge end time of the rabbitmq instance. */ chargeEndTime: string; /** * The charge expire time of the rabbitmq instance. */ chargeExpireTime: string; /** * The charge start time of the rabbitmq instance. */ chargeStartTime: string; /** * The charge status of the rabbitmq instance. */ chargeStatus: string; /** * The charge type of rabbitmq instance. */ chargeType: string; /** * The overdue reclaim time of the rabbitmq instance. */ overdueReclaimTime: string; /** * The overdue time of the rabbitmq instance. */ overdueTime: string; } interface GetInstancesRabbitmqInstanceEndpoint { /** * The endpoint type of the rabbitmq instance. */ endpointType: string; /** * The internal endpoint of the rabbitmq instance. */ internalEndpoint: string; /** * The network type of the rabbitmq instance. */ networkType: string; /** * The public endpoint of the rabbitmq instance. */ publicEndpoint: string; } interface GetInstancesRabbitmqInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstanceChargeInfo { /** * Whether to automatically renew in prepaid scenarios. Default is false. */ autoRenew?: boolean; /** * The charge type of the rabbitmq instance. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Purchase duration in prepaid scenarios. When PeriodUnit is specified as `Month`, the value range is 1-9. When PeriodUnit is specified as `Year`, the value range is 1-3. Default is 1. */ period?: number; /** * The purchase cycle in the prepaid scenario. Valid values: `Month`, `Year`. Default is `Month`. */ periodUnit?: string; } interface InstanceEndpoint { /** * The endpoint type of the rabbitmq instance. */ endpointType: string; /** * The internal endpoint of the rabbitmq instance. */ internalEndpoint: string; /** * The network type of the rabbitmq instance. */ networkType: string; /** * The public endpoint of the rabbitmq instance. */ publicEndpoint: string; } interface InstancePluginsPlugin { /** * The description of plugin. */ description: string; /** * The disable prompt of plugin. */ disablePrompt: string; /** * The enable prompt of plugin. */ enablePrompt: string; /** * Whether plugin is enabled. */ enabled: boolean; /** * Will changing the enabled state of the plugin cause a reboot of the rabbitmq instance. */ needRebootOnChange: boolean; /** * The name of plugin. */ pluginName: string; /** * The port of plugin. */ port: number; /** * The version of plugin. */ version: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesRabbitmqInstance { /** * The account id of the rabbitmq instance. */ accountId: string; /** * Whether enable the public network parsing function of the rabbitmq instance. */ applyPrivateDnsToPublic: boolean; /** * The type of the rabbitmq instance. */ archType: string; /** * The charge detail information of the rabbitmq instance. */ chargeDetails: outputs.rabbitmq.InstancesRabbitmqInstanceChargeDetail[]; /** * The compute specification of the rabbitmq instance. */ computeSpec: string; /** * The create time of the rabbitmq instance. */ createTime: string; /** * The eip id of the rabbitmq instance. */ eipId: string; /** * The endpoint info of the rabbitmq instance. */ endpoints: outputs.rabbitmq.InstancesRabbitmqInstanceEndpoint[]; /** * The id of the rabbitmq instance. */ id: string; /** * The WebUI admin user name of the rabbitmq instance. */ initUserName: string; /** * The description of the rabbitmq instance. */ instanceDescription: string; /** * The id of rabbitmq instance. This field supports fuzzy query. */ instanceId: string; /** * The name of rabbitmq instance. This field supports fuzzy query. */ instanceName: string; /** * The status of rabbitmq instance. */ instanceStatus: string; /** * The project name of rabbitmq instance. */ projectName: string; /** * The region description of the rabbitmq instance. */ regionDescription: string; /** * The region id of the rabbitmq instance. */ regionId: string; /** * The total storage space of the rabbitmq instance. Unit: GiB. */ storageSpace: number; /** * The subnet id of the rabbitmq instance. */ subnetId: string; /** * Tags. */ tags: outputs.rabbitmq.InstancesRabbitmqInstanceTag[]; /** * The used storage space of the rabbitmq instance. Unit: GiB. */ usedStorageSpace: number; /** * The version of the rabbitmq instance. */ version: string; /** * The vpc id of rabbitmq instance. This field supports fuzzy query. */ vpcId: string; /** * The zone description of the rabbitmq instance. */ zoneDescription: string; /** * The zone id of rabbitmq instance. This field supports fuzzy query. */ zoneId: string; } interface InstancesRabbitmqInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. */ autoRenew: boolean; /** * The charge end time of the rabbitmq instance. */ chargeEndTime: string; /** * The charge expire time of the rabbitmq instance. */ chargeExpireTime: string; /** * The charge start time of the rabbitmq instance. */ chargeStartTime: string; /** * The charge status of the rabbitmq instance. */ chargeStatus: string; /** * The charge type of rabbitmq instance. */ chargeType: string; /** * The overdue reclaim time of the rabbitmq instance. */ overdueReclaimTime: string; /** * The overdue time of the rabbitmq instance. */ overdueTime: string; } interface InstancesRabbitmqInstanceEndpoint { /** * The endpoint type of the rabbitmq instance. */ endpointType: string; /** * The internal endpoint of the rabbitmq instance. */ internalEndpoint: string; /** * The network type of the rabbitmq instance. */ networkType: string; /** * The public endpoint of the rabbitmq instance. */ publicEndpoint: string; } interface InstancesRabbitmqInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace rds { interface AccountPrivilegeDbPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege string of the account. */ accountPrivilegeStr: string; /** * The name of database. */ dbName: string; } interface AccountsRdsAccount { /** * The name of the database account. */ accountName: string; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; /** * The privilege detail list of RDS instance account. */ dbPrivileges: outputs.rds.AccountsRdsAccountDbPrivilege[]; /** * The ID of the RDS instance account. */ id: string; } interface AccountsRdsAccountDbPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege string of the account. */ accountPrivilegeStr: string; /** * The name of database. */ dbName: string; } interface DatabasesRdsDatabase { /** * The account names of the RDS database. */ accountNames: string; /** * The character set of the RDS database. */ characterSetName: string; /** * The name of the RDS database. */ dbName: string; /** * The status of the RDS database. */ dbStatus: string; /** * The ID of the RDS database. */ id: string; } interface GetAccountsRdsAccount { /** * The name of the database account. */ accountName: string; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; /** * The privilege detail list of RDS instance account. */ dbPrivileges: outputs.rds.GetAccountsRdsAccountDbPrivilege[]; /** * The ID of the RDS instance account. */ id: string; } interface GetAccountsRdsAccountDbPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege string of the account. */ accountPrivilegeStr: string; /** * The name of database. */ dbName: string; } interface GetDatabasesRdsDatabase { /** * The account names of the RDS database. */ accountNames: string; /** * The character set of the RDS database. */ characterSetName: string; /** * The name of the RDS database. */ dbName: string; /** * The status of the RDS database. */ dbStatus: string; /** * The ID of the RDS database. */ id: string; } interface GetInstancesRdsInstance { /** * The charge status of the RDS instance. */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * The connection info ot the RDS instance. */ connectionInfo: outputs.rds.GetInstancesRdsInstanceConnectionInfo; /** * The create time of the RDS instance. */ createTime: string; /** * The engine of the RDS instance. */ dbEngine: string; /** * The engine version of the RDS instance. */ dbEngineVersion: string; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The spec type detail of RDS instance. */ instanceSpec: outputs.rds.GetInstancesRdsInstanceInstanceSpec; /** * The status of the RDS instance. */ instanceStatus: string; /** * The type of the RDS instance. */ instanceType: string; /** * The ID list of read only instance. */ readOnlyInstanceIds?: string[]; /** * The region of the RDS instance. */ region: string; /** * The total storage GB of the RDS instance. */ storageSpaceGb: number; /** * The update time of the RDS instance. */ updateTime: string; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zone: string; } interface GetInstancesRdsInstanceConnectionInfo { /** * Whether global read-only is enabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled. */ enableReadWriteSplitting: string; /** * The internal domain of the RDS instance. */ internalDomain: string; /** * The interval port of the RDS instance. */ internalPort: string; /** * The public domain of the RDS instance. */ publicDomain: string; /** * The public port of the RDS instance. */ publicPort: string; } interface GetInstancesRdsInstanceInstanceSpec { /** * The cpu core count of spec type. */ cpuNum: number; /** * The memory size(GB) of spec type. */ memInGb: number; /** * The name of spec type. */ specName: string; } interface GetIpListsRdsIpList { /** * The name of the RDS ip list. */ groupName: string; /** * The ID of the RDS ip list. */ id: string; /** * The list of IP address. */ ipLists: string[]; } interface GetParameterTemplatesRdsParameterTemplate { /** * Creation time. */ createTime: string; /** * The ID of the RDS parameter template. */ id: string; /** * Whether the template contains parameters that need to be restarted. */ needRestart: boolean; /** * The number of parameters the template contains. */ parameterNum: number; /** * The description of the RDS parameter template. */ templateDesc: string; /** * The ID of the RDS parameter template. */ templateId: string; /** * The name of the RDS parameter template. */ templateName: string; /** * Parameters contained in the template. */ templateParams: outputs.rds.GetParameterTemplatesRdsParameterTemplateTemplateParam[]; /** * Parameter template database type, range of values: * MySQL - MySQL database. */ templateType: string; /** * Parameter template database version, value range: * MySQL_Community_5_7 - MySQL 5.7 * MySQL_8_0 - MySQL 8.0. */ templateTypeVersion: string; /** * Update time. */ updateTime: string; } interface GetParameterTemplatesRdsParameterTemplateTemplateParam { /** * Parameter default value. */ defaultValue: string; /** * Parameter description. */ description: string; /** * Parameter name. */ name: string; /** * Whether the modified parameters need to be restarted to take effect. */ restart: boolean; /** * Parameter running value. */ runningValue: string; /** * Parameter value range. */ valueRange: string; } interface InstanceConnectionInfo { /** * Whether global read-only is enabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled. */ enableReadWriteSplitting: string; /** * The internal domain of the RDS instance. */ internalDomain: string; /** * The interval port of the RDS instance. */ internalPort: string; /** * The public domain of the RDS instance. */ publicDomain: string; /** * The public port of the RDS instance. */ publicPort: string; } interface InstancesRdsInstance { /** * The charge status of the RDS instance. */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * The connection info ot the RDS instance. */ connectionInfo: outputs.rds.InstancesRdsInstanceConnectionInfo; /** * The create time of the RDS instance. */ createTime: string; /** * The engine of the RDS instance. */ dbEngine: string; /** * The engine version of the RDS instance. */ dbEngineVersion: string; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The spec type detail of RDS instance. */ instanceSpec: outputs.rds.InstancesRdsInstanceInstanceSpec; /** * The status of the RDS instance. */ instanceStatus: string; /** * The type of the RDS instance. */ instanceType: string; /** * The ID list of read only instance. */ readOnlyInstanceIds?: string[]; /** * The region of the RDS instance. */ region: string; /** * The total storage GB of the RDS instance. */ storageSpaceGb: number; /** * The update time of the RDS instance. */ updateTime: string; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zone: string; } interface InstancesRdsInstanceConnectionInfo { /** * Whether global read-only is enabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled. */ enableReadWriteSplitting: string; /** * The internal domain of the RDS instance. */ internalDomain: string; /** * The interval port of the RDS instance. */ internalPort: string; /** * The public domain of the RDS instance. */ publicDomain: string; /** * The public port of the RDS instance. */ publicPort: string; } interface InstancesRdsInstanceInstanceSpec { /** * The cpu core count of spec type. */ cpuNum: number; /** * The memory size(GB) of spec type. */ memInGb: number; /** * The name of spec type. */ specName: string; } interface IpListsRdsIpList { /** * The name of the RDS ip list. */ groupName: string; /** * The ID of the RDS ip list. */ id: string; /** * The list of IP address. */ ipLists: string[]; } interface ParameterTemplateTemplateParam { /** * Parameter name. */ name?: string; /** * Parameter running value. */ runningValue?: string; } interface ParameterTemplatesRdsParameterTemplate { /** * Creation time. */ createTime: string; /** * The ID of the RDS parameter template. */ id: string; /** * Whether the template contains parameters that need to be restarted. */ needRestart: boolean; /** * The number of parameters the template contains. */ parameterNum: number; /** * The description of the RDS parameter template. */ templateDesc: string; /** * The ID of the RDS parameter template. */ templateId: string; /** * The name of the RDS parameter template. */ templateName: string; /** * Parameters contained in the template. */ templateParams: outputs.rds.ParameterTemplatesRdsParameterTemplateTemplateParam[]; /** * Parameter template database type, range of values: * MySQL - MySQL database. */ templateType: string; /** * Parameter template database version, value range: * MySQL_Community_5_7 - MySQL 5.7 * MySQL_8_0 - MySQL 8.0. */ templateTypeVersion: string; /** * Update time. */ updateTime: string; } interface ParameterTemplatesRdsParameterTemplateTemplateParam { /** * Parameter default value. */ defaultValue: string; /** * Parameter description. */ description: string; /** * Parameter name. */ name: string; /** * Whether the modified parameters need to be restarted to take effect. */ restart: boolean; /** * Parameter running value. */ runningValue: string; /** * Parameter value range. */ valueRange: string; } } export declare namespace rds_mssql { interface BackupBackupMeta { /** * The name of the database. */ dbName: string; } interface BackupsBackup { /** * The detail of the database. */ backupDatabaseDetails: outputs.rds_mssql.BackupsBackupBackupDatabaseDetail[]; /** * The end time of the backup. */ backupEndTime: string; /** * The size of the backup file. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * The name of the backup method. */ backupMethod: string; /** * The start time of the backup. */ backupStartTime: string; /** * The status of the backup. */ backupStatus: string; /** * The type of the backup. */ backupType: string; /** * The type of the backup create. */ createType: string; /** * The id of the backup. */ id: string; } interface BackupsBackupBackupDatabaseDetail { /** * External backup download link. */ backupDownloadLinkEip: string; /** * Intranet backup download link. */ backupDownloadLinkInner: string; /** * The end time of the backup. */ backupEndTime: string; /** * The name of the backup file. */ backupFileName: string; /** * The size of the backup file. */ backupFileSize: number; /** * The start time of the backup. */ backupStartTime: string; /** * The type of the backup. */ backupType: string; /** * The name of the database. */ databaseName: string; /** * Backup file preparation progress, unit: %. */ downloadProgress: number; /** * Download status. */ downloadStatus: string; /** * Download link expiration time. */ linkExpiredTime: string; } interface GetBackupsBackup { /** * The detail of the database. */ backupDatabaseDetails: outputs.rds_mssql.GetBackupsBackupBackupDatabaseDetail[]; /** * The end time of the backup. */ backupEndTime: string; /** * The size of the backup file. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * The name of the backup method. */ backupMethod: string; /** * The start time of the backup. */ backupStartTime: string; /** * The status of the backup. */ backupStatus: string; /** * The type of the backup. */ backupType: string; /** * The type of the backup create. */ createType: string; /** * The id of the backup. */ id: string; } interface GetBackupsBackupBackupDatabaseDetail { /** * External backup download link. */ backupDownloadLinkEip: string; /** * Intranet backup download link. */ backupDownloadLinkInner: string; /** * The end time of the backup. */ backupEndTime: string; /** * The name of the backup file. */ backupFileName: string; /** * The size of the backup file. */ backupFileSize: number; /** * The start time of the backup. */ backupStartTime: string; /** * The type of the backup. */ backupType: string; /** * The name of the database. */ databaseName: string; /** * Backup file preparation progress, unit: %. */ downloadProgress: number; /** * Download status. */ downloadStatus: string; /** * Download link expiration time. */ linkExpiredTime: string; } interface GetInstancesInstance { /** * The used backup space of the instance. Unit: GiB. */ backupUse: number; /** * The charge detail. */ chargeDetails: outputs.rds_mssql.GetInstancesInstanceChargeDetail[]; /** * The connection info of the instance. */ connectionInfos: outputs.rds_mssql.GetInstancesInstanceConnectionInfo[]; /** * Node creation time. */ createTime: string; /** * Compatible version. Valid values: `SQLServer_2019_Std`, `SQLServer_2019_Web`, `SQLServer_2019_Ent`. */ dbEngineVersion: string; /** * The id of the instance. */ id: string; /** * The inner version of the instance. */ innerVersion: string; /** * The instance category. */ instanceCategory: string; /** * Id of the instance. */ instanceId: string; /** * Name of the instance. */ instanceName: string; /** * Status of the instance. */ instanceStatus: string; /** * Instance type. Valid values: `HA`, `Basic`, `Cluster`. */ instanceType: string; /** * The Memory. */ memory: number; /** * Node detail information. */ nodeDetailInfos: outputs.rds_mssql.GetInstancesInstanceNodeDetailInfo[]; /** * The node spec. */ nodeSpec: string; /** * The count of instance parameters. */ parameterCount: number; /** * The list of instance parameters. */ parameters: outputs.rds_mssql.GetInstancesInstanceParameter[]; /** * The port of the instance. */ port: string; /** * The id of the primary instance. */ primaryInstanceId: string; /** * The project name. */ projectName: string; /** * The number of read only instance. */ readOnlyNumber: number; /** * The region id. */ regionId: string; /** * Server sorting rules. */ serverCollation: string; /** * Whether to enable slow query function. */ slowQueryEnable: boolean; /** * The slow query time. Unit: second. */ slowQueryTime: string; /** * The storage space. */ storageSpace: number; /** * The storage type. */ storageType: string; /** * The used storage space. */ storageUse: number; /** * The subnet id. */ subnetId: string; /** * Tags. */ tags: outputs.rds_mssql.GetInstancesInstanceTag[]; /** * The time zone. */ timeZone: string; /** * The update time of the instance. */ updateTime: string; /** * The CPU size of the instance. For example: 1 represents 1U. */ vCpu: number; /** * The vpc id. */ vpcId: string; /** * The id of the zone. */ zoneId: string; } interface GetInstancesInstanceChargeDetail { /** * Whether to enable automatic renewal in the prepaid scenario. This parameter can be set when ChargeType is Prepaid. */ autoRenew: boolean; /** * Charge end time. */ chargeEndTime: string; /** * Charge start time. */ chargeStartTime: string; /** * The charge status. */ chargeStatus: string; /** * The charge type. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Expected release time when overdue fees are shut down. */ overdueReclaimTime: string; /** * Time for Disconnection due to Unpaid Fees. */ overdueTime: string; /** * Purchase duration in a prepaid scenario. */ period: number; /** * Purchase cycle in prepaid scenarios. This parameter can be set when ChargeType is Prepaid. */ periodUnit: string; } interface GetInstancesInstanceConnectionInfo { /** * The address info. */ addresses: outputs.rds_mssql.GetInstancesInstanceConnectionInfoAddress[]; /** * The description. */ description: string; /** * The endpoint id. */ endpointId: string; /** * The endpoint name. */ endpointName: string; /** * The endpoint type. */ endpointType: string; } interface GetInstancesInstanceConnectionInfoAddress { /** * Whether to enable private to public network resolution. */ dnsVisibility: boolean; /** * The domain. */ domain: string; /** * The eip id for public address. */ eipId: string; /** * The ip address. */ ipAddress: string; /** * The network type. */ networkType: string; /** * The port of the instance. */ port: string; /** * The subnet id. */ subnetId: string; } interface GetInstancesInstanceNodeDetailInfo { /** * Node creation time. */ createTime: string; /** * Id of the instance. */ instanceId: string; /** * The Memory. */ memory: number; /** * The Node ID. */ nodeId: string; /** * The node ip. */ nodeIp: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The node type. */ nodeType: string; /** * The region id. */ regionId: string; /** * The update time of the instance. */ updateTime: string; /** * The CPU size of the instance. For example: 1 represents 1U. */ vCpu: number; /** * The id of the zone. */ zoneId: string; } interface GetInstancesInstanceParameter { /** * The valid value range of the parameter. */ checkingCode: string; /** * Indicates whether the parameter running value can be modified. */ forceModify: boolean; /** * Indicates whether the instance needs to be restarted to take effect after modifying the running value of the parameter. */ forceRestart: boolean; /** * The default value of the parameter. */ parameterDefaultValue: string; /** * The description of the parameter. */ parameterDescription: string; /** * The name of the parameter. */ parameterName: string; /** * The type of the parameter. */ parameterType: string; /** * The value of the parameter. */ parameterValue: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface GetZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface InstanceChargeInfo { /** * Whether to enable automatic renewal in the prepaid scenario. This parameter can be set when the ChargeType is `Prepaid`. */ autoRenew: boolean; /** * Charge end time. */ chargeEndTime: string; /** * Charge start time. */ chargeStartTime: string; /** * The charge status. */ chargeStatus: string; /** * The charge type. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Expected release time when overdue fees are shut down. */ overdueReclaimTime: string; /** * Time for Disconnection due to Unpaid Fees. */ overdueTime: string; /** * Purchase duration in a prepaid scenario. This parameter is required when the ChargeType is `Prepaid`. */ period: number; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * The used backup space of the instance. Unit: GiB. */ backupUse: number; /** * The charge detail. */ chargeDetails: outputs.rds_mssql.InstancesInstanceChargeDetail[]; /** * The connection info of the instance. */ connectionInfos: outputs.rds_mssql.InstancesInstanceConnectionInfo[]; /** * Node creation time. */ createTime: string; /** * Compatible version. Valid values: `SQLServer_2019_Std`, `SQLServer_2019_Web`, `SQLServer_2019_Ent`. */ dbEngineVersion: string; /** * The id of the instance. */ id: string; /** * The inner version of the instance. */ innerVersion: string; /** * The instance category. */ instanceCategory: string; /** * Id of the instance. */ instanceId: string; /** * Name of the instance. */ instanceName: string; /** * Status of the instance. */ instanceStatus: string; /** * Instance type. Valid values: `HA`, `Basic`, `Cluster`. */ instanceType: string; /** * The Memory. */ memory: number; /** * Node detail information. */ nodeDetailInfos: outputs.rds_mssql.InstancesInstanceNodeDetailInfo[]; /** * The node spec. */ nodeSpec: string; /** * The count of instance parameters. */ parameterCount: number; /** * The list of instance parameters. */ parameters: outputs.rds_mssql.InstancesInstanceParameter[]; /** * The port of the instance. */ port: string; /** * The id of the primary instance. */ primaryInstanceId: string; /** * The project name. */ projectName: string; /** * The number of read only instance. */ readOnlyNumber: number; /** * The region id. */ regionId: string; /** * Server sorting rules. */ serverCollation: string; /** * Whether to enable slow query function. */ slowQueryEnable: boolean; /** * The slow query time. Unit: second. */ slowQueryTime: string; /** * The storage space. */ storageSpace: number; /** * The storage type. */ storageType: string; /** * The used storage space. */ storageUse: number; /** * The subnet id. */ subnetId: string; /** * Tags. */ tags: outputs.rds_mssql.InstancesInstanceTag[]; /** * The time zone. */ timeZone: string; /** * The update time of the instance. */ updateTime: string; /** * The CPU size of the instance. For example: 1 represents 1U. */ vCpu: number; /** * The vpc id. */ vpcId: string; /** * The id of the zone. */ zoneId: string; } interface InstancesInstanceChargeDetail { /** * Whether to enable automatic renewal in the prepaid scenario. This parameter can be set when ChargeType is Prepaid. */ autoRenew: boolean; /** * Charge end time. */ chargeEndTime: string; /** * Charge start time. */ chargeStartTime: string; /** * The charge status. */ chargeStatus: string; /** * The charge type. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Expected release time when overdue fees are shut down. */ overdueReclaimTime: string; /** * Time for Disconnection due to Unpaid Fees. */ overdueTime: string; /** * Purchase duration in a prepaid scenario. */ period: number; /** * Purchase cycle in prepaid scenarios. This parameter can be set when ChargeType is Prepaid. */ periodUnit: string; } interface InstancesInstanceConnectionInfo { /** * The address info. */ addresses: outputs.rds_mssql.InstancesInstanceConnectionInfoAddress[]; /** * The description. */ description: string; /** * The endpoint id. */ endpointId: string; /** * The endpoint name. */ endpointName: string; /** * The endpoint type. */ endpointType: string; } interface InstancesInstanceConnectionInfoAddress { /** * Whether to enable private to public network resolution. */ dnsVisibility: boolean; /** * The domain. */ domain: string; /** * The eip id for public address. */ eipId: string; /** * The ip address. */ ipAddress: string; /** * The network type. */ networkType: string; /** * The port of the instance. */ port: string; /** * The subnet id. */ subnetId: string; } interface InstancesInstanceNodeDetailInfo { /** * Node creation time. */ createTime: string; /** * Id of the instance. */ instanceId: string; /** * The Memory. */ memory: number; /** * The Node ID. */ nodeId: string; /** * The node ip. */ nodeIp: string; /** * The node spec. */ nodeSpec: string; /** * The node status. */ nodeStatus: string; /** * The node type. */ nodeType: string; /** * The region id. */ regionId: string; /** * The update time of the instance. */ updateTime: string; /** * The CPU size of the instance. For example: 1 represents 1U. */ vCpu: number; /** * The id of the zone. */ zoneId: string; } interface InstancesInstanceParameter { /** * The valid value range of the parameter. */ checkingCode: string; /** * Indicates whether the parameter running value can be modified. */ forceModify: boolean; /** * Indicates whether the instance needs to be restarted to take effect after modifying the running value of the parameter. */ forceRestart: boolean; /** * The default value of the parameter. */ parameterDefaultValue: string; /** * The description of the parameter. */ parameterDescription: string; /** * The name of the parameter. */ parameterName: string; /** * The type of the parameter. */ parameterType: string; /** * The value of the parameter. */ parameterValue: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface ZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace rds_mysql { interface AccountAccountPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail?: string; /** * The name of database. */ dbName: string; } interface AccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privilege detail list of RDS mysql instance account. */ accountPrivileges: outputs.rds_mysql.AccountsAccountAccountPrivilege[]; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; } interface AccountsAccountAccountPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; /** * The name of database. */ dbName: string; } interface AllowlistSecurityGroupBindInfo { /** * The schema for the associated security group. * IngressDirectionIp: Incoming Direction IP. * AssociateEcsIp: Associate ECSIP. * explain: In the CreateAllowList interface, SecurityGroupBindInfoObject BindMode and SecurityGroupId fields are required. */ bindMode: string; /** * The security group id of the allow list. */ securityGroupId: string; } interface AllowlistsAllowList { /** * White list category. Values: * Ordinary: Ordinary white list. Default: Default white list. Description: When this parameter is used as a request parameter, the default value is Ordinary. */ allowListCategory: string; /** * The description of the allow list. */ allowListDesc: string; /** * The id of the allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the allow list. */ allowListName: string; /** * The type of the allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of instances. */ associatedInstances: outputs.rds_mysql.AllowlistsAllowListAssociatedInstance[]; /** * Whitelist information for the associated security group. */ securityGroupBindInfos: outputs.rds_mysql.AllowlistsAllowListSecurityGroupBindInfo[]; /** * IP addresses outside the security group that need to be added to the whitelist. IP addresses or IP address segments in CIDR format can be entered. Note: This field cannot be used simultaneously with AllowList. */ userAllowLists: string[]; } interface AllowlistsAllowListAssociatedInstance { /** * Instance ID. When an InstanceId is specified, the DescribeAllowLists interface will return the whitelist bound to the specified instance. */ instanceId: string; /** * The name of the instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface AllowlistsAllowListSecurityGroupBindInfo { /** * The schema for the associated security group. * IngressDirectionIp: Incoming Direction IP. * AssociateEcsIp: Associate ECSIP. * explain: In the CreateAllowList interface, SecurityGroupBindInfoObject BindMode and SecurityGroupId fields are required. */ bindMode: string; /** * The ip list of the security group. */ ipLists: string[]; /** * The security group id of the allow list. */ securityGroupId: string; /** * The name of the security group. */ securityGroupName: string; } interface BackupBackupMeta { /** * Specify the database that needs to be backed up. */ dbName: string; /** * Specify the tables to be backed up in the specified database. When this field is empty, it defaults to full database backup. */ tableNames?: string[]; } interface BackupsBackup { /** * The end time of the backup. */ backupEndTime: string; /** * Backup file name. */ backupFileName: string; /** * Backup file size, in bytes. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * Backup type, value: Physical: Physical backup. Default value. Logical: Logical backup. Description: There is no default value. When this field is not passed, backups of all states under the query conditions limited by other fields are returned. */ backupMethod: string; /** * The region where the backup is located. */ backupRegion: string; /** * The start time of the backup. */ backupStartTime: string; /** * Backup status, values: Success: Success. Failed: Failed. Running: In progress. Description: There is no default value. When this field is not passed, all backups in all states under the query conditions limited by other fields are returned. */ backupStatus: string; /** * Backup method, value: Full: Full backup under physical backup type or library table backup under logical backup type. Increment: Incremental backup under physical backup type. DumpAll: Full database backup under logical backup type. Description: There is no default value. When this field is not passed, all backups of all methods under the query conditions limited by other fields are returned. */ backupType: string; /** * The time point of a consistent snapshot is in the format of yyyy-MM-ddTHH:mm:ss.sssZ (UTC time). */ consistentTime: string; /** * Creator of backup. Values: System: System. User: User. Description: There is no default value. When this field is not passed, all types of backups under the query conditions limited by other fields are returned. */ createType: string; /** * The database table information contained in the backup set can include up to 10,000 tables. * Explanation: * When the database is empty, this field is not returned. */ dbTableInfos: outputs.rds_mysql.BackupsBackupDbTableInfo[]; /** * Download status. Values: * NotDownload: Not downloaded. * Success: Downloaded. * Failed: Download failed. * Running: Downloading. */ downloadStatus: string; /** * Error message. */ errorMessage: string; /** * Expired time of backup, in the format of yyyy-MM-ddTHH:mm:ss.sssZ (UTC time). */ expiredTime: string; /** * The id of the backup. */ id: string; /** * Is the data backup encrypted? Value: * true: Encrypted. * false: Not encrypted. */ isEncrypted: boolean; /** * Whether the backup has expired. Value: * true: Expired. * false: Not expired. */ isExpired: boolean; } interface BackupsBackupDbTableInfo { /** * Database name. */ database: string; /** * Table names. */ tables: string[]; } interface DatabasesDatabase { /** * The character set of the RDS database. */ characterSetName: string; /** * The privilege detail list of RDS mysql instance database. */ databasePrivileges: outputs.rds_mysql.DatabasesDatabaseDatabasePrivilege[]; /** * The name of the RDS database. */ dbName: string; } interface DatabasesDatabaseDatabasePrivilege { /** * The name of account. */ accountName: string; /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; } interface EndpointReadOnlyNodeWeight { /** * Read-only nodes require NodeId to be passed, while primary nodes do not require it. */ nodeId?: string; /** * The primary node needs to pass in the NodeType as Primary, while the read-only node does not need to pass it in. */ nodeType?: string; /** * The read weight of the node increases by 100, with a maximum value of 10000. */ weight: number; } interface EndpointsEndpoint { /** * Address list. */ addresses: outputs.rds_mysql.EndpointsEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * The description of the mysql endpoint. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * The id of the mysql endpoint. */ endpointId: string; /** * The name of the mysql endpoint. */ endpointName: string; /** * The endpoint type of the mysql endpoint. */ endpointType: string; /** * The id of the mysql endpoint. */ id: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_mysql.EndpointsEndpointReadOnlyNodeWeight[]; /** * The read write mode. */ readWriteMode: string; } interface EndpointsEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * Subnet ID, valid only for private addresses. */ subnetId: string; } interface EndpointsEndpointReadOnlyNodeWeight { /** * The ID of the node. */ nodeId: string; /** * The type of the node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface GetAccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privilege detail list of RDS mysql instance account. */ accountPrivileges: outputs.rds_mysql.GetAccountsAccountAccountPrivilege[]; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; } interface GetAccountsAccountAccountPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; /** * The name of database. */ dbName: string; } interface GetAllowlistsAllowList { /** * White list category. Values: * Ordinary: Ordinary white list. Default: Default white list. Description: When this parameter is used as a request parameter, the default value is Ordinary. */ allowListCategory: string; /** * The description of the allow list. */ allowListDesc: string; /** * The id of the allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the allow list. */ allowListName: string; /** * The type of the allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of instances. */ associatedInstances: outputs.rds_mysql.GetAllowlistsAllowListAssociatedInstance[]; /** * Whitelist information for the associated security group. */ securityGroupBindInfos: outputs.rds_mysql.GetAllowlistsAllowListSecurityGroupBindInfo[]; /** * IP addresses outside the security group that need to be added to the whitelist. IP addresses or IP address segments in CIDR format can be entered. Note: This field cannot be used simultaneously with AllowList. */ userAllowLists: string[]; } interface GetAllowlistsAllowListAssociatedInstance { /** * Instance ID. When an InstanceId is specified, the DescribeAllowLists interface will return the whitelist bound to the specified instance. */ instanceId: string; /** * The name of the instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface GetAllowlistsAllowListSecurityGroupBindInfo { /** * The schema for the associated security group. * IngressDirectionIp: Incoming Direction IP. * AssociateEcsIp: Associate ECSIP. * explain: In the CreateAllowList interface, SecurityGroupBindInfoObject BindMode and SecurityGroupId fields are required. */ bindMode: string; /** * The ip list of the security group. */ ipLists: string[]; /** * The security group id of the allow list. */ securityGroupId: string; /** * The name of the security group. */ securityGroupName: string; } interface GetBackupsBackup { /** * The end time of the backup. */ backupEndTime: string; /** * Backup file name. */ backupFileName: string; /** * Backup file size, in bytes. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * Backup type, value: Physical: Physical backup. Default value. Logical: Logical backup. Description: There is no default value. When this field is not passed, backups of all states under the query conditions limited by other fields are returned. */ backupMethod: string; /** * The region where the backup is located. */ backupRegion: string; /** * The start time of the backup. */ backupStartTime: string; /** * Backup status, values: Success: Success. Failed: Failed. Running: In progress. Description: There is no default value. When this field is not passed, all backups in all states under the query conditions limited by other fields are returned. */ backupStatus: string; /** * Backup method, value: Full: Full backup under physical backup type or library table backup under logical backup type. Increment: Incremental backup under physical backup type. DumpAll: Full database backup under logical backup type. Description: There is no default value. When this field is not passed, all backups of all methods under the query conditions limited by other fields are returned. */ backupType: string; /** * The time point of a consistent snapshot is in the format of yyyy-MM-ddTHH:mm:ss.sssZ (UTC time). */ consistentTime: string; /** * Creator of backup. Values: System: System. User: User. Description: There is no default value. When this field is not passed, all types of backups under the query conditions limited by other fields are returned. */ createType: string; /** * The database table information contained in the backup set can include up to 10,000 tables. * Explanation: * When the database is empty, this field is not returned. */ dbTableInfos: outputs.rds_mysql.GetBackupsBackupDbTableInfo[]; /** * Download status. Values: * NotDownload: Not downloaded. * Success: Downloaded. * Failed: Download failed. * Running: Downloading. */ downloadStatus: string; /** * Error message. */ errorMessage: string; /** * Expired time of backup, in the format of yyyy-MM-ddTHH:mm:ss.sssZ (UTC time). */ expiredTime: string; /** * The id of the backup. */ id: string; /** * Is the data backup encrypted? Value: * true: Encrypted. * false: Not encrypted. */ isEncrypted: boolean; /** * Whether the backup has expired. Value: * true: Expired. * false: Not expired. */ isExpired: boolean; } interface GetBackupsBackupDbTableInfo { /** * Database name. */ database: string; /** * Table names. */ tables: string[]; } interface GetDatabasesDatabase { /** * The character set of the RDS database. */ characterSetName: string; /** * The privilege detail list of RDS mysql instance database. */ databasePrivileges: outputs.rds_mysql.GetDatabasesDatabaseDatabasePrivilege[]; /** * The name of the RDS database. */ dbName: string; } interface GetDatabasesDatabaseDatabasePrivilege { /** * The name of account. */ accountName: string; /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; } interface GetEndpointsEndpoint { /** * Address list. */ addresses: outputs.rds_mysql.GetEndpointsEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * The description of the mysql endpoint. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * The id of the mysql endpoint. */ endpointId: string; /** * The name of the mysql endpoint. */ endpointName: string; /** * The endpoint type of the mysql endpoint. */ endpointType: string; /** * The id of the mysql endpoint. */ id: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_mysql.GetEndpointsEndpointReadOnlyNodeWeight[]; /** * The read write mode. */ readWriteMode: string; } interface GetEndpointsEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * Subnet ID, valid only for private addresses. */ subnetId: string; } interface GetEndpointsEndpointReadOnlyNodeWeight { /** * The ID of the node. */ nodeId: string; /** * The type of the node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface GetInstanceSpecsInstanceSpec { /** * Default value of maximum number of connections. */ connection: number; /** * Compatible version. Values: * MySQL_5_7: MySQL 5.7 version. Default value. * MySQL_8_0: MySQL 8.0 version. */ dbEngineVersion: string; /** * Instance type. The value is DoubleNode. */ instanceType: string; /** * Maximum IOPS per second. */ iops: number; /** * Memory size, in GB. */ memory: number; /** * Queries Per Second (QPS). */ qps: number; /** * The id of the region. */ regionId: string; /** * Instance specification code. */ specCode: string; /** * Instance specification type. Values: * General: Exclusive specification (formerly "General Purpose"). * Shared: General specification (formerly "Shared Type"). */ specFamily: string; /** * The status of the available zone where the specification is located includes the following statuses: * Normal: On sale. * Soldout: Sold out. */ specStatus: string; /** * Maximum storage space, in GB. */ storageMax: number; /** * Minimum storage space, in GB. */ storageMin: number; /** * Disk step size, in GB. */ storageStep: number; /** * Number of vCPUs. */ vcpu: number; /** * Availability zone ID. */ zoneId: string; } interface GetInstancesRdsMysqlInstance { /** * The version of allow list. */ allowListVersion: string; /** * The instance has used backup space. Unit: GB. */ backupUse: number; /** * Does it support the binlog capability? This parameter is returned only when the database proxy is enabled. Values: * true: Yes. * false: No. */ binlogDump: boolean; /** * Payment methods. */ chargeDetail: outputs.rds_mysql.GetInstancesRdsMysqlInstanceChargeDetail; /** * Connection pool type. */ connectionPoolType: string; /** * Node creation local time. */ createTime: string; /** * Data synchronization mode. */ dataSyncMode: string; /** * The version of the RDS instance. */ dbEngineVersion: string; /** * The running status of the proxy instance. This parameter is returned only when the database proxy is enabled. Values: * Creating: The proxy is being started. * Running: The proxy is running. * Shutdown: The proxy is closed. * Deleting: The proxy is being closed. */ dbProxyStatus: string; /** * The endpoint info of the RDS instance. */ endpoints: outputs.rds_mysql.GetInstancesRdsMysqlInstanceEndpoint[]; /** * Feature status. */ featureStates: outputs.rds_mysql.GetInstancesRdsMysqlInstanceFeatureState[]; /** * Whether to enable global read-only. * true: Yes. * false: No. */ globalReadOnly: boolean; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The status of the RDS instance. */ instanceStatus: string; /** * Whether the table name is case sensitive, the default value is 1. * Ranges: * 0: Table names are stored as fixed and table names are case-sensitive. * 1: Table names will be stored in lowercase and table names are not case sensitive. */ lowerCaseTableNames: string; /** * Maintenance Window. */ maintenanceWindows: outputs.rds_mysql.GetInstancesRdsMysqlInstanceMaintenanceWindow[]; /** * Memory size in GB. */ memory: number; /** * Average CPU usage of the instance master node in nearly one minute. */ nodeCpuUsedPercentage: number; /** * Average memory usage of the instance master node in nearly one minute. */ nodeMemoryUsedPercentage: number; /** * The number of nodes. */ nodeNumber: number; /** * Average disk usage of the instance master node in nearly one minute. */ nodeSpaceUsedPercentage: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance node information. */ nodes: outputs.rds_mysql.GetInstancesRdsMysqlInstanceNode[]; /** * The project name of the RDS instance. */ projectName: string; /** * The region of the RDS instance. */ regionId: string; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. */ storageType: string; /** * The instance has used storage space. Unit: GB. */ storageUse: number; /** * The subnet ID of the RDS instance. */ subnetId: string; /** * Tags. */ tags: outputs.rds_mysql.GetInstancesRdsMysqlInstanceTag[]; /** * Time zone. */ timeZone: string; /** * The update time of the RDS instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zoneId: string; /** * List of availability zones where each node of the instance is located. */ zoneIds: string[]; } interface GetInstancesRdsMysqlInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Restore time of temporary upgrade. */ tempModifyEndTime: string; /** * Temporary upgrade start time. */ tempModifyStartTime: string; } interface GetInstancesRdsMysqlInstanceEndpoint { /** * Address list. */ addresses: outputs.rds_mysql.GetInstancesRdsMysqlInstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * Whether the idle connection reclaim function is enabled. true: Enabled. false: Disabled. */ idleConnectionReclaim: boolean; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ nodeWeights: outputs.rds_mysql.GetInstancesRdsMysqlInstanceEndpointNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface GetInstancesRdsMysqlInstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * The subnet ID of the RDS instance. */ subnetId: string; } interface GetInstancesRdsMysqlInstanceEndpointNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface GetInstancesRdsMysqlInstanceFeatureState { /** * Whether it is enabled. Values: * true: Enabled. * false: Disabled. */ enable: boolean; /** * Feature name. */ featureName: string; /** * Whether it support this function. Value: * true: Supported. * false: Not supported. */ support: boolean; } interface GetInstancesRdsMysqlInstanceMaintenanceWindow { /** * DayKind of maintainable window. Value: Week. Month. */ dayKind: string; /** * Days of maintainable window of the month. */ dayOfMonths: number[]; /** * Days of maintainable window of the week. */ dayOfWeeks: string[]; /** * The maintainable time of the RDS instance. */ maintenanceTime: string; } interface GetInstancesRdsMysqlInstanceNode { /** * Node creation local time. */ createTime: string; /** * The id of the RDS instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS instance. */ regionId: string; /** * The update time of the RDS instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS instance. */ zoneId: string; } interface GetInstancesRdsMysqlInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetParameterTemplatesTemplate { /** * The account ID. */ accountId: string; /** * Creation time. */ createTime: string; /** * Does the template contain parameters that require restart. */ needRestart: boolean; /** * The number of parameters contained in the template. */ parameterNum: number; /** * The project to which the template belongs. */ projectName: string; /** * Template category, with a value of DBEngine (database engine parameters). */ templateCategory: string; /** * Parameter template description. */ templateDesc: string; /** * Parameter template ID. */ templateId: string; /** * Parameter template name. */ templateName: string; /** * Parameters contained in the template. */ templateParams: outputs.rds_mysql.GetParameterTemplatesTemplateTemplateParam[]; /** * Parameter template source, value range: System. User. */ templateSource: string; /** * Database type of parameter template. The default value is Mysql. */ templateType: string; /** * Database version of parameter template. Value range: * MySQL_5_7: Default value. MySQL 5.7 version. * MySQL_8_0: MySQL 8.0 version. */ templateTypeVersion: string; /** * Modification time of the template. */ updateTime: string; } interface GetParameterTemplatesTemplateTemplateParam { /** * Parameter default value. */ defaultValue: string; /** * Parameter description. */ description: string; /** * Instance parameter name. * Description: When using CreateParameterTemplate and ModifyParameterTemplate as request parameters, only Name and RunningValue need to be passed in. */ name: string; /** * Is it necessary to restart the instance for the changes to take effect. */ restart: boolean; /** * Parameter running value. * Description: When making requests with CreateParameterTemplate and ModifyParameterTemplate as request parameters, only Name and RunningValue need to be passed in. */ runningValue: string; /** * Value range of parameters. */ valueRange: string; } interface GetRegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface GetZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface InstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * Payment type. Value: * PostPaid - Pay-As-You-Go * PrePaid - Yearly and monthly (default). */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Restore time of temporary upgrade. */ tempModifyEndTime: string; /** * Temporary upgrade start time. */ tempModifyStartTime: string; } interface InstanceChargeInfo { /** * Whether to automatically renew in prepaid scenarios. */ autoRenew: boolean; /** * Payment type. Value: * PostPaid - Pay-As-You-Go * PrePaid - Yearly and monthly (default). */ chargeType: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; } interface InstanceEndpoint { /** * Address list. */ addresses: outputs.rds_mysql.InstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * Whether the idle connection reclaim function is enabled. true: Enabled. false: Disabled. */ idleConnectionReclaim: boolean; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ nodeWeights: outputs.rds_mysql.InstanceEndpointNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface InstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * Subnet ID of the RDS instance. */ subnetId: string; } interface InstanceEndpointNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface InstanceFeatureState { /** * Whether it is enabled. Values: * true: Enabled. * false: Disabled. */ enable: boolean; /** * Feature name. */ featureName: string; /** * Whether it support this function. Value: * true: Supported. * false: Not supported. */ support: boolean; } interface InstanceMaintenanceWindow { /** * Maintenance cycle granularity, values: Week: Week. Month: Month. */ dayKind?: string; /** * Specify the maintainable time period of a certain day of the week. The values are: Monday, Tuesday, Wednesday, Thursday, Friday, Saturday, Sunday. Multiple selections are allowed. If this value is not specified or is empty, it defaults to specifying all seven days of the week. */ dayOfWeeks?: string[]; /** * Maintenance period of an instance. Format: HH:mmZ-HH:mmZ (UTC time). */ maintenanceTime?: string; } interface InstanceNode { /** * Node creation local time. */ createTime: string; /** * Instance ID. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * The specification of primary node and secondary node. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS instance. */ regionId: string; /** * The update time of the RDS instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS instance. */ zoneId: string; } interface InstanceParameter { /** * Parameter name. */ parameterName: string; /** * Parameter value. */ parameterValue: string; } interface InstanceSpecsInstanceSpec { /** * Default value of maximum number of connections. */ connection: number; /** * Compatible version. Values: * MySQL_5_7: MySQL 5.7 version. Default value. * MySQL_8_0: MySQL 8.0 version. */ dbEngineVersion: string; /** * Instance type. The value is DoubleNode. */ instanceType: string; /** * Maximum IOPS per second. */ iops: number; /** * Memory size, in GB. */ memory: number; /** * Queries Per Second (QPS). */ qps: number; /** * The id of the region. */ regionId: string; /** * Instance specification code. */ specCode: string; /** * Instance specification type. Values: * General: Exclusive specification (formerly "General Purpose"). * Shared: General specification (formerly "Shared Type"). */ specFamily: string; /** * The status of the available zone where the specification is located includes the following statuses: * Normal: On sale. * Soldout: Sold out. */ specStatus: string; /** * Maximum storage space, in GB. */ storageMax: number; /** * Minimum storage space, in GB. */ storageMin: number; /** * Disk step size, in GB. */ storageStep: number; /** * Number of vCPUs. */ vcpu: number; /** * Availability zone ID. */ zoneId: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesRdsMysqlInstance { /** * The version of allow list. */ allowListVersion: string; /** * The instance has used backup space. Unit: GB. */ backupUse: number; /** * Does it support the binlog capability? This parameter is returned only when the database proxy is enabled. Values: * true: Yes. * false: No. */ binlogDump: boolean; /** * Payment methods. */ chargeDetail: outputs.rds_mysql.InstancesRdsMysqlInstanceChargeDetail; /** * Connection pool type. */ connectionPoolType: string; /** * Node creation local time. */ createTime: string; /** * Data synchronization mode. */ dataSyncMode: string; /** * The version of the RDS instance. */ dbEngineVersion: string; /** * The running status of the proxy instance. This parameter is returned only when the database proxy is enabled. Values: * Creating: The proxy is being started. * Running: The proxy is running. * Shutdown: The proxy is closed. * Deleting: The proxy is being closed. */ dbProxyStatus: string; /** * The endpoint info of the RDS instance. */ endpoints: outputs.rds_mysql.InstancesRdsMysqlInstanceEndpoint[]; /** * Feature status. */ featureStates: outputs.rds_mysql.InstancesRdsMysqlInstanceFeatureState[]; /** * Whether to enable global read-only. * true: Yes. * false: No. */ globalReadOnly: boolean; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The status of the RDS instance. */ instanceStatus: string; /** * Whether the table name is case sensitive, the default value is 1. * Ranges: * 0: Table names are stored as fixed and table names are case-sensitive. * 1: Table names will be stored in lowercase and table names are not case sensitive. */ lowerCaseTableNames: string; /** * Maintenance Window. */ maintenanceWindows: outputs.rds_mysql.InstancesRdsMysqlInstanceMaintenanceWindow[]; /** * Memory size in GB. */ memory: number; /** * Average CPU usage of the instance master node in nearly one minute. */ nodeCpuUsedPercentage: number; /** * Average memory usage of the instance master node in nearly one minute. */ nodeMemoryUsedPercentage: number; /** * The number of nodes. */ nodeNumber: number; /** * Average disk usage of the instance master node in nearly one minute. */ nodeSpaceUsedPercentage: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance node information. */ nodes: outputs.rds_mysql.InstancesRdsMysqlInstanceNode[]; /** * The project name of the RDS instance. */ projectName: string; /** * The region of the RDS instance. */ regionId: string; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. */ storageType: string; /** * The instance has used storage space. Unit: GB. */ storageUse: number; /** * The subnet ID of the RDS instance. */ subnetId: string; /** * Tags. */ tags: outputs.rds_mysql.InstancesRdsMysqlInstanceTag[]; /** * Time zone. */ timeZone: string; /** * The update time of the RDS instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zoneId: string; /** * List of availability zones where each node of the instance is located. */ zoneIds: string[]; } interface InstancesRdsMysqlInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Restore time of temporary upgrade. */ tempModifyEndTime: string; /** * Temporary upgrade start time. */ tempModifyStartTime: string; } interface InstancesRdsMysqlInstanceEndpoint { /** * Address list. */ addresses: outputs.rds_mysql.InstancesRdsMysqlInstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * Whether the idle connection reclaim function is enabled. true: Enabled. false: Disabled. */ idleConnectionReclaim: boolean; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ nodeWeights: outputs.rds_mysql.InstancesRdsMysqlInstanceEndpointNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface InstancesRdsMysqlInstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * The subnet ID of the RDS instance. */ subnetId: string; } interface InstancesRdsMysqlInstanceEndpointNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface InstancesRdsMysqlInstanceFeatureState { /** * Whether it is enabled. Values: * true: Enabled. * false: Disabled. */ enable: boolean; /** * Feature name. */ featureName: string; /** * Whether it support this function. Value: * true: Supported. * false: Not supported. */ support: boolean; } interface InstancesRdsMysqlInstanceMaintenanceWindow { /** * DayKind of maintainable window. Value: Week. Month. */ dayKind: string; /** * Days of maintainable window of the month. */ dayOfMonths: number[]; /** * Days of maintainable window of the week. */ dayOfWeeks: string[]; /** * The maintainable time of the RDS instance. */ maintenanceTime: string; } interface InstancesRdsMysqlInstanceNode { /** * Node creation local time. */ createTime: string; /** * The id of the RDS instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS instance. */ regionId: string; /** * The update time of the RDS instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS instance. */ zoneId: string; } interface InstancesRdsMysqlInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ParameterTemplateTemplateParam { /** * Instance parameter name. * Description: When using CreateParameterTemplate and ModifyParameterTemplate as request parameters, only Name and RunningValue need to be passed in. */ name: string; /** * Parameter running value. * Description: When making request parameters in CreateParameterTemplate and ModifyParameterTemplate, only Name and RunningValue need to be passed in. */ runningValue: string; } interface ParameterTemplatesTemplate { /** * The account ID. */ accountId: string; /** * Creation time. */ createTime: string; /** * Does the template contain parameters that require restart. */ needRestart: boolean; /** * The number of parameters contained in the template. */ parameterNum: number; /** * The project to which the template belongs. */ projectName: string; /** * Template category, with a value of DBEngine (database engine parameters). */ templateCategory: string; /** * Parameter template description. */ templateDesc: string; /** * Parameter template ID. */ templateId: string; /** * Parameter template name. */ templateName: string; /** * Parameters contained in the template. */ templateParams: outputs.rds_mysql.ParameterTemplatesTemplateTemplateParam[]; /** * Parameter template source, value range: System. User. */ templateSource: string; /** * Database type of parameter template. The default value is Mysql. */ templateType: string; /** * Database version of parameter template. Value range: * MySQL_5_7: Default value. MySQL 5.7 version. * MySQL_8_0: MySQL 8.0 version. */ templateTypeVersion: string; /** * Modification time of the template. */ updateTime: string; } interface ParameterTemplatesTemplateTemplateParam { /** * Parameter default value. */ defaultValue: string; /** * Parameter description. */ description: string; /** * Instance parameter name. * Description: When using CreateParameterTemplate and ModifyParameterTemplate as request parameters, only Name and RunningValue need to be passed in. */ name: string; /** * Is it necessary to restart the instance for the changes to take effect. */ restart: boolean; /** * Parameter running value. * Description: When making requests with CreateParameterTemplate and ModifyParameterTemplate as request parameters, only Name and RunningValue need to be passed in. */ runningValue: string; /** * Value range of parameters. */ valueRange: string; } interface RegionsRegion { /** * The id of the region. */ regionId: string; /** * The name of region. */ regionName: string; } interface ZonesZone { /** * The description of the zone. */ description: string; /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace rds_postgresql { interface AccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privileges of the database account. */ accountPrivileges: string; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; } interface AllowlistAssociatedInstance { /** * The id of the postgresql instance. */ instanceId: string; /** * The name of the postgresql instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface AllowlistsPostgresqlAllowList { /** * The description of the postgresql allow list. */ allowListDesc: string; /** * The id of the postgresql allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the postgresql allow list. */ allowListName: string; /** * The type of the postgresql allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of postgresql instances. */ associatedInstances: outputs.rds_postgresql.AllowlistsPostgresqlAllowListAssociatedInstance[]; /** * The id of the postgresql allow list. */ id: string; } interface AllowlistsPostgresqlAllowListAssociatedInstance { /** * The id of the postgresql Instance. */ instanceId: string; /** * The name of the postgresql instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface DatabasesDatabase { /** * Character classification. */ cType: string; /** * The character set of the RDS database. */ characterSetName: string; /** * The collate of database. */ collate: string; /** * The name of the RDS database. */ dbName: string; /** * The status of the RDS database. */ dbStatus: string; /** * The owner of database. */ owner: string; } interface GetAccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privileges of the database account. */ accountPrivileges: string; /** * The status of the database account. */ accountStatus: string; /** * The type of the database account. */ accountType: string; } interface GetAllowlistsPostgresqlAllowList { /** * The description of the postgresql allow list. */ allowListDesc: string; /** * The id of the postgresql allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the postgresql allow list. */ allowListName: string; /** * The type of the postgresql allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of postgresql instances. */ associatedInstances: outputs.rds_postgresql.GetAllowlistsPostgresqlAllowListAssociatedInstance[]; /** * The id of the postgresql allow list. */ id: string; } interface GetAllowlistsPostgresqlAllowListAssociatedInstance { /** * The id of the postgresql Instance. */ instanceId: string; /** * The name of the postgresql instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface GetDatabasesDatabase { /** * Character classification. */ cType: string; /** * The character set of the RDS database. */ characterSetName: string; /** * The collate of database. */ collate: string; /** * The name of the RDS database. */ dbName: string; /** * The status of the RDS database. */ dbStatus: string; /** * The owner of database. */ owner: string; } interface GetInstancesInstance { /** * The instance has used backup space. Unit: GB. */ backupUse: number; /** * Payment methods. */ chargeDetails: outputs.rds_postgresql.GetInstancesInstanceChargeDetail[]; /** * Node creation local time. */ createTime: string; /** * Data synchronization mode. */ dataSyncMode: string; /** * The version of the RDS PostgreSQL instance. */ dbEngineVersion: string; /** * The endpoint info of the RDS instance. */ endpoints: outputs.rds_postgresql.GetInstancesInstanceEndpoint[]; /** * The ID of the RDS PostgreSQL instance. */ id: string; /** * The id of the RDS PostgreSQL instance. */ instanceId: string; /** * The name of the RDS PostgreSQL instance. */ instanceName: string; /** * The status of the RDS PostgreSQL instance. */ instanceStatus: string; /** * The instance type of the RDS PostgreSQL instance. */ instanceType: string; /** * Memory size in GB. */ memory: number; /** * The number of nodes. */ nodeNumber: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance node information. */ nodes: outputs.rds_postgresql.GetInstancesInstanceNode[]; /** * The project name of the RDS PostgreSQL instance. */ projectName: string; /** * The region of the RDS PostgreSQL instance. */ regionId: string; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. */ storageType: string; /** * The subnet ID of the RDS PostgreSQL instance. */ subnetId: string; /** * Tags. */ tags: outputs.rds_postgresql.GetInstancesInstanceTag[]; /** * The update time of the RDS PostgreSQL instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The vpc ID of the RDS PostgreSQL instance. */ vpcId: string; /** * The available zone of the RDS PostgreSQL instance. */ zoneId: string; /** * ID of the availability zone where each instance is located. */ zoneIds: string[]; } interface GetInstancesInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Temporary upgrade of restoration time. */ tempModifyEndTime: string; /** * Start time of temporary upgrade. */ tempModifyStartTime: string; } interface GetInstancesInstanceEndpoint { /** * Address list. */ addresses: outputs.rds_postgresql.GetInstancesInstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_postgresql.GetInstancesInstanceEndpointReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface GetInstancesInstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * The subnet ID of the RDS PostgreSQL instance. */ subnetId: string; } interface GetInstancesInstanceEndpointReadOnlyNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface GetInstancesInstanceNode { /** * Node creation local time. */ createTime: string; /** * The id of the RDS PostgreSQL instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS PostgreSQL instance. */ regionId: string; /** * The update time of the RDS PostgreSQL instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS PostgreSQL instance. */ zoneId: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSchemasSchema { /** * The name of the database. */ dbName: string; /** * The owner of the schema. */ owner: string; /** * The name of the schema. */ schemaName: string; } interface InstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * Payment type. Value: * PostPaid - Pay-As-You-Go * PrePaid - Yearly and monthly (default). */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Temporary upgrade of restoration time. */ tempModifyEndTime: string; /** * Start time of temporary upgrade. */ tempModifyStartTime: string; } interface InstanceChargeInfo { /** * Whether to automatically renew in prepaid scenarios. */ autoRenew: boolean; chargeType: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; } interface InstanceEndpoint { /** * Address list. */ addresses: outputs.rds_postgresql.InstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_postgresql.InstanceEndpointReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface InstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * Subnet ID of the RDS PostgreSQL instance. */ subnetId: string; } interface InstanceEndpointReadOnlyNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface InstanceNode { /** * Node creation local time. */ createTime: string; /** * Instance ID. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * The specification of primary node and secondary node. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS PostgreSQL instance. */ regionId: string; /** * The update time of the RDS PostgreSQL instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS PostgreSQL instance. */ zoneId: string; } interface InstanceParameter { /** * Parameter name. */ name: string; /** * Parameter value. */ value: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * The instance has used backup space. Unit: GB. */ backupUse: number; /** * Payment methods. */ chargeDetails: outputs.rds_postgresql.InstancesInstanceChargeDetail[]; /** * Node creation local time. */ createTime: string; /** * Data synchronization mode. */ dataSyncMode: string; /** * The version of the RDS PostgreSQL instance. */ dbEngineVersion: string; /** * The endpoint info of the RDS instance. */ endpoints: outputs.rds_postgresql.InstancesInstanceEndpoint[]; /** * The ID of the RDS PostgreSQL instance. */ id: string; /** * The id of the RDS PostgreSQL instance. */ instanceId: string; /** * The name of the RDS PostgreSQL instance. */ instanceName: string; /** * The status of the RDS PostgreSQL instance. */ instanceStatus: string; /** * The instance type of the RDS PostgreSQL instance. */ instanceType: string; /** * Memory size in GB. */ memory: number; /** * The number of nodes. */ nodeNumber: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance node information. */ nodes: outputs.rds_postgresql.InstancesInstanceNode[]; /** * The project name of the RDS PostgreSQL instance. */ projectName: string; /** * The region of the RDS PostgreSQL instance. */ regionId: string; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. */ storageType: string; /** * The subnet ID of the RDS PostgreSQL instance. */ subnetId: string; /** * Tags. */ tags: outputs.rds_postgresql.InstancesInstanceTag[]; /** * The update time of the RDS PostgreSQL instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The vpc ID of the RDS PostgreSQL instance. */ vpcId: string; /** * The available zone of the RDS PostgreSQL instance. */ zoneId: string; /** * ID of the availability zone where each instance is located. */ zoneIds: string[]; } interface InstancesInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; /** * Temporary upgrade of restoration time. */ tempModifyEndTime: string; /** * Start time of temporary upgrade. */ tempModifyStartTime: string; } interface InstancesInstanceEndpoint { /** * Address list. */ addresses: outputs.rds_postgresql.InstancesInstanceEndpointAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_postgresql.InstancesInstanceEndpointReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface InstancesInstanceEndpointAddress { /** * DNS Visibility. */ dnsVisibility: boolean; /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * The subnet ID of the RDS PostgreSQL instance. */ subnetId: string; } interface InstancesInstanceEndpointReadOnlyNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface InstancesInstanceNode { /** * Node creation local time. */ createTime: string; /** * The id of the RDS PostgreSQL instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS PostgreSQL instance. */ regionId: string; /** * The update time of the RDS PostgreSQL instance. */ updateTime: string; /** * CPU size. */ vCpu: number; /** * The available zone of the RDS PostgreSQL instance. */ zoneId: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SchemasSchema { /** * The name of the database. */ dbName: string; /** * The owner of the schema. */ owner: string; /** * The name of the schema. */ schemaName: string; } } export declare namespace rds_v2 { interface GetRdsInstancesV2RdsInstance { /** * Payment methods. */ chargeDetail: outputs.rds_v2.GetRdsInstancesV2RdsInstanceChargeDetail; /** * The connection info ot the RDS instance. */ connectionInfos: outputs.rds_v2.GetRdsInstancesV2RdsInstanceConnectionInfo[]; /** * Node creation local time. */ createTime: string; /** * The engine of the RDS instance. */ dbEngine: string; /** * The version of the RDS instance, Value: * MySQL Community: * MySQL_5.7 - MySQL 5.7 * MySQL_8_0 - MySQL 8.0 * PostgreSQL Community: * PostgreSQL_11 - PostgreSQL 11 * PostgreSQL_12 - PostgreSQL 12 * Microsoft SQL Server: Not available at this time * SQLServer_2019 - SQL Server 2019 * veDB for MySQL: * MySQL_8_0 - MySQL 8.0 * veDB for PostgreSQL: * PostgreSQL_13 - PostgreSQL 13. */ dbEngineVersion: string; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The status of the RDS instance, Value: * Running - running * Creating - Creating * Deleting - Deleting * Restarting - Restarting * Restoring - Restoring * Updating - changing * Upgrading - Upgrading * Error - the error. */ instanceStatus: string; /** * The type of the RDS instance, Value: * Value: * RDS for MySQL: * HA - high availability version; * RDS for PostgreSQL: * HA - high availability version; * Microsoft SQL Server: Not available at this time * Enterprise - Enterprise Edition * Standard - Standard Edition * Web - Web version * veDB for MySQL: * Cluster - Cluster Edition * veDB for PostgreSQL: * Cluster - Cluster Edition * MySQL Sharding: * HA - high availability version;. */ instanceType: string; /** * Instance node information. */ nodeDetailInfos: outputs.rds_v2.GetRdsInstancesV2RdsInstanceNodeDetailInfo[]; /** * The number of nodes. */ nodeNumber: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance intranet port. */ port: string; /** * Subordinate to the project. */ projectName: string; /** * The region of the RDS instance. */ regionId: string; /** * The number of shards. */ shardNumber: number; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. When the database type is MySQL/PostgreSQL/SQL_Server/MySQL Sharding, the value is: * LocalSSD - local SSD disk * When the database type is veDB_MySQL/veDB_PostgreSQL, the value is: * DistributedStorage - Distributed Storage. */ storageType: string; /** * The instance has used storage space. Unit: GB. */ storageUse: number; /** * The subnet ID of the RDS instance. */ subnetId: string; /** * Time zone. */ timeZone: string; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zoneId: string; } interface GetRdsInstancesV2RdsInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; } interface GetRdsInstancesV2RdsInstanceConnectionInfo { /** * Address list. */ addresses: outputs.rds_v2.GetRdsInstancesV2RdsInstanceConnectionInfoAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_v2.GetRdsInstancesV2RdsInstanceConnectionInfoReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface GetRdsInstancesV2RdsInstanceConnectionInfoAddress { /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * Instance intranet port. */ port: string; /** * The subnet ID of the RDS instance. */ subnetId: string; } interface GetRdsInstancesV2RdsInstanceConnectionInfoReadOnlyNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface GetRdsInstancesV2RdsInstanceNodeDetailInfo { /** * Node creation local time. */ createTime: string; /** * The id of the RDS instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS instance. */ regionId: string; /** * Node updates local time. */ updateTime: string; /** * CPU size. For example: 1 means 1U. */ vCpu: number; /** * The available zone of the RDS instance. */ zoneId: string; } interface RdsInstanceV2ChargeInfo { /** * Whether to automatically renew in prepaid scenarios. */ autoRenew: boolean; /** * Payment type. Value: * PostPaid - Pay-As-You-Go * PrePaid - Yearly and monthly (default). */ chargeType: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; } interface RdsInstanceV2ConnectionInfo { /** * Address list. */ addresses: outputs.rds_v2.RdsInstanceV2ConnectionInfoAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_v2.RdsInstanceV2ConnectionInfoReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface RdsInstanceV2ConnectionInfoAddress { /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * The Port. */ port: string; /** * Subnet ID. */ subnetId: string; } interface RdsInstanceV2ConnectionInfoReadOnlyNodeWeight { /** * The ID of the node. */ nodeId: string; /** * The type of the node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface RdsInstanceV2NodeInfo { /** * The ID of the node. */ nodeId: string; /** * Masternode specs. Pass * DescribeDBInstanceSpecs Query the instance specifications that can be sold. */ nodeSpec: string; /** * Node type, the value is "Primary", "Secondary", "ReadOnly". */ nodeType: string; /** * Zone ID. */ zoneId: string; } interface RdsInstancesV2RdsInstance { /** * Payment methods. */ chargeDetail: outputs.rds_v2.RdsInstancesV2RdsInstanceChargeDetail; /** * The connection info ot the RDS instance. */ connectionInfos: outputs.rds_v2.RdsInstancesV2RdsInstanceConnectionInfo[]; /** * Node creation local time. */ createTime: string; /** * The engine of the RDS instance. */ dbEngine: string; /** * The version of the RDS instance, Value: * MySQL Community: * MySQL_5.7 - MySQL 5.7 * MySQL_8_0 - MySQL 8.0 * PostgreSQL Community: * PostgreSQL_11 - PostgreSQL 11 * PostgreSQL_12 - PostgreSQL 12 * Microsoft SQL Server: Not available at this time * SQLServer_2019 - SQL Server 2019 * veDB for MySQL: * MySQL_8_0 - MySQL 8.0 * veDB for PostgreSQL: * PostgreSQL_13 - PostgreSQL 13. */ dbEngineVersion: string; /** * The ID of the RDS instance. */ id: string; /** * The id of the RDS instance. */ instanceId: string; /** * The name of the RDS instance. */ instanceName: string; /** * The status of the RDS instance, Value: * Running - running * Creating - Creating * Deleting - Deleting * Restarting - Restarting * Restoring - Restoring * Updating - changing * Upgrading - Upgrading * Error - the error. */ instanceStatus: string; /** * The type of the RDS instance, Value: * Value: * RDS for MySQL: * HA - high availability version; * RDS for PostgreSQL: * HA - high availability version; * Microsoft SQL Server: Not available at this time * Enterprise - Enterprise Edition * Standard - Standard Edition * Web - Web version * veDB for MySQL: * Cluster - Cluster Edition * veDB for PostgreSQL: * Cluster - Cluster Edition * MySQL Sharding: * HA - high availability version;. */ instanceType: string; /** * Instance node information. */ nodeDetailInfos: outputs.rds_v2.RdsInstancesV2RdsInstanceNodeDetailInfo[]; /** * The number of nodes. */ nodeNumber: number; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Instance intranet port. */ port: string; /** * Subordinate to the project. */ projectName: string; /** * The region of the RDS instance. */ regionId: string; /** * The number of shards. */ shardNumber: number; /** * Total instance storage space. Unit: GB. */ storageSpace: number; /** * Instance storage type. When the database type is MySQL/PostgreSQL/SQL_Server/MySQL Sharding, the value is: * LocalSSD - local SSD disk * When the database type is veDB_MySQL/veDB_PostgreSQL, the value is: * DistributedStorage - Distributed Storage. */ storageType: string; /** * The instance has used storage space. Unit: GB. */ storageUse: number; /** * The subnet ID of the RDS instance. */ subnetId: string; /** * Time zone. */ timeZone: string; /** * The vpc ID of the RDS instance. */ vpcId: string; /** * The available zone of the RDS instance. */ zoneId: string; } interface RdsInstancesV2RdsInstanceChargeDetail { /** * Whether to automatically renew in prepaid scenarios. * Autorenew_Enable * Autorenew_Disable (default). */ autoRenew: boolean; /** * Billing expiry time (yearly and monthly only). */ chargeEndTime: string; /** * Billing start time (pay-as-you-go & monthly subscription). */ chargeStartTime: string; /** * Pay status. Value: * normal - normal * overdue - overdue * . */ chargeStatus: string; /** * The charge type of the RDS instance. */ chargeType: string; /** * Estimated release time when arrears are closed (pay-as-you-go & monthly subscription). */ overdueReclaimTime: string; /** * Shutdown time in arrears (pay-as-you-go & monthly subscription). */ overdueTime: string; /** * Purchase duration in prepaid scenarios. Default: 1. */ period: number; /** * The purchase cycle in the prepaid scenario. * Month - monthly subscription (default) * Year - Package year. */ periodUnit: string; } interface RdsInstancesV2RdsInstanceConnectionInfo { /** * Address list. */ addresses: outputs.rds_v2.RdsInstancesV2RdsInstanceConnectionInfoAddress[]; /** * When the terminal type is read-write terminal or read-only terminal, it supports setting whether new nodes are automatically added. */ autoAddNewNodes: string; /** * Address description. */ description: string; /** * Whether global read-only is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadOnly: string; /** * Whether read-write separation is enabled, value: Enable: Enable. Disable: Disabled. */ enableReadWriteSplitting: string; /** * Instance connection terminal ID. */ endpointId: string; /** * The instance connection terminal name. */ endpointName: string; /** * Terminal type: * Cluster: The default terminal. (created by default) * Primary: Primary node terminal. * Custom: Custom terminal. * Direct: Direct connection to the terminal. (Only the operation and maintenance side) * AllNode: All node terminals. (Only the operation and maintenance side). */ endpointType: string; /** * The list of nodes configured by the connection terminal and the corresponding read-only weights. */ readOnlyNodeWeights: outputs.rds_v2.RdsInstancesV2RdsInstanceConnectionInfoReadOnlyNodeWeight[]; /** * Read and write mode: * ReadWrite: read and write * ReadOnly: read only (default). */ readWriteMode: string; } interface RdsInstancesV2RdsInstanceConnectionInfoAddress { /** * Connect domain name. */ domain: string; /** * The ID of the EIP, only valid for Public addresses. */ eipId: string; /** * The IP Address. */ ipAddress: string; /** * Network address type, temporarily Private, Public, PublicService. */ networkType: string; /** * Instance intranet port. */ port: string; /** * The subnet ID of the RDS instance. */ subnetId: string; } interface RdsInstancesV2RdsInstanceConnectionInfoReadOnlyNodeWeight { /** * Node ID. */ nodeId: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The weight of the node. */ weight: number; } interface RdsInstancesV2RdsInstanceNodeDetailInfo { /** * Node creation local time. */ createTime: string; /** * The id of the RDS instance. */ instanceId: string; /** * Memory size in GB. */ memory: number; /** * Node ID. */ nodeId: string; /** * General instance type, different from Custom instance type. */ nodeSpec: string; /** * Node state, value: aligned with instance state. */ nodeStatus: string; /** * Node type. Value: Primary: Primary node. * Secondary: Standby node. * ReadOnly: Read-only node. */ nodeType: string; /** * The region of the RDS instance. */ regionId: string; /** * Node updates local time. */ updateTime: string; /** * CPU size. For example: 1 means 1U. */ vCpu: number; /** * The available zone of the RDS instance. */ zoneId: string; } } export declare namespace redis { interface AccountsAccount { /** * The name of the redis account. */ accountName: string; /** * The description of the redis account. */ description: string; /** * The id of the Redis instance. */ instanceId: string; /** * The role info. */ roleName: string; } interface AllowListAssociatedInstance { /** * Id of instance. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * Id of virtual private cloud. */ vpc: string; } interface AllowListsAllowList { /** * Description of allow list. */ allowListDesc: string; /** * Id of allow list. */ allowListId: string; /** * The IP number of allow list. */ allowListIpNum: number; /** * Name of allow list. */ allowListName: string; /** * Type of allow list. */ allowListType: string; /** * Ip list of allow list. */ allowLists: string[]; /** * The number of instance that associated to allow list. */ associatedInstanceNum: number; /** * Instances associated by this allow list. */ associatedInstances: outputs.redis.AllowListsAllowListAssociatedInstance[]; } interface AllowListsAllowListAssociatedInstance { /** * The Id of instance. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * Id of virtual private cloud. */ vpc: string; } interface BackupInstanceDetail { /** * Id of account. */ accountId: number; /** * Arch type of instance(Standard/Cluster). */ archType: string; /** * Charge type of instance(Postpaid/Prepaid). */ chargeType: string; /** * Engine version of instance. */ engineVersion: string; /** * Expired time of instance. */ expiredTime: string; /** * Id of instance to create backup. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * The maintainable period (in UTC) of the instance. */ maintenanceTime: string; /** * Network type of instance. */ networkType: string; /** * Project name of instance. */ projectName: string; /** * Id of region. */ regionId: string; /** * Count of replica in which shard. */ replicas: number; /** * Count of cpu cores of instance. */ serverCpu: number; /** * Capacity of shard. */ shardCapacity: number; /** * Count of shard. */ shardCount: number; /** * Total capacity of instance. */ totalCapacity: number; /** * Capacity used of this instance. */ usedCapacity: number; /** * Information of vpc. */ vpcInfos: outputs.redis.BackupInstanceDetailVpcInfo[]; /** * List of id of zone. */ zoneIds: string[]; } interface BackupInstanceDetailVpcInfo { /** * Id of vpc. */ id: string; /** * Name of vpc. */ name: string; } interface BackupsBackup { /** * The id of backup point. */ backupPointId: string; /** * Backup strategy. */ backupStrategy: string; /** * Backup type. */ backupType: string; /** * Query end time. */ endTime: string; /** * Information of instance. */ instanceDetails: outputs.redis.BackupsBackupInstanceDetail[]; /** * Id of instance. */ instanceId: string; /** * Size in MiB. */ size: number; /** * Query start time. */ startTime: string; /** * Status of backup (Creating/Available/Unavailable/Deleting). */ status: string; } interface BackupsBackupInstanceDetail { /** * Id of account. */ accountId: number; /** * Arch type of instance(Standard/Cluster). */ archType: string; /** * Charge type of instance(Postpaid/Prepaid). */ chargeType: string; /** * Engine version of instance. */ engineVersion: string; /** * Expired time of instance. */ expiredTime: string; /** * Id of instance. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * The maintainable period (in UTC) of the instance. */ maintenanceTime: string; /** * Network type of instance. */ networkType: string; /** * Project name of instance. */ projectName: string; /** * Id of region. */ regionId: string; /** * Count of replica in which shard. */ replicas: number; /** * Count of cpu cores of instance. */ serverCpu: number; /** * Capacity of shard. */ shardCapacity: number; /** * Count of shard. */ shardCount: number; /** * Total capacity of instance. */ totalCapacity: number; /** * Capacity used of this instance. */ usedCapacity: number; /** * Information of vpc. */ vpcInfos: outputs.redis.BackupsBackupInstanceDetailVpcInfo[]; /** * List of id of zone. */ zoneIds: string[]; } interface BackupsBackupInstanceDetailVpcInfo { /** * Id of vpc. */ id: string; /** * Name of vpc. */ name: string; } interface GetAccountsAccount { /** * The name of the redis account. */ accountName: string; /** * The description of the redis account. */ description: string; /** * The id of the Redis instance. */ instanceId: string; /** * The role info. */ roleName: string; } interface GetAllowListsAllowList { /** * Description of allow list. */ allowListDesc: string; /** * Id of allow list. */ allowListId: string; /** * The IP number of allow list. */ allowListIpNum: number; /** * Name of allow list. */ allowListName: string; /** * Type of allow list. */ allowListType: string; /** * Ip list of allow list. */ allowLists: string[]; /** * The number of instance that associated to allow list. */ associatedInstanceNum: number; /** * Instances associated by this allow list. */ associatedInstances: outputs.redis.GetAllowListsAllowListAssociatedInstance[]; } interface GetAllowListsAllowListAssociatedInstance { /** * The Id of instance. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * Id of virtual private cloud. */ vpc: string; } interface GetBackupsBackup { /** * The id of backup point. */ backupPointId: string; /** * Backup strategy. */ backupStrategy: string; /** * Backup type. */ backupType: string; /** * Query end time. */ endTime: string; /** * Information of instance. */ instanceDetails: outputs.redis.GetBackupsBackupInstanceDetail[]; /** * Id of instance. */ instanceId: string; /** * Size in MiB. */ size: number; /** * Query start time. */ startTime: string; /** * Status of backup (Creating/Available/Unavailable/Deleting). */ status: string; } interface GetBackupsBackupInstanceDetail { /** * Id of account. */ accountId: number; /** * Arch type of instance(Standard/Cluster). */ archType: string; /** * Charge type of instance(Postpaid/Prepaid). */ chargeType: string; /** * Engine version of instance. */ engineVersion: string; /** * Expired time of instance. */ expiredTime: string; /** * Id of instance. */ instanceId: string; /** * Name of instance. */ instanceName: string; /** * The maintainable period (in UTC) of the instance. */ maintenanceTime: string; /** * Network type of instance. */ networkType: string; /** * Project name of instance. */ projectName: string; /** * Id of region. */ regionId: string; /** * Count of replica in which shard. */ replicas: number; /** * Count of cpu cores of instance. */ serverCpu: number; /** * Capacity of shard. */ shardCapacity: number; /** * Count of shard. */ shardCount: number; /** * Total capacity of instance. */ totalCapacity: number; /** * Capacity used of this instance. */ usedCapacity: number; /** * Information of vpc. */ vpcInfos: outputs.redis.GetBackupsBackupInstanceDetailVpcInfo[]; /** * List of id of zone. */ zoneIds: string[]; } interface GetBackupsBackupInstanceDetailVpcInfo { /** * Id of vpc. */ id: string; /** * Name of vpc. */ name: string; } interface GetInstancesInstance { /** * The list of backup plans. */ backupPlan: outputs.redis.GetInstancesInstanceBackupPlan; /** * The memory capacity information. */ capacity: outputs.redis.GetInstancesInstanceCapacity; /** * The charge type of redis instance to query. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Set the list of available zones to which the node belongs. */ configureNodes: outputs.redis.GetInstancesInstanceConfigureNode[]; /** * The creation time of the redis instance. */ createTime: string; /** * whether enable deletion protection. */ deletionProtection: string; /** * The engine version of redis instance to query. Valid values: `4.0`, `5.0`, `6.0`. */ engineVersion: string; /** * The expire time of the redis instance, valid when charge type is `PrePaid`. */ expiredTime: string; /** * The id of the redis instance. */ id: string; /** * The id of redis instance to query. This field supports fuzzy queries. */ instanceId: string; /** * The name of redis instance to query. This field supports fuzzy queries. */ instanceName: string; /** * The maintainable time of the redis instance. */ maintenanceTime: string; /** * Set the availability zone deployment scheme for the instance. The value range is as follows: * disabled: Single availability zone deployment scheme. * enabled: Multi-availability zone deployment scheme. * Description: * When the newly created instance is a single-node instance (that is, when the value of NodeNumber is 1), only the single availability zone deployment scheme is allowed. At this time, the value of MultiAZ must be disabled. */ multiAz: string; /** * The list of redis instance node IDs. */ nodeIds: string[]; /** * The number of nodes in each shard. */ nodeNumber: number; /** * The list of params. */ params: outputs.redis.GetInstancesInstanceParam[]; /** * The project name of redis instance to query. */ projectName: string; /** * The region id of the redis instance. */ regionId: string; /** * The memory capacity of each shard. Unit: GiB. */ shardCapacity: number; /** * The number of shards in the redis instance. */ shardNumber: number; /** * Whether enable sharded cluster for redis instance. Valid values: 0, 1. */ shardedCluster: number; /** * The status of redis instance to query. */ status: string; /** * The subnet id of the redis instance. */ subnetId: string; /** * Tags. */ tags: outputs.redis.GetInstancesInstanceTag[]; /** * The list of connection information. */ visitAddrs: outputs.redis.GetInstancesInstanceVisitAddr[]; /** * Whether to enable password-free access when connecting to an instance through a private network. */ vpcAuthMode: string; /** * The vpc id of redis instance to query. This field supports fuzzy queries. */ vpcId: string; /** * The list of zone ID which the redis instance belongs. */ zoneIds: string[]; } interface GetInstancesInstanceBackupPlan { /** * Whether enable auto backup. */ active: boolean; /** * The time period to start performing the backup. The value range is any integer between 0 and 23, where 0 means that the system will perform the backup in the period of 00:00~01:00, 1 means that the backup will be performed in the period of 01:00~02:00, and so on. */ backupHour: number; /** * The backup type. */ backupType: string; /** * The expected time for the next backup to be performed. */ expectNextBackupTime: string; /** * The id of redis instance to query. This field supports fuzzy queries. */ instanceId: string; /** * The last time the backup policy was modified. */ lastUpdateTime: string; /** * The backup cycle. The value can be any integer between 1 and 7. Among them, 1 means backup every Monday, 2 means backup every Tuesday, and so on. */ periods: number[]; /** * The number of days to keep backups, the default is 7 days. */ ttl: number; } interface GetInstancesInstanceCapacity { /** * The total memory capacity of the redis instance. Unit: MiB. */ total: number; /** * The used memory capacity of the redis instance. Unit: MiB. */ used: number; } interface GetInstancesInstanceConfigureNode { /** * Set the availability zone to which the node belongs. The number of nodes of an instance (i.e., NodeNumber) and the availability zone deployment scheme (i.e., the value of the MultiAZ parameter) will affect the filling of the current parameter. Among them: * When a new instance is a single-node instance (i.e., the value of NodeNumber is 1), only a single availability zone deployment scheme is allowed (i.e., the value of MultiAZ must be disabled). At this time, only one availability zone needs to be passed in AZ, and all nodes in the instance will be deployed in this availability zone. When creating a new instance as a primary-standby instance (that is, when the value of NodeNumber is greater than or equal to 2), the number of availability zones passed in must be equal to the number of nodes in a single shard (that is, the value of the NodeNumber parameter), and the value of AZ must comply with the multi-availability zone deployment scheme rules. The specific rules are as follows: If the primary-standby instance selects the multi-availability zone deployment scheme (that is, the value of MultiAZ is enabled), then at least two different availability zone IDs must be passed in in AZ, and the first availability zone is the availability zone where the primary node is located. If the primary and standby instances choose a single availability zone deployment scheme (that is, the value of MultiAZ is disabled), then the availability zones passed in for each node must be the same. */ az: string; } interface GetInstancesInstanceParam { /** * Current value of the configuration parameter. */ currentValue: string; /** * Default value of the configuration parameter. */ defaultValue: string; /** * The description of this option item. */ description: string; /** * Whether the current redis instance supports editing this parameter. */ editableForInstance: boolean; /** * Whether need to reboot the redis instance when modifying this parameter. */ needReboot: boolean; /** * The list of options. Valid when the configuration parameter type is `Radio`. */ options: outputs.redis.GetInstancesInstanceParamOption[]; /** * The name of the configuration parameter. */ paramName: string; /** * The valid value range of the numeric type configuration parameter. */ range: string; /** * The type of the configuration parameter. */ type: string; /** * The unit of the numeric type configuration parameter. */ unit: string; } interface GetInstancesInstanceParamOption { /** * The description of this option item. */ description: string; /** * The Value of Tags. */ value: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesInstanceVisitAddr { /** * The connection address type. */ addrType: string; /** * The connection address. */ address: string; /** * The EIP ID bound to the instance's public network address. */ eipId: string; /** * The connection port. */ port: string; /** * The ipv4 address of the connection address. */ vip: string; /** * The ipv6 address of the connection address. */ vipV6: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetPitrTimeWindowsPeriod { /** * Recoverable end time (UTC time) supported when restoring data by point in time. */ endTime: string; /** * The instance id. */ instanceId: string; /** * The recoverable start time (in UTC time) supported when restoring data by point in time. */ startTime: string; } interface GetRegionsRegion { /** * Target region info. */ regionId: string; /** * The name of region. */ regionName: string; } interface GetZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface InstanceConfigureNode { /** * Set the availability zone to which the node belongs. The number of nodes of an instance (i.e., NodeNumber) and the availability zone deployment scheme (i.e., the value of the MultiAZ parameter) will affect the filling of the current parameter. Among them: * When a new instance is a single-node instance (i.e., the value of NodeNumber is 1), only a single availability zone deployment scheme is allowed (i.e., the value of MultiAZ must be disabled). At this time, only one availability zone needs to be passed in AZ, and all nodes in the instance will be deployed in this availability zone. When creating a new instance as a primary-standby instance (that is, when the value of NodeNumber is greater than or equal to 2), the number of availability zones passed in must be equal to the number of nodes in a single shard (that is, the value of the NodeNumber parameter), and the value of AZ must comply with the multi-availability zone deployment scheme rules. The specific rules are as follows: If the primary-standby instance selects the multi-availability zone deployment scheme (that is, the value of MultiAZ is enabled), then at least two different availability zone IDs must be passed in in AZ, and the first availability zone is the availability zone where the primary node is located. If the primary and standby instances choose a single availability zone deployment scheme (that is, the value of MultiAZ is disabled), then the availability zones passed in for each node must be the same. */ az: string; } interface InstanceParamValue { /** * The name of configuration parameter. */ name: string; /** * The value of configuration parameter. */ value: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * The list of backup plans. */ backupPlan: outputs.redis.InstancesInstanceBackupPlan; /** * The memory capacity information. */ capacity: outputs.redis.InstancesInstanceCapacity; /** * The charge type of redis instance to query. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Set the list of available zones to which the node belongs. */ configureNodes: outputs.redis.InstancesInstanceConfigureNode[]; /** * The creation time of the redis instance. */ createTime: string; /** * whether enable deletion protection. */ deletionProtection: string; /** * The engine version of redis instance to query. Valid values: `4.0`, `5.0`, `6.0`. */ engineVersion: string; /** * The expire time of the redis instance, valid when charge type is `PrePaid`. */ expiredTime: string; /** * The id of the redis instance. */ id: string; /** * The id of redis instance to query. This field supports fuzzy queries. */ instanceId: string; /** * The name of redis instance to query. This field supports fuzzy queries. */ instanceName: string; /** * The maintainable time of the redis instance. */ maintenanceTime: string; /** * Set the availability zone deployment scheme for the instance. The value range is as follows: * disabled: Single availability zone deployment scheme. * enabled: Multi-availability zone deployment scheme. * Description: * When the newly created instance is a single-node instance (that is, when the value of NodeNumber is 1), only the single availability zone deployment scheme is allowed. At this time, the value of MultiAZ must be disabled. */ multiAz: string; /** * The list of redis instance node IDs. */ nodeIds: string[]; /** * The number of nodes in each shard. */ nodeNumber: number; /** * The list of params. */ params: outputs.redis.InstancesInstanceParam[]; /** * The project name of redis instance to query. */ projectName: string; /** * The region id of the redis instance. */ regionId: string; /** * The memory capacity of each shard. Unit: GiB. */ shardCapacity: number; /** * The number of shards in the redis instance. */ shardNumber: number; /** * Whether enable sharded cluster for redis instance. Valid values: 0, 1. */ shardedCluster: number; /** * The status of redis instance to query. */ status: string; /** * The subnet id of the redis instance. */ subnetId: string; /** * Tags. */ tags: outputs.redis.InstancesInstanceTag[]; /** * The list of connection information. */ visitAddrs: outputs.redis.InstancesInstanceVisitAddr[]; /** * Whether to enable password-free access when connecting to an instance through a private network. */ vpcAuthMode: string; /** * The vpc id of redis instance to query. This field supports fuzzy queries. */ vpcId: string; /** * The list of zone ID which the redis instance belongs. */ zoneIds: string[]; } interface InstancesInstanceBackupPlan { /** * Whether enable auto backup. */ active: boolean; /** * The time period to start performing the backup. The value range is any integer between 0 and 23, where 0 means that the system will perform the backup in the period of 00:00~01:00, 1 means that the backup will be performed in the period of 01:00~02:00, and so on. */ backupHour: number; /** * The backup type. */ backupType: string; /** * The expected time for the next backup to be performed. */ expectNextBackupTime: string; /** * The id of redis instance to query. This field supports fuzzy queries. */ instanceId: string; /** * The last time the backup policy was modified. */ lastUpdateTime: string; /** * The backup cycle. The value can be any integer between 1 and 7. Among them, 1 means backup every Monday, 2 means backup every Tuesday, and so on. */ periods: number[]; /** * The number of days to keep backups, the default is 7 days. */ ttl: number; } interface InstancesInstanceCapacity { /** * The total memory capacity of the redis instance. Unit: MiB. */ total: number; /** * The used memory capacity of the redis instance. Unit: MiB. */ used: number; } interface InstancesInstanceConfigureNode { /** * Set the availability zone to which the node belongs. The number of nodes of an instance (i.e., NodeNumber) and the availability zone deployment scheme (i.e., the value of the MultiAZ parameter) will affect the filling of the current parameter. Among them: * When a new instance is a single-node instance (i.e., the value of NodeNumber is 1), only a single availability zone deployment scheme is allowed (i.e., the value of MultiAZ must be disabled). At this time, only one availability zone needs to be passed in AZ, and all nodes in the instance will be deployed in this availability zone. When creating a new instance as a primary-standby instance (that is, when the value of NodeNumber is greater than or equal to 2), the number of availability zones passed in must be equal to the number of nodes in a single shard (that is, the value of the NodeNumber parameter), and the value of AZ must comply with the multi-availability zone deployment scheme rules. The specific rules are as follows: If the primary-standby instance selects the multi-availability zone deployment scheme (that is, the value of MultiAZ is enabled), then at least two different availability zone IDs must be passed in in AZ, and the first availability zone is the availability zone where the primary node is located. If the primary and standby instances choose a single availability zone deployment scheme (that is, the value of MultiAZ is disabled), then the availability zones passed in for each node must be the same. */ az: string; } interface InstancesInstanceParam { /** * Current value of the configuration parameter. */ currentValue: string; /** * Default value of the configuration parameter. */ defaultValue: string; /** * The description of this option item. */ description: string; /** * Whether the current redis instance supports editing this parameter. */ editableForInstance: boolean; /** * Whether need to reboot the redis instance when modifying this parameter. */ needReboot: boolean; /** * The list of options. Valid when the configuration parameter type is `Radio`. */ options: outputs.redis.InstancesInstanceParamOption[]; /** * The name of the configuration parameter. */ paramName: string; /** * The valid value range of the numeric type configuration parameter. */ range: string; /** * The type of the configuration parameter. */ type: string; /** * The unit of the numeric type configuration parameter. */ unit: string; } interface InstancesInstanceParamOption { /** * The description of this option item. */ description: string; /** * The Value of Tags. */ value: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstanceVisitAddr { /** * The connection address type. */ addrType: string; /** * The connection address. */ address: string; /** * The EIP ID bound to the instance's public network address. */ eipId: string; /** * The connection port. */ port: string; /** * The ipv4 address of the connection address. */ vip: string; /** * The ipv6 address of the connection address. */ vipV6: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface PitrTimeWindowsPeriod { /** * Recoverable end time (UTC time) supported when restoring data by point in time. */ endTime: string; /** * The instance id. */ instanceId: string; /** * The recoverable start time (in UTC time) supported when restoring data by point in time. */ startTime: string; } interface RegionsRegion { /** * Target region info. */ regionId: string; /** * The name of region. */ regionName: string; } interface ZonesZone { /** * The id of the zone. */ id: string; /** * The id of the zone. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } } export declare namespace rocketmq { interface AccessKeysAccessKey { /** * The access key id of the rocketmq key. */ accessKey: string; /** * The acl config of the rocketmq key. */ aclConfigJson: string; /** * The active status of the rocketmq key. */ actived: boolean; /** * The default authority of the rocketmq key. */ allAuthority: string; /** * The create time of the rocketmq key. */ createTime: string; /** * The description of the rocketmq key. */ description: string; /** * The id of rocketmq instance. */ instanceId: string; /** * The secret key of the rocketmq key. */ secretKey: string; /** * The custom authority of the rocketmq key. */ topicPermissions: outputs.rocketmq.AccessKeysAccessKeyTopicPermission[]; } interface AccessKeysAccessKeyTopicPermission { /** * The custom authority for the topic. */ permission: string; /** * The name of the rocketmq topic. */ topicName: string; } interface AllowListsRocketmqAllowList { /** * The description of the rocketmq allow list. */ allowListDesc: string; /** * The id of the rocketmq allow list. */ allowListId: string; /** * The number of ip address in the rocketmq allow list. */ allowListIpNum: number; /** * The name of the rocketmq allow list. */ allowListName: string; /** * The type of the rocketmq allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format of the allow list. */ allowLists: string[]; /** * The number of the rocketmq instances associated with the allow list. */ associatedInstanceNum: number; /** * The associated instance information of the allow list. */ associatedInstances: outputs.rocketmq.AllowListsRocketmqAllowListAssociatedInstance[]; /** * The id of the rocketmq allow list. */ id: string; } interface AllowListsRocketmqAllowListAssociatedInstance { /** * The id of the rocketmq instance. */ instanceId: string; /** * The name of the rocketmq instance. */ instanceName: string; /** * The vpc id of the rocketmq instance. */ vpc: string; } interface GetAccessKeysAccessKey { /** * The access key id of the rocketmq key. */ accessKey: string; /** * The acl config of the rocketmq key. */ aclConfigJson: string; /** * The active status of the rocketmq key. */ actived: boolean; /** * The default authority of the rocketmq key. */ allAuthority: string; /** * The create time of the rocketmq key. */ createTime: string; /** * The description of the rocketmq key. */ description: string; /** * The id of rocketmq instance. */ instanceId: string; /** * The secret key of the rocketmq key. */ secretKey: string; /** * The custom authority of the rocketmq key. */ topicPermissions: outputs.rocketmq.GetAccessKeysAccessKeyTopicPermission[]; } interface GetAccessKeysAccessKeyTopicPermission { /** * The custom authority for the topic. */ permission: string; /** * The name of the rocketmq topic. */ topicName: string; } interface GetAllowListsRocketmqAllowList { /** * The description of the rocketmq allow list. */ allowListDesc: string; /** * The id of the rocketmq allow list. */ allowListId: string; /** * The number of ip address in the rocketmq allow list. */ allowListIpNum: number; /** * The name of the rocketmq allow list. */ allowListName: string; /** * The type of the rocketmq allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format of the allow list. */ allowLists: string[]; /** * The number of the rocketmq instances associated with the allow list. */ associatedInstanceNum: number; /** * The associated instance information of the allow list. */ associatedInstances: outputs.rocketmq.GetAllowListsRocketmqAllowListAssociatedInstance[]; /** * The id of the rocketmq allow list. */ id: string; } interface GetAllowListsRocketmqAllowListAssociatedInstance { /** * The id of the rocketmq instance. */ instanceId: string; /** * The name of the rocketmq instance. */ instanceName: string; /** * The vpc id of the rocketmq instance. */ vpc: string; } interface GetGroupsRocketmqGroup { /** * The consumed topic information of the rocketmq group. */ consumedClients: outputs.rocketmq.GetGroupsRocketmqGroupConsumedClient[]; /** * The consumed topic information of the rocketmq group. */ consumedTopics: outputs.rocketmq.GetGroupsRocketmqGroupConsumedTopic[]; /** * The create time of the rocketmq group. */ createTime: string; /** * The description of the rocketmq group. */ description: string; /** * The id of rocketmq group. This field support fuzzy query. */ groupId: string; /** * The type of rocketmq group. Valid values: `TCP`. */ groupType: string; /** * Whether the subscription relationship of consumer instance groups within the group is consistent. */ isSubSame: boolean; /** * The message delay time of the rocketmq group. The unit is milliseconds. */ messageDelayTime: string; /** * The message model of the rocketmq group. */ messageModel: string; /** * The status of the rocketmq group. */ status: string; /** * The total consume rate of the rocketmq group. The unit is per second. */ totalConsumeRate: string; /** * The total amount of unconsumed messages. */ totalDiff: number; } interface GetGroupsRocketmqGroupConsumedClient { /** * The address of the consumed client. */ clientAddress: string; /** * The id of the consumed client. */ clientId: string; /** * The amount of message. */ diff: number; /** * The language of the consumed client. */ language: string; /** * The version of the consumed client. */ version: string; } interface GetGroupsRocketmqGroupConsumedTopic { /** * The queue number of the rocketmq topic. */ queueNum: number; /** * The sub string of the rocketmq topic. */ subString: string; /** * The name of the rocketmq topic. */ topicName: string; } interface GetInstancesRocketmqInstance { /** * The account id of the rocketmq instance. */ accountId: string; /** * Whether the private dns to public function is enabled for the rocketmq instance. */ applyPrivateDnsToPublic: boolean; /** * The available queue number of the rocketmq instance. */ availableQueueNumber: number; /** * The charge detail information of the rocketmq instance. */ chargeDetails: outputs.rocketmq.GetInstancesRocketmqInstanceChargeDetail[]; /** * The compute spec of the rocketmq instance. */ computeSpec: string; /** * The connection information of the rocketmq. */ connectionInfos: outputs.rocketmq.GetInstancesRocketmqInstanceConnectionInfo[]; /** * The create time of the rocketmq instance. */ createTime: string; /** * The eip id of the rocketmq instance. */ eipId: string; /** * Whether the ssl authentication is enabled for the rocketmq instance. */ enableSsl: boolean; /** * The reserved time of messages on the RocketMQ server of the message queue. Messages that exceed the reserved time will be cleared after expiration. The unit is in hours. */ fileReservedTime: number; /** * The id of the rocketmq instance. */ id: string; /** * The description of the rocketmq instance. */ instanceDescription: string; /** * The id of rocketmq instance. */ instanceId: string; /** * The name of rocketmq instance. This field support fuzzy query. */ instanceName: string; /** * The status of rocketmq instance. */ instanceStatus: string; /** * The project name of rocketmq instance. */ projectName: string; /** * The region id of the rocketmq instance. */ regionId: string; /** * The ssl mode of the rocketmq instance. */ sslMode: string; /** * The total storage space of the rocketmq instance. */ storageSpace: number; /** * The subnet id of the rocketmq instance. */ subnetId: string; /** * Tags. */ tags: outputs.rocketmq.GetInstancesRocketmqInstanceTag[]; /** * The used group number of the rocketmq instance. */ usedGroupNumber: number; /** * The used queue number of the rocketmq instance. */ usedQueueNumber: number; /** * The used storage space of the rocketmq instance. */ usedStorageSpace: number; /** * The used topic number of the rocketmq instance. */ usedTopicNumber: number; /** * The version of rocketmq instance. Valid values: `4.8`. */ version: string; /** * The vpc id of rocketmq instance. */ vpcId: string; /** * The zone id of rocketmq instance. */ zoneId: string; } interface GetInstancesRocketmqInstanceChargeDetail { /** * Whether to enable automatic renewal. */ autoRenew: boolean; /** * The charge expire time of the rocketmq instance. */ chargeExpireTime: string; /** * The charge start time of the rocketmq instance. */ chargeStartTime: string; /** * The charge status of the rocketmq instance. */ chargeStatus: string; /** * The charge type of rocketmq instance. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * The overdue reclaim time of the rocketmq instance. */ overdueReclaimTime: string; /** * The overdue time of the rocketmq instance. */ overdueTime: string; /** * The period unit of the rocketmq instance. */ periodUnit: string; } interface GetInstancesRocketmqInstanceConnectionInfo { /** * The endpoint address ip of the rocketmq. */ endpointAddressIp: string; /** * The endpoint type of the rocketmq. */ endpointType: string; /** * The internal endpoint of the rocketmq. */ internalEndpoint: string; /** * The network type of the rocketmq. */ networkType: string; /** * The public endpoint of the rocketmq. */ publicEndpoint: string; } interface GetInstancesRocketmqInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetTopicsRocketmqTopic { /** * The access policies of the rocketmq topic. */ accessPolicies: outputs.rocketmq.GetTopicsRocketmqTopicAccessPolicy[]; /** * The create time of the rocketmq topic. */ createTime: string; /** * The description of the rocketmq topic. */ description: string; /** * The groups information of the rocketmq topic. */ groups: outputs.rocketmq.GetTopicsRocketmqTopicGroup[]; /** * The id of rocketmq instance. */ instanceId: string; /** * The type of the rocketmq message. Setting this parameter means filtering the Topic list based on the specified message type. The value explanation is as follows: * 0: Regular message * 1: Transaction message * 2: Partition order message * 3: Global sequential message * 4: Delay message. */ messageType: number; /** * The number of the rocketmq topic queue. */ queueNumber: number; /** * The queues information of the rocketmq topic. */ queues: outputs.rocketmq.GetTopicsRocketmqTopicQueue[]; /** * The name of the rocketmq topic. This field support fuzzy query. */ topicName: string; } interface GetTopicsRocketmqTopicAccessPolicy { /** * The access key of the rocketmq key. */ accessKey: string; /** * The authority of the rocketmq key for the current topic. */ authority: string; } interface GetTopicsRocketmqTopicGroup { /** * The id of the rocketmq group. */ groupId: string; /** * The message model of the rocketmq group. */ messageModel: string; /** * The sub string of the rocketmq group. */ subString: string; } interface GetTopicsRocketmqTopicQueue { /** * The end offset of the rocketmq queue. */ endOffset: number; /** * The last update timestamp of the rocketmq queue. */ lastUpdateTimestamp: number; /** * The message count of the rocketmq queue. */ messageCount: number; /** * The id of the rocketmq queue. */ queueId: string; /** * The start offset of the rocketmq queue. */ startOffset: number; } interface GroupsRocketmqGroup { /** * The consumed topic information of the rocketmq group. */ consumedClients: outputs.rocketmq.GroupsRocketmqGroupConsumedClient[]; /** * The consumed topic information of the rocketmq group. */ consumedTopics: outputs.rocketmq.GroupsRocketmqGroupConsumedTopic[]; /** * The create time of the rocketmq group. */ createTime: string; /** * The description of the rocketmq group. */ description: string; /** * The id of rocketmq group. This field support fuzzy query. */ groupId: string; /** * The type of rocketmq group. Valid values: `TCP`. */ groupType: string; /** * Whether the subscription relationship of consumer instance groups within the group is consistent. */ isSubSame: boolean; /** * The message delay time of the rocketmq group. The unit is milliseconds. */ messageDelayTime: string; /** * The message model of the rocketmq group. */ messageModel: string; /** * The status of the rocketmq group. */ status: string; /** * The total consume rate of the rocketmq group. The unit is per second. */ totalConsumeRate: string; /** * The total amount of unconsumed messages. */ totalDiff: number; } interface GroupsRocketmqGroupConsumedClient { /** * The address of the consumed client. */ clientAddress: string; /** * The id of the consumed client. */ clientId: string; /** * The amount of message. */ diff: number; /** * The language of the consumed client. */ language: string; /** * The version of the consumed client. */ version: string; } interface GroupsRocketmqGroupConsumedTopic { /** * The queue number of the rocketmq topic. */ queueNum: number; /** * The sub string of the rocketmq topic. */ subString: string; /** * The name of the rocketmq topic. */ topicName: string; } interface InstancesRocketmqInstance { /** * The account id of the rocketmq instance. */ accountId: string; /** * Whether the private dns to public function is enabled for the rocketmq instance. */ applyPrivateDnsToPublic: boolean; /** * The available queue number of the rocketmq instance. */ availableQueueNumber: number; /** * The charge detail information of the rocketmq instance. */ chargeDetails: outputs.rocketmq.InstancesRocketmqInstanceChargeDetail[]; /** * The compute spec of the rocketmq instance. */ computeSpec: string; /** * The connection information of the rocketmq. */ connectionInfos: outputs.rocketmq.InstancesRocketmqInstanceConnectionInfo[]; /** * The create time of the rocketmq instance. */ createTime: string; /** * The eip id of the rocketmq instance. */ eipId: string; /** * Whether the ssl authentication is enabled for the rocketmq instance. */ enableSsl: boolean; /** * The reserved time of messages on the RocketMQ server of the message queue. Messages that exceed the reserved time will be cleared after expiration. The unit is in hours. */ fileReservedTime: number; /** * The id of the rocketmq instance. */ id: string; /** * The description of the rocketmq instance. */ instanceDescription: string; /** * The id of rocketmq instance. */ instanceId: string; /** * The name of rocketmq instance. This field support fuzzy query. */ instanceName: string; /** * The status of rocketmq instance. */ instanceStatus: string; /** * The project name of rocketmq instance. */ projectName: string; /** * The region id of the rocketmq instance. */ regionId: string; /** * The ssl mode of the rocketmq instance. */ sslMode: string; /** * The total storage space of the rocketmq instance. */ storageSpace: number; /** * The subnet id of the rocketmq instance. */ subnetId: string; /** * Tags. */ tags: outputs.rocketmq.InstancesRocketmqInstanceTag[]; /** * The used group number of the rocketmq instance. */ usedGroupNumber: number; /** * The used queue number of the rocketmq instance. */ usedQueueNumber: number; /** * The used storage space of the rocketmq instance. */ usedStorageSpace: number; /** * The used topic number of the rocketmq instance. */ usedTopicNumber: number; /** * The version of rocketmq instance. Valid values: `4.8`. */ version: string; /** * The vpc id of rocketmq instance. */ vpcId: string; /** * The zone id of rocketmq instance. */ zoneId: string; } interface InstancesRocketmqInstanceChargeDetail { /** * Whether to enable automatic renewal. */ autoRenew: boolean; /** * The charge expire time of the rocketmq instance. */ chargeExpireTime: string; /** * The charge start time of the rocketmq instance. */ chargeStartTime: string; /** * The charge status of the rocketmq instance. */ chargeStatus: string; /** * The charge type of rocketmq instance. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * The overdue reclaim time of the rocketmq instance. */ overdueReclaimTime: string; /** * The overdue time of the rocketmq instance. */ overdueTime: string; /** * The period unit of the rocketmq instance. */ periodUnit: string; } interface InstancesRocketmqInstanceConnectionInfo { /** * The endpoint address ip of the rocketmq. */ endpointAddressIp: string; /** * The endpoint type of the rocketmq. */ endpointType: string; /** * The internal endpoint of the rocketmq. */ internalEndpoint: string; /** * The network type of the rocketmq. */ networkType: string; /** * The public endpoint of the rocketmq. */ publicEndpoint: string; } interface InstancesRocketmqInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RocketMQAccessKeyTopicPermission { /** * The custom authority for the topic. */ permission: string; /** * The name of the rocketmq topic. */ topicName: string; } interface RocketMQAllowListAssociatedInstance { /** * The id of the rocketmq instance. */ instanceId: string; /** * The name of the rocketmq instance. */ instanceName: string; /** * The vpc id of the rocketmq instance. */ vpc: string; } interface RocketMQInstanceChargeInfo { /** * Whether to automatically renew in prepaid scenarios. Default is false. */ autoRenew?: boolean; /** * The charge type of the rocketmq instance. Valid values: `PostPaid`, `PrePaid`. */ chargeType: string; /** * Purchase duration in prepaid scenarios. When PeriodUnit is specified as `Monthly`, the value range is 1-9. When PeriodUnit is specified as `Yearly`, the value range is 1-3. Default is 1. */ period?: number; /** * The purchase cycle in the prepaid scenario. Valid values: `Monthly`, `Yearly`. Default is `Monthly`. */ periodUnit?: string; } interface RocketMQInstanceConnectionInfo { /** * The endpoint address ip of the rocketmq. */ endpointAddressIp: string; /** * The endpoint type of the rocketmq. */ endpointType: string; /** * The internal endpoint of the rocketmq. */ internalEndpoint: string; /** * The network type of the rocketmq. */ networkType: string; /** * The public endpoint of the rocketmq. */ publicEndpoint: string; } interface RocketMQInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RocketMQTopicAccessPolicy { /** * The access key of the rocketmq key. */ accessKey: string; /** * The authority of the rocketmq key for the current topic. Valid values: `ALL`, `PUB`, `SUB`, `DENY`. Default is `DENY`. */ authority: string; } interface RocketMQTopicGroup { /** * The id of the rocketmq group. */ groupId: string; /** * The message model of the rocketmq group. */ messageModel: string; /** * The sub string of the rocketmq group. */ subString: string; } interface RocketMQTopicQueue { /** * The end offset of the rocketmq queue. */ endOffset: number; /** * The last update timestamp of the rocketmq queue. */ lastUpdateTimestamp: number; /** * The message count of the rocketmq queue. */ messageCount: number; /** * The id of the rocketmq queue. */ queueId: string; /** * The start offset of the rocketmq queue. */ startOffset: number; } interface TopicsRocketmqTopic { /** * The access policies of the rocketmq topic. */ accessPolicies: outputs.rocketmq.TopicsRocketmqTopicAccessPolicy[]; /** * The create time of the rocketmq topic. */ createTime: string; /** * The description of the rocketmq topic. */ description: string; /** * The groups information of the rocketmq topic. */ groups: outputs.rocketmq.TopicsRocketmqTopicGroup[]; /** * The id of rocketmq instance. */ instanceId: string; /** * The type of the rocketmq message. Setting this parameter means filtering the Topic list based on the specified message type. The value explanation is as follows: * 0: Regular message * 1: Transaction message * 2: Partition order message * 3: Global sequential message * 4: Delay message. */ messageType: number; /** * The number of the rocketmq topic queue. */ queueNumber: number; /** * The queues information of the rocketmq topic. */ queues: outputs.rocketmq.TopicsRocketmqTopicQueue[]; /** * The name of the rocketmq topic. This field support fuzzy query. */ topicName: string; } interface TopicsRocketmqTopicAccessPolicy { /** * The access key of the rocketmq key. */ accessKey: string; /** * The authority of the rocketmq key for the current topic. */ authority: string; } interface TopicsRocketmqTopicGroup { /** * The id of the rocketmq group. */ groupId: string; /** * The message model of the rocketmq group. */ messageModel: string; /** * The sub string of the rocketmq group. */ subString: string; } interface TopicsRocketmqTopicQueue { /** * The end offset of the rocketmq queue. */ endOffset: number; /** * The last update timestamp of the rocketmq queue. */ lastUpdateTimestamp: number; /** * The message count of the rocketmq queue. */ messageCount: number; /** * The id of the rocketmq queue. */ queueId: string; /** * The start offset of the rocketmq queue. */ startOffset: number; } } export declare namespace tls { interface AlarmAlarmPeriodDetail { /** * Email alarm period, the unit is minutes, and the value range is 1~1440. */ email: number; /** * Customize the webhook alarm period, the unit is minutes, and the value range is 1~1440. */ generalWebhook: number; /** * Telephone alarm cycle, the unit is minutes, and the value range is 10~1440. */ phone: number; /** * SMS alarm cycle, the unit is minutes, and the value range is 10~1440. */ sms: number; } interface AlarmNotifyGroupReceiver { /** * The end time. */ endTime: string; /** * The list of the receiver channels. Currently supported channels: Email, Sms, Phone. */ receiverChannels: string[]; /** * List of the receiver names. */ receiverNames: string[]; /** * The receiver type, Can be set as: `User`(The id of user). */ receiverType: string; /** * The start time. */ startTime: string; } interface AlarmNotifyGroupsGroup { /** * The id of the alarm notify group. */ alarmNotifyGroupId: string; /** * The name of the alarm notify group. */ alarmNotifyGroupName: string; /** * The create time the notification. */ createTime: string; /** * The name of the iam project. */ iamProjectName: string; /** * The modification time the notification. */ modifyTime: string; /** * The notify group type. */ notifyTypes: string[]; /** * List of IAM users to receive alerts. */ receivers: outputs.tls.AlarmNotifyGroupsGroupReceiver[]; } interface AlarmNotifyGroupsGroupReceiver { /** * The end time. */ endTime: string; /** * The list of the receiver channels. */ receiverChannels: string[]; /** * List of the receiver names. */ receiverNames: string[]; /** * The receiver type. */ receiverType: string; /** * The start time. */ startTime: string; } interface AlarmQueryRequest { /** * The end time of the query range is relative to the current historical time. The unit is minutes. The value is not positive and must be greater than StartTimeOffset. The maximum value is 0 and the minimum value is -1440. */ endTimeOffset: number; /** * Alarm object sequence number; increments from 1. */ number: number; /** * Query statement, the maximum supported length is 1024. */ query: string; /** * The start time of the query range is relative to the current historical time, in minutes. The value is non-positive, the maximum value is 0, and the minimum value is -1440. */ startTimeOffset: number; /** * The id of the topic. */ topicId: string; } interface AlarmRequestCycle { /** * The cycle of alarm task execution, or the time point of periodic execution. The unit is minutes, and the value range is 1~1440. */ time: number; /** * Execution cycle type. * Period: Periodic execution, which means executing once every certain period of time. * Fixed: Regular execution, which means executing at a fixed time point every day. */ type: string; } interface AlarmsAlarm { /** * The alarm id. */ alarmId: string; /** * The alarm name. */ alarmName: string; /** * List of notification groups corresponding to the alarm. */ alarmNotifyGroups: outputs.tls.AlarmsAlarmAlarmNotifyGroup[]; /** * Period for sending alarm notifications. When the number of continuous alarm triggers reaches the specified limit (TriggerPeriod), Log Service will send alarm notifications according to the specified period. */ alarmPeriod: number; /** * Period for sending alarm notifications. When the number of continuous alarm triggers reaches the specified limit (TriggerPeriod), Log Service will send alarm notifications according to the specified period. */ alarmPeriodDetails: outputs.tls.AlarmsAlarmAlarmPeriodDetail[]; /** * Alarm trigger condition. */ condition: string; /** * The create time. */ createTime: string; /** * The modify time. */ modifyTime: string; /** * The project id. */ projectId: string; /** * Search and analyze sentences, 1~3 can be configured. */ queryRequests: outputs.tls.AlarmsAlarmQueryRequest[]; /** * The execution period of the alarm task. */ requestCycles: outputs.tls.AlarmsAlarmRequestCycle[]; /** * The status. */ status: boolean; /** * Continuous cycle. The alarm will be issued after the trigger condition is continuously met for TriggerPeriod periods; the minimum value is 1, the maximum value is 10, and the default value is 1. */ triggerPeriod: number; /** * Customize the alarm notification content. */ userDefineMsg: string; } interface AlarmsAlarmAlarmNotifyGroup { /** * The id of the notify group. */ alarmNotifyGroupId: string; /** * Name of the notification group. */ alarmNotifyGroupName: string; /** * The create time. */ createTime: string; /** * The iam project name. */ iamProjectName: string; /** * The modify time. */ modifyTime: string; /** * The notify group type. */ notifyTypes: string[]; /** * List of IAM users to receive alerts. */ receivers: outputs.tls.AlarmsAlarmAlarmNotifyGroupReceiver[]; } interface AlarmsAlarmAlarmNotifyGroupReceiver { /** * The end time. */ endTime: string; /** * The list of the receiver channels. */ receiverChannels: string[]; /** * List of the receiver names. */ receiverNames: string[]; /** * The receiver type. */ receiverType: string; /** * The start time. */ startTime: string; } interface AlarmsAlarmAlarmPeriodDetail { /** * Email alarm period, the unit is minutes, and the value range is 1~1440. */ email: number; /** * Customize the webhook alarm period, the unit is minutes, and the value range is 1~1440. */ generalWebhook: number; /** * Telephone alarm cycle, the unit is minutes, and the value range is 10~1440. */ phone: number; /** * SMS alarm cycle, the unit is minutes, and the value range is 10~1440. */ sms: number; } interface AlarmsAlarmQueryRequest { /** * The end time of the query range is relative to the current historical time. The unit is minutes. The value is not positive and must be greater than StartTimeOffset. The maximum value is 0 and the minimum value is -1440. */ endTimeOffset: number; /** * Alarm object sequence number; increments from 1. */ number: number; /** * Query statement, the maximum supported length is 1024. */ query: string; /** * The start time of the query range is relative to the current historical time, in minutes. The value is non-positive, the maximum value is 0, and the minimum value is -1440. */ startTimeOffset: number; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; } interface AlarmsAlarmRequestCycle { /** * The cycle of alarm task execution, or the time point of periodic execution. The unit is minutes, and the value range is 1~1440. */ time: number; /** * Execution cycle type. */ type: string; } interface GetAlarmNotifyGroupsGroup { /** * The id of the alarm notify group. */ alarmNotifyGroupId: string; /** * The name of the alarm notify group. */ alarmNotifyGroupName: string; /** * The create time the notification. */ createTime: string; /** * The name of the iam project. */ iamProjectName: string; /** * The modification time the notification. */ modifyTime: string; /** * The notify group type. */ notifyTypes: string[]; /** * List of IAM users to receive alerts. */ receivers: outputs.tls.GetAlarmNotifyGroupsGroupReceiver[]; } interface GetAlarmNotifyGroupsGroupReceiver { /** * The end time. */ endTime: string; /** * The list of the receiver channels. */ receiverChannels: string[]; /** * List of the receiver names. */ receiverNames: string[]; /** * The receiver type. */ receiverType: string; /** * The start time. */ startTime: string; } interface GetAlarmsAlarm { /** * The alarm id. */ alarmId: string; /** * The alarm name. */ alarmName: string; /** * List of notification groups corresponding to the alarm. */ alarmNotifyGroups: outputs.tls.GetAlarmsAlarmAlarmNotifyGroup[]; /** * Period for sending alarm notifications. When the number of continuous alarm triggers reaches the specified limit (TriggerPeriod), Log Service will send alarm notifications according to the specified period. */ alarmPeriod: number; /** * Period for sending alarm notifications. When the number of continuous alarm triggers reaches the specified limit (TriggerPeriod), Log Service will send alarm notifications according to the specified period. */ alarmPeriodDetails: outputs.tls.GetAlarmsAlarmAlarmPeriodDetail[]; /** * Alarm trigger condition. */ condition: string; /** * The create time. */ createTime: string; /** * The modify time. */ modifyTime: string; /** * The project id. */ projectId: string; /** * Search and analyze sentences, 1~3 can be configured. */ queryRequests: outputs.tls.GetAlarmsAlarmQueryRequest[]; /** * The execution period of the alarm task. */ requestCycles: outputs.tls.GetAlarmsAlarmRequestCycle[]; /** * The status. */ status: boolean; /** * Continuous cycle. The alarm will be issued after the trigger condition is continuously met for TriggerPeriod periods; the minimum value is 1, the maximum value is 10, and the default value is 1. */ triggerPeriod: number; /** * Customize the alarm notification content. */ userDefineMsg: string; } interface GetAlarmsAlarmAlarmNotifyGroup { /** * The id of the notify group. */ alarmNotifyGroupId: string; /** * Name of the notification group. */ alarmNotifyGroupName: string; /** * The create time. */ createTime: string; /** * The iam project name. */ iamProjectName: string; /** * The modify time. */ modifyTime: string; /** * The notify group type. */ notifyTypes: string[]; /** * List of IAM users to receive alerts. */ receivers: outputs.tls.GetAlarmsAlarmAlarmNotifyGroupReceiver[]; } interface GetAlarmsAlarmAlarmNotifyGroupReceiver { /** * The end time. */ endTime: string; /** * The list of the receiver channels. */ receiverChannels: string[]; /** * List of the receiver names. */ receiverNames: string[]; /** * The receiver type. */ receiverType: string; /** * The start time. */ startTime: string; } interface GetAlarmsAlarmAlarmPeriodDetail { /** * Email alarm period, the unit is minutes, and the value range is 1~1440. */ email: number; /** * Customize the webhook alarm period, the unit is minutes, and the value range is 1~1440. */ generalWebhook: number; /** * Telephone alarm cycle, the unit is minutes, and the value range is 10~1440. */ phone: number; /** * SMS alarm cycle, the unit is minutes, and the value range is 10~1440. */ sms: number; } interface GetAlarmsAlarmQueryRequest { /** * The end time of the query range is relative to the current historical time. The unit is minutes. The value is not positive and must be greater than StartTimeOffset. The maximum value is 0 and the minimum value is -1440. */ endTimeOffset: number; /** * Alarm object sequence number; increments from 1. */ number: number; /** * Query statement, the maximum supported length is 1024. */ query: string; /** * The start time of the query range is relative to the current historical time, in minutes. The value is non-positive, the maximum value is 0, and the minimum value is -1440. */ startTimeOffset: number; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; } interface GetAlarmsAlarmRequestCycle { /** * The cycle of alarm task execution, or the time point of periodic execution. The unit is minutes, and the value range is 1~1440. */ time: number; /** * Execution cycle type. */ type: string; } interface GetHostGroupsInfo { /** * The abnormal heartbeat status count of host. */ abnormalHeartbeatStatusCount: number; /** * The latest version of log collector. */ agentLatestVersion: string; /** * Whether enable auto update. */ autoUpdate: boolean; /** * The create time of host group. */ createTime: string; /** * The count of host. */ hostCount: number; /** * The id of host group. */ hostGroupId: string; /** * The name of host group. */ hostGroupName: string; /** * The type of host group. */ hostGroupType: string; /** * The identifier of host. */ hostIdentifier: string; /** * The ip list of host group. */ hostIpLists: string[]; /** * The project name of iam. */ iamProjectName: string; /** * The modify time of host group. */ modifyTime: string; /** * The normal heartbeat status count of host. */ normalHeartbeatStatusCount: number; /** * The rule count of host. */ ruleCount: number; /** * Whether enable service logging. */ serviceLogging: boolean; /** * The update end time of log collector. */ updateEndTime: string; /** * The update start time of log collector. */ updateStartTime: string; } interface GetHostsHostInfo { /** * The the heartbeat status. */ heartbeatStatus: number; /** * The id of host group. */ hostGroupId: string; /** * The ip address. */ ip: string; /** * The version of log collector. */ logCollectorVersion: string; } interface GetIndexesTlsIndex { /** * The create time of the tls index. */ createTime: string; /** * The FullText index of the tls topic. */ fullText: outputs.tls.GetIndexesTlsIndexFullText; /** * The topic id of the tls index. */ id: string; /** * The KeyValue index of the tls topic. */ keyValues: outputs.tls.GetIndexesTlsIndexKeyValue[]; /** * The modify time of the tls index. */ modifyTime: string; /** * The topic id of the tls index. */ topicId: string; /** * The reserved field index configuration of the tls topic. */ userInnerKeyValues: outputs.tls.GetIndexesTlsIndexUserInnerKeyValue[]; } interface GetIndexesTlsIndexFullText { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; } interface GetIndexesTlsIndexKeyValue { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * Whether to create indexes for all fields in JSON fields with text values. */ indexAll: boolean; /** * The JSON subfield key value index. */ jsonKeys: outputs.tls.GetIndexesTlsIndexKeyValueJsonKey[]; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface GetIndexesTlsIndexKeyValueJsonKey { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface GetIndexesTlsIndexUserInnerKeyValue { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The JSON subfield key value index. */ jsonKeys: outputs.tls.GetIndexesTlsIndexUserInnerKeyValueJsonKey[]; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface GetIndexesTlsIndexUserInnerKeyValueJsonKey { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface GetKafkaConsumersData { /** * Whether allow consume. */ allowConsume: boolean; /** * The topic of consume. */ consumeTopic: string; /** * The ID of Topic. */ topicId: string; } interface GetProjectsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetProjectsTlsProject { /** * The create time of the tls project. */ createTime: string; /** * The description of the tls project. */ description: string; /** * The IAM project name of the tls project. */ iamProjectName: string; /** * The ID of the tls project. */ id: string; /** * The inner net domain of the tls project. */ innerNetDomain: string; /** * The id of tls project. This field supports fuzzy queries. It is not supported to specify both ProjectName and ProjectId at the same time. */ projectId: string; /** * The name of tls project. This field supports fuzzy queries. It is not supported to specify both ProjectName and ProjectId at the same time. */ projectName: string; /** * Tags. */ tags: outputs.tls.GetProjectsTlsProjectTag[]; /** * The count of topics in the tls project. */ topicCount: number; } interface GetProjectsTlsProjectTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRuleAppliersRule { /** * Container collection rules. */ containerRules: outputs.tls.GetRuleAppliersRuleContainerRule[]; /** * The creation time. */ createTime: string; /** * Collect the blacklist list. */ excludePaths: outputs.tls.GetRuleAppliersRuleExcludePath[]; /** * The extract rule. */ extractRules: outputs.tls.GetRuleAppliersRuleExtractRule[]; /** * The collection type. */ inputType: number; /** * Log sample. */ logSample: string; /** * The log type. */ logType: string; /** * The modification time. */ modifyTime: string; /** * Collection path list. */ paths: string[]; /** * The rule id. */ ruleId: string; /** * The rule name. */ ruleName: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; /** * User-defined collection rules. */ userDefineRules: outputs.tls.GetRuleAppliersRuleUserDefineRule[]; } interface GetRuleAppliersRuleContainerRule { /** * The name of the container to be collected. */ containerNameRegex: string; /** * Whether to add environment variables as log tags to raw log data. */ envTag: { [key: string]: any; }; /** * The container environment variable blacklist is used to specify the range of containers not to be collected. */ excludeContainerEnvRegex: { [key: string]: any; }; /** * The container Label blacklist is used to specify the range of containers not to be collected. */ excludeContainerLabelRegex: { [key: string]: any; }; /** * The container environment variable whitelist specifies the container to be collected through the container environment variable. If the whitelist is not enabled, it means that all containers are specified to be collected. */ includeContainerEnvRegex: { [key: string]: any; }; /** * The container label whitelist specifies the containers to be collected through the container label. If the whitelist is not enabled, all containers are specified to be collected. */ includeContainerLabelRegex: { [key: string]: any; }; /** * Collection rules for Kubernetes containers. */ kubernetesRules: outputs.tls.GetRuleAppliersRuleContainerRuleKubernetesRule[]; /** * The collection mode. */ stream: string; } interface GetRuleAppliersRuleContainerRuleKubernetesRule { /** * Whether to add Kubernetes Annotation as a log tag to the raw log data. */ annotationTag: { [key: string]: any; }; /** * Specify the containers not to be collected through the Pod Label blacklist, and not enable means to collect all containers. */ excludePodLabelRegex: { [key: string]: any; }; /** * The Pod Label whitelist is used to specify containers to be collected. When the Pod Label whitelist is not enabled, it means that all containers are collected. */ includePodLabelRegex: { [key: string]: any; }; /** * Whether to add Kubernetes Label as a log label to the original log data. */ labelTag: { [key: string]: any; }; /** * The name of the Kubernetes Namespace to be collected. If no Namespace name is specified, all containers will be collected. Namespace names support regular matching. */ namespaceNameRegex: string; /** * The Pod name is used to specify the container to be collected. When no Pod name is specified, it means to collect all containers. */ podNameRegex: string; /** * Specify the container to be collected by the name of the workload. When no workload name is specified, all containers are collected. The workload name supports regular matching. */ workloadNameRegex: string; /** * Specify the container to be collected by the type of workload. Only one type can be selected. When no type is specified, it means to collect all types of containers. */ workloadType: string; } interface GetRuleAppliersRuleExcludePath { /** * The type of the log template. */ type: string; /** * Collection path. */ value: string; } interface GetRuleAppliersRuleExtractRule { /** * The first log line needs to match the regular expression. */ beginRegex: string; /** * The delimiter of the log. */ delimiter: string; /** * The filter key list. */ filterKeyRegexes: outputs.tls.GetRuleAppliersRuleExtractRuleFilterKeyRegex[]; /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * The entire log needs to match the regular expression. */ logRegex: string; /** * Automatically extract log fields according to the specified log template. */ logTemplates: outputs.tls.GetRuleAppliersRuleExtractRuleLogTemplate[]; /** * Parsing format of the time field. */ timeFormat: string; /** * The field name of the log time field. */ timeKey: string; /** * When uploading the failed log, the key name of the failed log. */ unMatchLogKey: string; /** * Whether to upload the log of parsing failure. */ unMatchUpLoadSwitch: boolean; } interface GetRuleAppliersRuleExtractRuleFilterKeyRegex { /** * The name of the filter key. */ key: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface GetRuleAppliersRuleExtractRuleLogTemplate { /** * Log template content. */ format: string; /** * The type of the log template. */ type: string; } interface GetRuleAppliersRuleUserDefineRule { /** * LogCollector extension configuration. */ advanceds: outputs.tls.GetRuleAppliersRuleUserDefineRuleAdvanced[]; /** * Whether to upload raw logs. */ enableRawLog: boolean; /** * Add constant fields to logs. */ fields: { [key: string]: any; }; /** * Rules for parsing collection paths. After the rules are set, the fields in the collection path will be extracted through the regular expressions specified in the rules, and added to the log data as metadata. */ parsePathRules: outputs.tls.GetRuleAppliersRuleUserDefineRuleParsePathRule[]; /** * Plugin configuration. After the plugin configuration is enabled, one or more LogCollector processor plugins can be added to parse logs with complex or variable structures. */ plugins: outputs.tls.GetRuleAppliersRuleUserDefineRulePlugin[]; /** * Rules for routing log partitions. Setting this parameter indicates that the HashKey routing shard mode is used when collecting logs, and Log Service will write the data to the shard containing the specified Key value. */ shardHashKeys: outputs.tls.GetRuleAppliersRuleUserDefineRuleShardHashKey[]; /** * LogCollector collection strategy, which specifies whether LogCollector collects incremental logs or full logs. The default is false, which means to collect all logs. */ tailFiles: boolean; } interface GetRuleAppliersRuleUserDefineRuleAdvanced { /** * Whether to release the log file handle after reading to the end of the log file. The default is false. */ closeEof: boolean; /** * The wait time to release the log file handle. When the log file has not written a new log for more than the specified time, release the handle of the log file. */ closeInactive: number; /** * After the log file is removed, whether to release the handle of the log file. The default is false. */ closeRemoved: boolean; /** * After the log file is renamed, whether to release the handle of the log file. The default is false. */ closeRenamed: boolean; /** * The maximum length of time that LogCollector monitors log files. The unit is seconds, and the default is 0 seconds, which means that there is no limit to the length of time LogCollector monitors log files. */ closeTimeout: number; } interface GetRuleAppliersRuleUserDefineRuleParsePathRule { /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * Sample capture path for a real scene. */ pathSample: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface GetRuleAppliersRuleUserDefineRulePlugin { /** * LogCollector plugin. */ processors: string; } interface GetRuleAppliersRuleUserDefineRuleShardHashKey { /** * The HashKey of the log group is used to specify the partition (shard) to be written to by the current log group. */ hashKey: string; } interface GetRulesRule { /** * Container collection rules. */ containerRules: outputs.tls.GetRulesRuleContainerRule[]; /** * The creation time. */ createTime: string; /** * Collect the blacklist list. */ excludePaths: outputs.tls.GetRulesRuleExcludePath[]; /** * The extract rule. */ extractRules: outputs.tls.GetRulesRuleExtractRule[]; /** * The collection type. */ inputType: number; /** * Log sample. */ logSample: string; /** * The log type. */ logType: string; /** * The modification time. */ modifyTime: string; /** * Collection path list. */ paths: string[]; /** * The rule id. */ ruleId: string; /** * The rule name. */ ruleName: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; /** * User-defined collection rules. */ userDefineRules: outputs.tls.GetRulesRuleUserDefineRule[]; } interface GetRulesRuleContainerRule { /** * The name of the container to be collected. */ containerNameRegex: string; /** * Whether to add environment variables as log tags to raw log data. */ envTag: { [key: string]: any; }; /** * The container environment variable blacklist is used to specify the range of containers not to be collected. */ excludeContainerEnvRegex: { [key: string]: any; }; /** * The container Label blacklist is used to specify the range of containers not to be collected. */ excludeContainerLabelRegex: { [key: string]: any; }; /** * The container environment variable whitelist specifies the container to be collected through the container environment variable. If the whitelist is not enabled, it means that all containers are specified to be collected. */ includeContainerEnvRegex: { [key: string]: any; }; /** * The container label whitelist specifies the containers to be collected through the container label. If the whitelist is not enabled, all containers are specified to be collected. */ includeContainerLabelRegex: { [key: string]: any; }; /** * Collection rules for Kubernetes containers. */ kubernetesRules: outputs.tls.GetRulesRuleContainerRuleKubernetesRule[]; /** * The collection mode. */ stream: string; } interface GetRulesRuleContainerRuleKubernetesRule { /** * Whether to add Kubernetes Annotation as a log tag to the raw log data. */ annotationTag: { [key: string]: any; }; /** * Specify the containers not to be collected through the Pod Label blacklist, and not enable means to collect all containers. */ excludePodLabelRegex: { [key: string]: any; }; /** * The Pod Label whitelist is used to specify containers to be collected. When the Pod Label whitelist is not enabled, it means that all containers are collected. */ includePodLabelRegex: { [key: string]: any; }; /** * Whether to add Kubernetes Label as a log label to the original log data. */ labelTag: { [key: string]: any; }; /** * The name of the Kubernetes Namespace to be collected. If no Namespace name is specified, all containers will be collected. Namespace names support regular matching. */ namespaceNameRegex: string; /** * The Pod name is used to specify the container to be collected. When no Pod name is specified, it means to collect all containers. */ podNameRegex: string; /** * Specify the container to be collected by the name of the workload. When no workload name is specified, all containers are collected. The workload name supports regular matching. */ workloadNameRegex: string; /** * Specify the container to be collected by the type of workload. Only one type can be selected. When no type is specified, it means to collect all types of containers. */ workloadType: string; } interface GetRulesRuleExcludePath { /** * The type of the log template. */ type: string; /** * Collection path. */ value: string; } interface GetRulesRuleExtractRule { /** * The first log line needs to match the regular expression. */ beginRegex: string; /** * The delimiter of the log. */ delimiter: string; /** * The filter key list. */ filterKeyRegexes: outputs.tls.GetRulesRuleExtractRuleFilterKeyRegex[]; /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * The entire log needs to match the regular expression. */ logRegex: string; /** * Automatically extract log fields according to the specified log template. */ logTemplates: outputs.tls.GetRulesRuleExtractRuleLogTemplate[]; /** * Parsing format of the time field. */ timeFormat: string; /** * The field name of the log time field. */ timeKey: string; /** * When uploading the failed log, the key name of the failed log. */ unMatchLogKey: string; /** * Whether to upload the log of parsing failure. */ unMatchUpLoadSwitch: boolean; } interface GetRulesRuleExtractRuleFilterKeyRegex { /** * The name of the filter key. */ key: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface GetRulesRuleExtractRuleLogTemplate { /** * Log template content. */ format: string; /** * The type of the log template. */ type: string; } interface GetRulesRuleUserDefineRule { /** * LogCollector extension configuration. */ advanceds: outputs.tls.GetRulesRuleUserDefineRuleAdvanced[]; /** * Whether to upload raw logs. */ enableRawLog: boolean; /** * Add constant fields to logs. */ fields: { [key: string]: any; }; /** * Rules for parsing collection paths. After the rules are set, the fields in the collection path will be extracted through the regular expressions specified in the rules, and added to the log data as metadata. */ parsePathRules: outputs.tls.GetRulesRuleUserDefineRuleParsePathRule[]; /** * Plugin configuration. After the plugin configuration is enabled, one or more LogCollector processor plugins can be added to parse logs with complex or variable structures. */ plugins: outputs.tls.GetRulesRuleUserDefineRulePlugin[]; /** * Rules for routing log partitions. Setting this parameter indicates that the HashKey routing shard mode is used when collecting logs, and Log Service will write the data to the shard containing the specified Key value. */ shardHashKeys: outputs.tls.GetRulesRuleUserDefineRuleShardHashKey[]; /** * LogCollector collection strategy, which specifies whether LogCollector collects incremental logs or full logs. The default is false, which means to collect all logs. */ tailFiles: boolean; } interface GetRulesRuleUserDefineRuleAdvanced { /** * Whether to release the log file handle after reading to the end of the log file. The default is false. */ closeEof: boolean; /** * The wait time to release the log file handle. When the log file has not written a new log for more than the specified time, release the handle of the log file. */ closeInactive: number; /** * After the log file is removed, whether to release the handle of the log file. The default is false. */ closeRemoved: boolean; /** * After the log file is renamed, whether to release the handle of the log file. The default is false. */ closeRenamed: boolean; /** * The maximum length of time that LogCollector monitors log files. The unit is seconds, and the default is 0 seconds, which means that there is no limit to the length of time LogCollector monitors log files. */ closeTimeout: number; } interface GetRulesRuleUserDefineRuleParsePathRule { /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * Sample capture path for a real scene. */ pathSample: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface GetRulesRuleUserDefineRulePlugin { /** * LogCollector plugin. */ processors: string[]; } interface GetRulesRuleUserDefineRuleShardHashKey { /** * The HashKey of the log group is used to specify the partition (shard) to be written to by the current log group. */ hashKey: string; } interface GetShardsShard { /** * The end key info. */ exclusiveEndKey: string; /** * The begin key info. */ inclusiveBeginKey: string; /** * The modify time. */ modifyTime: string; /** * The id of shard. */ shardId: number; /** * The status of shard. */ status: string; /** * The stop write time. */ stopWriteTime: string; /** * The id of topic. */ topicId: string; } interface GetTopicsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetTopicsTlsTopic { /** * Whether to enable automatic partition splitting function of the tls topic. */ autoSplit: boolean; /** * The create time of the tls topic. */ createTime: string; /** * The description of the tls topic. */ description: string; /** * Whether to enable WebTracking function of the tls topic. */ enableTracking: boolean; /** * The ID of the tls topic. */ id: string; /** * The max count of shards in the tls topic. */ maxSplitShard: number; /** * The modify time of the tls topic. */ modifyTime: string; /** * The project id of tls topic. */ projectId: string; /** * The count of shards in the tls topic. */ shardCount: number; /** * Tags. */ tags: outputs.tls.GetTopicsTlsTopicTag[]; /** * The format of the time field. */ timeFormat: string; /** * The name of the time field. */ timeKey: string; /** * The id of tls topic. This field supports fuzzy queries. It is not supported to specify both TopicName and TopicId at the same time. */ topicId: string; /** * The name of tls topic. This field supports fuzzy queries. It is not supported to specify both TopicName and TopicId at the same time. */ topicName: string; /** * The data storage time of the tls topic. Unit: Day. */ ttl: number; } interface GetTopicsTlsTopicTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface HostGroupsInfo { /** * The abnormal heartbeat status count of host. */ abnormalHeartbeatStatusCount: number; /** * The latest version of log collector. */ agentLatestVersion: string; /** * Whether enable auto update. */ autoUpdate: boolean; /** * The create time of host group. */ createTime: string; /** * The count of host. */ hostCount: number; /** * The id of host group. */ hostGroupId: string; /** * The name of host group. */ hostGroupName: string; /** * The type of host group. */ hostGroupType: string; /** * The identifier of host. */ hostIdentifier: string; /** * The ip list of host group. */ hostIpLists: string[]; /** * The project name of iam. */ iamProjectName: string; /** * The modify time of host group. */ modifyTime: string; /** * The normal heartbeat status count of host. */ normalHeartbeatStatusCount: number; /** * The rule count of host. */ ruleCount: number; /** * Whether enable service logging. */ serviceLogging: boolean; /** * The update end time of log collector. */ updateEndTime: string; /** * The update start time of log collector. */ updateStartTime: string; } interface HostsHostInfo { /** * The the heartbeat status. */ heartbeatStatus: number; /** * The id of host group. */ hostGroupId: string; /** * The ip address. */ ip: string; /** * The version of log collector. */ logCollectorVersion: string; } interface IndexFullText { /** * Whether the FullTextInfo is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the FullTextInfo. */ delimiter?: string; /** * Whether the FullTextInfo include chinese. */ includeChinese?: boolean; } interface IndexKeyValue { /** * Whether the value is case sensitive. */ caseSensitive?: boolean; /** * The delimiter of the value. */ delimiter?: string; /** * Whether the value include chinese. */ includeChinese?: boolean; /** * Whether to create indexes for all fields in JSON fields with text values. This field is valid when the `valueType` is `json`. */ indexAll?: boolean; /** * The JSON subfield key value index. */ jsonKeys?: outputs.tls.IndexKeyValueJsonKey[]; /** * The key of the KeyValueInfo. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag?: boolean; /** * The type of value. Valid values: `long`, `double`, `text`, `json`. */ valueType: string; } interface IndexKeyValueJsonKey { /** * The key of the subfield key value index. */ key: string; /** * The type of value. Valid values: `long`, `double`, `text`. */ valueType: string; } interface IndexUserInnerKeyValue { /** * Whether the value is case sensitive. */ caseSensitive?: boolean; /** * The delimiter of the value. */ delimiter?: string; /** * Whether the value include chinese. */ includeChinese?: boolean; /** * The JSON subfield key value index. */ jsonKeys?: outputs.tls.IndexUserInnerKeyValueJsonKey[]; /** * The key of the KeyValueInfo. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag?: boolean; /** * The type of value. Valid values: `long`, `double`, `text`, `json`. */ valueType: string; } interface IndexUserInnerKeyValueJsonKey { /** * The key of the subfield key value index. */ key: string; /** * The type of value. Valid values: `long`, `double`, `text`. */ valueType: string; } interface IndexesTlsIndex { /** * The create time of the tls index. */ createTime: string; /** * The FullText index of the tls topic. */ fullText: outputs.tls.IndexesTlsIndexFullText; /** * The topic id of the tls index. */ id: string; /** * The KeyValue index of the tls topic. */ keyValues: outputs.tls.IndexesTlsIndexKeyValue[]; /** * The modify time of the tls index. */ modifyTime: string; /** * The topic id of the tls index. */ topicId: string; /** * The reserved field index configuration of the tls topic. */ userInnerKeyValues: outputs.tls.IndexesTlsIndexUserInnerKeyValue[]; } interface IndexesTlsIndexFullText { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; } interface IndexesTlsIndexKeyValue { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * Whether to create indexes for all fields in JSON fields with text values. */ indexAll: boolean; /** * The JSON subfield key value index. */ jsonKeys: outputs.tls.IndexesTlsIndexKeyValueJsonKey[]; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface IndexesTlsIndexKeyValueJsonKey { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface IndexesTlsIndexUserInnerKeyValue { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The JSON subfield key value index. */ jsonKeys: outputs.tls.IndexesTlsIndexUserInnerKeyValueJsonKey[]; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface IndexesTlsIndexUserInnerKeyValueJsonKey { /** * Whether the value is case sensitive. */ caseSensitive: boolean; /** * The delimiter of the value. */ delimiter: string; /** * Whether the value include chinese. */ includeChinese: boolean; /** * The key of the KeyValue index. */ key: string; /** * Whether the filed is enabled for analysis. */ sqlFlag: boolean; /** * The type of value. */ valueType: string; } interface KafkaConsumersData { /** * Whether allow consume. */ allowConsume: boolean; /** * The topic of consume. */ consumeTopic: string; /** * The ID of Topic. */ topicId: string; } interface ProjectTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ProjectsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ProjectsTlsProject { /** * The create time of the tls project. */ createTime: string; /** * The description of the tls project. */ description: string; /** * The IAM project name of the tls project. */ iamProjectName: string; /** * The ID of the tls project. */ id: string; /** * The inner net domain of the tls project. */ innerNetDomain: string; /** * The id of tls project. This field supports fuzzy queries. It is not supported to specify both ProjectName and ProjectId at the same time. */ projectId: string; /** * The name of tls project. This field supports fuzzy queries. It is not supported to specify both ProjectName and ProjectId at the same time. */ projectName: string; /** * Tags. */ tags: outputs.tls.ProjectsTlsProjectTag[]; /** * The count of topics in the tls project. */ topicCount: number; } interface ProjectsTlsProjectTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RuleAppliersRule { /** * Container collection rules. */ containerRules: outputs.tls.RuleAppliersRuleContainerRule[]; /** * The creation time. */ createTime: string; /** * Collect the blacklist list. */ excludePaths: outputs.tls.RuleAppliersRuleExcludePath[]; /** * The extract rule. */ extractRules: outputs.tls.RuleAppliersRuleExtractRule[]; /** * The collection type. */ inputType: number; /** * Log sample. */ logSample: string; /** * The log type. */ logType: string; /** * The modification time. */ modifyTime: string; /** * Collection path list. */ paths: string[]; /** * The rule id. */ ruleId: string; /** * The rule name. */ ruleName: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; /** * User-defined collection rules. */ userDefineRules: outputs.tls.RuleAppliersRuleUserDefineRule[]; } interface RuleAppliersRuleContainerRule { /** * The name of the container to be collected. */ containerNameRegex: string; /** * Whether to add environment variables as log tags to raw log data. */ envTag: { [key: string]: any; }; /** * The container environment variable blacklist is used to specify the range of containers not to be collected. */ excludeContainerEnvRegex: { [key: string]: any; }; /** * The container Label blacklist is used to specify the range of containers not to be collected. */ excludeContainerLabelRegex: { [key: string]: any; }; /** * The container environment variable whitelist specifies the container to be collected through the container environment variable. If the whitelist is not enabled, it means that all containers are specified to be collected. */ includeContainerEnvRegex: { [key: string]: any; }; /** * The container label whitelist specifies the containers to be collected through the container label. If the whitelist is not enabled, all containers are specified to be collected. */ includeContainerLabelRegex: { [key: string]: any; }; /** * Collection rules for Kubernetes containers. */ kubernetesRules: outputs.tls.RuleAppliersRuleContainerRuleKubernetesRule[]; /** * The collection mode. */ stream: string; } interface RuleAppliersRuleContainerRuleKubernetesRule { /** * Whether to add Kubernetes Annotation as a log tag to the raw log data. */ annotationTag: { [key: string]: any; }; /** * Specify the containers not to be collected through the Pod Label blacklist, and not enable means to collect all containers. */ excludePodLabelRegex: { [key: string]: any; }; /** * The Pod Label whitelist is used to specify containers to be collected. When the Pod Label whitelist is not enabled, it means that all containers are collected. */ includePodLabelRegex: { [key: string]: any; }; /** * Whether to add Kubernetes Label as a log label to the original log data. */ labelTag: { [key: string]: any; }; /** * The name of the Kubernetes Namespace to be collected. If no Namespace name is specified, all containers will be collected. Namespace names support regular matching. */ namespaceNameRegex: string; /** * The Pod name is used to specify the container to be collected. When no Pod name is specified, it means to collect all containers. */ podNameRegex: string; /** * Specify the container to be collected by the name of the workload. When no workload name is specified, all containers are collected. The workload name supports regular matching. */ workloadNameRegex: string; /** * Specify the container to be collected by the type of workload. Only one type can be selected. When no type is specified, it means to collect all types of containers. */ workloadType: string; } interface RuleAppliersRuleExcludePath { /** * The type of the log template. */ type: string; /** * Collection path. */ value: string; } interface RuleAppliersRuleExtractRule { /** * The first log line needs to match the regular expression. */ beginRegex: string; /** * The delimiter of the log. */ delimiter: string; /** * The filter key list. */ filterKeyRegexes: outputs.tls.RuleAppliersRuleExtractRuleFilterKeyRegex[]; /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * The entire log needs to match the regular expression. */ logRegex: string; /** * Automatically extract log fields according to the specified log template. */ logTemplates: outputs.tls.RuleAppliersRuleExtractRuleLogTemplate[]; /** * Parsing format of the time field. */ timeFormat: string; /** * The field name of the log time field. */ timeKey: string; /** * When uploading the failed log, the key name of the failed log. */ unMatchLogKey: string; /** * Whether to upload the log of parsing failure. */ unMatchUpLoadSwitch: boolean; } interface RuleAppliersRuleExtractRuleFilterKeyRegex { /** * The name of the filter key. */ key: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface RuleAppliersRuleExtractRuleLogTemplate { /** * Log template content. */ format: string; /** * The type of the log template. */ type: string; } interface RuleAppliersRuleUserDefineRule { /** * LogCollector extension configuration. */ advanceds: outputs.tls.RuleAppliersRuleUserDefineRuleAdvanced[]; /** * Whether to upload raw logs. */ enableRawLog: boolean; /** * Add constant fields to logs. */ fields: { [key: string]: any; }; /** * Rules for parsing collection paths. After the rules are set, the fields in the collection path will be extracted through the regular expressions specified in the rules, and added to the log data as metadata. */ parsePathRules: outputs.tls.RuleAppliersRuleUserDefineRuleParsePathRule[]; /** * Plugin configuration. After the plugin configuration is enabled, one or more LogCollector processor plugins can be added to parse logs with complex or variable structures. */ plugins: outputs.tls.RuleAppliersRuleUserDefineRulePlugin[]; /** * Rules for routing log partitions. Setting this parameter indicates that the HashKey routing shard mode is used when collecting logs, and Log Service will write the data to the shard containing the specified Key value. */ shardHashKeys: outputs.tls.RuleAppliersRuleUserDefineRuleShardHashKey[]; /** * LogCollector collection strategy, which specifies whether LogCollector collects incremental logs or full logs. The default is false, which means to collect all logs. */ tailFiles: boolean; } interface RuleAppliersRuleUserDefineRuleAdvanced { /** * Whether to release the log file handle after reading to the end of the log file. The default is false. */ closeEof: boolean; /** * The wait time to release the log file handle. When the log file has not written a new log for more than the specified time, release the handle of the log file. */ closeInactive: number; /** * After the log file is removed, whether to release the handle of the log file. The default is false. */ closeRemoved: boolean; /** * After the log file is renamed, whether to release the handle of the log file. The default is false. */ closeRenamed: boolean; /** * The maximum length of time that LogCollector monitors log files. The unit is seconds, and the default is 0 seconds, which means that there is no limit to the length of time LogCollector monitors log files. */ closeTimeout: number; } interface RuleAppliersRuleUserDefineRuleParsePathRule { /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * Sample capture path for a real scene. */ pathSample: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface RuleAppliersRuleUserDefineRulePlugin { /** * LogCollector plugin. */ processors: string; } interface RuleAppliersRuleUserDefineRuleShardHashKey { /** * The HashKey of the log group is used to specify the partition (shard) to be written to by the current log group. */ hashKey: string; } interface RuleContainerRule { /** * The name of the container to be collected. */ containerNameRegex?: string; /** * Whether to add environment variables as log tags to raw log data. */ envTag?: { [key: string]: string; }; /** * The container environment variable blacklist is used to specify the range of containers not to be collected. */ excludeContainerEnvRegex?: { [key: string]: string; }; /** * The container Label blacklist is used to specify the range of containers not to be collected. */ excludeContainerLabelRegex?: { [key: string]: string; }; /** * The container environment variable whitelist specifies the container to be collected through the container environment variable. If the whitelist is not enabled, it means that all containers are specified to be collected. */ includeContainerEnvRegex?: { [key: string]: string; }; /** * The container label whitelist specifies the containers to be collected through the container label. If the whitelist is not enabled, all containers are specified to be collected. */ includeContainerLabelRegex?: { [key: string]: string; }; /** * Collection rules for Kubernetes containers. */ kubernetesRule?: outputs.tls.RuleContainerRuleKubernetesRule; /** * The collection mode. */ stream: string; } interface RuleContainerRuleKubernetesRule { /** * Whether to add Kubernetes Annotation as a log tag to the raw log data. */ annotationTag?: { [key: string]: string; }; /** * Specify the containers not to be collected through the Pod Label blacklist, and not enable means to collect all containers. */ excludePodLabelRegex?: { [key: string]: string; }; /** * The Pod Label whitelist is used to specify containers to be collected. When the Pod Label whitelist is not enabled, it means that all containers are collected. */ includePodLabelRegex?: { [key: string]: string; }; /** * Whether to add Kubernetes Label as a log label to the original log data. */ labelTag?: { [key: string]: string; }; /** * The name of the Kubernetes Namespace to be collected. If no Namespace name is specified, all containers will be collected. Namespace names support regular matching. */ namespaceNameRegex?: string; /** * The Pod name is used to specify the container to be collected. When no Pod name is specified, it means to collect all containers. */ podNameRegex?: string; /** * Specify the container to be collected by the name of the workload. When no workload name is specified, all containers are collected. The workload name supports regular matching. */ workloadNameRegex?: string; /** * Specify the containers to be collected by the type of workload, only one type can be selected. When no type is specified, it means all types of containers are collected. The supported types of workloads are: * Deployment: stateless workload. * StatefulSet: stateful workload. * DaemonSet: daemon process. * Job: task. * CronJob: scheduled task. */ workloadType?: string; } interface RuleExcludePath { /** * Collection path type. The path type can be `File` or `Path`. */ type: string; /** * Collection path. */ value: string; } interface RuleExtractRule { /** * The first log line needs to match the regular expression. */ beginRegex?: string; /** * The delimiter of the log. */ delimiter?: string; /** * The filter key list. */ filterKeyRegexes?: outputs.tls.RuleExtractRuleFilterKeyRegex[]; /** * A list of log field names (Key). */ keys: string[]; /** * The entire log needs to match the regular expression. */ logRegex?: string; /** * Automatically extract log fields according to the specified log template. */ logTemplate?: outputs.tls.RuleExtractRuleLogTemplate; /** * Parsing format of the time field. */ timeFormat?: string; /** * The field name of the log time field. */ timeKey?: string; /** * When uploading the failed log, the key name of the failed log. */ unMatchLogKey?: string; /** * Whether to upload the log of parsing failure. */ unMatchUpLoadSwitch: boolean; } interface RuleExtractRuleFilterKeyRegex { /** * The name of the filter key. */ key: string; /** * The log content of the filter field needs to match the regular expression. */ regex: string; } interface RuleExtractRuleLogTemplate { /** * Log template content. */ format: string; /** * The type of the log template. */ type: string; } interface RuleUserDefineRule { /** * LogCollector extension configuration. */ advanced?: outputs.tls.RuleUserDefineRuleAdvanced; /** * Whether to upload raw logs. */ enableRawLog?: boolean; /** * Add constant fields to logs. */ fields?: { [key: string]: string; }; /** * Rules for parsing collection paths. After the rules are set, the fields in the collection path will be extracted through the regular expressions specified in the rules, and added to the log data as metadata. */ parsePathRule?: outputs.tls.RuleUserDefineRuleParsePathRule; /** * Plugin configuration. After the plugin configuration is enabled, one or more LogCollector processor plugins can be added to parse logs with complex or variable structures. */ plugin?: outputs.tls.RuleUserDefineRulePlugin; /** * Rules for routing log partitions. Setting this parameter indicates that the HashKey routing shard mode is used when collecting logs, and Log Service will write the data to the shard containing the specified Key value. */ shardHashKey?: outputs.tls.RuleUserDefineRuleShardHashKey; /** * LogCollector collection strategy, which specifies whether LogCollector collects incremental logs or full logs. The default is false, which means to collect all logs. */ tailFiles?: boolean; } interface RuleUserDefineRuleAdvanced { /** * Whether to release the log file handle after reading to the end of the log file. The default is false. */ closeEof?: boolean; /** * The wait time to release the log file handle. When the log file has not written a new log for more than the specified time, release the handle of the log file. */ closeInactive?: number; /** * After the log file is removed, whether to release the handle of the log file. The default is false. */ closeRemoved?: boolean; /** * After the log file is renamed, whether to release the handle of the log file. The default is false. */ closeRenamed?: boolean; /** * The maximum length of time that LogCollector monitors log files. The unit is seconds, and the default is 0 seconds, which means that there is no limit to the length of time LogCollector monitors log files. */ closeTimeout?: number; } interface RuleUserDefineRuleParsePathRule { /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys?: string[]; /** * Sample capture path for a real scene. */ pathSample?: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex?: string; } interface RuleUserDefineRulePlugin { /** * LogCollector plugin. */ processors: string[]; } interface RuleUserDefineRuleShardHashKey { /** * The HashKey of the log group is used to specify the partition (shard) to be written to by the current log group. */ hashKey: string; } interface RulesRule { /** * Container collection rules. */ containerRules: outputs.tls.RulesRuleContainerRule[]; /** * The creation time. */ createTime: string; /** * Collect the blacklist list. */ excludePaths: outputs.tls.RulesRuleExcludePath[]; /** * The extract rule. */ extractRules: outputs.tls.RulesRuleExtractRule[]; /** * The collection type. */ inputType: number; /** * Log sample. */ logSample: string; /** * The log type. */ logType: string; /** * The modification time. */ modifyTime: string; /** * Collection path list. */ paths: string[]; /** * The rule id. */ ruleId: string; /** * The rule name. */ ruleName: string; /** * The topic id. */ topicId: string; /** * The topic name. */ topicName: string; /** * User-defined collection rules. */ userDefineRules: outputs.tls.RulesRuleUserDefineRule[]; } interface RulesRuleContainerRule { /** * The name of the container to be collected. */ containerNameRegex: string; /** * Whether to add environment variables as log tags to raw log data. */ envTag: { [key: string]: any; }; /** * The container environment variable blacklist is used to specify the range of containers not to be collected. */ excludeContainerEnvRegex: { [key: string]: any; }; /** * The container Label blacklist is used to specify the range of containers not to be collected. */ excludeContainerLabelRegex: { [key: string]: any; }; /** * The container environment variable whitelist specifies the container to be collected through the container environment variable. If the whitelist is not enabled, it means that all containers are specified to be collected. */ includeContainerEnvRegex: { [key: string]: any; }; /** * The container label whitelist specifies the containers to be collected through the container label. If the whitelist is not enabled, all containers are specified to be collected. */ includeContainerLabelRegex: { [key: string]: any; }; /** * Collection rules for Kubernetes containers. */ kubernetesRules: outputs.tls.RulesRuleContainerRuleKubernetesRule[]; /** * The collection mode. */ stream: string; } interface RulesRuleContainerRuleKubernetesRule { /** * Whether to add Kubernetes Annotation as a log tag to the raw log data. */ annotationTag: { [key: string]: any; }; /** * Specify the containers not to be collected through the Pod Label blacklist, and not enable means to collect all containers. */ excludePodLabelRegex: { [key: string]: any; }; /** * The Pod Label whitelist is used to specify containers to be collected. When the Pod Label whitelist is not enabled, it means that all containers are collected. */ includePodLabelRegex: { [key: string]: any; }; /** * Whether to add Kubernetes Label as a log label to the original log data. */ labelTag: { [key: string]: any; }; /** * The name of the Kubernetes Namespace to be collected. If no Namespace name is specified, all containers will be collected. Namespace names support regular matching. */ namespaceNameRegex: string; /** * The Pod name is used to specify the container to be collected. When no Pod name is specified, it means to collect all containers. */ podNameRegex: string; /** * Specify the container to be collected by the name of the workload. When no workload name is specified, all containers are collected. The workload name supports regular matching. */ workloadNameRegex: string; /** * Specify the container to be collected by the type of workload. Only one type can be selected. When no type is specified, it means to collect all types of containers. */ workloadType: string; } interface RulesRuleExcludePath { /** * The type of the log template. */ type: string; /** * Collection path. */ value: string; } interface RulesRuleExtractRule { /** * The first log line needs to match the regular expression. */ beginRegex: string; /** * The delimiter of the log. */ delimiter: string; /** * The filter key list. */ filterKeyRegexes: outputs.tls.RulesRuleExtractRuleFilterKeyRegex[]; /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * The entire log needs to match the regular expression. */ logRegex: string; /** * Automatically extract log fields according to the specified log template. */ logTemplates: outputs.tls.RulesRuleExtractRuleLogTemplate[]; /** * Parsing format of the time field. */ timeFormat: string; /** * The field name of the log time field. */ timeKey: string; /** * When uploading the failed log, the key name of the failed log. */ unMatchLogKey: string; /** * Whether to upload the log of parsing failure. */ unMatchUpLoadSwitch: boolean; } interface RulesRuleExtractRuleFilterKeyRegex { /** * The name of the filter key. */ key: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface RulesRuleExtractRuleLogTemplate { /** * Log template content. */ format: string; /** * The type of the log template. */ type: string; } interface RulesRuleUserDefineRule { /** * LogCollector extension configuration. */ advanceds: outputs.tls.RulesRuleUserDefineRuleAdvanced[]; /** * Whether to upload raw logs. */ enableRawLog: boolean; /** * Add constant fields to logs. */ fields: { [key: string]: any; }; /** * Rules for parsing collection paths. After the rules are set, the fields in the collection path will be extracted through the regular expressions specified in the rules, and added to the log data as metadata. */ parsePathRules: outputs.tls.RulesRuleUserDefineRuleParsePathRule[]; /** * Plugin configuration. After the plugin configuration is enabled, one or more LogCollector processor plugins can be added to parse logs with complex or variable structures. */ plugins: outputs.tls.RulesRuleUserDefineRulePlugin[]; /** * Rules for routing log partitions. Setting this parameter indicates that the HashKey routing shard mode is used when collecting logs, and Log Service will write the data to the shard containing the specified Key value. */ shardHashKeys: outputs.tls.RulesRuleUserDefineRuleShardHashKey[]; /** * LogCollector collection strategy, which specifies whether LogCollector collects incremental logs or full logs. The default is false, which means to collect all logs. */ tailFiles: boolean; } interface RulesRuleUserDefineRuleAdvanced { /** * Whether to release the log file handle after reading to the end of the log file. The default is false. */ closeEof: boolean; /** * The wait time to release the log file handle. When the log file has not written a new log for more than the specified time, release the handle of the log file. */ closeInactive: number; /** * After the log file is removed, whether to release the handle of the log file. The default is false. */ closeRemoved: boolean; /** * After the log file is renamed, whether to release the handle of the log file. The default is false. */ closeRenamed: boolean; /** * The maximum length of time that LogCollector monitors log files. The unit is seconds, and the default is 0 seconds, which means that there is no limit to the length of time LogCollector monitors log files. */ closeTimeout: number; } interface RulesRuleUserDefineRuleParsePathRule { /** * A list of field names. Log Service will parse the path sample (PathSample) into multiple fields according to the regular expression (Regex), and Keys is used to specify the field name of each field. */ keys: string[]; /** * Sample capture path for a real scene. */ pathSample: string; /** * Regular expression for extracting path fields. It must match the collection path sample, otherwise it cannot be extracted successfully. */ regex: string; } interface RulesRuleUserDefineRulePlugin { /** * LogCollector plugin. */ processors: string[]; } interface RulesRuleUserDefineRuleShardHashKey { /** * The HashKey of the log group is used to specify the partition (shard) to be written to by the current log group. */ hashKey: string; } interface ShardsShard { /** * The end key info. */ exclusiveEndKey: string; /** * The begin key info. */ inclusiveBeginKey: string; /** * The modify time. */ modifyTime: string; /** * The id of shard. */ shardId: number; /** * The status of shard. */ status: string; /** * The stop write time. */ stopWriteTime: string; /** * The id of topic. */ topicId: string; } interface TopicTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TopicsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TopicsTlsTopic { /** * Whether to enable automatic partition splitting function of the tls topic. */ autoSplit: boolean; /** * The create time of the tls topic. */ createTime: string; /** * The description of the tls topic. */ description: string; /** * Whether to enable WebTracking function of the tls topic. */ enableTracking: boolean; /** * The ID of the tls topic. */ id: string; /** * The max count of shards in the tls topic. */ maxSplitShard: number; /** * The modify time of the tls topic. */ modifyTime: string; /** * The project id of tls topic. */ projectId: string; /** * The count of shards in the tls topic. */ shardCount: number; /** * Tags. */ tags: outputs.tls.TopicsTlsTopicTag[]; /** * The format of the time field. */ timeFormat: string; /** * The name of the time field. */ timeKey: string; /** * The id of tls topic. This field supports fuzzy queries. It is not supported to specify both TopicName and TopicId at the same time. */ topicId: string; /** * The name of tls topic. This field supports fuzzy queries. It is not supported to specify both TopicName and TopicId at the same time. */ topicName: string; /** * The data storage time of the tls topic. Unit: Day. */ ttl: number; } interface TopicsTlsTopicTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace tos { interface BucketAccountAcl { /** * The accountId to control. */ accountId: string; /** * The acl type to control.Valid value is CanonicalUser. */ aclType?: string; /** * The permission to control.Valid value is FULL_CONTROL|READ|READ_ACP|WRITE|WRITE_ACP. */ permission: string; } interface BucketInventoriesInventoryConfiguration { /** * The name the TOS bucket. */ bucketName: string; /** * The destination information of the bucket inventory. */ destinations: outputs.tos.BucketInventoriesInventoryConfigurationDestination[]; /** * The filter of the bucket inventory. */ filters: outputs.tos.BucketInventoriesInventoryConfigurationFilter[]; /** * The name of the bucket inventory. */ id: string; /** * The export version of object. Valid values: `All`, `Current`. */ includedObjectVersions: string; /** * Whether to enable the bucket inventory. */ isEnabled: boolean; /** * The information exported from the bucket inventory. */ optionalFields: outputs.tos.BucketInventoriesInventoryConfigurationOptionalField[]; /** * The export schedule of the bucket inventory. */ schedules: outputs.tos.BucketInventoriesInventoryConfigurationSchedule[]; } interface BucketInventoriesInventoryConfigurationDestination { /** * The destination tos bucket information of the bucket inventory. */ tosBucketDestinations: outputs.tos.BucketInventoriesInventoryConfigurationDestinationTosBucketDestination[]; } interface BucketInventoriesInventoryConfigurationDestinationTosBucketDestination { /** * The account id of the destination tos bucket. */ accountId: string; /** * The name of the destination tos bucket. */ bucket: string; /** * The format of the bucket inventory. Valid values: `CSV`. */ format: string; /** * The prefix matching information of the exported object. If not set, a list of all objects in the bucket will be generated by default. */ prefix: string; /** * The role name used to grant object storage access to read all files from the source bucket and write files to the destination bucket. */ role: string; } interface BucketInventoriesInventoryConfigurationFilter { /** * The prefix matching information of the exported object. If not set, a list of all objects in the bucket will be generated by default. */ prefix: string; } interface BucketInventoriesInventoryConfigurationOptionalField { /** * The information exported from the bucket inventory. Valid values: `Size`, `LastModifiedDate`, `ETag`, `StorageClass`, `IsMultipartUploaded`, `EncryptionStatus`, `CRC64`, `ReplicationStatus`. */ fields: string[]; } interface BucketInventoriesInventoryConfigurationSchedule { /** * The export schedule of the bucket inventory. Valid values: `Daily`, `Weekly`. */ frequency: string; } interface BucketInventoryDestination { /** * The destination tos bucket information of the bucket inventory. */ tosBucketDestination: outputs.tos.BucketInventoryDestinationTosBucketDestination; } interface BucketInventoryDestinationTosBucketDestination { /** * The account id of the destination tos bucket. */ accountId: string; /** * The name of the destination tos bucket. */ bucket: string; /** * The format of the bucket inventory. Valid values: `CSV`. */ format: string; /** * The storage path prefix of the bucket inventory in destination tos bucket. */ prefix: string; /** * The role name used to grant TOS access to read all files from the source bucket and write files to the destination bucket. You can use the default TOS role `TosArchiveTOSInventory`. */ role: string; } interface BucketInventoryFilter { /** * The prefix matching information of the exported object. If not set, a list of all objects in the bucket will be generated by default. */ prefix?: string; } interface BucketInventoryOptionalFields { /** * The information exported from the bucket inventory. Valid values: `Size`, `LastModifiedDate`, `ETag`, `StorageClass`, `IsMultipartUploaded`, `EncryptionStatus`, `CRC64`, `ReplicationStatus`. */ fields?: string[]; } interface BucketInventorySchedule { /** * The export schedule of the bucket inventory. Valid values: `Daily`, `Weekly`. */ frequency: string; } interface BucketObjectAccountAcl { /** * The accountId to control. */ accountId: string; /** * The acl type to control.Valid value is CanonicalUser. */ aclType?: string; /** * The permission to control.Valid value is FULL_CONTROL|READ|READ_ACP|WRITE|WRITE_ACP. */ permission: string; } interface BucketObjectTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BucketObjectsObject { /** * The content the TOS Object when content type is json or text and xml. */ content: string; /** * The name the TOS Object. */ name: string; /** * The name the TOS Object size. */ size: number; /** * The name the TOS Object storage class. */ storageClass: string; } interface BucketRealtimeLogAccessLogConfiguration { /** * The ID of the tls dashboard. */ tlsDashboardId: string; /** * The ID of the tls project. */ tlsProjectId: string; /** * The ID of the tls topic. */ tlsTopicId: string; /** * The TLS log retention duration. Unit in days. Valid values range is 1~3650. default is 7. */ ttl?: number; } interface BucketTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BucketsBucket { /** * The create date of the TOS bucket. */ creationDate: string; /** * The extranet endpoint of the TOS bucket. */ extranetEndpoint: string; /** * The intranet endpoint the TOS bucket. */ intranetEndpoint: string; /** * (**Deprecated**) The Field is Deprecated. The truncated the TOS bucket. * * @deprecated The Field is Deprecated. */ isTruncated: boolean; /** * The location of the TOS bucket. */ location: string; /** * (**Deprecated**) The Field is Deprecated. The marker the TOS bucket. * * @deprecated The Field is Deprecated. */ marker: string; /** * (**Deprecated**) The Field is Deprecated. The max keys the TOS bucket. * * @deprecated The Field is Deprecated. */ maxKeys: number; /** * The name the TOS bucket. */ name: string; /** * (**Deprecated**) The Field is Deprecated. The prefix the TOS bucket. * * @deprecated The Field is Deprecated. */ prefix: string; } interface GetBucketInventoriesInventoryConfiguration { /** * The name the TOS bucket. */ bucketName: string; /** * The destination information of the bucket inventory. */ destinations: outputs.tos.GetBucketInventoriesInventoryConfigurationDestination[]; /** * The filter of the bucket inventory. */ filters: outputs.tos.GetBucketInventoriesInventoryConfigurationFilter[]; /** * The name of the bucket inventory. */ id: string; /** * The export version of object. Valid values: `All`, `Current`. */ includedObjectVersions: string; /** * Whether to enable the bucket inventory. */ isEnabled: boolean; /** * The information exported from the bucket inventory. */ optionalFields: outputs.tos.GetBucketInventoriesInventoryConfigurationOptionalField[]; /** * The export schedule of the bucket inventory. */ schedules: outputs.tos.GetBucketInventoriesInventoryConfigurationSchedule[]; } interface GetBucketInventoriesInventoryConfigurationDestination { /** * The destination tos bucket information of the bucket inventory. */ tosBucketDestinations: outputs.tos.GetBucketInventoriesInventoryConfigurationDestinationTosBucketDestination[]; } interface GetBucketInventoriesInventoryConfigurationDestinationTosBucketDestination { /** * The account id of the destination tos bucket. */ accountId: string; /** * The name of the destination tos bucket. */ bucket: string; /** * The format of the bucket inventory. Valid values: `CSV`. */ format: string; /** * The prefix matching information of the exported object. If not set, a list of all objects in the bucket will be generated by default. */ prefix: string; /** * The role name used to grant object storage access to read all files from the source bucket and write files to the destination bucket. */ role: string; } interface GetBucketInventoriesInventoryConfigurationFilter { /** * The prefix matching information of the exported object. If not set, a list of all objects in the bucket will be generated by default. */ prefix: string; } interface GetBucketInventoriesInventoryConfigurationOptionalField { /** * The information exported from the bucket inventory. Valid values: `Size`, `LastModifiedDate`, `ETag`, `StorageClass`, `IsMultipartUploaded`, `EncryptionStatus`, `CRC64`, `ReplicationStatus`. */ fields: string[]; } interface GetBucketInventoriesInventoryConfigurationSchedule { /** * The export schedule of the bucket inventory. Valid values: `Daily`, `Weekly`. */ frequency: string; } interface GetBucketObjectsObject { /** * The content the TOS Object when content type is json or text and xml. */ content: string; /** * The name the TOS Object. */ name: string; /** * The name the TOS Object size. */ size: number; /** * The name the TOS Object storage class. */ storageClass: string; } interface GetBucketsBucket { /** * The create date of the TOS bucket. */ creationDate: string; /** * The extranet endpoint of the TOS bucket. */ extranetEndpoint: string; /** * The intranet endpoint the TOS bucket. */ intranetEndpoint: string; /** * (**Deprecated**) The Field is Deprecated. The truncated the TOS bucket. * * @deprecated The Field is Deprecated. */ isTruncated: boolean; /** * The location of the TOS bucket. */ location: string; /** * (**Deprecated**) The Field is Deprecated. The marker the TOS bucket. * * @deprecated The Field is Deprecated. */ marker: string; /** * (**Deprecated**) The Field is Deprecated. The max keys the TOS bucket. * * @deprecated The Field is Deprecated. */ maxKeys: number; /** * The name the TOS bucket. */ name: string; /** * (**Deprecated**) The Field is Deprecated. The prefix the TOS bucket. * * @deprecated The Field is Deprecated. */ prefix: string; } } export declare namespace transit_router { interface BandwidthPackageAllocation { /** * The delete time of the transit router bandwidth package. */ allocateTime: string; /** * The delete time of the transit router bandwidth package. */ deleteTime: string; /** * The local region id of the transit router. */ localRegionId: string; /** * The ID of the peer attachment. */ transitRouterPeerAttachmentId: string; } interface BandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesBandwidthPackage { /** * The account id. */ accountId: string; /** * The detailed information on cross regional connections associated with bandwidth packets. */ allocations: outputs.transit_router.BandwidthPackagesBandwidthPackageAllocation[]; /** * The bandwidth peak of the transit router bandwidth package. Unit: Mbps. */ bandwidth: number; /** * The billing type of the transit router bandwidth package. */ billingType: string; /** * The business status of the transit router bandwidth package. */ businessStatus: string; /** * The create time of the transit router bandwidth package. */ creationTime: string; /** * The delete time of the transit router bandwidth package. */ deleteTime: string; /** * The description of the transit router bandwidth package. */ description: string; /** * The expired time of the transit router bandwidth package. */ expiredTime: string; /** * The id of the transit router bandwidth package. */ id: string; /** * The local geographic region set ID. */ localGeographicRegionSetId: string; /** * The peer geographic region set ID. */ peerGeographicRegionSetId: string; /** * The ProjectName of the TransitRouter bandwidth package. */ projectName: string; /** * The remaining bandwidth of the transit router bandwidth package. Unit: Mbps. */ remainingBandwidth: number; /** * The status of the transit router bandwidth package. */ status: string; /** * Tags. */ tags: outputs.transit_router.BandwidthPackagesBandwidthPackageTag[]; /** * The id of the transit router attachment. */ transitRouterBandwidthPackageId: string; /** * The name of the TransitRouter bandwidth package. */ transitRouterBandwidthPackageName: string; /** * The update time of the transit router bandwidth package. */ updateTime: string; } interface BandwidthPackagesBandwidthPackageAllocation { /** * The delete time of the transit router bandwidth package. */ allocateTime: string; /** * The delete time of the transit router bandwidth package. */ deleteTime: string; /** * The local region id of the transit router. */ localRegionId: string; /** * The ID of the peer attachment. */ transitRouterPeerAttachmentId: string; } interface BandwidthPackagesBandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface BandwidthPackagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DirectConnectGatewayAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DirectConnectGatewayAttachmentsAttachment { /** * The account id. */ accountId: string; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * ID of the direct connection gateway. */ directConnectGatewayId: string; /** * The status of the network instance connection. */ status: string; /** * Tags. */ tags: outputs.transit_router.DirectConnectGatewayAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; } interface DirectConnectGatewayAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DirectConnectGatewayAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetBandwidthPackagesBandwidthPackage { /** * The account id. */ accountId: string; /** * The detailed information on cross regional connections associated with bandwidth packets. */ allocations: outputs.transit_router.GetBandwidthPackagesBandwidthPackageAllocation[]; /** * The bandwidth peak of the transit router bandwidth package. Unit: Mbps. */ bandwidth: number; /** * The billing type of the transit router bandwidth package. */ billingType: string; /** * The business status of the transit router bandwidth package. */ businessStatus: string; /** * The create time of the transit router bandwidth package. */ creationTime: string; /** * The delete time of the transit router bandwidth package. */ deleteTime: string; /** * The description of the transit router bandwidth package. */ description: string; /** * The expired time of the transit router bandwidth package. */ expiredTime: string; /** * The id of the transit router bandwidth package. */ id: string; /** * The local geographic region set ID. */ localGeographicRegionSetId: string; /** * The peer geographic region set ID. */ peerGeographicRegionSetId: string; /** * The ProjectName of the TransitRouter bandwidth package. */ projectName: string; /** * The remaining bandwidth of the transit router bandwidth package. Unit: Mbps. */ remainingBandwidth: number; /** * The status of the transit router bandwidth package. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetBandwidthPackagesBandwidthPackageTag[]; /** * The id of the transit router attachment. */ transitRouterBandwidthPackageId: string; /** * The name of the TransitRouter bandwidth package. */ transitRouterBandwidthPackageName: string; /** * The update time of the transit router bandwidth package. */ updateTime: string; } interface GetBandwidthPackagesBandwidthPackageAllocation { /** * The delete time of the transit router bandwidth package. */ allocateTime: string; /** * The delete time of the transit router bandwidth package. */ deleteTime: string; /** * The local region id of the transit router. */ localRegionId: string; /** * The ID of the peer attachment. */ transitRouterPeerAttachmentId: string; } interface GetBandwidthPackagesBandwidthPackageTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetBandwidthPackagesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetDirectConnectGatewayAttachmentsAttachment { /** * The account id. */ accountId: string; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * ID of the direct connection gateway. */ directConnectGatewayId: string; /** * The status of the network instance connection. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetDirectConnectGatewayAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; } interface GetDirectConnectGatewayAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetDirectConnectGatewayAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetGrantRulesRule { /** * The creation time of the rule. */ creationTime: string; /** * The description of the rule. */ description: string; /** * The id of the grant account. */ grantAccountId: string; /** * The status of the rule. */ status: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time of the rule. */ updateTime: string; } interface GetPeerAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetPeerAttachmentsTransitRouterAttachment { /** * The bandwidth of the transit router peer attachment. */ bandwidth: number; /** * The creation time of the transit router peer attachment. */ creationTime: string; /** * The description of the transit router peer attachment. */ description: string; /** * The id of the transit router peer attachment. */ id: string; /** * The id of peer transit router. */ peerTransitRouterId: string; /** * The region id of peer transit router. */ peerTransitRouterRegionId: string; /** * The status of the transit router peer attachment. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetPeerAttachmentsTransitRouterAttachmentTag[]; /** * The id of the transit router peer attachment. */ transitRouterAttachmentId: string; /** * The name of transit router peer attachment. */ transitRouterAttachmentName: string; /** * The bandwidth package id of the transit router peer attachment. */ transitRouterBandwidthPackageId: string; /** * The id of local transit router. */ transitRouterId: string; /** * The route table id of the transit router peer attachment. */ transitRouterRouteTableId: string; /** * The update time of the transit router peer attachment. */ updateTime: string; } interface GetPeerAttachmentsTransitRouterAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRouteEntriesEntry { /** * The as path of the route entry. */ asPath: string; /** * The creation time of the route entry. */ creationTime: string; /** * Description of the transit router route entry. */ description: string; /** * The target network segment of the route entry. */ destinationCidrBlock: string; /** * The status of the route entry. */ status: string; /** * The id of the route entry. */ transitRouterRouteEntryId: string; /** * The name of the route entry. */ transitRouterRouteEntryName: string; /** * The next hot id of the routing entry. */ transitRouterRouteEntryNextHopId: string; /** * The next hop type of the routing entry. The value can be Attachment or BlackHole. */ transitRouterRouteEntryNextHopType: string; /** * The type of the route entry. */ transitRouterRouteEntryType: string; /** * The update time of the route entry. */ updateTime: string; } interface GetRouteTableAssociationsAssociation { /** * The status of the route table. */ status: string; /** * The ID of the network instance connection. */ transitRouterAttachmentId: string; /** * The ID of the routing table associated with the transit router instance. */ transitRouterRouteTableId: string; } interface GetRouteTablePropagationsPropagation { /** * The creation time of the route table propagation. */ creationTime: string; /** * The status of the route table. */ status: string; /** * The ID of the network instance connection. */ transitRouterAttachmentId: string; /** * The ID of the routing table associated with the transit router instance. */ transitRouterRouteTableId: string; } interface GetRouteTablesRouteTable { /** * The creation time of the route table. */ creationTime: string; /** * The description. */ description: string; /** * The status of the route table. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetRouteTablesRouteTableTag[]; /** * The id of the route table. */ transitRouterRouteTableId: string; /** * The name of the route table. */ transitRouterRouteTableName: string; /** * The type of the route table. The value can be System or Custom. */ transitRouterRouteTableType: string; /** * The update time of the route table. */ updateTime: string; } interface GetRouteTablesRouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRouteTablesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetTransitRoutersTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetTransitRoutersTransitRouter { /** * The ID of account. */ accountId: string; /** * The asn of the transit router. */ asn: number; /** * The business status of the transit router. */ businessStatus: string; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The grant status of the transit router. */ grantStatus: string; /** * The ID of the transit router. */ id: string; /** * The overdue time. */ overdueTime: string; /** * The ProjectName of the transit router. */ projectName: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetTransitRoutersTransitRouterTag[]; /** * The attachments of transit router. */ transitRouterAttachments: outputs.transit_router.GetTransitRoutersTransitRouterTransitRouterAttachment[]; /** * The ID of the transit router. */ transitRouterId: string; /** * The name info. */ transitRouterName: string; /** * The update time. */ updateTime: string; } interface GetTransitRoutersTransitRouterTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetTransitRoutersTransitRouterTransitRouterAttachment { /** * The create time. */ creationTime: string; /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; /** * The status of the transit router. */ status: string; /** * The id of transit router attachment. */ transitRouterAttachmentId: string; /** * The name of transit router attachment. */ transitRouterAttachmentName: string; /** * The id of transit router route table. */ transitRouterRouteTableId: string; /** * The update time. */ updateTime: string; } interface GetVpcAttachmentsAttachment { /** * The collection of attach points. */ attachPoints: outputs.transit_router.GetVpcAttachmentsAttachmentAttachPoint[]; /** * Whether to auto publish route of the transit router to vpc instance. */ autoPublishRouteEnabled: boolean; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetVpcAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; /** * The id of vpc. */ vpcId: string; } interface GetVpcAttachmentsAttachmentAttachPoint { /** * The ID of network interface. */ networkInterfaceId: string; /** * The ID of subnet. */ subnetId: string; /** * The ID of zone. */ zoneId: string; } interface GetVpcAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVpcAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVpnAttachmentsAttachment { /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.GetVpnAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; /** * The ID of the IPSec connection. */ vpnConnectionId: string; /** * The ID of the availability zone. */ zoneId: string; } interface GetVpnAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVpnAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GrantRulesRule { /** * The creation time of the rule. */ creationTime: string; /** * The description of the rule. */ description: string; /** * The id of the grant account. */ grantAccountId: string; /** * The status of the rule. */ status: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time of the rule. */ updateTime: string; } interface PeerAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface PeerAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface PeerAttachmentsTransitRouterAttachment { /** * The bandwidth of the transit router peer attachment. */ bandwidth: number; /** * The creation time of the transit router peer attachment. */ creationTime: string; /** * The description of the transit router peer attachment. */ description: string; /** * The id of the transit router peer attachment. */ id: string; /** * The id of peer transit router. */ peerTransitRouterId: string; /** * The region id of peer transit router. */ peerTransitRouterRegionId: string; /** * The status of the transit router peer attachment. */ status: string; /** * Tags. */ tags: outputs.transit_router.PeerAttachmentsTransitRouterAttachmentTag[]; /** * The id of the transit router peer attachment. */ transitRouterAttachmentId: string; /** * The name of transit router peer attachment. */ transitRouterAttachmentName: string; /** * The bandwidth package id of the transit router peer attachment. */ transitRouterBandwidthPackageId: string; /** * The id of local transit router. */ transitRouterId: string; /** * The route table id of the transit router peer attachment. */ transitRouterRouteTableId: string; /** * The update time of the transit router peer attachment. */ updateTime: string; } interface PeerAttachmentsTransitRouterAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RouteEntriesEntry { /** * The as path of the route entry. */ asPath: string; /** * The creation time of the route entry. */ creationTime: string; /** * Description of the transit router route entry. */ description: string; /** * The target network segment of the route entry. */ destinationCidrBlock: string; /** * The status of the route entry. */ status: string; /** * The id of the route entry. */ transitRouterRouteEntryId: string; /** * The name of the route entry. */ transitRouterRouteEntryName: string; /** * The next hot id of the routing entry. */ transitRouterRouteEntryNextHopId: string; /** * The next hop type of the routing entry. The value can be Attachment or BlackHole. */ transitRouterRouteEntryNextHopType: string; /** * The type of the route entry. */ transitRouterRouteEntryType: string; /** * The update time of the route entry. */ updateTime: string; } interface RouteTableAssociationsAssociation { /** * The status of the route table. */ status: string; /** * The ID of the network instance connection. */ transitRouterAttachmentId: string; /** * The ID of the routing table associated with the transit router instance. */ transitRouterRouteTableId: string; } interface RouteTablePropagationsPropagation { /** * The creation time of the route table propagation. */ creationTime: string; /** * The status of the route table. */ status: string; /** * The ID of the network instance connection. */ transitRouterAttachmentId: string; /** * The ID of the routing table associated with the transit router instance. */ transitRouterRouteTableId: string; } interface RouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RouteTablesRouteTable { /** * The creation time of the route table. */ creationTime: string; /** * The description. */ description: string; /** * The status of the route table. */ status: string; /** * Tags. */ tags: outputs.transit_router.RouteTablesRouteTableTag[]; /** * The id of the route table. */ transitRouterRouteTableId: string; /** * The name of the route table. */ transitRouterRouteTableName: string; /** * The type of the route table. The value can be System or Custom. */ transitRouterRouteTableType: string; /** * The update time of the route table. */ updateTime: string; } interface RouteTablesRouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RouteTablesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TransitRouterTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TransitRouterTransitRouterAttachment { /** * The create time. */ creationTime: string; /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; /** * The status of the transit router. */ status: string; /** * The id of transit router attachment. */ transitRouterAttachmentId: string; /** * The name of transit router attachment. */ transitRouterAttachmentName: string; /** * The id of transit router route table. */ transitRouterRouteTableId: string; /** * The update time. */ updateTime: string; } interface TransitRoutersTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TransitRoutersTransitRouter { /** * The ID of account. */ accountId: string; /** * The asn of the transit router. */ asn: number; /** * The business status of the transit router. */ businessStatus: string; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The grant status of the transit router. */ grantStatus: string; /** * The ID of the transit router. */ id: string; /** * The overdue time. */ overdueTime: string; /** * The ProjectName of the transit router. */ projectName: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.TransitRoutersTransitRouterTag[]; /** * The attachments of transit router. */ transitRouterAttachments: outputs.transit_router.TransitRoutersTransitRouterTransitRouterAttachment[]; /** * The ID of the transit router. */ transitRouterId: string; /** * The name info. */ transitRouterName: string; /** * The update time. */ updateTime: string; } interface TransitRoutersTransitRouterTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface TransitRoutersTransitRouterTransitRouterAttachment { /** * The create time. */ creationTime: string; /** * The id of resource. */ resourceId: string; /** * The type of resource. */ resourceType: string; /** * The status of the transit router. */ status: string; /** * The id of transit router attachment. */ transitRouterAttachmentId: string; /** * The name of transit router attachment. */ transitRouterAttachmentName: string; /** * The id of transit router route table. */ transitRouterRouteTableId: string; /** * The update time. */ updateTime: string; } interface VpcAttachmentAttachPoint { /** * The id of subnet. */ subnetId: string; /** * The id of zone. */ zoneId: string; } interface VpcAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpcAttachmentsAttachment { /** * The collection of attach points. */ attachPoints: outputs.transit_router.VpcAttachmentsAttachmentAttachPoint[]; /** * Whether to auto publish route of the transit router to vpc instance. */ autoPublishRouteEnabled: boolean; /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.VpcAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; /** * The id of vpc. */ vpcId: string; } interface VpcAttachmentsAttachmentAttachPoint { /** * The ID of network interface. */ networkInterfaceId: string; /** * The ID of subnet. */ subnetId: string; /** * The ID of zone. */ zoneId: string; } interface VpcAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpcAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpnAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpnAttachmentsAttachment { /** * The create time. */ creationTime: string; /** * The description info. */ description: string; /** * The status of the transit router. */ status: string; /** * Tags. */ tags: outputs.transit_router.VpnAttachmentsAttachmentTag[]; /** * The id of the transit router attachment. */ transitRouterAttachmentId: string; /** * The name of the transit router attachment. */ transitRouterAttachmentName: string; /** * The id of the transit router. */ transitRouterId: string; /** * The update time. */ updateTime: string; /** * The ID of the IPSec connection. */ vpnConnectionId: string; /** * The ID of the availability zone. */ zoneId: string; } interface VpnAttachmentsAttachmentTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpnAttachmentsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace vedb_mysql { interface AccountAccountPrivilege { /** * Authorization database privilege types: * ReadWrite: Read and write privilege. * ReadOnly: Read-only privilege. * DDLOnly: Only DDL privilege. * DMLOnly: Only DML privilege. * Custom: Custom privilege. */ accountPrivilege: string; /** * The specific SQL operation permissions contained in the permission type are separated by English commas (,) between multiple strings. * When used as a request parameter in the CreateDatabase interface, when the AccountPrivilege value is Custom, this parameter is required. Value range (multiple selections allowed): SELECT, INSERT, UPDATE, DELETE, CREATE, DROP, REFERENCES, INDEX, ALTER, CREATE TEMPORARY TABLES, LOCK TABLES, EXECUTE, CREATE VIEW, SHOW VIEW, CREATE ROUTINE, ALTER ROUTINE, EVENT, TRIGGER. When used as a return parameter in the DescribeDatabases interface, regardless of the value of AccountPrivilege, the details of the SQL operation permissions contained in this permission type are returned. For the specific SQL operation permissions contained in each permission type, please refer to the account permission list. */ accountPrivilegeDetail: string; /** * Database name requiring authorization. */ dbName: string; } interface AccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privilege detail list of RDS mysql instance account. */ accountPrivileges: outputs.vedb_mysql.AccountsAccountAccountPrivilege[]; /** * The type of the database account. */ accountType: string; } interface AccountsAccountAccountPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; /** * The name of database. */ dbName: string; } interface AllowlistsAllowList { /** * The description of the allow list. */ allowListDesc: string; /** * The id of the allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the allow list. */ allowListName: string; /** * The type of the allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of instances. */ associatedInstances: outputs.vedb_mysql.AllowlistsAllowListAssociatedInstance[]; } interface AllowlistsAllowListAssociatedInstance { /** * Instance ID. When an InstanceId is specified, the DescribeAllowLists interface will return the whitelist bound to the specified instance. */ instanceId: string; /** * The name of the instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface BackupBackupPolicy { /** * Data backup retention period, value: 7 to 30 days. */ backupRetentionPeriod: number; /** * The time for executing the backup task has an interval window of 2 hours and must be an even-hour time. Format: HH:mmZ-HH:mmZ (UTC time). */ backupTime: string; /** * Full backup period. It is recommended to select at least 2 days per week for full backup. Multiple values are separated by English commas (,). Values: Monday: Monday. Tuesday: Tuesday. Wednesday: Wednesday. Thursday: Thursday. Friday: Friday. Saturday: Saturday. Sunday: Sunday. */ fullBackupPeriod: string; } interface BackupsBackup { /** * The end time of the backup. */ backupEndTime: string; /** * The size of the backup file. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * Backup method. Currently, only physical backup is supported. The value is Physical. */ backupMethod: string; /** * Data backup strategy for instances. */ backupPolicies: outputs.vedb_mysql.BackupsBackupBackupPolicy[]; /** * The start time of the backup. */ backupStartTime: string; /** * The status of the backup. */ backupStatus: string; /** * The type of the backup. */ backupType: string; /** * The time point of consistent backup, in the format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ consistentTime: string; /** * The type of the backup create. */ createType: string; /** * The id of the backup. */ id: string; } interface BackupsBackupBackupPolicy { /** * Data backup retention period, value: 7 to 30 days. */ backupRetentionPeriod: number; /** * The time for executing the backup task. The interval window is two hours. Format: HH:mmZ-HH:mmZ (UTC time). */ backupTime: string; /** * Whether to enable continuous backup. The value is fixed as true. */ continueBackup: boolean; /** * Full backup period. Multiple values are separated by English commas (,). Values: * Monday: Monday. * Tuesday: Tuesday. * Wednesday: Wednesday. * Thursday: Thursday. * Friday: Friday. * Saturday: Saturday. * Sunday: Sunday. */ fullBackupPeriod: string; /** * The id of the instance. */ instanceId: string; } interface DatabasesDatabase { /** * Database character set: utf8mb4 (default), utf8, latin1, ascii. */ characterSetName: string; databasesPrivileges: outputs.vedb_mysql.DatabasesDatabaseDatabasesPrivilege[]; /** * Database name. */ dbName: string; } interface DatabasesDatabaseDatabasesPrivilege { /** * Account name that requires authorization. */ accountName: string; /** * Authorization database privilege types: * ReadWrite: Read and write privilege. * ReadOnly: Read-only privilege. * DDLOnly: Only DDL privilege. * DMLOnly: Only DML privilege. * Custom: Custom privilege. */ accountPrivilege: string; /** * The specific SQL operation permissions contained in the permission type are separated by English commas (,) between multiple strings. * When used as a request parameter in the CreateDatabase interface, when the AccountPrivilege value is Custom, this parameter is required. Value range (multiple selections allowed): SELECT, INSERT, UPDATE, DELETE, CREATE, DROP, REFERENCES, INDEX, ALTER, CREATE TEMPORARY TABLES, LOCK TABLES, EXECUTE, CREATE VIEW, SHOW VIEW, CREATE ROUTINE, ALTER ROUTINE, EVENT, TRIGGER. When used as a return parameter in the DescribeDatabases interface, regardless of the value of AccountPrivilege, the details of the SQL operation permissions contained in this permission type are returned. For the specific SQL operation permissions contained in each permission type, please refer to the account permission list. */ accountPrivilegeDetail: string; } interface EndpointsEndpoint { /** * The address information. */ addresses: outputs.vedb_mysql.EndpointsEndpointAddress[]; /** * Set whether newly created read-only nodes will automatically join this connection endpoint. Values: * true: Automatically join. * false: Do not automatically join (default). */ autoAddNewNodes: boolean; /** * Consistency level. For detailed introduction of consistency level, please refer to consistency level. Value range: * Eventual: eventual consistency. * Session: session consistency. * Global: global consistency. * Description * When the value of ReadWriteMode is ReadWrite, the selectable consistency levels are Eventual, Session (default), and Global. * When the value of ReadWriteMode is ReadOnly, the consistency level is Eventual by default and cannot be changed. */ consistLevel: string; /** * When there is a large delay, the timeout period for read-only nodes to synchronize the latest data, in us. The value range is from 1us to 100000000us, and the default value is 10000us. * Explanation * This parameter takes effect only when the value of ConsistLevel is Global or Session. */ consistTimeout: number; /** * Timeout policy after data synchronization timeout of read-only nodes supports the following two policies: * ReturnError: Return SQL error (wait replication complete timeout, please retry). * ReadMaster: Send a request to the master node (default). * Description * This parameter takes effect only when the value of ConsistLevel is Global or Session. */ consistTimeoutAction: string; /** * Description information for connecting endpoint. The length cannot exceed 200 characters. */ description: string; /** * Set whether to enable transaction splitting. For detailed introduction to transaction splitting, please refer to transaction splitting. Value range: * true: Enabled (default). * false: Disabled. * Description * Only when the value of ReadWriteMode is ReadWrite, is enabling transaction splitting supported. */ distributedTransaction: boolean; /** * The id of the endpoint. */ endpointId: string; /** * Connect the endpoint name. The setting rules are as follows: * It cannot start with a number or a hyphen (-). * It can only contain Chinese characters, letters, numbers, underscores (_), and hyphens (-). * The length is 1 to 64 characters. */ endpointName: string; /** * Connect terminal type. The value is fixed as Custom, indicating a custom terminal. */ endpointType: string; /** * The id of the endpoint. */ id: string; /** * The master node accepts read requests. Value range: * true: (default) After enabling the master node to accept read functions, non-transactional read requests will be sent to the master node or read-only nodes in a load-balanced mode according to the number of active requests. * false: After disabling the master node from accepting read requests, at this time, the master node only accepts transactional read requests, and non-transactional read requests will not be sent to the master node. * Description * Only when the value of ReadWriteMode is ReadWrite, enabling the master node to accept reads is supported. */ masterAcceptReadRequests: boolean; /** * Connect the node IDs associated with the endpoint.The filling rules are as follows: * When the value of ReadWriteMode is ReadWrite, at least two nodes must be passed in, and the master node must be passed in. * When the value of ReadWriteMode is ReadOnly, one or more read-only nodes can be passed in. */ nodeIds: string[]; /** * Endpoint read-write mode. Values: * ReadWrite: Read and write terminal. * ReadOnly: Read-only terminal (default). */ readWriteMode: string; } interface EndpointsEndpointAddress { /** * Parsing method. Currently, the return value can only be false (Volcengine private network parsing). */ dnsVisibility: boolean; /** * Instance intranet access domain name. */ domain: string; /** * The EIP id. */ eipId: string; /** * IP address. */ ipAddress: string; /** * Network type: * Private: Private network VPC. * Public: Public network access. */ networkType: string; /** * Instance intranet access port. */ port: string; /** * Subnet ID. The subnet must belong to the selected availability zone. * Description * A subnet is an IP address block within a private network. All cloud resources in a private network must be deployed within a subnet. The subnet assigns private IP addresses to cloud resources. */ subnetId: string; } interface GetAccountsAccount { /** * The name of the database account. This field supports fuzzy query. */ accountName: string; /** * The privilege detail list of RDS mysql instance account. */ accountPrivileges: outputs.vedb_mysql.GetAccountsAccountAccountPrivilege[]; /** * The type of the database account. */ accountType: string; } interface GetAccountsAccountAccountPrivilege { /** * The privilege type of the account. */ accountPrivilege: string; /** * The privilege detail of the account. */ accountPrivilegeDetail: string; /** * The name of database. */ dbName: string; } interface GetAllowlistsAllowList { /** * The description of the allow list. */ allowListDesc: string; /** * The id of the allow list. */ allowListId: string; /** * The total number of IP addresses (or address ranges) in the whitelist. */ allowListIpNum: number; /** * The name of the allow list. */ allowListName: string; /** * The type of the allow list. */ allowListType: string; /** * The IP address or a range of IP addresses in CIDR format. */ allowLists: string[]; /** * The total number of instances bound under the whitelist. */ associatedInstanceNum: number; /** * The list of instances. */ associatedInstances: outputs.vedb_mysql.GetAllowlistsAllowListAssociatedInstance[]; } interface GetAllowlistsAllowListAssociatedInstance { /** * Instance ID. When an InstanceId is specified, the DescribeAllowLists interface will return the whitelist bound to the specified instance. */ instanceId: string; /** * The name of the instance. */ instanceName: string; /** * The id of the vpc. */ vpc: string; } interface GetBackupsBackup { /** * The end time of the backup. */ backupEndTime: string; /** * The size of the backup file. */ backupFileSize: number; /** * The id of the backup. */ backupId: string; /** * Backup method. Currently, only physical backup is supported. The value is Physical. */ backupMethod: string; /** * Data backup strategy for instances. */ backupPolicies: outputs.vedb_mysql.GetBackupsBackupBackupPolicy[]; /** * The start time of the backup. */ backupStartTime: string; /** * The status of the backup. */ backupStatus: string; /** * The type of the backup. */ backupType: string; /** * The time point of consistent backup, in the format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ consistentTime: string; /** * The type of the backup create. */ createType: string; /** * The id of the backup. */ id: string; } interface GetBackupsBackupBackupPolicy { /** * Data backup retention period, value: 7 to 30 days. */ backupRetentionPeriod: number; /** * The time for executing the backup task. The interval window is two hours. Format: HH:mmZ-HH:mmZ (UTC time). */ backupTime: string; /** * Whether to enable continuous backup. The value is fixed as true. */ continueBackup: boolean; /** * Full backup period. Multiple values are separated by English commas (,). Values: * Monday: Monday. * Tuesday: Tuesday. * Wednesday: Wednesday. * Thursday: Thursday. * Friday: Friday. * Saturday: Saturday. * Sunday: Sunday. */ fullBackupPeriod: string; /** * The id of the instance. */ instanceId: string; } interface GetDatabasesDatabase { /** * Database character set: utf8mb4 (default), utf8, latin1, ascii. */ characterSetName: string; databasesPrivileges: outputs.vedb_mysql.GetDatabasesDatabaseDatabasesPrivilege[]; /** * Database name. */ dbName: string; } interface GetDatabasesDatabaseDatabasesPrivilege { /** * Account name that requires authorization. */ accountName: string; /** * Authorization database privilege types: * ReadWrite: Read and write privilege. * ReadOnly: Read-only privilege. * DDLOnly: Only DDL privilege. * DMLOnly: Only DML privilege. * Custom: Custom privilege. */ accountPrivilege: string; /** * The specific SQL operation permissions contained in the permission type are separated by English commas (,) between multiple strings. * When used as a request parameter in the CreateDatabase interface, when the AccountPrivilege value is Custom, this parameter is required. Value range (multiple selections allowed): SELECT, INSERT, UPDATE, DELETE, CREATE, DROP, REFERENCES, INDEX, ALTER, CREATE TEMPORARY TABLES, LOCK TABLES, EXECUTE, CREATE VIEW, SHOW VIEW, CREATE ROUTINE, ALTER ROUTINE, EVENT, TRIGGER. When used as a return parameter in the DescribeDatabases interface, regardless of the value of AccountPrivilege, the details of the SQL operation permissions contained in this permission type are returned. For the specific SQL operation permissions contained in each permission type, please refer to the account permission list. */ accountPrivilegeDetail: string; } interface GetEndpointsEndpoint { /** * The address information. */ addresses: outputs.vedb_mysql.GetEndpointsEndpointAddress[]; /** * Set whether newly created read-only nodes will automatically join this connection endpoint. Values: * true: Automatically join. * false: Do not automatically join (default). */ autoAddNewNodes: boolean; /** * Consistency level. For detailed introduction of consistency level, please refer to consistency level. Value range: * Eventual: eventual consistency. * Session: session consistency. * Global: global consistency. * Description * When the value of ReadWriteMode is ReadWrite, the selectable consistency levels are Eventual, Session (default), and Global. * When the value of ReadWriteMode is ReadOnly, the consistency level is Eventual by default and cannot be changed. */ consistLevel: string; /** * When there is a large delay, the timeout period for read-only nodes to synchronize the latest data, in us. The value range is from 1us to 100000000us, and the default value is 10000us. * Explanation * This parameter takes effect only when the value of ConsistLevel is Global or Session. */ consistTimeout: number; /** * Timeout policy after data synchronization timeout of read-only nodes supports the following two policies: * ReturnError: Return SQL error (wait replication complete timeout, please retry). * ReadMaster: Send a request to the master node (default). * Description * This parameter takes effect only when the value of ConsistLevel is Global or Session. */ consistTimeoutAction: string; /** * Description information for connecting endpoint. The length cannot exceed 200 characters. */ description: string; /** * Set whether to enable transaction splitting. For detailed introduction to transaction splitting, please refer to transaction splitting. Value range: * true: Enabled (default). * false: Disabled. * Description * Only when the value of ReadWriteMode is ReadWrite, is enabling transaction splitting supported. */ distributedTransaction: boolean; /** * The id of the endpoint. */ endpointId: string; /** * Connect the endpoint name. The setting rules are as follows: * It cannot start with a number or a hyphen (-). * It can only contain Chinese characters, letters, numbers, underscores (_), and hyphens (-). * The length is 1 to 64 characters. */ endpointName: string; /** * Connect terminal type. The value is fixed as Custom, indicating a custom terminal. */ endpointType: string; /** * The id of the endpoint. */ id: string; /** * The master node accepts read requests. Value range: * true: (default) After enabling the master node to accept read functions, non-transactional read requests will be sent to the master node or read-only nodes in a load-balanced mode according to the number of active requests. * false: After disabling the master node from accepting read requests, at this time, the master node only accepts transactional read requests, and non-transactional read requests will not be sent to the master node. * Description * Only when the value of ReadWriteMode is ReadWrite, enabling the master node to accept reads is supported. */ masterAcceptReadRequests: boolean; /** * Connect the node IDs associated with the endpoint.The filling rules are as follows: * When the value of ReadWriteMode is ReadWrite, at least two nodes must be passed in, and the master node must be passed in. * When the value of ReadWriteMode is ReadOnly, one or more read-only nodes can be passed in. */ nodeIds: string[]; /** * Endpoint read-write mode. Values: * ReadWrite: Read and write terminal. * ReadOnly: Read-only terminal (default). */ readWriteMode: string; } interface GetEndpointsEndpointAddress { /** * Parsing method. Currently, the return value can only be false (Volcengine private network parsing). */ dnsVisibility: boolean; /** * Instance intranet access domain name. */ domain: string; /** * The EIP id. */ eipId: string; /** * IP address. */ ipAddress: string; /** * Network type: * Private: Private network VPC. * Public: Public network access. */ networkType: string; /** * Instance intranet access port. */ port: string; /** * Subnet ID. The subnet must belong to the selected availability zone. * Description * A subnet is an IP address block within a private network. All cloud resources in a private network must be deployed within a subnet. The subnet assigns private IP addresses to cloud resources. */ subnetId: string; } interface GetInstancesInstance { /** * Whether auto-renewal is enabled in the prepaid scenario. Values: * true: Auto-renewal is enabled. * false: Auto-renewal is not enabled. */ autoRenew: boolean; /** * The billing expiration time in the prepaid scenario, in the format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ chargeEndTime: string; /** * The time when billing starts. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ chargeStartTime: string; /** * Payment status: * Normal: Normal. * Overdue: In arrears. * Shutdown: Shut down. */ chargeStatus: string; /** * The charge type of the veDB Mysql instance. */ chargeType: string; /** * The create time of the veDB Mysql instance. */ createTime: string; /** * The version of the veDB Mysql instance. */ dbEngineVersion: string; /** * The ID of the veDB Mysql instance. */ id: string; /** * The id of the veDB Mysql instance. */ instanceId: string; /** * The name of the veDB Mysql instance. */ instanceName: string; /** * The status of the veDB Mysql instance. */ instanceStatus: string; /** * Whether the table name is case sensitive, the default value is 1. * Ranges: * 0: Table names are stored as fixed and table names are case-sensitive. * 1: Table names will be stored in lowercase and table names are not case sensitive. */ lowerCaseTableNames: string; /** * Detailed information of instance nodes. */ nodes: outputs.vedb_mysql.GetInstancesInstanceNode[]; /** * Expected release time when shut down due to arrears. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ overdueReclaimTime: string; /** * Overdue shutdown time. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ overdueTime: string; /** * Total storage capacity in GiB for prepaid services. */ prePaidStorageInGb: number; /** * The project name of the veDB Mysql instance. */ projectName: string; /** * The region id. */ regionId: string; /** * Storage billing type. Values: * PostPaid: Pay-as-you-go (postpaid). * PrePaid: Monthly/yearly subscription (prepaid). */ storageChargeType: string; /** * Used storage size, unit: GiB. */ storageUsedGib: number; /** * The subnet ID of the veDB Mysql instance. */ subnetId: string; /** * Tags. */ tags: outputs.vedb_mysql.GetInstancesInstanceTag[]; /** * Time zone. */ timeZone: string; /** * The vpc ID of the veDB Mysql instance. */ vpcId: string; /** * The available zone of the veDB Mysql instance. */ zoneIds: string; } interface GetInstancesInstanceNode { /** * Memory size, in GiB. */ memory: number; /** * The id of the node. */ nodeId: string; /** * Node specification of an instance. */ nodeSpec: string; /** * Node type. Values: * Primary: Primary node. * ReadOnly: Read-only node. */ nodeType: string; /** * CPU size. For example, when the value is 1, it means the CPU size is 1U. */ vCpu: number; /** * The available zone of the veDB Mysql instance. */ zoneId: string; } interface GetInstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetInstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesInstance { /** * Whether auto-renewal is enabled in the prepaid scenario. Values: * true: Auto-renewal is enabled. * false: Auto-renewal is not enabled. */ autoRenew: boolean; /** * The billing expiration time in the prepaid scenario, in the format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ chargeEndTime: string; /** * The time when billing starts. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ chargeStartTime: string; /** * Payment status: * Normal: Normal. * Overdue: In arrears. * Shutdown: Shut down. */ chargeStatus: string; /** * The charge type of the veDB Mysql instance. */ chargeType: string; /** * The create time of the veDB Mysql instance. */ createTime: string; /** * The version of the veDB Mysql instance. */ dbEngineVersion: string; /** * The ID of the veDB Mysql instance. */ id: string; /** * The id of the veDB Mysql instance. */ instanceId: string; /** * The name of the veDB Mysql instance. */ instanceName: string; /** * The status of the veDB Mysql instance. */ instanceStatus: string; /** * Whether the table name is case sensitive, the default value is 1. * Ranges: * 0: Table names are stored as fixed and table names are case-sensitive. * 1: Table names will be stored in lowercase and table names are not case sensitive. */ lowerCaseTableNames: string; /** * Detailed information of instance nodes. */ nodes: outputs.vedb_mysql.InstancesInstanceNode[]; /** * Expected release time when shut down due to arrears. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ overdueReclaimTime: string; /** * Overdue shutdown time. Format: yyyy-MM-ddTHH:mm:ssZ (UTC time). */ overdueTime: string; /** * Total storage capacity in GiB for prepaid services. */ prePaidStorageInGb: number; /** * The project name of the veDB Mysql instance. */ projectName: string; /** * The region id. */ regionId: string; /** * Storage billing type. Values: * PostPaid: Pay-as-you-go (postpaid). * PrePaid: Monthly/yearly subscription (prepaid). */ storageChargeType: string; /** * Used storage size, unit: GiB. */ storageUsedGib: number; /** * The subnet ID of the veDB Mysql instance. */ subnetId: string; /** * Tags. */ tags: outputs.vedb_mysql.InstancesInstanceTag[]; /** * Time zone. */ timeZone: string; /** * The vpc ID of the veDB Mysql instance. */ vpcId: string; /** * The available zone of the veDB Mysql instance. */ zoneIds: string; } interface InstancesInstanceNode { /** * Memory size, in GiB. */ memory: number; /** * The id of the node. */ nodeId: string; /** * Node specification of an instance. */ nodeSpec: string; /** * Node type. Values: * Primary: Primary node. * ReadOnly: Read-only node. */ nodeType: string; /** * CPU size. For example, when the value is 1, it means the CPU size is 1U. */ vCpu: number; /** * The available zone of the veDB Mysql instance. */ zoneId: string; } interface InstancesInstanceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface InstancesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace veecp { interface AddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model. */ deployMode: string; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.veecp.AddonsAddonVersion[]; } interface AddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.veecp.AddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface AddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface BatchEdgeMachinesMachine { /** * The bootstrap script. */ bootstrapScript: string; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * Edge node type. */ edgeNodeType: string; /** * The Id of NodePool. */ id: string; /** * The Name of NodePool. */ name: string; /** * The Phase of Status. */ phase: string; /** * Edge: Edge node pool. If the return value is empty, it is the central node pool. */ profile: string; /** * The TTL time. */ ttlTime: number; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface BatchEdgeMachinesStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ edgeNodeStatusConditionType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface ClusterClusterConfig { /** * Cluster API Server public network access configuration information. It takes effect only when ApiServerPublicAccessEnabled=true. */ apiServerPublicAccessConfig?: outputs.veecp.ClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, values: * false: (default value). closed * true: opened. */ apiServerPublicAccessEnabled?: boolean; /** * Node public network access configuration, values: * false: (default value). Do not enable public network access. Existing NAT gateways and rules are not affected. true: Enable public network access. After enabling, a NAT gateway is automatically created for the cluster's private network and corresponding rules are configured. Note: This parameter cannot be modified after the cluster is created. Please configure it reasonably. */ resourcePublicAccessDefaultEnabled?: boolean; /** * The subnet ID for communication within the private network (VPC) of the cluster control plane. You can call the private network API to obtain the subnet ID. Note: When creating a cluster, please ensure that all specified SubnetIds (including but not limited to this parameter) belong to the same private network. It is recommended that you choose subnets in different availability zones as much as possible to improve the high availability of the cluster control plane. Please note that this parameter is not supported to be modified after the cluster is created. Please configure it reasonably. */ subnetIds: string[]; } interface ClusterClusterConfigApiServerPublicAccessConfig { /** * Public network access network configuration. */ publicAccessNetworkConfig?: outputs.veecp.ClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface ClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth?: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType?: string; } interface ClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. This structure can only be modified and added, and cannot be deleted. When encountering a `cannot be deleted` error, please query the log setups of the current cluster and fill in the current `tf` file. */ logSetups?: outputs.veecp.ClusterLoggingConfigLogSetup[]; } interface ClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled?: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl?: number; /** * The current types of logs that can be enabled are: * Audit: Cluster audit logs. * KubeApiServer: kube-apiserver component logs. * KubeScheduler: kube-scheduler component logs. * KubeControllerManager: kube-controller-manager component logs. */ logType: string; } interface ClusterPodsConfig { /** * Flannel network configuration. It can be configured only when PodNetworkMode=Flannel, but it is not mandatory. */ flannelConfig?: outputs.veecp.ClusterPodsConfigFlannelConfig; /** * Container network model, values: Flannel: Flannel network model, an independent Underlay container network solution. Combined with the global routing capability of a private network (VPC), it realizes a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution implemented based on the elastic network interface (ENI) of a private network, with high network communication performance. Description: After the cluster is created, this parameter is not supported to be modified temporarily. Please configure it reasonably. */ podNetworkMode: string; /** * VPC-CNI network configuration. PodNetworkMode=VpcCniShared, but it is not mandatory. */ vpcCniConfig?: outputs.veecp.ClusterPodsConfigVpcCniConfig; } interface ClusterPodsConfigFlannelConfig { /** * Upper limit of the number of single-node Pod instances in the Flannel model container network. Values: 64(default value), 16, 32, 128, 256. */ maxPodsPerNode?: number; /** * Pod CIDR of Flannel model container network. Only configurable when PodNetworkMode=Flannel, but not mandatory. Note: The number of Pods in the cluster is limited by the number of IPs in this CIDR. This parameter cannot be modified after cluster creation. Please plan the Pod CIDR reasonably. Cannot conflict with the following network segments: private network network segments corresponding to ClusterConfig.SubnetIds. All clusters within the same private network's FlannelConfig.PodCidrs. All clusters within the same private network's ServiceConfig.ServiceCidrsv4. Different clusters within the same private network's FlannelConfig.PodCidrs cannot conflict. */ podCidrs: string[]; } interface ClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; } interface ClusterServicesConfig { /** * CIDR used by services within the cluster. It cannot conflict with the following network segments: FlannelConfig.PodCidrs. SubnetIds of all clusters within the same private network or FlannelConfig.VpcConfig.SubnetIds. ServiceConfig.ServiceCidrsv4 of all clusters within the same private network (this parameter).It is stated that currently only one array element is supported. When multiple values are specified, only the first value takes effect. */ serviceCidrsv4s: string[]; } interface ClustersCluster { /** * The config of the cluster. */ clusterConfig: outputs.veecp.ClustersClusterClusterConfig; /** * ClientToken when the cluster is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken: string; /** * Cluster creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * Cluster deletion protection. Values: true: Enable deletion protection. false: Disable deletion protection. */ deleteProtectionEnabled: boolean; /** * Cluster description information. */ description: string; /** * The ID of the cluster. */ id: string; /** * Kubernetes version information corresponding to the cluster, specific to the patch version. */ kubernetesVersion: string; /** * Cluster log configuration information. */ loggingConfigs: outputs.veecp.ClustersClusterLoggingConfig[]; /** * Cluster name. */ name: string; /** * Statistics on the number of nodes corresponding to each master state in the cluster. */ nodeStatistics: outputs.veecp.ClustersClusterNodeStatistics; /** * The config of the pods. */ podsConfig: outputs.veecp.ClustersClusterPodsConfig; /** * The config of the services. */ servicesConfig: outputs.veecp.ClustersClusterServicesConfig; /** * Cluster status. For detailed instructions, please refer to ClusterStatusResponse. */ statuses: outputs.veecp.ClustersClusterStatus[]; /** * The ClientToken when the last cluster update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken: string; /** * The time when the cluster last accepted a request and executed or completed execution. UTC+0 time in standard RFC3339 format. */ updateTime: string; } interface ClustersClusterClusterConfig { /** * Endpoint information accessed by the cluster API Server. */ apiServerEndpoints: outputs.veecp.ClustersClusterClusterConfigApiServerEndpoints; /** * Cluster API Server public network access configuration. */ apiServerPublicAccessConfig: outputs.veecp.ClustersClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, the value is `true` or `false`. */ apiServerPublicAccessEnabled: boolean; /** * Node public network access configuration, the value is `true` or `false`. */ resourcePublicAccessDefaultEnabled: boolean; /** * The security group used by the cluster control plane and nodes. */ securityGroupIds: string[]; /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface ClustersClusterClusterConfigApiServerEndpoints { /** * Endpoint address of the cluster API Server private network. */ privateIp: outputs.veecp.ClustersClusterClusterConfigApiServerEndpointsPrivateIp; /** * Endpoint address of the cluster API Server public network. */ publicIp: outputs.veecp.ClustersClusterClusterConfigApiServerEndpointsPublicIp; } interface ClustersClusterClusterConfigApiServerEndpointsPrivateIp { /** * Ipv4 address. */ ipv4: string; } interface ClustersClusterClusterConfigApiServerEndpointsPublicIp { /** * Ipv4 address. */ ipv4: string; } interface ClustersClusterClusterConfigApiServerPublicAccessConfig { /** * IPv4 public network access whitelist. A null value means all network segments (0.0.0.0/0) are allowed to pass. */ accessSourceIpsv4s: string[]; /** * [SkipDoc]The IpFamily configuration,the value is `Ipv4` or `DualStack`. */ ipFamily: string; /** * Public network access network configuration. */ publicAccessNetworkConfig: outputs.veecp.ClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface ClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of public IP. */ isp: string; } interface ClustersClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. */ logSetups: outputs.veecp.ClustersClusterLoggingConfigLogSetup[]; } interface ClustersClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl: number; /** * The currently enabled log type. */ logType: string; } interface ClustersClusterNodeStatistics { /** * Phase=Creating total number of nodes. */ creatingCount: number; /** * Phase=Deleting total number of nodes. */ deletingCount: number; /** * Phase=Failed total number of nodes. */ failedCount: number; /** * Phase=Running total number of nodes. */ runningCount: number; /** * Phase=Starting total number of nodes. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. Phase=Stopped total number of nodes. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * Phase=Stopping total number of nodes. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * Phase=Updating total number of nodes. */ updatingCount: number; } interface ClustersClusterPodsConfig { /** * Flannel network configuration. */ flannelConfig: outputs.veecp.ClustersClusterPodsConfigFlannelConfig; /** * Container Pod Network Type (CNI), the value is `Flannel` or `VpcCniShared`. */ podNetworkMode: string; /** * VPC-CNI network configuration. */ vpcCniConfig: outputs.veecp.ClustersClusterPodsConfigVpcCniConfig; } interface ClustersClusterPodsConfigFlannelConfig { /** * The maximum number of single-node Pod instances for a Flannel container network. */ maxPodsPerNode: number; /** * Pod CIDR for the Flannel container network. */ podCidrs: string[]; } interface ClustersClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface ClustersClusterServicesConfig { /** * The IPv4 private network address exposed by the service. */ serviceCidrsv4s: string[]; } interface ClustersClusterStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.veecp.ClustersClusterStatusCondition[]; /** * Cluster status. The value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase: string; } interface ClustersClusterStatusCondition { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Balance`, `CreateError`, `ResourceCleanupFailed`, `Unknown`. */ type: string; } interface ClustersStatus { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`, `SetByProvider`, `Balance`, `Security`, `CreateError`, `ResourceCleanupFailed`, `LimitedByQuota`, `StockOut`,`Unknown`. */ conditionsType?: string; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase?: string; } interface EdgeNodeAutoCompleteConfig { /** * The address of the machine to be managed. */ address?: string; /** * Directly managed through the edge computing instance ID. When it is true, there is no need to provide Address. Only DirectAddInstances needs to be provided. */ directAdd?: boolean; /** * Edge computing instance ID on Volcano Engine. */ directAddInstances?: outputs.veecp.EdgeNodeAutoCompleteConfigDirectAddInstance[]; /** * Enable/Disable automatic management. */ enable: boolean; /** * Login credentials. */ machineAuth?: outputs.veecp.EdgeNodeAutoCompleteConfigMachineAuth; } interface EdgeNodeAutoCompleteConfigDirectAddInstance { /** * Edge service ID. */ cloudServerIdentity: string; /** * Edge computing instance ID. */ instanceIdentity: string; } interface EdgeNodeAutoCompleteConfigMachineAuth { /** * Authentication method. Currently only Password is open. */ authType: string; /** * SSH port, default 22. */ sshPort: number; /** * Login username. */ user: string; } interface EdgeNodePoolBillingConfigs { /** * Whether to automatically renew the node pool. */ autoRenew?: boolean; /** * The pre-paid period of the node pool, in months. The value range is 1-9. This parameter takes effect only when the billingType is PrePaid. */ prePaidPeriod: number; /** * Prepaid period number. */ prePaidPeriodNumber: number; } interface EdgeNodePoolElasticConfig { /** * The node pool elastic scaling configuration information. */ autoScaleConfig: outputs.veecp.EdgeNodePoolElasticConfigAutoScaleConfig; /** * The ID of the edge service corresponding to the elastic node. On the edge computing node's edge service page, obtain the edge service ID. */ cloudServerIdentity: string; instanceArea: outputs.veecp.EdgeNodePoolElasticConfigInstanceArea; } interface EdgeNodePoolElasticConfigAutoScaleConfig { /** * The DesiredReplicas of AutoScaling, default 0, range in minReplicas to max_replicas. */ desiredReplicas: number; /** * Whether to enable the auto scaling function of the node pool. When a node needs to be manually added to the node pool, the value of this field must be `false`. */ enabled: boolean; /** * The MaxReplicas of AutoScaling, default 10, range in 1~2000. This field is valid when the value of `enabled` is `true`. */ maxReplicas: number; /** * The MinReplicas of AutoScaling, default 0. This field is valid when the value of `enabled` is `true`. */ minReplicas: number; /** * The Priority of AutoScaling, default 10, rang in 0~100. This field is valid when the value of `enabled` is `true` and the value of `subnetPolicy` is `Priority`. */ priority: number; } interface EdgeNodePoolElasticConfigInstanceArea { /** * Region name. You can obtain the regions and operators supported by instance specifications through the ListAvailableResourceInfo interface. */ areaName: string; /** * The cluster name. */ clusterName: string; /** * Default operator. When using three-line nodes, this parameter can be configured. After configuration, this operator will be used as the default export. */ defaultIsp: string; /** * Public network configuration of three-line nodes. If it is a single-line node, this parameter will be ignored. Value range: single_interface_multi_ip: Single network card with multiple IPs. single_interface_cmcc_ip: Single network card with China Mobile IP. Relevant permissions need to be opened by submitting a work order. single_interface_cucc_ip: Single network card with China Unicom IP. Relevant permissions need to be opened by submitting a work order. single_interface_ctcc_ip: Single network card with China Telecom IP. Relevant permissions need to be opened by submitting a work order. multi_interface_multi_ip: Multiple network cards with multiple IPs. Relevant permissions need to be opened by submitting a work order. no_interface: No public network network card. Relevant permissions need to be opened by submitting a work order. If this parameter is not configured: When there is a public network network card, singleInterfaceMultiIp is used by default. When there is no public network network card, noInterface is used by default. */ externalNetworkMode: string; /** * Operator. You can obtain the regions and operators supported by instance specifications through the ListAvailableResourceInfo interface. */ isp: string; /** * The subnet id. */ subnetId?: string; /** * The vpc id. */ vpcIdentity: string; } interface EdgeNodePoolKubernetesConfig { /** * The Labels of KubernetesConfig. */ labels?: outputs.veecp.EdgeNodePoolKubernetesConfigLabel[]; /** * The Taints of KubernetesConfig. */ taints?: outputs.veecp.EdgeNodePoolKubernetesConfigTaint[]; } interface EdgeNodePoolKubernetesConfigLabel { /** * The Key of Labels. */ key?: string; /** * The Value of Labels. */ value?: string; } interface EdgeNodePoolKubernetesConfigTaint { /** * The Effect of Taints, the value can be `NoSchedule` or `NoExecute` or `PreferNoSchedule`. */ effect?: string; /** * The Key of Taints. */ key?: string; /** * The Value of Taints. */ value?: string; } interface EdgeNodePoolsNodePool { /** * The billing configuration. */ billingConfigs: outputs.veecp.EdgeNodePoolsNodePoolBillingConfig[]; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * Elastic scaling configuration of node pool. */ elasticConfigs: outputs.veecp.EdgeNodePoolsNodePoolElasticConfig[]; /** * The Id of NodePool. */ id: string; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.veecp.EdgeNodePoolsNodePoolLabelContent[]; /** * The Name of NodePool. */ name: string; /** * The method of adding nodes to the node pool. */ nodeAddMethods: string[]; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.veecp.EdgeNodePoolsNodePoolNodeStatistic[]; /** * The Phase of Status. */ phase: string; /** * Edge: Edge node pool. If the return value is empty, it is the central node pool. */ profile: string; /** * The TaintContent of NodeConfig. */ taintContents: outputs.veecp.EdgeNodePoolsNodePoolTaintContent[]; /** * Node pool type, machine-set: central node pool. edge-machine-set: edge node pool. edge-machine-pool: edge elastic node pool. */ type: string; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; /** * The static node pool specifies the node pool to associate with the VPC. */ vpcId: string; } interface EdgeNodePoolsNodePoolBillingConfig { /** * Whether to automatically renew the node pool. */ autoRenew: boolean; /** * The pre-paid period of the node pool, in months. The value range is 1-9. This parameter takes effect only when the billingType is PrePaid. */ prePaidPeriod: number; /** * Prepaid period number. */ prePaidPeriodNumber: number; } interface EdgeNodePoolsNodePoolElasticConfig { /** * The auto scaling configuration. */ autoScaleConfigs: outputs.veecp.EdgeNodePoolsNodePoolElasticConfigAutoScaleConfig[]; /** * Cloud server identity. */ cloudServerIdentity: string; /** * The information of instance area. */ instanceAreas: outputs.veecp.EdgeNodePoolsNodePoolElasticConfigInstanceArea[]; } interface EdgeNodePoolsNodePoolElasticConfigAutoScaleConfig { /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Whether to enable auto scaling. */ enabled: boolean; /** * The maximum number of nodes. */ maxReplicas: number; /** * The minimum number of nodes. */ minReplicas: number; /** * The Priority of AutoScaling. */ priority: number; } interface EdgeNodePoolsNodePoolElasticConfigInstanceArea { /** * Region name. You can obtain the regions and operators supported by instance specifications through the ListAvailableResourceInfo interface. */ areaName: string; /** * Cluster name. */ clusterName: string; /** * Default operator. When using three-line nodes, this parameter can be configured. After configuration, this operator will be used as the default export. */ defaultIsp: string; /** * Public network configuration of three-line nodes. If it is a single-line node, this parameter will be ignored. Value range: single_interface_multi_ip: Single network card with multiple IPs. single_interface_cmcc_ip: Single network card with China Mobile IP. Relevant permissions need to be opened by submitting a work order. single_interface_cucc_ip: Single network card with China Unicom IP. Relevant permissions need to be opened by submitting a work order. single_interface_ctcc_ip: Single network card with China Telecom IP. Relevant permissions need to be opened by submitting a work order. multi_interface_multi_ip: Multiple network cards with multiple IPs. Relevant permissions need to be opened by submitting a work order. no_interface: No public network network card. Relevant permissions need to be opened by submitting a work order. If this parameter is not configured: When there is a public network network card, singleInterfaceMultiIp is used by default. When there is no public network network card, noInterface is used by default. */ externalNetworkMode: string; /** * Operator. You can obtain the regions and operators supported by the instance specification through the ListAvailableResourceInfo interface. */ isp: string; /** * Subnet ID. */ subnetIdentity: string; /** * VPC ID. */ vpcIdentity: string; } interface EdgeNodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface EdgeNodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface EdgeNodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface EdgeNodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface EdgeNodesNode { /** * The bootstrap script of node. */ bootstrapScript: string; /** * The cluster id of node. */ clusterId: string; /** * The Condition of Node. */ conditionTypes: string[]; /** * The Create Client Token. */ createClientToken: string; /** * The create time of Node. */ createTime: string; /** * The edge node type of node. */ edgeNodeType: string; /** * The ID of Node. */ id: string; /** * The instance id of node. */ instanceId: string; /** * The Name of Node. */ name: string; /** * The node pool id. */ nodePoolId: string; /** * The Phase of Node. */ phase: string; /** * The profile of node. Distinguish between edge and central nodes. */ profile: string; /** * The provider id of node. */ providerId: string; /** * The update time of Node. */ updateTime: string; } interface EdgeNodesStatus { /** * The Type of Node Condition, the value is `Progressing` or `Ok` or `Unschedulable` or `InitilizeFailed` or `Unknown` or `NotReady` or `Security` or `Balance` or `ResourceCleanupFailed`. */ edgeNodeStatusConditionType?: string; /** * The Phase of Node, the value is `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Starting` or `Stopping` or `Stopped`. */ phase?: string; } interface GetAddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model. */ deployMode: string; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.veecp.GetAddonsAddonVersion[]; } interface GetAddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.veecp.GetAddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface GetAddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface GetBatchEdgeMachinesMachine { /** * The bootstrap script. */ bootstrapScript: string; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * Edge node type. */ edgeNodeType: string; /** * The Id of NodePool. */ id: string; /** * The Name of NodePool. */ name: string; /** * The Phase of Status. */ phase: string; /** * Edge: Edge node pool. If the return value is empty, it is the central node pool. */ profile: string; /** * The TTL time. */ ttlTime: number; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface GetBatchEdgeMachinesStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ edgeNodeStatusConditionType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface GetClustersCluster { /** * The config of the cluster. */ clusterConfig: outputs.veecp.GetClustersClusterClusterConfig; /** * ClientToken when the cluster is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken: string; /** * Cluster creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * Cluster deletion protection. Values: true: Enable deletion protection. false: Disable deletion protection. */ deleteProtectionEnabled: boolean; /** * Cluster description information. */ description: string; /** * The ID of the cluster. */ id: string; /** * Kubernetes version information corresponding to the cluster, specific to the patch version. */ kubernetesVersion: string; /** * Cluster log configuration information. */ loggingConfigs: outputs.veecp.GetClustersClusterLoggingConfig[]; /** * Cluster name. */ name: string; /** * Statistics on the number of nodes corresponding to each master state in the cluster. */ nodeStatistics: outputs.veecp.GetClustersClusterNodeStatistics; /** * The config of the pods. */ podsConfig: outputs.veecp.GetClustersClusterPodsConfig; /** * The config of the services. */ servicesConfig: outputs.veecp.GetClustersClusterServicesConfig; /** * Cluster status. For detailed instructions, please refer to ClusterStatusResponse. */ statuses: outputs.veecp.GetClustersClusterStatus[]; /** * The ClientToken when the last cluster update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken: string; /** * The time when the cluster last accepted a request and executed or completed execution. UTC+0 time in standard RFC3339 format. */ updateTime: string; } interface GetClustersClusterClusterConfig { /** * Endpoint information accessed by the cluster API Server. */ apiServerEndpoints: outputs.veecp.GetClustersClusterClusterConfigApiServerEndpoints; /** * Cluster API Server public network access configuration. */ apiServerPublicAccessConfig: outputs.veecp.GetClustersClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, the value is `true` or `false`. */ apiServerPublicAccessEnabled: boolean; /** * Node public network access configuration, the value is `true` or `false`. */ resourcePublicAccessDefaultEnabled: boolean; /** * The security group used by the cluster control plane and nodes. */ securityGroupIds: string[]; /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface GetClustersClusterClusterConfigApiServerEndpoints { /** * Endpoint address of the cluster API Server private network. */ privateIp: outputs.veecp.GetClustersClusterClusterConfigApiServerEndpointsPrivateIp; /** * Endpoint address of the cluster API Server public network. */ publicIp: outputs.veecp.GetClustersClusterClusterConfigApiServerEndpointsPublicIp; } interface GetClustersClusterClusterConfigApiServerEndpointsPrivateIp { /** * Ipv4 address. */ ipv4: string; } interface GetClustersClusterClusterConfigApiServerEndpointsPublicIp { /** * Ipv4 address. */ ipv4: string; } interface GetClustersClusterClusterConfigApiServerPublicAccessConfig { /** * IPv4 public network access whitelist. A null value means all network segments (0.0.0.0/0) are allowed to pass. */ accessSourceIpsv4s: string[]; /** * [SkipDoc]The IpFamily configuration,the value is `Ipv4` or `DualStack`. */ ipFamily: string; /** * Public network access network configuration. */ publicAccessNetworkConfig: outputs.veecp.GetClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface GetClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of public IP. */ isp: string; } interface GetClustersClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. */ logSetups: outputs.veecp.GetClustersClusterLoggingConfigLogSetup[]; } interface GetClustersClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl: number; /** * The currently enabled log type. */ logType: string; } interface GetClustersClusterNodeStatistics { /** * Phase=Creating total number of nodes. */ creatingCount: number; /** * Phase=Deleting total number of nodes. */ deletingCount: number; /** * Phase=Failed total number of nodes. */ failedCount: number; /** * Phase=Running total number of nodes. */ runningCount: number; /** * Phase=Starting total number of nodes. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. Phase=Stopped total number of nodes. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * Phase=Stopping total number of nodes. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * Phase=Updating total number of nodes. */ updatingCount: number; } interface GetClustersClusterPodsConfig { /** * Flannel network configuration. */ flannelConfig: outputs.veecp.GetClustersClusterPodsConfigFlannelConfig; /** * Container Pod Network Type (CNI), the value is `Flannel` or `VpcCniShared`. */ podNetworkMode: string; /** * VPC-CNI network configuration. */ vpcCniConfig: outputs.veecp.GetClustersClusterPodsConfigVpcCniConfig; } interface GetClustersClusterPodsConfigFlannelConfig { /** * The maximum number of single-node Pod instances for a Flannel container network. */ maxPodsPerNode: number; /** * Pod CIDR for the Flannel container network. */ podCidrs: string[]; } interface GetClustersClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface GetClustersClusterServicesConfig { /** * The IPv4 private network address exposed by the service. */ serviceCidrsv4s: string[]; } interface GetClustersClusterStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.veecp.GetClustersClusterStatusCondition[]; /** * Cluster status. The value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase: string; } interface GetClustersClusterStatusCondition { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Balance`, `CreateError`, `ResourceCleanupFailed`, `Unknown`. */ type: string; } interface GetClustersStatus { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`, `SetByProvider`, `Balance`, `Security`, `CreateError`, `ResourceCleanupFailed`, `LimitedByQuota`, `StockOut`,`Unknown`. */ conditionsType?: string; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase?: string; } interface GetEdgeNodePoolsNodePool { /** * The billing configuration. */ billingConfigs: outputs.veecp.GetEdgeNodePoolsNodePoolBillingConfig[]; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * Elastic scaling configuration of node pool. */ elasticConfigs: outputs.veecp.GetEdgeNodePoolsNodePoolElasticConfig[]; /** * The Id of NodePool. */ id: string; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.veecp.GetEdgeNodePoolsNodePoolLabelContent[]; /** * The Name of NodePool. */ name: string; /** * The method of adding nodes to the node pool. */ nodeAddMethods: string[]; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.veecp.GetEdgeNodePoolsNodePoolNodeStatistic[]; /** * The Phase of Status. */ phase: string; /** * Edge: Edge node pool. If the return value is empty, it is the central node pool. */ profile: string; /** * The TaintContent of NodeConfig. */ taintContents: outputs.veecp.GetEdgeNodePoolsNodePoolTaintContent[]; /** * Node pool type, machine-set: central node pool. edge-machine-set: edge node pool. edge-machine-pool: edge elastic node pool. */ type: string; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; /** * The static node pool specifies the node pool to associate with the VPC. */ vpcId: string; } interface GetEdgeNodePoolsNodePoolBillingConfig { /** * Whether to automatically renew the node pool. */ autoRenew: boolean; /** * The pre-paid period of the node pool, in months. The value range is 1-9. This parameter takes effect only when the billingType is PrePaid. */ prePaidPeriod: number; /** * Prepaid period number. */ prePaidPeriodNumber: number; } interface GetEdgeNodePoolsNodePoolElasticConfig { /** * The auto scaling configuration. */ autoScaleConfigs: outputs.veecp.GetEdgeNodePoolsNodePoolElasticConfigAutoScaleConfig[]; /** * Cloud server identity. */ cloudServerIdentity: string; /** * The information of instance area. */ instanceAreas: outputs.veecp.GetEdgeNodePoolsNodePoolElasticConfigInstanceArea[]; } interface GetEdgeNodePoolsNodePoolElasticConfigAutoScaleConfig { /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Whether to enable auto scaling. */ enabled: boolean; /** * The maximum number of nodes. */ maxReplicas: number; /** * The minimum number of nodes. */ minReplicas: number; /** * The Priority of AutoScaling. */ priority: number; } interface GetEdgeNodePoolsNodePoolElasticConfigInstanceArea { /** * Region name. You can obtain the regions and operators supported by instance specifications through the ListAvailableResourceInfo interface. */ areaName: string; /** * Cluster name. */ clusterName: string; /** * Default operator. When using three-line nodes, this parameter can be configured. After configuration, this operator will be used as the default export. */ defaultIsp: string; /** * Public network configuration of three-line nodes. If it is a single-line node, this parameter will be ignored. Value range: single_interface_multi_ip: Single network card with multiple IPs. single_interface_cmcc_ip: Single network card with China Mobile IP. Relevant permissions need to be opened by submitting a work order. single_interface_cucc_ip: Single network card with China Unicom IP. Relevant permissions need to be opened by submitting a work order. single_interface_ctcc_ip: Single network card with China Telecom IP. Relevant permissions need to be opened by submitting a work order. multi_interface_multi_ip: Multiple network cards with multiple IPs. Relevant permissions need to be opened by submitting a work order. no_interface: No public network network card. Relevant permissions need to be opened by submitting a work order. If this parameter is not configured: When there is a public network network card, singleInterfaceMultiIp is used by default. When there is no public network network card, noInterface is used by default. */ externalNetworkMode: string; /** * Operator. You can obtain the regions and operators supported by the instance specification through the ListAvailableResourceInfo interface. */ isp: string; /** * Subnet ID. */ subnetIdentity: string; /** * VPC ID. */ vpcIdentity: string; } interface GetEdgeNodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetEdgeNodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface GetEdgeNodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetEdgeNodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface GetEdgeNodesNode { /** * The bootstrap script of node. */ bootstrapScript: string; /** * The cluster id of node. */ clusterId: string; /** * The Condition of Node. */ conditionTypes: string[]; /** * The Create Client Token. */ createClientToken: string; /** * The create time of Node. */ createTime: string; /** * The edge node type of node. */ edgeNodeType: string; /** * The ID of Node. */ id: string; /** * The instance id of node. */ instanceId: string; /** * The Name of Node. */ name: string; /** * The node pool id. */ nodePoolId: string; /** * The Phase of Node. */ phase: string; /** * The profile of node. Distinguish between edge and central nodes. */ profile: string; /** * The provider id of node. */ providerId: string; /** * The update time of Node. */ updateTime: string; } interface GetEdgeNodesStatus { /** * The Type of Node Condition, the value is `Progressing` or `Ok` or `Unschedulable` or `InitilizeFailed` or `Unknown` or `NotReady` or `Security` or `Balance` or `ResourceCleanupFailed`. */ edgeNodeStatusConditionType?: string; /** * The Phase of Node, the value is `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Starting` or `Stopping` or `Stopped`. */ phase?: string; } interface GetNodePoolsNodePool { /** * Is AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled: boolean; /** * Is auto renew of the PrePaid instance of NodeConfig. */ autoRenew: boolean; /** * The AutoRenewPeriod of the PrePaid instance of NodeConfig. */ autoRenewPeriod: number; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * The DataVolume of NodeConfig. */ dataVolumes: outputs.veecp.GetNodePoolsNodePoolDataVolume[]; /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Tags for Ecs. */ ecsTags: outputs.veecp.GetNodePoolsNodePoolEcsTag[]; /** * Is Enabled of AutoScaling. */ enabled: boolean; /** * The IDs of HpcCluster. */ hpcClusterIds: string[]; /** * The Id of NodePool. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The InstanceChargeType of NodeConfig. */ instanceChargeType: string; /** * The InstanceTypeIds of NodeConfig. */ instanceTypeIds: string[]; /** * The NamePrefix of node metadata. */ kubeConfigNamePrefix: string; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.veecp.GetNodePoolsNodePoolLabelContent[]; /** * The login SshKeyPairName of NodeConfig. */ loginKeyPairName: string; /** * The login type of NodeConfig. */ loginType: string; /** * The MaxReplicas of AutoScaling. */ maxReplicas: number; /** * The MinReplicas of AutoScaling. */ minReplicas: number; /** * The Name of NodePool. */ name: string; /** * The NamePrefix of NodeConfig. */ namePrefix: string; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.veecp.GetNodePoolsNodePoolNodeStatistic[]; /** * The period of the PrePaid instance of NodeConfig. */ period: number; /** * The Phase of Status. */ phase: string; /** * The Priority of AutoScaling. */ priority: number; /** * The SecurityGroupIds of NodeConfig. */ securityGroupIds: string[]; /** * The SecurityStrategies of NodeConfig. */ securityStrategies: string[]; /** * The SecurityStrategyEnabled of NodeConfig. */ securityStrategyEnabled: boolean; /** * The SubnetId of NodeConfig. */ subnetIds: string[]; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; /** * The SystemVolume of NodeConfig. */ systemVolumes: outputs.veecp.GetNodePoolsNodePoolSystemVolume[]; /** * Tags of the NodePool. */ tags: outputs.veecp.GetNodePoolsNodePoolTag[]; /** * The TaintContent of NodeConfig. */ taintContents: outputs.veecp.GetNodePoolsNodePoolTaintContent[]; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface GetNodePoolsNodePoolDataVolume { /** * The target mount directory of the disk. */ mountPoint: string; /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface GetNodePoolsNodePoolEcsTag { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface GetNodePoolsNodePoolSystemVolume { /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface GetNodePoolsNodePoolTag { /** * The Key of Taint. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface GetSupportAddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model, the value is `Managed` or `Unmanaged`. */ deployModes: string[]; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.veecp.GetSupportAddonsAddonVersion[]; } interface GetSupportAddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.veecp.GetSupportAddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface GetSupportAddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface GetSupportResourceTypesResource { /** * The scope of resource. */ resourceScope: string; /** * The resource specifications info. */ resourceSpecifications: string[]; /** * The type of resource. */ resourceType: string; /** * The id of zone. */ zoneId: string; } interface NodePoolAutoScaling { /** * The DesiredReplicas of AutoScaling, default 0, range in minReplicas to max_replicas. */ desiredReplicas: number; /** * Whether to enable the auto scaling function of the node pool. When a node needs to be manually added to the node pool, the value of this field must be `false`. */ enabled: boolean; /** * The MaxReplicas of AutoScaling, default 10, range in 1~2000. This field is valid when the value of `enabled` is `true`. */ maxReplicas?: number; /** * The MinReplicas of AutoScaling, default 0. This field is valid when the value of `enabled` is `true`. */ minReplicas: number; /** * The Priority of AutoScaling, default 10, rang in 0~100. This field is valid when the value of `enabled` is `true` and the value of `subnetPolicy` is `Priority`. */ priority: number; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; } interface NodePoolKubernetesConfig { /** * Whether to disable the function of automatically synchronizing labels and taints to existing nodes. Default is false. */ autoSyncDisabled: boolean; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The Labels of KubernetesConfig. */ labels?: outputs.veecp.NodePoolKubernetesConfigLabel[]; /** * The NamePrefix of node metadata. */ namePrefix?: string; /** * The Taints of KubernetesConfig. */ taints?: outputs.veecp.NodePoolKubernetesConfigTaint[]; } interface NodePoolKubernetesConfigLabel { /** * The Key of Labels. */ key?: string; /** * The Value of Labels. */ value?: string; } interface NodePoolKubernetesConfigTaint { /** * The Effect of Taints, the value can be `NoSchedule` or `NoExecute` or `PreferNoSchedule`. */ effect?: string; /** * The Key of Taints. */ key?: string; /** * The Value of Taints. */ value?: string; } interface NodePoolNodeConfig { /** * The AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled?: boolean; /** * Is AutoRenew of PrePaid instance of NodeConfig. Valid values: true, false. when InstanceChargeType is PrePaid, default value is true. */ autoRenew: boolean; /** * The AutoRenewPeriod of PrePaid instance of NodeConfig. Valid values: 1, 2, 3, 6, 12. Unit: month. when InstanceChargeType is PrePaid and AutoRenew enable, default value is 1. */ autoRenewPeriod: number; /** * The DataVolumes of NodeConfig. */ dataVolumes?: outputs.veecp.NodePoolNodeConfigDataVolume[]; /** * Tags for Ecs. */ ecsTags?: outputs.veecp.NodePoolNodeConfigEcsTag[]; /** * The IDs of HpcCluster, only one ID is supported currently. */ hpcClusterIds?: string[]; /** * The ImageId of NodeConfig. */ imageId: string; /** * The initializeScript of NodeConfig. */ initializeScript?: string; /** * The InstanceChargeType of PrePaid instance of NodeConfig. Valid values: PostPaid, PrePaid. Default value: PostPaid. */ instanceChargeType?: string; /** * The InstanceTypeIds of NodeConfig. The value can get from volcengine.veecp.getSupportResourceTypes datasource. */ instanceTypeIds: string[]; /** * The NamePrefix of NodeConfig. */ namePrefix?: string; /** * The Period of PrePaid instance of NodeConfig. Valid values: 1, 2, 3, 4, 5, 6, 7, 8, 9, 12, 24, 36. Unit: month. when InstanceChargeType is PrePaid, default value is 12. */ period: number; /** * The Security of NodeConfig. */ security: outputs.veecp.NodePoolNodeConfigSecurity; /** * The SubnetIds of NodeConfig. */ subnetIds: string[]; /** * The SystemVolume of NodeConfig. */ systemVolume: outputs.veecp.NodePoolNodeConfigSystemVolume; } interface NodePoolNodeConfigDataVolume { /** * The target mount directory of the disk. Must start with `/`. */ mountPoint?: string; /** * The Size of DataVolumes, the value range in 20~32768. Default value is `20`. */ size?: number; /** * The Type of DataVolumes, the value can be `PTSSD` or `ESSD_PL0` or `ESSD_FlexPL`. Default value is `ESSD_PL0`. */ type?: string; } interface NodePoolNodeConfigEcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NodePoolNodeConfigSecurity { /** * The Login of Security. */ login?: outputs.veecp.NodePoolNodeConfigSecurityLogin; /** * The SecurityGroupIds of Security. */ securityGroupIds: string[]; /** * The SecurityStrategies of Security, the value can be empty or `Hids`. */ securityStrategies?: string[]; } interface NodePoolNodeConfigSecurityLogin { /** * The Password of Security, this field must be encoded with base64. */ password?: string; /** * The SshKeyPairName of Security. */ sshKeyPairName?: string; } interface NodePoolNodeConfigSystemVolume { /** * The Size of SystemVolume, the value range in 20~2048. */ size: number; /** * The Type of SystemVolume, the value can be `PTSSD` or `ESSD_PL0` or `ESSD_FlexPL`. */ type: string; } interface NodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The TotalCount of Node. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface NodePoolsNodePool { /** * Is AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled: boolean; /** * Is auto renew of the PrePaid instance of NodeConfig. */ autoRenew: boolean; /** * The AutoRenewPeriod of the PrePaid instance of NodeConfig. */ autoRenewPeriod: number; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * The DataVolume of NodeConfig. */ dataVolumes: outputs.veecp.NodePoolsNodePoolDataVolume[]; /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Tags for Ecs. */ ecsTags: outputs.veecp.NodePoolsNodePoolEcsTag[]; /** * Is Enabled of AutoScaling. */ enabled: boolean; /** * The IDs of HpcCluster. */ hpcClusterIds: string[]; /** * The Id of NodePool. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The InstanceChargeType of NodeConfig. */ instanceChargeType: string; /** * The InstanceTypeIds of NodeConfig. */ instanceTypeIds: string[]; /** * The NamePrefix of node metadata. */ kubeConfigNamePrefix: string; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.veecp.NodePoolsNodePoolLabelContent[]; /** * The login SshKeyPairName of NodeConfig. */ loginKeyPairName: string; /** * The login type of NodeConfig. */ loginType: string; /** * The MaxReplicas of AutoScaling. */ maxReplicas: number; /** * The MinReplicas of AutoScaling. */ minReplicas: number; /** * The Name of NodePool. */ name: string; /** * The NamePrefix of NodeConfig. */ namePrefix: string; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.veecp.NodePoolsNodePoolNodeStatistic[]; /** * The period of the PrePaid instance of NodeConfig. */ period: number; /** * The Phase of Status. */ phase: string; /** * The Priority of AutoScaling. */ priority: number; /** * The SecurityGroupIds of NodeConfig. */ securityGroupIds: string[]; /** * The SecurityStrategies of NodeConfig. */ securityStrategies: string[]; /** * The SecurityStrategyEnabled of NodeConfig. */ securityStrategyEnabled: boolean; /** * The SubnetId of NodeConfig. */ subnetIds: string[]; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; /** * The SystemVolume of NodeConfig. */ systemVolumes: outputs.veecp.NodePoolsNodePoolSystemVolume[]; /** * Tags of the NodePool. */ tags: outputs.veecp.NodePoolsNodePoolTag[]; /** * The TaintContent of NodeConfig. */ taintContents: outputs.veecp.NodePoolsNodePoolTaintContent[]; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface NodePoolsNodePoolDataVolume { /** * The target mount directory of the disk. */ mountPoint: string; /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface NodePoolsNodePoolEcsTag { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The total count of query. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface NodePoolsNodePoolSystemVolume { /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface NodePoolsNodePoolTag { /** * The Key of Taint. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Taint. */ value: string; } interface NodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface SupportAddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model, the value is `Managed` or `Unmanaged`. */ deployModes: string[]; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.veecp.SupportAddonsAddonVersion[]; } interface SupportAddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.veecp.SupportAddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface SupportAddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface SupportResourceTypesResource { /** * The scope of resource. */ resourceScope: string; /** * The resource specifications info. */ resourceSpecifications: string[]; /** * The type of resource. */ resourceType: string; /** * The id of zone. */ zoneId: string; } } export declare namespace veenedge { interface AvailableResourcesRegion { /** * The config of area. */ area: outputs.veenedge.AvailableResourcesRegionArea; /** * The config of city. */ city: outputs.veenedge.AvailableResourcesRegionCity; /** * The config of cluster. */ cluster: outputs.veenedge.AvailableResourcesRegionCluster; /** * The config of country. */ country: outputs.veenedge.AvailableResourcesRegionCountry; /** * The config of isp. */ isp: outputs.veenedge.AvailableResourcesRegionIsp; } interface AvailableResourcesRegionArea { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface AvailableResourcesRegionCity { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface AvailableResourcesRegionCluster { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface AvailableResourcesRegionCountry { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface AvailableResourcesRegionIsp { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface CloudServerBillingConfig { /** * The method of bandwidth billing. The value can be `MonthlyP95` or `DailyPeak`. */ bandwidthBillingMethod: string; /** * The method of computing billing. The value can be `MonthlyPeak` or `DailyPeak`. */ computingBillingMethod: string; } interface CloudServerCustomData { /** * The custom data info. */ data: string; } interface CloudServerNetworkConfig { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * The name of custom external interface. */ customExternalInterfaceName?: string; /** * The name of custom internal interface. */ customInternalInterfaceName?: string; /** * Whether enable ipv6. */ enableIpv6: boolean; /** * The internal peak of bandwidth. */ internalBandwidthPeak: string; } interface CloudServerScheduleStrategy { /** * The network strategy. */ networkStrategy: string; /** * The price strategy. The value can be `highPriority` or `lowPriority`. */ priceStrategy: string; /** * The type of schedule strategy. The value can be `dispersion` or `concentration`. */ scheduleStrategy: string; } interface CloudServerStorageConfig { /** * The disk list info of data. */ dataDiskLists?: outputs.veenedge.CloudServerStorageConfigDataDiskList[]; /** * The disk info of system. */ systemDisk: outputs.veenedge.CloudServerStorageConfigSystemDisk; } interface CloudServerStorageConfigDataDiskList { /** * The capacity of storage. */ capacity: string; /** * The type of storage. The value can be `CloudBlockHDD` or `CloudBlockSSD`. */ storageType: string; } interface CloudServerStorageConfigSystemDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. The value can be `CloudBlockHDD` or `CloudBlockSSD`. */ storageType: string; } interface CloudServersCloudServer { /** * The config of billing. */ billingConfig: outputs.veenedge.CloudServersCloudServerBillingConfig; /** * The Id of cloud server. */ cloudServerIdentity: string; /** * The cpu info of cloud server. */ cpu: string; /** * The create time info. */ createTime: number; /** * The config of custom data. */ customData: outputs.veenedge.CloudServersCloudServerCustomData; /** * The config of gpu. */ gpu: outputs.veenedge.CloudServersCloudServerGpu; /** * The Id of cloud server. */ id: string; /** * The config of image. */ image: outputs.veenedge.CloudServersCloudServerImage; /** * The count of instance. */ instanceCount: number; /** * The status of instances. */ instanceStatuses: outputs.veenedge.CloudServersCloudServerInstanceStatus[]; /** * The memory info of cloud server. */ mem: string; /** * The name of cloud server. */ name: string; /** * The config of network. */ network: outputs.veenedge.CloudServersCloudServerNetwork; /** * The config of schedule strategy. */ scheduleStrategyConfigs: outputs.veenedge.CloudServersCloudServerScheduleStrategyConfigs; /** * The config of secret. */ secretConfig: outputs.veenedge.CloudServersCloudServerSecretConfig; /** * The server area count number. */ serverAreaCount: number; /** * The area level of cloud server. */ serverAreaLevel: string; /** * The server areas info. */ serverAreas: outputs.veenedge.CloudServersCloudServerServerArea[]; /** * The spec info of cloud server. */ spec: string; /** * The Chinese spec info of cloud server. */ specDisplay: string; /** * The spec summary of cloud server. */ specSum: { [key: string]: any; }; /** * The config of storage. */ storage: outputs.veenedge.CloudServersCloudServerStorage; /** * The update time info. */ updateTime: number; } interface CloudServersCloudServerBillingConfig { /** * The bandwidth billing method. */ bandwidthBillingMethod: string; /** * The computing billing method. */ computingBillingMethod: string; } interface CloudServersCloudServerCustomData { /** * The data info. */ data: string; } interface CloudServersCloudServerGpu { /** * The list gpu info. */ gpuses: outputs.veenedge.CloudServersCloudServerGpuGpus[]; } interface CloudServersCloudServerGpuGpus { /** * The spec of gpu. */ gpuSpec: outputs.veenedge.CloudServersCloudServerGpuGpusGpuSpec; /** * The number of gpu. */ num: number; } interface CloudServersCloudServerGpuGpusGpuSpec { /** * The type of gpu. */ gpuType: string; } interface CloudServersCloudServerImage { /** * The id of image. */ imageIdentity: string; /** * The name of image. */ imageName: string; /** * The property of system. */ property: string; /** * The arch of system. */ systemArch: string; /** * The bit of system. */ systemBit: string; /** * The type of system. */ systemType: string; /** * The version of system. */ systemVersion: string; } interface CloudServersCloudServerInstanceStatus { /** * The count of instance. */ instanceCount: number; /** * The status info. */ status: string; } interface CloudServersCloudServerNetwork { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * Whether enable ipv6. */ enableIpv6: boolean; /** * The internal peak of bandwidth. */ internalBandwidthPeak: string; } interface CloudServersCloudServerScheduleStrategyConfigs { /** * The price strategy. */ priceStrategy: string; /** * The schedule strategy. */ scheduleStrategy: string; } interface CloudServersCloudServerSecretConfig { /** * The data of secret. */ secretData: string; /** * The type of secret. */ secretType: number; } interface CloudServersCloudServerServerArea { /** * The area info. */ area: string; /** * The number of instance. */ instanceNum: number; /** * The isp info. */ isp: string; } interface CloudServersCloudServerStorage { /** * The disk info of data. */ dataDisk: outputs.veenedge.CloudServersCloudServerStorageDataDisk; /** * The disk list info of data. */ dataDiskLists: outputs.veenedge.CloudServersCloudServerStorageDataDiskList[]; /** * The disk info of system. */ systemDisk: outputs.veenedge.CloudServersCloudServerStorageSystemDisk; } interface CloudServersCloudServerStorageDataDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface CloudServersCloudServerStorageDataDiskList { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface CloudServersCloudServerStorageSystemDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetAvailableResourcesRegion { /** * The config of area. */ area: outputs.veenedge.GetAvailableResourcesRegionArea; /** * The config of city. */ city: outputs.veenedge.GetAvailableResourcesRegionCity; /** * The config of cluster. */ cluster: outputs.veenedge.GetAvailableResourcesRegionCluster; /** * The config of country. */ country: outputs.veenedge.GetAvailableResourcesRegionCountry; /** * The config of isp. */ isp: outputs.veenedge.GetAvailableResourcesRegionIsp; } interface GetAvailableResourcesRegionArea { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface GetAvailableResourcesRegionCity { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface GetAvailableResourcesRegionCluster { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface GetAvailableResourcesRegionCountry { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface GetAvailableResourcesRegionIsp { /** * The english name of region. */ enName: string; /** * The id of region. */ id: string; /** * The name of region. */ name: string; } interface GetCloudServersCloudServer { /** * The config of billing. */ billingConfig: outputs.veenedge.GetCloudServersCloudServerBillingConfig; /** * The Id of cloud server. */ cloudServerIdentity: string; /** * The cpu info of cloud server. */ cpu: string; /** * The create time info. */ createTime: number; /** * The config of custom data. */ customData: outputs.veenedge.GetCloudServersCloudServerCustomData; /** * The config of gpu. */ gpu: outputs.veenedge.GetCloudServersCloudServerGpu; /** * The Id of cloud server. */ id: string; /** * The config of image. */ image: outputs.veenedge.GetCloudServersCloudServerImage; /** * The count of instance. */ instanceCount: number; /** * The status of instances. */ instanceStatuses: outputs.veenedge.GetCloudServersCloudServerInstanceStatus[]; /** * The memory info of cloud server. */ mem: string; /** * The name of cloud server. */ name: string; /** * The config of network. */ network: outputs.veenedge.GetCloudServersCloudServerNetwork; /** * The config of schedule strategy. */ scheduleStrategyConfigs: outputs.veenedge.GetCloudServersCloudServerScheduleStrategyConfigs; /** * The config of secret. */ secretConfig: outputs.veenedge.GetCloudServersCloudServerSecretConfig; /** * The server area count number. */ serverAreaCount: number; /** * The area level of cloud server. */ serverAreaLevel: string; /** * The server areas info. */ serverAreas: outputs.veenedge.GetCloudServersCloudServerServerArea[]; /** * The spec info of cloud server. */ spec: string; /** * The Chinese spec info of cloud server. */ specDisplay: string; /** * The spec summary of cloud server. */ specSum: { [key: string]: any; }; /** * The config of storage. */ storage: outputs.veenedge.GetCloudServersCloudServerStorage; /** * The update time info. */ updateTime: number; } interface GetCloudServersCloudServerBillingConfig { /** * The bandwidth billing method. */ bandwidthBillingMethod: string; /** * The computing billing method. */ computingBillingMethod: string; } interface GetCloudServersCloudServerCustomData { /** * The data info. */ data: string; } interface GetCloudServersCloudServerGpu { /** * The list gpu info. */ gpuses: outputs.veenedge.GetCloudServersCloudServerGpuGpus[]; } interface GetCloudServersCloudServerGpuGpus { /** * The spec of gpu. */ gpuSpec: outputs.veenedge.GetCloudServersCloudServerGpuGpusGpuSpec; /** * The number of gpu. */ num: number; } interface GetCloudServersCloudServerGpuGpusGpuSpec { /** * The type of gpu. */ gpuType: string; } interface GetCloudServersCloudServerImage { /** * The id of image. */ imageIdentity: string; /** * The name of image. */ imageName: string; /** * The property of system. */ property: string; /** * The arch of system. */ systemArch: string; /** * The bit of system. */ systemBit: string; /** * The type of system. */ systemType: string; /** * The version of system. */ systemVersion: string; } interface GetCloudServersCloudServerInstanceStatus { /** * The count of instance. */ instanceCount: number; /** * The status info. */ status: string; } interface GetCloudServersCloudServerNetwork { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * Whether enable ipv6. */ enableIpv6: boolean; /** * The internal peak of bandwidth. */ internalBandwidthPeak: string; } interface GetCloudServersCloudServerScheduleStrategyConfigs { /** * The price strategy. */ priceStrategy: string; /** * The schedule strategy. */ scheduleStrategy: string; } interface GetCloudServersCloudServerSecretConfig { /** * The data of secret. */ secretData: string; /** * The type of secret. */ secretType: number; } interface GetCloudServersCloudServerServerArea { /** * The area info. */ area: string; /** * The number of instance. */ instanceNum: number; /** * The isp info. */ isp: string; } interface GetCloudServersCloudServerStorage { /** * The disk info of data. */ dataDisk: outputs.veenedge.GetCloudServersCloudServerStorageDataDisk; /** * The disk list info of data. */ dataDiskLists: outputs.veenedge.GetCloudServersCloudServerStorageDataDiskList[]; /** * The disk info of system. */ systemDisk: outputs.veenedge.GetCloudServersCloudServerStorageSystemDisk; } interface GetCloudServersCloudServerStorageDataDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetCloudServersCloudServerStorageDataDiskList { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetCloudServersCloudServerStorageSystemDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetInstanceTypesInstanceTypeConfig { /** * The cpu of instance type. */ cpu: number; /** * The gpu of instance type. */ gpu: number; /** * The gpu spec of instance. */ gpuSpec: string; /** * The type of instance. */ instanceType: string; /** * The type family of instance. */ instanceTypeFamily: string; /** * The name of instance type family. */ instanceTypeFamilyName: string; /** * The memory of instance type. */ memory: number; /** * The config of storage. */ storages: outputs.veenedge.GetInstanceTypesInstanceTypeConfigStorage[]; } interface GetInstanceTypesInstanceTypeConfigStorage { /** * The amount of local storage. */ localStorageAmount: number; /** * The capacity of local storage. */ localStorageCapacity: number; /** * The local storage category. */ localStorageCategory: string; /** * The unit of local storage. */ localStorageUnit: string; } interface GetInstancesInstance { /** * The id of cloud server. */ cloudServerIdentity: string; /** * The name of cloud server. */ cloudServerName: string; /** * The cluster info. */ cluster: outputs.veenedge.GetInstancesInstanceCluster; /** * The cpu of instance. */ cpu: string; /** * The create time of instance. */ createTime: number; /** * The creator of instance. */ creator: string; /** * The delete time of instance. */ deleteTime: number; /** * The end time of instance. */ endTime: number; /** * The config of gpu. */ gpu: outputs.veenedge.GetInstancesInstanceGpu; /** * The Id of instance. */ id: string; /** * The config of image. */ image: outputs.veenedge.GetInstancesInstanceImage; /** * The Id of instance. */ instanceIdentity: string; /** * The name of instance. */ instanceName: string; /** * The memory of instance. */ mem: string; /** * The config of network. */ network: outputs.veenedge.GetInstancesInstanceNetwork; /** * The spec of instance. */ spec: string; /** * The spec display of instance. */ specDisplay: string; /** * The start time of instance. */ startTime: number; /** * The status of instance. */ status: string; /** * The config of storage. */ storage: outputs.veenedge.GetInstancesInstanceStorage; /** * The subnet cidr. */ subnetCidr: string; /** * The update time of instance. */ updateTime: number; /** * The id of vpc. */ vpcIdentity: string; } interface GetInstancesInstanceCluster { /** * The alias of cluster. */ alias: string; /** * The city of cluster. */ city: string; /** * The name of cluster. */ clusterName: string; /** * The country of cluster. */ country: string; /** * The isp info. */ isp: string; /** * The level of cluster. */ level: string; /** * The province of cluster. */ province: string; /** * The region of cluster. */ region: string; } interface GetInstancesInstanceGpu { /** * The list gpu info. */ gpuses: outputs.veenedge.GetInstancesInstanceGpuGpus[]; } interface GetInstancesInstanceGpuGpus { /** * The spec of gpu. */ gpuSpec: outputs.veenedge.GetInstancesInstanceGpuGpusGpuSpec; /** * The number of gpu. */ num: number; } interface GetInstancesInstanceGpuGpusGpuSpec { /** * The type of gpu. */ gpuType: string; } interface GetInstancesInstanceImage { /** * The id of image. */ imageIdentity: string; /** * The name of image. */ imageName: string; /** * The property of system. */ property: string; /** * The arch of system. */ systemArch: string; /** * The bit of system. */ systemBit: string; /** * The type of system. */ systemType: string; /** * The version of system. */ systemVersion: string; } interface GetInstancesInstanceNetwork { /** * Whether enable ipv6. */ enableIpv6: boolean; /** * The external interface of network. */ externalInterface: outputs.veenedge.GetInstancesInstanceNetworkExternalInterface; /** * The internal interface of network. */ internalInterface: outputs.veenedge.GetInstancesInstanceNetworkInternalInterface; /** * The passthrough info. */ vfPassthrough: boolean; } interface GetInstancesInstanceNetworkExternalInterface { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * The ipv6 address. */ ip6Addr: string; /** * The ip address. */ ipAddr: string; /** * The ips of network. */ ips: outputs.veenedge.GetInstancesInstanceNetworkExternalInterfaceIp[]; /** * The mac address. */ macAddr: string; /** * The mask info. */ mask: string; /** * The ipv6 mask info. */ mask6: string; } interface GetInstancesInstanceNetworkExternalInterfaceIp { /** * The ip address. */ addr: string; /** * The version of ip address. */ ipVersion: string; /** * The isp info. */ isp: string; /** * The mask info. */ mask: string; } interface GetInstancesInstanceNetworkInternalInterface { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * The ipv6 address. */ ip6Addr: string; /** * The ip address. */ ipAddr: string; /** * The ips of network. */ ips: outputs.veenedge.GetInstancesInstanceNetworkInternalInterfaceIp[]; /** * The mac address. */ macAddr: string; /** * The mask info. */ mask: string; /** * The ipv6 mask info. */ mask6: string; } interface GetInstancesInstanceNetworkInternalInterfaceIp { /** * The ip address. */ addr: string; /** * The version of ip address. */ ipVersion: string; /** * The isp info. */ isp: string; /** * The mask info. */ mask: string; } interface GetInstancesInstanceStorage { /** * The disk info of data. */ dataDisk: outputs.veenedge.GetInstancesInstanceStorageDataDisk; /** * The disk list info of data. */ dataDiskLists: outputs.veenedge.GetInstancesInstanceStorageDataDiskList[]; /** * The disk info of system. */ systemDisk: outputs.veenedge.GetInstancesInstanceStorageSystemDisk; } interface GetInstancesInstanceStorageDataDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetInstancesInstanceStorageDataDiskList { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetInstancesInstanceStorageSystemDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface GetVpcsVpcInstance { /** * The account id. */ accountIdentity: number; /** * The cluster info. */ cluster: outputs.veenedge.GetVpcsVpcInstanceCluster; /** * The cluster vpc id. */ clusterVpcId: number; /** * The creation time. */ createTime: number; /** * The description of VPC. */ desc: string; /** * The ID of VPC. */ id: string; /** * Is default vpc. */ isDefault: boolean; /** * The resource statistic info. */ resourceStatistics: outputs.veenedge.GetVpcsVpcInstanceResourceStatistic[]; /** * The status of VPC. */ status: string; /** * The subnets info. */ subNets: outputs.veenedge.GetVpcsVpcInstanceSubNet[]; /** * The update time of VPC. */ updateTime: number; /** * The id of user. */ userIdentity: number; /** * The ID of VPC. */ vpcIdentity: string; /** * The name of VPC. */ vpcName: string; /** * The namespace of VPC. */ vpcNs: string; } interface GetVpcsVpcInstanceCluster { /** * The alias of cluster. */ alias: string; /** * The city of cluster. */ city: string; /** * The name of cluster. */ clusterName: string; /** * The country of cluster. */ country: string; /** * The isp of cluster. */ isp: string; /** * The level of cluster. */ level: string; /** * The province of cluster. */ province: string; /** * The region of cluster. */ region: string; } interface GetVpcsVpcInstanceResourceStatistic { /** * The count of instance. */ veenInstanceCount: number; /** * The count of load balancers. */ veewLbInstanceCount: number; /** * The count of security groups. */ veewSgInstanceCount: number; } interface GetVpcsVpcInstanceSubNet { /** * The account id. */ accountIdentity: number; /** * The ip of cidr. */ cidrIp: string; /** * The mask of cidr. */ cidrMask: number; /** * The creation time. */ createTime: number; /** * The id of subnet. */ subnetIdentity: string; /** * The update time of VPC. */ updateTime: number; /** * The id of user. */ userIdentity: number; } interface InstanceTypesInstanceTypeConfig { /** * The cpu of instance type. */ cpu: number; /** * The gpu of instance type. */ gpu: number; /** * The gpu spec of instance. */ gpuSpec: string; /** * The type of instance. */ instanceType: string; /** * The type family of instance. */ instanceTypeFamily: string; /** * The name of instance type family. */ instanceTypeFamilyName: string; /** * The memory of instance type. */ memory: number; /** * The config of storage. */ storages: outputs.veenedge.InstanceTypesInstanceTypeConfigStorage[]; } interface InstanceTypesInstanceTypeConfigStorage { /** * The amount of local storage. */ localStorageAmount: number; /** * The capacity of local storage. */ localStorageCapacity: number; /** * The local storage category. */ localStorageCategory: string; /** * The unit of local storage. */ localStorageUnit: string; } interface InstancesInstance { /** * The id of cloud server. */ cloudServerIdentity: string; /** * The name of cloud server. */ cloudServerName: string; /** * The cluster info. */ cluster: outputs.veenedge.InstancesInstanceCluster; /** * The cpu of instance. */ cpu: string; /** * The create time of instance. */ createTime: number; /** * The creator of instance. */ creator: string; /** * The delete time of instance. */ deleteTime: number; /** * The end time of instance. */ endTime: number; /** * The config of gpu. */ gpu: outputs.veenedge.InstancesInstanceGpu; /** * The Id of instance. */ id: string; /** * The config of image. */ image: outputs.veenedge.InstancesInstanceImage; /** * The Id of instance. */ instanceIdentity: string; /** * The name of instance. */ instanceName: string; /** * The memory of instance. */ mem: string; /** * The config of network. */ network: outputs.veenedge.InstancesInstanceNetwork; /** * The spec of instance. */ spec: string; /** * The spec display of instance. */ specDisplay: string; /** * The start time of instance. */ startTime: number; /** * The status of instance. */ status: string; /** * The config of storage. */ storage: outputs.veenedge.InstancesInstanceStorage; /** * The subnet cidr. */ subnetCidr: string; /** * The update time of instance. */ updateTime: number; /** * The id of vpc. */ vpcIdentity: string; } interface InstancesInstanceCluster { /** * The alias of cluster. */ alias: string; /** * The city of cluster. */ city: string; /** * The name of cluster. */ clusterName: string; /** * The country of cluster. */ country: string; /** * The isp info. */ isp: string; /** * The level of cluster. */ level: string; /** * The province of cluster. */ province: string; /** * The region of cluster. */ region: string; } interface InstancesInstanceGpu { /** * The list gpu info. */ gpuses: outputs.veenedge.InstancesInstanceGpuGpus[]; } interface InstancesInstanceGpuGpus { /** * The spec of gpu. */ gpuSpec: outputs.veenedge.InstancesInstanceGpuGpusGpuSpec; /** * The number of gpu. */ num: number; } interface InstancesInstanceGpuGpusGpuSpec { /** * The type of gpu. */ gpuType: string; } interface InstancesInstanceImage { /** * The id of image. */ imageIdentity: string; /** * The name of image. */ imageName: string; /** * The property of system. */ property: string; /** * The arch of system. */ systemArch: string; /** * The bit of system. */ systemBit: string; /** * The type of system. */ systemType: string; /** * The version of system. */ systemVersion: string; } interface InstancesInstanceNetwork { /** * Whether enable ipv6. */ enableIpv6: boolean; /** * The external interface of network. */ externalInterface: outputs.veenedge.InstancesInstanceNetworkExternalInterface; /** * The internal interface of network. */ internalInterface: outputs.veenedge.InstancesInstanceNetworkInternalInterface; /** * The passthrough info. */ vfPassthrough: boolean; } interface InstancesInstanceNetworkExternalInterface { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * The ipv6 address. */ ip6Addr: string; /** * The ip address. */ ipAddr: string; /** * The ips of network. */ ips: outputs.veenedge.InstancesInstanceNetworkExternalInterfaceIp[]; /** * The mac address. */ macAddr: string; /** * The mask info. */ mask: string; /** * The ipv6 mask info. */ mask6: string; } interface InstancesInstanceNetworkExternalInterfaceIp { /** * The ip address. */ addr: string; /** * The version of ip address. */ ipVersion: string; /** * The isp info. */ isp: string; /** * The mask info. */ mask: string; } interface InstancesInstanceNetworkInternalInterface { /** * The peak of bandwidth. */ bandwidthPeak: string; /** * The ipv6 address. */ ip6Addr: string; /** * The ip address. */ ipAddr: string; /** * The ips of network. */ ips: outputs.veenedge.InstancesInstanceNetworkInternalInterfaceIp[]; /** * The mac address. */ macAddr: string; /** * The mask info. */ mask: string; /** * The ipv6 mask info. */ mask6: string; } interface InstancesInstanceNetworkInternalInterfaceIp { /** * The ip address. */ addr: string; /** * The version of ip address. */ ipVersion: string; /** * The isp info. */ isp: string; /** * The mask info. */ mask: string; } interface InstancesInstanceStorage { /** * The disk info of data. */ dataDisk: outputs.veenedge.InstancesInstanceStorageDataDisk; /** * The disk list info of data. */ dataDiskLists: outputs.veenedge.InstancesInstanceStorageDataDiskList[]; /** * The disk info of system. */ systemDisk: outputs.veenedge.InstancesInstanceStorageSystemDisk; } interface InstancesInstanceStorageDataDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface InstancesInstanceStorageDataDiskList { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface InstancesInstanceStorageSystemDisk { /** * The capacity of storage. */ capacity: string; /** * The type of storage. */ storageType: string; } interface VpcsVpcInstance { /** * The account id. */ accountIdentity: number; /** * The cluster info. */ cluster: outputs.veenedge.VpcsVpcInstanceCluster; /** * The cluster vpc id. */ clusterVpcId: number; /** * The creation time. */ createTime: number; /** * The description of VPC. */ desc: string; /** * The ID of VPC. */ id: string; /** * Is default vpc. */ isDefault: boolean; /** * The resource statistic info. */ resourceStatistics: outputs.veenedge.VpcsVpcInstanceResourceStatistic[]; /** * The status of VPC. */ status: string; /** * The subnets info. */ subNets: outputs.veenedge.VpcsVpcInstanceSubNet[]; /** * The update time of VPC. */ updateTime: number; /** * The id of user. */ userIdentity: number; /** * The ID of VPC. */ vpcIdentity: string; /** * The name of VPC. */ vpcName: string; /** * The namespace of VPC. */ vpcNs: string; } interface VpcsVpcInstanceCluster { /** * The alias of cluster. */ alias: string; /** * The city of cluster. */ city: string; /** * The name of cluster. */ clusterName: string; /** * The country of cluster. */ country: string; /** * The isp of cluster. */ isp: string; /** * The level of cluster. */ level: string; /** * The province of cluster. */ province: string; /** * The region of cluster. */ region: string; } interface VpcsVpcInstanceResourceStatistic { /** * The count of instance. */ veenInstanceCount: number; /** * The count of load balancers. */ veewLbInstanceCount: number; /** * The count of security groups. */ veewSgInstanceCount: number; } interface VpcsVpcInstanceSubNet { /** * The account id. */ accountIdentity: number; /** * The ip of cidr. */ cidrIp: string; /** * The mask of cidr. */ cidrMask: number; /** * The creation time. */ createTime: number; /** * The id of subnet. */ subnetIdentity: string; /** * The update time of VPC. */ updateTime: number; /** * The id of user. */ userIdentity: number; } } export declare namespace vepfs { interface FileSystemTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface FileSystemsFileSystem { /** * The id of the account. */ accountId: string; /** * The bandwidth info of the vepfs file system. */ bandwidth: number; /** * The capacity info of the vepfs file system. */ capacityInfo: outputs.vepfs.FileSystemsFileSystemCapacityInfo; /** * The charge status of the vepfs file system. */ chargeStatus: string; /** * The charge type of the vepfs file system. */ chargeType: string; /** * The create time of the vepfs file system. */ createTime: string; /** * The description of the vepfs file system. */ description: string; /** * The expire time of the vepfs file system. */ expireTime: string; /** * The id of the vepfs file system. */ fileSystemId: string; /** * The Name of Vepfs File System. This field support fuzzy query. */ fileSystemName: string; /** * The type of the vepfs file system. */ fileSystemType: string; /** * The free time of the vepfs file system. */ freeTime: string; /** * The id of the vepfs file system. */ id: string; /** * The last modify time of the vepfs file system. */ lastModifyTime: string; /** * The project of Vepfs File System. */ project: string; /** * The protocol type of the vepfs file system. */ protocolType: string; /** * The id of the region. */ regionId: string; /** * The query status list of Vepfs File System. */ status: string; /** * The stop service time of the vepfs file system. */ stopServiceTime: string; /** * The Store Type of Vepfs File System. */ storeType: string; /** * The store type cn name of the vepfs file system. */ storeTypeCn: string; /** * The tags of the vepfs file system. */ tags: outputs.vepfs.FileSystemsFileSystemTag[]; /** * The version info of the vepfs file system. */ version: string; /** * The zone id of File System. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface FileSystemsFileSystemCapacityInfo { /** * The total size. Unit: TiB. */ totalTib: number; /** * The used size. Unit: GiB. */ usedGib: number; } interface FileSystemsFileSystemTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface FilesetsFileset { /** * The bandwidth Qos of the vepfs fileset. */ bandwidthQos: number; /** * The capacity limit of the vepfs fileset. Unit: GiB. */ capacityLimit: number; /** * The used capacity of the vepfs fileset. Unit: GiB. */ capacityUsed: number; /** * The create time of the vepfs fileset. */ createTime: string; /** * Quota for the number of files or directories. A return of 0 indicates that there is no quota limit set for the number of directories after the file. */ fileLimit: number; /** * The used file number of the vepfs fileset. */ fileUsed: number; /** * The id of Vepfs Fileset. */ filesetId: string; /** * The name of Vepfs Fileset. This field support fuzzy query. */ filesetName: string; /** * The path of Vepfs Fileset. This field support fuzzy query. */ filesetPath: string; /** * The id of the vepfs fileset. */ id: string; /** * The IOPS Qos of the vepfs fileset. */ iopsQos: number; /** * The max number of inode in the vepfs fileset. */ maxInodeNum: number; /** * The query status list of Vepfs Fileset. */ status: string; } interface GetFileSystemsFileSystem { /** * The id of the account. */ accountId: string; /** * The bandwidth info of the vepfs file system. */ bandwidth: number; /** * The capacity info of the vepfs file system. */ capacityInfo: outputs.vepfs.GetFileSystemsFileSystemCapacityInfo; /** * The charge status of the vepfs file system. */ chargeStatus: string; /** * The charge type of the vepfs file system. */ chargeType: string; /** * The create time of the vepfs file system. */ createTime: string; /** * The description of the vepfs file system. */ description: string; /** * The expire time of the vepfs file system. */ expireTime: string; /** * The id of the vepfs file system. */ fileSystemId: string; /** * The Name of Vepfs File System. This field support fuzzy query. */ fileSystemName: string; /** * The type of the vepfs file system. */ fileSystemType: string; /** * The free time of the vepfs file system. */ freeTime: string; /** * The id of the vepfs file system. */ id: string; /** * The last modify time of the vepfs file system. */ lastModifyTime: string; /** * The project of Vepfs File System. */ project: string; /** * The protocol type of the vepfs file system. */ protocolType: string; /** * The id of the region. */ regionId: string; /** * The query status list of Vepfs File System. */ status: string; /** * The stop service time of the vepfs file system. */ stopServiceTime: string; /** * The Store Type of Vepfs File System. */ storeType: string; /** * The store type cn name of the vepfs file system. */ storeTypeCn: string; /** * The tags of the vepfs file system. */ tags: outputs.vepfs.GetFileSystemsFileSystemTag[]; /** * The version info of the vepfs file system. */ version: string; /** * The zone id of File System. */ zoneId: string; /** * The name of the zone. */ zoneName: string; } interface GetFileSystemsFileSystemCapacityInfo { /** * The total size. Unit: TiB. */ totalTib: number; /** * The used size. Unit: GiB. */ usedGib: number; } interface GetFileSystemsFileSystemTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface GetFilesetsFileset { /** * The bandwidth Qos of the vepfs fileset. */ bandwidthQos: number; /** * The capacity limit of the vepfs fileset. Unit: GiB. */ capacityLimit: number; /** * The used capacity of the vepfs fileset. Unit: GiB. */ capacityUsed: number; /** * The create time of the vepfs fileset. */ createTime: string; /** * Quota for the number of files or directories. A return of 0 indicates that there is no quota limit set for the number of directories after the file. */ fileLimit: number; /** * The used file number of the vepfs fileset. */ fileUsed: number; /** * The id of Vepfs Fileset. */ filesetId: string; /** * The name of Vepfs Fileset. This field support fuzzy query. */ filesetName: string; /** * The path of Vepfs Fileset. This field support fuzzy query. */ filesetPath: string; /** * The id of the vepfs fileset. */ id: string; /** * The IOPS Qos of the vepfs fileset. */ iopsQos: number; /** * The max number of inode in the vepfs fileset. */ maxInodeNum: number; /** * The query status list of Vepfs Fileset. */ status: string; } interface GetMountServicesMountService { /** * The account id of the vepfs file system. */ accountId: string; /** * The attached file system info of the mount service. */ attachFileSystems: outputs.vepfs.GetMountServicesMountServiceAttachFileSystem[]; /** * The created time of the mount service. */ createTime: string; /** * The id of the mount service. */ id: string; /** * The id of mount service. */ mountServiceId: string; /** * The name of mount service. This field support fuzzy query. */ mountServiceName: string; /** * The nodes info of the mount service. */ nodes: outputs.vepfs.GetMountServicesMountServiceNode[]; /** * The project of the mount service. */ project: string; /** * The region id of the mount service. */ regionId: string; /** * The query status list of mount service. */ status: string; /** * The subnet id of the mount service. */ subnetId: string; /** * The vpc id of the mount service. */ vpcId: string; /** * The zone id of the mount service. */ zoneId: string; /** * The zone name of the mount service. */ zoneName: string; } interface GetMountServicesMountServiceAttachFileSystem { /** * The account id of the vepfs file system. */ accountId: string; /** * The id of the vepfs file system. */ customerPath: string; /** * The id of Vepfs File System. */ fileSystemId: string; /** * The name of the vepfs file system. */ fileSystemName: string; /** * The query status list of mount service. */ status: string; } interface GetMountServicesMountServiceNode { /** * The default password of ecs instance. */ defaultPassword: string; /** * The id of ecs instance. */ nodeId: string; } interface MountServiceAttachFileSystem { /** * The account id of the vepfs file system. */ accountId: string; /** * The id of the vepfs file system. */ customerPath: string; /** * The id of the vepfs file system. */ fileSystemId: string; /** * The name of the vepfs file system. */ fileSystemName: string; /** * The status of the mount service. */ status: string; } interface MountServiceNode { /** * The default password of ecs instance. */ defaultPassword: string; /** * The id of ecs instance. */ nodeId: string; } interface MountServicesMountService { /** * The account id of the vepfs file system. */ accountId: string; /** * The attached file system info of the mount service. */ attachFileSystems: outputs.vepfs.MountServicesMountServiceAttachFileSystem[]; /** * The created time of the mount service. */ createTime: string; /** * The id of the mount service. */ id: string; /** * The id of mount service. */ mountServiceId: string; /** * The name of mount service. This field support fuzzy query. */ mountServiceName: string; /** * The nodes info of the mount service. */ nodes: outputs.vepfs.MountServicesMountServiceNode[]; /** * The project of the mount service. */ project: string; /** * The region id of the mount service. */ regionId: string; /** * The query status list of mount service. */ status: string; /** * The subnet id of the mount service. */ subnetId: string; /** * The vpc id of the mount service. */ vpcId: string; /** * The zone id of the mount service. */ zoneId: string; /** * The zone name of the mount service. */ zoneName: string; } interface MountServicesMountServiceAttachFileSystem { /** * The account id of the vepfs file system. */ accountId: string; /** * The id of the vepfs file system. */ customerPath: string; /** * The id of Vepfs File System. */ fileSystemId: string; /** * The name of the vepfs file system. */ fileSystemName: string; /** * The query status list of mount service. */ status: string; } interface MountServicesMountServiceNode { /** * The default password of ecs instance. */ defaultPassword: string; /** * The id of ecs instance. */ nodeId: string; } } export declare namespace vke { interface AddonsAddon { /** * The ID of the Cluster. */ clusterId: string; /** * The config of addon. */ config: string; /** * ClientToken when the addon is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken?: string; /** * Addon creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * The deploy mode. */ deployMode: string; /** * The deploy node type. */ deployNodeType: string; /** * The name of the cluster. */ name: string; /** * The status of the addon. */ status: outputs.vke.AddonsAddonStatus; /** * The ClientToken when the last addon update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken?: string; /** * The last time a request was accepted by the addon and executed or completed. UTC+0 time in standard RFC3339 format. */ updateTime: string; /** * The name of the cluster. */ version: string; } interface AddonsAddonStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.vke.AddonsAddonStatusCondition[]; /** * The status of addon. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase: string; } interface AddonsAddonStatusCondition { /** * The state condition in the current main state of the addon, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`,`Unknown`, `ClusterNotRunning`, `CrashLoopBackOff`, `SchedulingFailed`, `NameConflict`, `ResourceCleanupFailed`, `ClusterVersionUpgrading`. */ type: string; } interface AddonsStatus { /** * The state condition in the current main state of the addon, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`,`Unknown`, `ClusterNotRunning`, `CrashLoopBackOff`, `SchedulingFailed`, `NameConflict`, `ResourceCleanupFailed`, `ClusterVersionUpgrading`. */ conditionsType?: string; /** * The status of addon. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase?: string; } interface ClusterClusterConfig { /** * Cluster API Server public network access configuration. */ apiServerPublicAccessConfig?: outputs.vke.ClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, the value is `true` or `false`. */ apiServerPublicAccessEnabled?: boolean; /** * [SkipDoc]The IpFamily configuration,the value is `Ipv4` or `DualStack`. */ ipFamily: string; /** * Node public network access configuration, the value is `true` or `false`. */ resourcePublicAccessDefaultEnabled?: boolean; /** * The subnet ID for the cluster control plane to communicate within the private network. * Up to 3 subnets can be selected from each available zone, and a maximum of 2 subnets can be added to each available zone. * Cannot support deleting configured subnets. */ subnetIds: string[]; } interface ClusterClusterConfigApiServerPublicAccessConfig { /** * Public network access network configuration. */ publicAccessNetworkConfig?: outputs.vke.ClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface ClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth?: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType?: string; } interface ClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. This structure can only be modified and added, and cannot be deleted. When encountering a `cannot be deleted` error, please query the log setups of the current cluster and fill in the current `tf` file. */ logSetups?: outputs.vke.ClusterLoggingConfigLogSetup[]; } interface ClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled?: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl?: number; /** * The current types of logs that can be enabled are: * Audit: Cluster audit logs. * KubeApiServer: kube-apiserver component logs. * KubeScheduler: kube-scheduler component logs. * KubeControllerManager: kube-controller-manager component logs. */ logType: string; } interface ClusterPodsConfig { /** * Flannel network configuration. */ flannelConfig?: outputs.vke.ClusterPodsConfigFlannelConfig; /** * The container network model of the cluster, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkMode: string; /** * VPC-CNI network configuration. */ vpcCniConfig?: outputs.vke.ClusterPodsConfigVpcCniConfig; } interface ClusterPodsConfigFlannelConfig { /** * The maximum number of single-node Pod instances for a Flannel container network, the value can be `16` or `32` or `64` or `128` or `256`. */ maxPodsPerNode?: number; /** * Pod CIDR for the Flannel container network. */ podCidrs?: string[]; } interface ClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds?: string[]; /** * The private network where the cluster control plane network resides. */ vpcId?: string; } interface ClusterServicesConfig { /** * The IPv4 private network address exposed by the service. */ serviceCidrsv4s: string[]; } interface ClusterTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface ClustersCluster { /** * The config of the cluster. */ clusterConfig: outputs.vke.ClustersClusterClusterConfig; /** * ClientToken when the cluster is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken?: string; /** * Cluster creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * The delete protection of the cluster, the value is `true` or `false`. */ deleteProtectionEnabled: boolean; /** * The description of the cluster. */ description: string; /** * Eip allocation Id. */ eipAllocationId: string; /** * The ID of the Cluster. */ id: string; /** * Kubeconfig data with private network access, returned in BASE64 encoding, it is suggested to use vkeKubeconfig instead. */ kubeconfigPrivate: string; /** * Kubeconfig data with public network access, returned in BASE64 encoding, it is suggested to use vkeKubeconfig instead. */ kubeconfigPublic: string; /** * The Kubernetes version information corresponding to the cluster, specific to the patch version. */ kubernetesVersion: string; /** * Cluster log configuration information. */ loggingConfigs: outputs.vke.ClustersClusterLoggingConfig[]; /** * The name of the cluster. */ name: string; /** * Statistics on the number of nodes corresponding to each master state in the cluster. */ nodeStatistics: outputs.vke.ClustersClusterNodeStatistics; /** * The config of the pods. */ podsConfig: outputs.vke.ClustersClusterPodsConfig; /** * The project name of the cluster. */ projectName: string; /** * The config of the services. */ servicesConfig: outputs.vke.ClustersClusterServicesConfig; /** * The status of the cluster. */ status: outputs.vke.ClustersClusterStatus; /** * Tags. */ tags: outputs.vke.ClustersClusterTag[]; /** * The ClientToken when the last cluster update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken?: string; /** * The last time a request was accepted by the cluster and executed or completed. UTC+0 time in standard RFC3339 format. */ updateTime: string; } interface ClustersClusterClusterConfig { /** * Endpoint information accessed by the cluster API Server. */ apiServerEndpoints: outputs.vke.ClustersClusterClusterConfigApiServerEndpoints; /** * Cluster API Server public network access configuration. */ apiServerPublicAccessConfig: outputs.vke.ClustersClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, the value is `true` or `false`. */ apiServerPublicAccessEnabled: boolean; /** * Node public network access configuration, the value is `true` or `false`. */ resourcePublicAccessDefaultEnabled: boolean; /** * The security group used by the cluster control plane and nodes. */ securityGroupIds: string[]; /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface ClustersClusterClusterConfigApiServerEndpoints { /** * Endpoint address of the cluster API Server private network. */ privateIp: outputs.vke.ClustersClusterClusterConfigApiServerEndpointsPrivateIp; /** * Endpoint address of the cluster API Server public network. */ publicIp: outputs.vke.ClustersClusterClusterConfigApiServerEndpointsPublicIp; } interface ClustersClusterClusterConfigApiServerEndpointsPrivateIp { /** * Ipv4 address. */ ipv4: string; } interface ClustersClusterClusterConfigApiServerEndpointsPublicIp { /** * Ipv4 address. */ ipv4: string; } interface ClustersClusterClusterConfigApiServerPublicAccessConfig { /** * IPv4 public network access whitelist. A null value means all network segments (0.0.0.0/0) are allowed to pass. */ accessSourceIpsv4s: string[]; /** * [SkipDoc]The IpFamily configuration,the value is `Ipv4` or `DualStack`. */ ipFamily: string; /** * Public network access network configuration. */ publicAccessNetworkConfig: outputs.vke.ClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface ClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of public IP. */ isp: string; } interface ClustersClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. */ logSetups: outputs.vke.ClustersClusterLoggingConfigLogSetup[]; } interface ClustersClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl: number; /** * The currently enabled log type. */ logType: string; } interface ClustersClusterNodeStatistics { /** * Phase=Creating total number of nodes. */ creatingCount: number; /** * Phase=Deleting total number of nodes. */ deletingCount: number; /** * Phase=Failed total number of nodes. */ failedCount: number; /** * Phase=Running total number of nodes. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. Phase=Stopped total number of nodes. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * The total count of Cluster query. */ totalCount: number; /** * Phase=Updating total number of nodes. */ updatingCount: number; } interface ClustersClusterPodsConfig { /** * Flannel network configuration. */ flannelConfig: outputs.vke.ClustersClusterPodsConfigFlannelConfig; /** * Container Pod Network Type (CNI), the value is `Flannel` or `VpcCniShared`. */ podNetworkMode: string; /** * VPC-CNI network configuration. */ vpcCniConfig: outputs.vke.ClustersClusterPodsConfigVpcCniConfig; } interface ClustersClusterPodsConfigFlannelConfig { /** * The maximum number of single-node Pod instances for a Flannel container network. */ maxPodsPerNode: number; /** * Pod CIDR for the Flannel container network. */ podCidrs: string[]; } interface ClustersClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface ClustersClusterServicesConfig { /** * The IPv4 private network address exposed by the service. */ serviceCidrsv4s: string[]; } interface ClustersClusterStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.vke.ClustersClusterStatusCondition[]; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase: string; } interface ClustersClusterStatusCondition { /** * The Type of Tags. */ type: string; } interface ClustersClusterTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface ClustersStatus { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`, `SetByProvider`, `Balance`, `Security`, `CreateError`, `ResourceCleanupFailed`, `LimitedByQuota`, `StockOut`,`Unknown`. */ conditionsType?: string; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase?: string; } interface ClustersTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DefaultNodePoolBatchAttachInstance { /** * The flag of additional container storage enable, the value is `true` or `false`..Default is `false`. */ additionalContainerStorageEnabled?: boolean; /** * The container storage path.When additionalContainerStorageEnabled is `false` will ignore. */ containerStoragePath: string; /** * ID of the resource. */ id: string; /** * The Image Id to the ECS Instance. */ imageId: string; /** * The instance id. */ instanceId: string; /** * The flag of keep instance name, the value is `true` or `false`.Default is `false`. */ keepInstanceName?: boolean; /** * The status phase to the Node. */ phase: string; } interface DefaultNodePoolBatchAttachKubernetesConfig { /** * The Cordon of KubernetesConfig. */ cordon?: boolean; /** * The Labels of KubernetesConfig. */ labels?: outputs.vke.DefaultNodePoolBatchAttachKubernetesConfigLabel[]; /** * The Taints of KubernetesConfig. */ taints?: outputs.vke.DefaultNodePoolBatchAttachKubernetesConfigTaint[]; } interface DefaultNodePoolBatchAttachKubernetesConfigLabel { /** * The Key of Labels. */ key: string; /** * The Value of Labels. */ value?: string; } interface DefaultNodePoolBatchAttachKubernetesConfigTaint { /** * The Effect of Taints. The value can be one of the following: `NoSchedule`, `NoExecute`, `PreferNoSchedule`, default value is `NoSchedule`. */ effect?: string; /** * The Key of Taints. */ key: string; /** * The Value of Taints. */ value?: string; } interface DefaultNodePoolBatchAttachNodeConfig { /** * Tags for Ecs. */ ecsTags: outputs.vke.DefaultNodePoolBatchAttachNodeConfigEcsTag[]; /** * The initializeScript of NodeConfig. */ initializeScript: string; /** * The NamePrefix of NodeConfig. */ namePrefix: string; /** * The Security of NodeConfig. */ securities: outputs.vke.DefaultNodePoolBatchAttachNodeConfigSecurity[]; } interface DefaultNodePoolBatchAttachNodeConfigEcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DefaultNodePoolBatchAttachNodeConfigSecurity { /** * The Login of Security. */ logins: outputs.vke.DefaultNodePoolBatchAttachNodeConfigSecurityLogin[]; /** * The SecurityGroupIds of Security. */ securityGroupIds: string[]; /** * The SecurityStrategies of Security. */ securityStrategies: string[]; } interface DefaultNodePoolBatchAttachNodeConfigSecurityLogin { /** * The Password of Security. */ password: string; /** * The SshKeyPairName of Security. */ sshKeyPairName: string; } interface DefaultNodePoolBatchAttachTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DefaultNodePoolInstance { /** * The flag of additional container storage enable, the value is `true` or `false`..Default is `false`. */ additionalContainerStorageEnabled?: boolean; /** * The container storage path.When additionalContainerStorageEnabled is `false` will ignore. */ containerStoragePath: string; /** * ID of the resource. */ id: string; /** * The Image Id to the ECS Instance. */ imageId: string; /** * The instance id. */ instanceId: string; /** * The flag of keep instance name, the value is `true` or `false`.Default is `false`. */ keepInstanceName?: boolean; /** * The status phase to the Node. */ phase: string; } interface DefaultNodePoolKubernetesConfig { /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The Labels of KubernetesConfig. */ labels?: outputs.vke.DefaultNodePoolKubernetesConfigLabel[]; /** * The NamePrefix of node metadata. */ namePrefix?: string; /** * The Taints of KubernetesConfig. */ taints?: outputs.vke.DefaultNodePoolKubernetesConfigTaint[]; } interface DefaultNodePoolKubernetesConfigLabel { /** * The Key of Labels. */ key?: string; /** * The Value of Labels. */ value?: string; } interface DefaultNodePoolKubernetesConfigTaint { /** * The Effect of Taints. */ effect?: string; /** * The Key of Taints. */ key?: string; /** * The Value of Taints. */ value?: string; } interface DefaultNodePoolNodeConfig { /** * Tags for Ecs. */ ecsTags?: outputs.vke.DefaultNodePoolNodeConfigEcsTag[]; /** * The initializeScript of NodeConfig. */ initializeScript?: string; /** * The NamePrefix of NodeConfig. */ namePrefix?: string; /** * The Security of NodeConfig. */ security: outputs.vke.DefaultNodePoolNodeConfigSecurity; } interface DefaultNodePoolNodeConfigEcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface DefaultNodePoolNodeConfigSecurity { /** * The Login of Security. */ login: outputs.vke.DefaultNodePoolNodeConfigSecurityLogin; /** * The SecurityGroupIds of Security. */ securityGroupIds: string[]; /** * The SecurityStrategies of Security. */ securityStrategies?: string[]; } interface DefaultNodePoolNodeConfigSecurityLogin { /** * The Password of Security. */ password?: string; /** * The SshKeyPairName of Security. */ sshKeyPairName?: string; } interface DefaultNodePoolTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetAddonsAddon { /** * The ID of the Cluster. */ clusterId: string; /** * The config of addon. */ config: string; /** * ClientToken when the addon is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken?: string; /** * Addon creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * The deploy mode. */ deployMode: string; /** * The deploy node type. */ deployNodeType: string; /** * The name of the cluster. */ name: string; /** * The status of the addon. */ status: outputs.vke.GetAddonsAddonStatus; /** * The ClientToken when the last addon update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken?: string; /** * The last time a request was accepted by the addon and executed or completed. UTC+0 time in standard RFC3339 format. */ updateTime: string; /** * The name of the cluster. */ version: string; } interface GetAddonsAddonStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.vke.GetAddonsAddonStatusCondition[]; /** * The status of addon. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase: string; } interface GetAddonsAddonStatusCondition { /** * The state condition in the current main state of the addon, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`,`Unknown`, `ClusterNotRunning`, `CrashLoopBackOff`, `SchedulingFailed`, `NameConflict`, `ResourceCleanupFailed`, `ClusterVersionUpgrading`. */ type: string; } interface GetAddonsStatus { /** * The state condition in the current main state of the addon, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`,`Unknown`, `ClusterNotRunning`, `CrashLoopBackOff`, `SchedulingFailed`, `NameConflict`, `ResourceCleanupFailed`, `ClusterVersionUpgrading`. */ conditionsType?: string; /** * The status of addon. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Failed`. */ phase?: string; } interface GetClustersCluster { /** * The config of the cluster. */ clusterConfig: outputs.vke.GetClustersClusterClusterConfig; /** * ClientToken when the cluster is created successfully. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ createClientToken?: string; /** * Cluster creation time. UTC+0 time in standard RFC3339 format. */ createTime: string; /** * The delete protection of the cluster, the value is `true` or `false`. */ deleteProtectionEnabled: boolean; /** * The description of the cluster. */ description: string; /** * Eip allocation Id. */ eipAllocationId: string; /** * The ID of the Cluster. */ id: string; /** * Kubeconfig data with private network access, returned in BASE64 encoding, it is suggested to use vkeKubeconfig instead. */ kubeconfigPrivate: string; /** * Kubeconfig data with public network access, returned in BASE64 encoding, it is suggested to use vkeKubeconfig instead. */ kubeconfigPublic: string; /** * The Kubernetes version information corresponding to the cluster, specific to the patch version. */ kubernetesVersion: string; /** * Cluster log configuration information. */ loggingConfigs: outputs.vke.GetClustersClusterLoggingConfig[]; /** * The name of the cluster. */ name: string; /** * Statistics on the number of nodes corresponding to each master state in the cluster. */ nodeStatistics: outputs.vke.GetClustersClusterNodeStatistics; /** * The config of the pods. */ podsConfig: outputs.vke.GetClustersClusterPodsConfig; /** * The project name of the cluster. */ projectName: string; /** * The config of the services. */ servicesConfig: outputs.vke.GetClustersClusterServicesConfig; /** * The status of the cluster. */ status: outputs.vke.GetClustersClusterStatus; /** * Tags. */ tags: outputs.vke.GetClustersClusterTag[]; /** * The ClientToken when the last cluster update succeeded. ClientToken is a string that guarantees the idempotency of the request. This string is passed in by the caller. */ updateClientToken?: string; /** * The last time a request was accepted by the cluster and executed or completed. UTC+0 time in standard RFC3339 format. */ updateTime: string; } interface GetClustersClusterClusterConfig { /** * Endpoint information accessed by the cluster API Server. */ apiServerEndpoints: outputs.vke.GetClustersClusterClusterConfigApiServerEndpoints; /** * Cluster API Server public network access configuration. */ apiServerPublicAccessConfig: outputs.vke.GetClustersClusterClusterConfigApiServerPublicAccessConfig; /** * Cluster API Server public network access configuration, the value is `true` or `false`. */ apiServerPublicAccessEnabled: boolean; /** * Node public network access configuration, the value is `true` or `false`. */ resourcePublicAccessDefaultEnabled: boolean; /** * The security group used by the cluster control plane and nodes. */ securityGroupIds: string[]; /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface GetClustersClusterClusterConfigApiServerEndpoints { /** * Endpoint address of the cluster API Server private network. */ privateIp: outputs.vke.GetClustersClusterClusterConfigApiServerEndpointsPrivateIp; /** * Endpoint address of the cluster API Server public network. */ publicIp: outputs.vke.GetClustersClusterClusterConfigApiServerEndpointsPublicIp; } interface GetClustersClusterClusterConfigApiServerEndpointsPrivateIp { /** * Ipv4 address. */ ipv4: string; } interface GetClustersClusterClusterConfigApiServerEndpointsPublicIp { /** * Ipv4 address. */ ipv4: string; } interface GetClustersClusterClusterConfigApiServerPublicAccessConfig { /** * IPv4 public network access whitelist. A null value means all network segments (0.0.0.0/0) are allowed to pass. */ accessSourceIpsv4s: string[]; /** * [SkipDoc]The IpFamily configuration,the value is `Ipv4` or `DualStack`. */ ipFamily: string; /** * Public network access network configuration. */ publicAccessNetworkConfig: outputs.vke.GetClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig; } interface GetClustersClusterClusterConfigApiServerPublicAccessConfigPublicAccessNetworkConfig { /** * The peak bandwidth of the public IP, unit: Mbps. */ bandwidth: number; /** * Billing type of public IP, the value is `PostPaidByBandwidth` or `PostPaidByTraffic`. */ billingType: string; /** * The ISP of public IP. */ isp: string; } interface GetClustersClusterLoggingConfig { /** * The TLS log item ID of the collection target. */ logProjectId: string; /** * Cluster logging options. */ logSetups: outputs.vke.GetClustersClusterLoggingConfigLogSetup[]; } interface GetClustersClusterLoggingConfigLogSetup { /** * Whether to enable the log option, true means enable, false means not enable, the default is false. When Enabled is changed from false to true, a new Topic will be created. */ enabled: boolean; /** * The storage time of logs in Log Service. After the specified log storage time is exceeded, the expired logs in this log topic will be automatically cleared. The unit is days, and the default is 30 days. The value range is 1 to 3650, specifying 3650 days means permanent storage. */ logTtl: number; /** * The currently enabled log type. */ logType: string; } interface GetClustersClusterNodeStatistics { /** * Phase=Creating total number of nodes. */ creatingCount: number; /** * Phase=Deleting total number of nodes. */ deletingCount: number; /** * Phase=Failed total number of nodes. */ failedCount: number; /** * Phase=Running total number of nodes. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. Phase=Stopped total number of nodes. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * The total count of Cluster query. */ totalCount: number; /** * Phase=Updating total number of nodes. */ updatingCount: number; } interface GetClustersClusterPodsConfig { /** * Flannel network configuration. */ flannelConfig: outputs.vke.GetClustersClusterPodsConfigFlannelConfig; /** * Container Pod Network Type (CNI), the value is `Flannel` or `VpcCniShared`. */ podNetworkMode: string; /** * VPC-CNI network configuration. */ vpcCniConfig: outputs.vke.GetClustersClusterPodsConfigVpcCniConfig; } interface GetClustersClusterPodsConfigFlannelConfig { /** * The maximum number of single-node Pod instances for a Flannel container network. */ maxPodsPerNode: number; /** * Pod CIDR for the Flannel container network. */ podCidrs: string[]; } interface GetClustersClusterPodsConfigVpcCniConfig { /** * A list of Pod subnet IDs for the VPC-CNI container network. */ subnetIds: string[]; /** * The private network where the cluster control plane network resides. */ vpcId: string; } interface GetClustersClusterServicesConfig { /** * The IPv4 private network address exposed by the service. */ serviceCidrsv4s: string[]; } interface GetClustersClusterStatus { /** * The state condition in the current primary state of the cluster, that is, the reason for entering the primary state. */ conditions: outputs.vke.GetClustersClusterStatusCondition[]; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase: string; } interface GetClustersClusterStatusCondition { /** * The Type of Tags. */ type: string; } interface GetClustersClusterTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface GetClustersStatus { /** * The state condition in the current main state of the cluster, that is, the reason for entering the main state, there can be multiple reasons, the value contains `Progressing`, `Ok`, `Degraded`, `SetByProvider`, `Balance`, `Security`, `CreateError`, `ResourceCleanupFailed`, `LimitedByQuota`, `StockOut`,`Unknown`. */ conditionsType?: string; /** * The status of cluster. the value contains `Creating`, `Running`, `Updating`, `Deleting`, `Stopped`, `Failed`. */ phase?: string; } interface GetClustersTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetKubeconfigsKubeconfig { /** * The Cluster ID of the Kubeconfig. */ clusterId: string; /** * The create time of the Kubeconfig. */ createTime: string; /** * The expire time of the Kubeconfig. */ expireTime: string; /** * The ID of the Kubeconfig. */ id: string; /** * Kubeconfig data with public/private network access, returned in BASE64 encoding. */ kubeconfig: string; /** * The ID of the Kubeconfig. */ kubeconfigId: string; /** * The type of the Kubeconfig. */ type: string; /** * The account ID of the Kubeconfig. */ userId: number; } interface GetNodePoolsNodePool { /** * Is AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled: boolean; /** * Is auto renew of the PrePaid instance of NodeConfig. */ autoRenew: boolean; /** * The AutoRenewPeriod of the PrePaid instance of NodeConfig. */ autoRenewPeriod: number; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * The DataVolume of NodeConfig. */ dataVolumes: outputs.vke.GetNodePoolsNodePoolDataVolume[]; /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Tags for Ecs. */ ecsTags: outputs.vke.GetNodePoolsNodePoolEcsTag[]; /** * Is Enabled of AutoScaling. */ enabled: boolean; /** * The IDs of HpcCluster. */ hpcClusterIds: string[]; /** * The Id of NodePool. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The InstanceChargeType of NodeConfig. */ instanceChargeType: string; /** * The InstanceTypeIds of NodeConfig. */ instanceTypeIds: string[]; /** * Whether to disable the function of automatically synchronizing labels and taints to existing nodes. */ kubeConfigAutoSyncDisabled: boolean; /** * The NamePrefix of node metadata. */ kubeConfigNamePrefix: string; /** * The KubeletConfig of KubernetesConfig. */ kubeletConfigs: outputs.vke.GetNodePoolsNodePoolKubeletConfig[]; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.vke.GetNodePoolsNodePoolLabelContent[]; /** * The login SshKeyPairName of NodeConfig. */ loginKeyPairName: string; /** * The login type of NodeConfig. */ loginType: string; /** * The MaxReplicas of AutoScaling. */ maxReplicas: number; /** * The MinReplicas of AutoScaling. */ minReplicas: number; /** * The Name of NodePool. */ name: string; /** * The NamePrefix of NodeConfig. */ namePrefix: string; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.vke.GetNodePoolsNodePoolNodeStatistic[]; /** * The period of the PrePaid instance of NodeConfig. */ period: number; /** * The Phase of Status. */ phase: string; /** * The Priority of AutoScaling. */ priority: number; /** * The project name of NodeConfig. */ projectName: string; /** * The SecurityGroupIds of NodeConfig. */ securityGroupIds: string[]; /** * The SecurityStrategies of NodeConfig. */ securityStrategies: string[]; /** * The SecurityStrategyEnabled of NodeConfig. */ securityStrategyEnabled: boolean; /** * The SubnetId of NodeConfig. */ subnetIds: string[]; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; /** * The SystemVolume of NodeConfig. */ systemVolumes: outputs.vke.GetNodePoolsNodePoolSystemVolume[]; /** * Tags. */ tags: outputs.vke.GetNodePoolsNodePoolTag[]; /** * The TaintContent of NodeConfig. */ taintContents: outputs.vke.GetNodePoolsNodePoolTaintContent[]; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface GetNodePoolsNodePoolDataVolume { /** * The target mount directory of the disk. */ mountPoint: string; /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface GetNodePoolsNodePoolEcsTag { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsNodePoolKubeletConfig { /** * The FeatureGates of KubeletConfig. */ featureGates: outputs.vke.GetNodePoolsNodePoolKubeletConfigFeatureGate[]; /** * The TopologyManagerPolicy of KubeletConfig. */ topologyManagerPolicy: string; /** * The TopologyManagerScope of KubeletConfig. */ topologyManagerScope: string; } interface GetNodePoolsNodePoolKubeletConfigFeatureGate { /** * Whether to enable QoSResourceManager. */ qosResourceManager: boolean; } interface GetNodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * Returns the total amount of the data list. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface GetNodePoolsNodePoolSystemVolume { /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface GetNodePoolsNodePoolTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface GetNodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface GetNodePoolsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetNodesNode { /** * Is Additional Container storage enables. */ additionalContainerStorageEnabled: boolean; /** * The cluster id of node. */ clusterId: string; /** * The Condition of Node. */ conditionTypes: string[]; /** * The Storage Path. */ containerStoragePath: string; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The Create Client Token. */ createClientToken: string; /** * The create time of Node. */ createTime: string; /** * The ID of Node. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The instance id of node. */ instanceId: string; /** * Is virtual node. */ isVirtual: boolean; /** * The Label of KubernetesConfig. */ labels: outputs.vke.GetNodesNodeLabel[]; /** * The Name of Node. */ name: string; /** * The node pool id. */ nodePoolId: string; /** * The Phase of Node. */ phase: string; /** * The roles of node. */ roles: string[]; /** * The Taint of KubernetesConfig. */ taints: outputs.vke.GetNodesNodeTaint[]; /** * The update time of Node. */ updateTime: string; /** * The zone id. */ zoneId: string; } interface GetNodesNodeLabel { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodesNodeTaint { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface GetNodesStatus { /** * The Type of Node Condition, the value is `Progressing` or `Ok` or `Unschedulable` or `InitilizeFailed` or `Unknown` or `NotReady` or `Security` or `Balance` or `ResourceCleanupFailed`. */ conditionsType?: string; /** * The Phase of Node, the value is `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Starting` or `Stopping` or `Stopped`. */ phase?: string; } interface GetPermissionsAccessPolicy { /** * The authorized time of the RBAC Permission. */ authorizedAt: string; /** * The ID of the Authorizer. */ authorizerId: number; /** * The name of the Authorizer. */ authorizerName: string; /** * The type of the Authorizer. */ authorizerType: string; /** * The ID of the Cluster. */ clusterId: string; /** * The granted time of the RBAC Permission. */ grantedAt: string; /** * The ID of the Grantee. */ granteeId: number; /** * The type of Grantee. Valid values: `User`, `Role`. */ granteeType: string; /** * The id of the RBAC Permission. */ id: string; /** * Whether the RBAC Role is custom role. */ isCustomRole: boolean; /** * The name of the Kube Role Binding. */ kubeRoleBindingName: string; /** * The message of the RBAC Permission. */ message: string; /** * The Namespace of the RBAC Permission. */ namespace: string; /** * The revoked time of the RBAC Permission. */ revokedAt: string; /** * The name of the RBAC Role. */ roleName: string; /** * The status of RBAC Permission. */ status: string; } interface GetSupportAddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model. */ deployMode: string; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.vke.GetSupportAddonsAddonVersion[]; } interface GetSupportAddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.vke.GetSupportAddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface GetSupportAddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface GetSupportResourceTypesResource { /** * The scope of resource. */ resourceScope: string; /** * The resource specifications info. */ resourceSpecifications: string[]; /** * The type of resource. */ resourceType: string; /** * The id of zone. */ zoneId: string; } interface KubeconfigsKubeconfig { /** * The Cluster ID of the Kubeconfig. */ clusterId: string; /** * The create time of the Kubeconfig. */ createTime: string; /** * The expire time of the Kubeconfig. */ expireTime: string; /** * The ID of the Kubeconfig. */ id: string; /** * Kubeconfig data with public/private network access, returned in BASE64 encoding. */ kubeconfig: string; /** * The ID of the Kubeconfig. */ kubeconfigId: string; /** * The type of the Kubeconfig. */ type: string; /** * The account ID of the Kubeconfig. */ userId: number; } interface NodeKubernetesConfig { /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The Labels of KubernetesConfig. */ labels?: outputs.vke.NodeKubernetesConfigLabel[]; /** * The Taints of KubernetesConfig. */ taints: outputs.vke.NodeKubernetesConfigTaint[]; } interface NodeKubernetesConfigLabel { /** * The Key of Labels. */ key?: string; /** * The Value of Labels. */ value?: string; } interface NodeKubernetesConfigTaint { /** * The Effect of Taints, the value can be `NoSchedule` or `NoExecute` or `PreferNoSchedule`. */ effect?: string; /** * The Key of Taints. */ key?: string; /** * The Value of Taints. */ value?: string; } interface NodePoolAutoScaling { /** * The DesiredReplicas of AutoScaling, default 0, range in minReplicas to max_replicas. */ desiredReplicas: number; /** * Whether to enable the auto scaling function of the node pool. When a node needs to be manually added to the node pool, the value of this field must be `false`. */ enabled: boolean; /** * The MaxReplicas of AutoScaling, default 10, range in 1~2000. This field is valid when the value of `enabled` is `true`. */ maxReplicas?: number; /** * The MinReplicas of AutoScaling, default 0. This field is valid when the value of `enabled` is `true`. */ minReplicas: number; /** * The Priority of AutoScaling, default 10, rang in 0~100. This field is valid when the value of `enabled` is `true` and the value of `subnetPolicy` is `Priority`. */ priority: number; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; } interface NodePoolKubernetesConfig { /** * Whether to disable the function of automatically synchronizing labels and taints to existing nodes. Default is false. */ autoSyncDisabled: boolean; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The KubeletConfig of KubernetesConfig. After adding parameters, deleting parameters does not take effect. */ kubeletConfig?: outputs.vke.NodePoolKubernetesConfigKubeletConfig; /** * The Labels of KubernetesConfig. */ labels?: outputs.vke.NodePoolKubernetesConfigLabel[]; /** * The NamePrefix of node metadata. */ namePrefix?: string; /** * The Taints of KubernetesConfig. */ taints?: outputs.vke.NodePoolKubernetesConfigTaint[]; } interface NodePoolKubernetesConfigKubeletConfig { /** * The FeatureGates of KubeletConfig. */ featureGates?: outputs.vke.NodePoolKubernetesConfigKubeletConfigFeatureGates; /** * The TopologyManagerPolicy of KubeletConfig. Valid values: `none`, `restricted`, `best-effort`, `single-numa-node`. Default is `none`. */ topologyManagerPolicy?: string; /** * The TopologyManagerScope of KubeletConfig. Valid values: `container`. */ topologyManagerScope?: string; } interface NodePoolKubernetesConfigKubeletConfigFeatureGates { /** * Whether to enable QoSResourceManager. Default is false. */ qosResourceManager?: boolean; } interface NodePoolKubernetesConfigLabel { /** * The Key of Labels. */ key?: string; /** * The Value of Labels. */ value?: string; } interface NodePoolKubernetesConfigTaint { /** * The Effect of Taints, the value can be `NoSchedule` or `NoExecute` or `PreferNoSchedule`. */ effect?: string; /** * The Key of Taints. */ key?: string; /** * The Value of Taints. */ value?: string; } interface NodePoolNodeConfig { /** * The AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled?: boolean; /** * Is AutoRenew of PrePaid instance of NodeConfig. Valid values: true, false. when InstanceChargeType is PrePaid, default value is true. */ autoRenew: boolean; /** * The AutoRenewPeriod of PrePaid instance of NodeConfig. Valid values: 1, 2, 3, 6, 12. Unit: month. when InstanceChargeType is PrePaid and AutoRenew enable, default value is 1. */ autoRenewPeriod: number; /** * The DataVolumes of NodeConfig. */ dataVolumes?: outputs.vke.NodePoolNodeConfigDataVolume[]; /** * Tags for Ecs. */ ecsTags?: outputs.vke.NodePoolNodeConfigEcsTag[]; /** * The IDs of HpcCluster, only one ID is supported currently. */ hpcClusterIds?: string[]; /** * The ImageId of NodeConfig. */ imageId: string; /** * The initializeScript of NodeConfig. */ initializeScript?: string; /** * The InstanceChargeType of PrePaid instance of NodeConfig. Valid values: PostPaid, PrePaid. Default value: PostPaid. */ instanceChargeType?: string; /** * The InstanceTypeIds of NodeConfig. The value can get from volcengine.vke.getSupportResourceTypes datasource. */ instanceTypeIds: string[]; /** * The NamePrefix of NodeConfig. */ namePrefix?: string; /** * The Period of PrePaid instance of NodeConfig. Valid values: 1, 2, 3, 4, 5, 6, 7, 8, 9, 12, 24, 36. Unit: month. when InstanceChargeType is PrePaid, default value is 12. */ period: number; /** * The project name of the ecs instance. */ projectName: string; /** * The Security of NodeConfig. */ security: outputs.vke.NodePoolNodeConfigSecurity; /** * The SubnetIds of NodeConfig. */ subnetIds: string[]; /** * The SystemVolume of NodeConfig. */ systemVolume: outputs.vke.NodePoolNodeConfigSystemVolume; } interface NodePoolNodeConfigDataVolume { /** * The target mount directory of the disk. Must start with `/`. */ mountPoint?: string; /** * The Size of DataVolumes, the value range in 20~32768. Default value is `20`. */ size?: number; /** * The Type of DataVolumes, the value can be `PTSSD` or `ESSD_PL0` or `ESSD_FlexPL`. Default value is `ESSD_PL0`. */ type?: string; } interface NodePoolNodeConfigEcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NodePoolNodeConfigSecurity { /** * The Login of Security. */ login?: outputs.vke.NodePoolNodeConfigSecurityLogin; /** * The SecurityGroupIds of Security. */ securityGroupIds: string[]; /** * The SecurityStrategies of Security, the value can be empty or `Hids`. */ securityStrategies?: string[]; } interface NodePoolNodeConfigSecurityLogin { /** * The Password of Security, this field must be encoded with base64. */ password?: string; /** * The SshKeyPairName of Security. */ sshKeyPairName?: string; } interface NodePoolNodeConfigSystemVolume { /** * The Size of SystemVolume, the value range in 20~2048. */ size: number; /** * The Type of SystemVolume, the value can be `PTSSD` or `ESSD_PL0` or `ESSD_FlexPL`. */ type: string; } interface NodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * The TotalCount of Node. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface NodePoolTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NodePoolsNodePool { /** * Is AdditionalContainerStorageEnabled of NodeConfig. */ additionalContainerStorageEnabled: boolean; /** * Is auto renew of the PrePaid instance of NodeConfig. */ autoRenew: boolean; /** * The AutoRenewPeriod of the PrePaid instance of NodeConfig. */ autoRenewPeriod: number; /** * The ClusterId of NodePool. */ clusterId: string; /** * The Condition of Status. */ conditionTypes: string[]; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The ClientToken when successfully created. */ createClientToken: string; /** * The CreateTime of NodePool. */ createTime: string; /** * The DataVolume of NodeConfig. */ dataVolumes: outputs.vke.NodePoolsNodePoolDataVolume[]; /** * The DesiredReplicas of AutoScaling. */ desiredReplicas: number; /** * Tags for Ecs. */ ecsTags: outputs.vke.NodePoolsNodePoolEcsTag[]; /** * Is Enabled of AutoScaling. */ enabled: boolean; /** * The IDs of HpcCluster. */ hpcClusterIds: string[]; /** * The Id of NodePool. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The InstanceChargeType of NodeConfig. */ instanceChargeType: string; /** * The InstanceTypeIds of NodeConfig. */ instanceTypeIds: string[]; /** * Whether to disable the function of automatically synchronizing labels and taints to existing nodes. */ kubeConfigAutoSyncDisabled: boolean; /** * The NamePrefix of node metadata. */ kubeConfigNamePrefix: string; /** * The KubeletConfig of KubernetesConfig. */ kubeletConfigs: outputs.vke.NodePoolsNodePoolKubeletConfig[]; /** * The LabelContent of KubernetesConfig. */ labelContents: outputs.vke.NodePoolsNodePoolLabelContent[]; /** * The login SshKeyPairName of NodeConfig. */ loginKeyPairName: string; /** * The login type of NodeConfig. */ loginType: string; /** * The MaxReplicas of AutoScaling. */ maxReplicas: number; /** * The MinReplicas of AutoScaling. */ minReplicas: number; /** * The Name of NodePool. */ name: string; /** * The NamePrefix of NodeConfig. */ namePrefix: string; /** * The NodeStatistics of NodeConfig. */ nodeStatistics: outputs.vke.NodePoolsNodePoolNodeStatistic[]; /** * The period of the PrePaid instance of NodeConfig. */ period: number; /** * The Phase of Status. */ phase: string; /** * The Priority of AutoScaling. */ priority: number; /** * The project name of NodeConfig. */ projectName: string; /** * The SecurityGroupIds of NodeConfig. */ securityGroupIds: string[]; /** * The SecurityStrategies of NodeConfig. */ securityStrategies: string[]; /** * The SecurityStrategyEnabled of NodeConfig. */ securityStrategyEnabled: boolean; /** * The SubnetId of NodeConfig. */ subnetIds: string[]; /** * Multi-subnet scheduling strategy for nodes. The value can be `ZoneBalance` or `Priority`. */ subnetPolicy: string; /** * The SystemVolume of NodeConfig. */ systemVolumes: outputs.vke.NodePoolsNodePoolSystemVolume[]; /** * Tags. */ tags: outputs.vke.NodePoolsNodePoolTag[]; /** * The TaintContent of NodeConfig. */ taintContents: outputs.vke.NodePoolsNodePoolTaintContent[]; /** * The ClientToken when last update was successful. */ updateClientToken: string; /** * The UpdateTime time of NodePool. */ updateTime: string; } interface NodePoolsNodePoolDataVolume { /** * The target mount directory of the disk. */ mountPoint: string; /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface NodePoolsNodePoolEcsTag { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsNodePoolKubeletConfig { /** * The FeatureGates of KubeletConfig. */ featureGates: outputs.vke.NodePoolsNodePoolKubeletConfigFeatureGate[]; /** * The TopologyManagerPolicy of KubeletConfig. */ topologyManagerPolicy: string; /** * The TopologyManagerScope of KubeletConfig. */ topologyManagerScope: string; } interface NodePoolsNodePoolKubeletConfigFeatureGate { /** * Whether to enable QoSResourceManager. */ qosResourceManager: boolean; } interface NodePoolsNodePoolLabelContent { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsNodePoolNodeStatistic { /** * The CreatingCount of Node. */ creatingCount: number; /** * The DeletingCount of Node. */ deletingCount: number; /** * The FailedCount of Node. */ failedCount: number; /** * The RunningCount of Node. */ runningCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StartingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ startingCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppedCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppedCount: number; /** * (**Deprecated**) This field has been deprecated and is not recommended for use. The StoppingCount of Node. * * @deprecated This field has been deprecated and is not recommended for use. */ stoppingCount: number; /** * Returns the total amount of the data list. */ totalCount: number; /** * The UpdatingCount of Node. */ updatingCount: number; } interface NodePoolsNodePoolSystemVolume { /** * The Size of SystemVolume. */ size: string; /** * The Type of Tags. */ type: string; } interface NodePoolsNodePoolTag { /** * The Key of Tags. */ key: string; /** * The Type of Tags. */ type: string; /** * The Value of Tags. */ value: string; } interface NodePoolsNodePoolTaintContent { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodePoolsStatus { /** * Indicates the status condition of the node pool in the active state. The value can be `Progressing` or `Ok` or `VersionPartlyUpgraded` or `StockOut` or `LimitedByQuota` or `Balance` or `Degraded` or `ClusterVersionUpgrading` or `Cluster` or `ResourceCleanupFailed` or `Unknown` or `ClusterNotRunning` or `SetByProvider`. */ conditionsType?: string; /** * The Phase of Status. The value can be `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Scaling`. */ phase?: string; } interface NodePoolsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NodesNode { /** * Is Additional Container storage enables. */ additionalContainerStorageEnabled: boolean; /** * The cluster id of node. */ clusterId: string; /** * The Condition of Node. */ conditionTypes: string[]; /** * The Storage Path. */ containerStoragePath: string; /** * The Cordon of KubernetesConfig. */ cordon: boolean; /** * The Create Client Token. */ createClientToken: string; /** * The create time of Node. */ createTime: string; /** * The ID of Node. */ id: string; /** * The ImageId of NodeConfig. */ imageId: string; /** * The InitializeScript of NodeConfig. */ initializeScript: string; /** * The instance id of node. */ instanceId: string; /** * Is virtual node. */ isVirtual: boolean; /** * The Label of KubernetesConfig. */ labels: outputs.vke.NodesNodeLabel[]; /** * The Name of Node. */ name: string; /** * The node pool id. */ nodePoolId: string; /** * The Phase of Node. */ phase: string; /** * The roles of node. */ roles: string[]; /** * The Taint of KubernetesConfig. */ taints: outputs.vke.NodesNodeTaint[]; /** * The update time of Node. */ updateTime: string; /** * The zone id. */ zoneId: string; } interface NodesNodeLabel { /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodesNodeTaint { /** * The Effect of Taint. */ effect: string; /** * The Key of Taint. */ key: string; /** * The Value of Taint. */ value: string; } interface NodesStatus { /** * The Type of Node Condition, the value is `Progressing` or `Ok` or `Unschedulable` or `InitilizeFailed` or `Unknown` or `NotReady` or `Security` or `Balance` or `ResourceCleanupFailed`. */ conditionsType?: string; /** * The Phase of Node, the value is `Creating` or `Running` or `Updating` or `Deleting` or `Failed` or `Starting` or `Stopping` or `Stopped`. */ phase?: string; } interface PermissionsAccessPolicy { /** * The authorized time of the RBAC Permission. */ authorizedAt: string; /** * The ID of the Authorizer. */ authorizerId: number; /** * The name of the Authorizer. */ authorizerName: string; /** * The type of the Authorizer. */ authorizerType: string; /** * The ID of the Cluster. */ clusterId: string; /** * The granted time of the RBAC Permission. */ grantedAt: string; /** * The ID of the Grantee. */ granteeId: number; /** * The type of Grantee. Valid values: `User`, `Role`. */ granteeType: string; /** * The id of the RBAC Permission. */ id: string; /** * Whether the RBAC Role is custom role. */ isCustomRole: boolean; /** * The name of the Kube Role Binding. */ kubeRoleBindingName: string; /** * The message of the RBAC Permission. */ message: string; /** * The Namespace of the RBAC Permission. */ namespace: string; /** * The revoked time of the RBAC Permission. */ revokedAt: string; /** * The name of the RBAC Role. */ roleName: string; /** * The status of RBAC Permission. */ status: string; } interface SupportAddonsAddon { /** * The categories of addons, the value is `Storage` or `Network` or `Monitor` or `Scheduler` or `Dns` or `Security` or `Gpu` or `Image`. */ categories?: string[]; /** * The deploy model. */ deployMode: string; /** * The deploy node types, the value is `Node` or `VirtualNode`. Only effected when deployMode is `Unmanaged`. */ deployNodeTypes: string[]; /** * The name of the addon. */ name: string; /** * The necessary of addon. */ necessary?: string; /** * The container network model, the value is `Flannel` or `VpcCniShared`. Flannel: Flannel network model, an independent Underlay container network solution, combined with the global routing capability of VPC, to achieve a high-performance network experience for the cluster. VpcCniShared: VPC-CNI network model, an Underlay container network solution based on the ENI of the private network elastic network card, with high network communication performance. */ podNetworkModes: string[]; /** * The version info of addon. */ versions: outputs.vke.SupportAddonsAddonVersion[]; } interface SupportAddonsAddonVersion { /** * The compatible version list. */ compatibilities: outputs.vke.SupportAddonsAddonVersionCompatibility[]; /** * The compatible version list. */ compatibleVersions: string[]; /** * The basic version info. */ version: string; } interface SupportAddonsAddonVersionCompatibility { /** * The Kubernetes Version of addon. */ kubernetesVersion: string; } interface SupportResourceTypesResource { /** * The scope of resource. */ resourceScope: string; /** * The resource specifications info. */ resourceSpecifications: string[]; /** * The type of resource. */ resourceType: string; /** * The id of zone. */ zoneId: string; } } export declare namespace vpc { interface GetHaVipsHaVip { /** * The account id of the Ha Vip. */ accountId: string; /** * The associated eip address of the Ha Vip. */ associatedEipAddress: string; /** * The associated eip id of the Ha Vip. */ associatedEipId: string; /** * The associated instance ids of the Ha Vip. */ associatedInstanceIds: string[]; /** * The associated instance type of the Ha Vip. */ associatedInstanceType: string; /** * The create time of the Ha Vip. */ createdAt: string; /** * The description of the Ha Vip. */ description: string; /** * The id of the Ha Vip. */ haVipId: string; /** * The name of Ha Vip. */ haVipName: string; /** * The id of the Ha Vip. */ id: string; /** * The ip address of Ha Vip. */ ipAddress: string; /** * The master instance id of the Ha Vip. */ masterInstanceId: string; /** * The project name of Ha Vip. */ projectName: string; /** * The status of Ha Vip. */ status: string; /** * The id of subnet. */ subnetId: string; /** * Tags. */ tags: outputs.vpc.GetHaVipsHaVipTag[]; /** * The update time of the Ha Vip. */ updatedAt: string; /** * The id of vpc. */ vpcId: string; } interface GetHaVipsHaVipTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetHaVipsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetIpv6AddressBandwidthsIpv6AddressBandwidth { /** * The ID of the Ipv6AddressBandwidth. */ allocationId: string; /** * Peek bandwidth of the Ipv6 address. */ bandwidth: number; /** * BillingType of the Ipv6 bandwidth. */ billingType: string; /** * The BusinessStatus of the Ipv6AddressBandwidth. */ businessStatus: string; /** * Creation time of the Ipv6AddressBandwidth. */ creationTime: string; /** * Delete time of the Ipv6AddressBandwidth. */ deleteTime: string; /** * The ID of the Ipv6AddressBandwidth. */ id: string; /** * The ID of the associated instance. */ instanceId: string; /** * The type of the associated instance. */ instanceType: string; /** * The IPv6 address. */ ipv6Address: string; /** * ISP of the ipv6 address. */ isp: string; /** * The BusinessStatus of the Ipv6AddressBandwidth. */ lockReason: string; /** * The network type of the ipv6 address. */ networkType: string; /** * Overdue time of the Ipv6AddressBandwidth. */ overdueTime: string; /** * The status of the Ipv6AddressBandwidth. */ status: string; /** * Update time of the Ipv6AddressBandwidth. */ updateTime: string; } interface GetIpv6AddressesIpv6Address { /** * The IPv6 address. */ ipv6Address: string; } interface GetIpv6GatewaysIpv6Gateway { /** * Creation time of the Ipv6Gateway. */ creationTime: string; /** * The description of the Ipv6Gateway. */ description: string; /** * The ID of the Ipv6Gateway. */ id: string; /** * The ID of the Ipv6Gateway. */ ipv6GatewayId: string; /** * The name of the Ipv6Gateway. */ name: string; /** * The Status of the Ipv6Gateway. */ status: string; /** * Update time of the Ipv6Gateway. */ updateTime: string; /** * The id of the VPC which the Ipv6Gateway belongs to. */ vpcId: string; } interface GetNetworkAclsNetworkAcl { /** * The count of Network acl entry. */ aclEntryCount: number; /** * Creation time of Network Acl. */ creationTime: string; /** * The description of entry. */ description: string; /** * The egress entries info of Network Acl. */ egressAclEntries: outputs.vpc.GetNetworkAclsNetworkAclEgressAclEntry[]; /** * The ID of Network Acl. */ id: string; /** * The ingress entries info of Network Acl. */ ingressAclEntries: outputs.vpc.GetNetworkAclsNetworkAclIngressAclEntry[]; /** * The ID of Network Acl. */ networkAclId: string; /** * The name of Network Acl. */ networkAclName: string; /** * The project name of the network acl. */ projectName: string; /** * The resources info of Network Acl. */ resources: outputs.vpc.GetNetworkAclsNetworkAclResource[]; /** * The Status of Network Acl. */ status: string; /** * Tags. */ tags: outputs.vpc.GetNetworkAclsNetworkAclTag[]; /** * Update time of Network Acl. */ updateTime: string; /** * The vpc id of Network Acl. */ vpcId: string; } interface GetNetworkAclsNetworkAclEgressAclEntry { /** * The description of entry. */ description: string; /** * The DestinationCidrIp of entry. */ destinationCidrIp: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName: string; /** * The policy of entry. */ policy: string; /** * The port of entry. */ port: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry. */ protocol: string; } interface GetNetworkAclsNetworkAclIngressAclEntry { /** * The description of entry. */ description: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName: string; /** * The policy of entry. */ policy: string; /** * The port of entry. */ port: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry. */ protocol: string; /** * The SourceCidrIp of entry. */ sourceCidrIp: string; } interface GetNetworkAclsNetworkAclResource { /** * The resource id of Network Acl. */ resourceId: string; /** * The Status of Network Acl. */ status: string; } interface GetNetworkAclsNetworkAclTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetNetworkAclsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetNetworkInterfacesNetworkInterface { /** * The account id of the ENI creator. */ accountId: string; /** * The IP address of the EIP to which the ENI associates. */ associatedElasticIpAddress: string; /** * The allocation id of the EIP to which the ENI associates. */ associatedElasticIpId: string; /** * The create time of the ENI. */ createdAt: string; /** * The description of the ENI. */ description: string; /** * The id of the device to which the ENI is bound. */ deviceId: string; /** * The id of the ENI. */ id: string; /** * The IPv6 address list of the ENI. */ ipv6Sets: string[]; /** * The mac address of the ENI. */ macAddress: string; /** * The id of the ENI. */ networkInterfaceId: string; /** * A name of ENI. */ networkInterfaceName: string; /** * The enable of port security. */ portSecurityEnabled: boolean; /** * The primary IP address of the ENI. */ primaryIpAddress: string; /** * The IP address of secondary private network interface. */ privateIpSets: outputs.vpc.GetNetworkInterfacesNetworkInterfacePrivateIpSet[]; /** * The ProjectName of the ENI. */ projectName: string; /** * The list of the security group id to which the secondary ENI belongs. */ securityGroupIds: string[]; /** * Whether the network card has been authorized to be used by other account services. */ serviceManaged: boolean; /** * A status of ENI, Optional choice contains `Creating`, `Available`, `Attaching`, `InUse`, `Detaching`, `Deleting`. */ status: string; /** * An id of the subnet to which the ENI is connected. */ subnetId: string; /** * Tags. */ tags: outputs.vpc.GetNetworkInterfacesNetworkInterfaceTag[]; /** * A type of ENI, Optional choice contains `primary`, `secondary`. */ type: string; /** * The last update time of the ENI. */ updatedAt: string; /** * An id of the virtual private cloud (VPC) to which the ENI belongs. */ vpcId: string; /** * The name of the virtual private cloud (VPC) to which the ENI belongs. */ vpcName: string; /** * The zone ID. */ zoneId: string; } interface GetNetworkInterfacesNetworkInterfacePrivateIpSet { /** * The public IP that secondary private network IP associated with. */ associatedElasticIps: outputs.vpc.GetNetworkInterfacesNetworkInterfacePrivateIpSetAssociatedElasticIp[]; /** * Whether the network interface is primary IP address. */ primary: boolean; /** * The secondary private network IP address of the network interface card. */ privateIpAddress: string; } interface GetNetworkInterfacesNetworkInterfacePrivateIpSetAssociatedElasticIp { /** * The public IP ID. */ allocationId: string; /** * The public IP address. */ eipAddress: string; } interface GetNetworkInterfacesNetworkInterfaceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetNetworkInterfacesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetPrefixListsPrefixList { /** * Number of associated resources for prefix list. */ associationCount: number; /** * CIDR address block information for prefix list. */ cidrs: string[]; /** * The creation time of the prefix list. */ creationTime: string; /** * Description. */ description: string; /** * The id of the prefix list. */ id: string; /** * IP version of prefix list. */ ipVersion: string; /** * Maximum number of entries, which is the maximum number of items that can be added to the prefix list. */ maxEntries: number; /** * Collection of resources associated with VPC prefix list. */ prefixListAssociations: outputs.vpc.GetPrefixListsPrefixListPrefixListAssociation[]; /** * The prefix list entries. */ prefixListEntries: outputs.vpc.GetPrefixListsPrefixListPrefixListEntry[]; /** * The prefix list id. */ prefixListId: string; /** * A Name of prefix list. */ prefixListName: string; /** * The status of the prefix list. */ status: string; /** * The update time of the prefix list. */ updateTime: string; } interface GetPrefixListsPrefixListPrefixListAssociation { /** * Associated resource ID. */ resourceId: string; /** * Related resource types. */ resourceType: string; } interface GetPrefixListsPrefixListPrefixListEntry { /** * CIDR address blocks for prefix list entries. */ cidr: string; /** * Description. */ description: string; /** * The prefix list id. */ prefixListId: string; } interface GetPrefixListsTagFilter { /** * The key of the tag. */ key?: string; /** * The values of the tag. */ values?: string[]; } interface GetRouteEntriesRouteEntry { /** * The description of the route entry. */ description: string; /** * A destination CIDR block of route entry. */ destinationCidrBlock: string; /** * The id of the route entry. */ id: string; /** * An id of next hop. */ nextHopId: string; /** * The name of the next hop. */ nextHopName: string; /** * A type of next hop, Optional choice contains `Instance`, `NetworkInterface`, `NatGW`, `VpnGW`. */ nextHopType: string; /** * The id of the route entry. */ routeEntryId: string; /** * A name of route entry. */ routeEntryName: string; /** * An id of route table. */ routeTableId: string; /** * The status of the route entry. */ status: string; /** * The type of the route entry. */ type: string; /** * The id of the virtual private cloud (VPC) to which the route entry belongs. */ vpcId: string; } interface GetRouteTablesRouteTable { /** * The account id of the route table creator. */ accountId: string; /** * The create time of the route table. */ creationTime: string; /** * The description of the route table. */ description: string; /** * The id of the route table. */ id: string; /** * The ProjectName of the route table. */ projectName: string; /** * The id of the route table. */ routeTableId: string; /** * A name of route table. */ routeTableName: string; /** * The type of the route table. */ routeTableType: string; /** * The list of the subnet ids to which the entry table associates. */ subnetIds: string[]; /** * Tags. */ tags: outputs.vpc.GetRouteTablesRouteTableTag[]; /** * The last update time of the route table. */ updateTime: string; /** * An id of VPC. */ vpcId: string; /** * The name of the virtual private cloud (VPC) to which the route entry belongs. */ vpcName: string; } interface GetRouteTablesRouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetRouteTablesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSecurityGroupRulesSecurityGroupRule { /** * Cidr ip of egress/ingress Rule. */ cidrIp: string; /** * The creation time of security group rule. */ creationTime: string; /** * description of a group rule. */ description: string; /** * Direction of rule, ingress (inbound) or egress (outbound). */ direction: string; /** * Access strategy. */ policy: string; /** * Port end of egress/ingress Rule. */ portEnd: number; /** * Port start of egress/ingress Rule. */ portStart: number; /** * Priority of a security group rule. */ priority: number; /** * Protocol of the SecurityGroup, the value can be `tcp` or `udp` or `icmp` or `all`. */ protocol: string; /** * SecurityGroup ID. */ securityGroupId: string; /** * ID of the source security group whose access permission you want to set. */ sourceGroupId: string; /** * The update time of security group rule. */ updateTime: string; } interface GetSecurityGroupsSecurityGroup { /** * The creation time of SecurityGroup. */ creationTime: string; /** * The description of SecurityGroup. */ description: string; /** * The ID of SecurityGroup. */ id: string; /** * The ProjectName of SecurityGroup. */ projectName: string; /** * The ID of SecurityGroup. */ securityGroupId: string; /** * The Name of SecurityGroup. */ securityGroupName: string; /** * The Status of SecurityGroup. */ status: string; /** * Tags. */ tags: outputs.vpc.GetSecurityGroupsSecurityGroupTag[]; /** * A Name Regex of SecurityGroup. */ type: string; /** * The ID of vpc where security group is located. */ vpcId: string; } interface GetSecurityGroupsSecurityGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSecurityGroupsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSubnetsSubnet { /** * The account ID which the subnet belongs to. */ accountId: string; /** * The count of available ip address. */ availableIpAddressCount: number; /** * The cidr block of Subnet. */ cidrBlock: string; /** * Creation time of Subnet. */ creationTime: string; /** * The description of Subnet. */ description: string; /** * The ID of Subnet. */ id: string; /** * The IPv6 CIDR block of the VPC. */ ipv6CidrBlock: string; /** * The ID of network acl which this subnet associate with. */ networkAclId: string; /** * The route table information. */ routeTable: outputs.vpc.GetSubnetsSubnetRouteTable; /** * The ID of route table which subnet associated with. */ routeTableId: string; /** * The route table type. */ routeTableType: string; /** * The Status of Subnet. */ status: string; /** * The subnet name to query. */ subnetName: string; /** * Tags. */ tags: outputs.vpc.GetSubnetsSubnetTag[]; /** * The Count of ipv4. */ totalIpv4Count: number; /** * Update time of Subnet. */ updateTime: string; /** * The ID of VPC which subnet belongs to. */ vpcId: string; /** * The ID of zone which subnet belongs to. */ zoneId: string; } interface GetSubnetsSubnetRouteTable { /** * The ID of route table which subnet associated with. */ routeTableId: string; /** * The route table type. */ routeTableType: string; } interface GetSubnetsSubnetTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSubnetsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVpcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetVpcsVpc { /** * The account ID of VPC. */ accountId: string; /** * The associate cen list of VPC. */ associateCens: outputs.vpc.GetVpcsVpcAssociateCen[]; /** * The auxiliary cidr block list of VPC. */ auxiliaryCidrBlocks: string[]; /** * The cidr block of VPC. */ cidrBlock: string; /** * The create time of VPC. */ creationTime: string; /** * The description of VPC. */ description: string; /** * The dns server list of VPC. */ dnsServers: string[]; /** * The IPv6 CIDR block of the VPC. */ ipv6CidrBlock: string; /** * The nat gateway ID list of VPC. */ natGatewayIds: string[]; /** * The ProjectName of the VPC. */ projectName: string; /** * The route table ID list of VPC. */ routeTableIds: string[]; /** * The security group ID list of VPC. */ securityGroupIds: string[]; /** * The status of VPC. */ status: string; /** * The subnet ID list of VPC. */ subnetIds: string[]; /** * Tags. */ tags: outputs.vpc.GetVpcsVpcTag[]; /** * The update time of VPC. */ updateTime: string; /** * The ID of VPC. */ vpcId: string; /** * The vpc name to query. */ vpcName: string; } interface GetVpcsVpcAssociateCen { /** * The ID of CEN. */ cenId: string; /** * The owner ID of CEN. */ cenOwnerId: string; /** * The status of CEN. */ cenStatus: string; } interface GetVpcsVpcTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface HaVipTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface HaVipsHaVip { /** * The account id of the Ha Vip. */ accountId: string; /** * The associated eip address of the Ha Vip. */ associatedEipAddress: string; /** * The associated eip id of the Ha Vip. */ associatedEipId: string; /** * The associated instance ids of the Ha Vip. */ associatedInstanceIds: string[]; /** * The associated instance type of the Ha Vip. */ associatedInstanceType: string; /** * The create time of the Ha Vip. */ createdAt: string; /** * The description of the Ha Vip. */ description: string; /** * The id of the Ha Vip. */ haVipId: string; /** * The name of Ha Vip. */ haVipName: string; /** * The id of the Ha Vip. */ id: string; /** * The ip address of Ha Vip. */ ipAddress: string; /** * The master instance id of the Ha Vip. */ masterInstanceId: string; /** * The project name of Ha Vip. */ projectName: string; /** * The status of Ha Vip. */ status: string; /** * The id of subnet. */ subnetId: string; /** * Tags. */ tags: outputs.vpc.HaVipsHaVipTag[]; /** * The update time of the Ha Vip. */ updatedAt: string; /** * The id of vpc. */ vpcId: string; } interface HaVipsHaVipTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface HaVipsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface Ipv6AddressBandwidthsIpv6AddressBandwidth { /** * The ID of the Ipv6AddressBandwidth. */ allocationId: string; /** * Peek bandwidth of the Ipv6 address. */ bandwidth: number; /** * BillingType of the Ipv6 bandwidth. */ billingType: string; /** * The BusinessStatus of the Ipv6AddressBandwidth. */ businessStatus: string; /** * Creation time of the Ipv6AddressBandwidth. */ creationTime: string; /** * Delete time of the Ipv6AddressBandwidth. */ deleteTime: string; /** * The ID of the Ipv6AddressBandwidth. */ id: string; /** * The ID of the associated instance. */ instanceId: string; /** * The type of the associated instance. */ instanceType: string; /** * The IPv6 address. */ ipv6Address: string; /** * ISP of the ipv6 address. */ isp: string; /** * The BusinessStatus of the Ipv6AddressBandwidth. */ lockReason: string; /** * The network type of the ipv6 address. */ networkType: string; /** * Overdue time of the Ipv6AddressBandwidth. */ overdueTime: string; /** * The status of the Ipv6AddressBandwidth. */ status: string; /** * Update time of the Ipv6AddressBandwidth. */ updateTime: string; } interface Ipv6AddressesIpv6Address { /** * The IPv6 address. */ ipv6Address: string; } interface Ipv6GatewaysIpv6Gateway { /** * Creation time of the Ipv6Gateway. */ creationTime: string; /** * The description of the Ipv6Gateway. */ description: string; /** * The ID of the Ipv6Gateway. */ id: string; /** * The ID of the Ipv6Gateway. */ ipv6GatewayId: string; /** * The name of the Ipv6Gateway. */ name: string; /** * The Status of the Ipv6Gateway. */ status: string; /** * Update time of the Ipv6Gateway. */ updateTime: string; /** * The id of the VPC which the Ipv6Gateway belongs to. */ vpcId: string; } interface NetworkAclEgressAclEntry { /** * The description of entry. */ description?: string; /** * The DestinationCidrIp of entry. */ destinationCidrIp?: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName?: string; /** * The policy of entry. Default is `accept`. The value can be `accept` or `drop`. */ policy?: string; /** * The port of entry. Default is `-1/-1`. When Protocol is `all`, `icmp` or `gre`, the port range is `-1/-1`, which means no port restriction.When the Protocol is `tcp` or `udp`, the port range is `1~65535`, and the format is `1/200`, `80/80`,which means port 1 to port 200, port 80. */ port?: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry. The value can be `icmp` or `gre` or `tcp` or `udp` or `all`. Default is `all`. */ protocol?: string; } interface NetworkAclIngressAclEntry { /** * The description of entry. */ description?: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName?: string; /** * The policy of entry, default is `accept`. The value can be `accept` or `drop`. */ policy?: string; /** * The port of entry. Default is `-1/-1`. When Protocol is `all`, `icmp` or `gre`, the port range is `-1/-1`, which means no port restriction. When the Protocol is `tcp` or `udp`, the port range is `1~65535`, and the format is `1/200`, `80/80`, which means port 1 to port 200, port 80. */ port?: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry, default is `all`. The value can be `icmp` or `gre` or `tcp` or `udp` or `all`. */ protocol?: string; /** * The SourceCidrIp of entry. */ sourceCidrIp?: string; } interface NetworkAclTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NetworkAclsNetworkAcl { /** * The count of Network acl entry. */ aclEntryCount: number; /** * Creation time of Network Acl. */ creationTime: string; /** * The description of entry. */ description: string; /** * The egress entries info of Network Acl. */ egressAclEntries: outputs.vpc.NetworkAclsNetworkAclEgressAclEntry[]; /** * The ID of Network Acl. */ id: string; /** * The ingress entries info of Network Acl. */ ingressAclEntries: outputs.vpc.NetworkAclsNetworkAclIngressAclEntry[]; /** * The ID of Network Acl. */ networkAclId: string; /** * The name of Network Acl. */ networkAclName: string; /** * The project name of the network acl. */ projectName: string; /** * The resources info of Network Acl. */ resources: outputs.vpc.NetworkAclsNetworkAclResource[]; /** * The Status of Network Acl. */ status: string; /** * Tags. */ tags: outputs.vpc.NetworkAclsNetworkAclTag[]; /** * Update time of Network Acl. */ updateTime: string; /** * The vpc id of Network Acl. */ vpcId: string; } interface NetworkAclsNetworkAclEgressAclEntry { /** * The description of entry. */ description: string; /** * The DestinationCidrIp of entry. */ destinationCidrIp: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName: string; /** * The policy of entry. */ policy: string; /** * The port of entry. */ port: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry. */ protocol: string; } interface NetworkAclsNetworkAclIngressAclEntry { /** * The description of entry. */ description: string; /** * The id of entry. */ networkAclEntryId: string; /** * The name of entry. */ networkAclEntryName: string; /** * The policy of entry. */ policy: string; /** * The port of entry. */ port: string; /** * The priority of entry. */ priority: number; /** * The protocol of entry. */ protocol: string; /** * The SourceCidrIp of entry. */ sourceCidrIp: string; } interface NetworkAclsNetworkAclResource { /** * The resource id of Network Acl. */ resourceId: string; /** * The Status of Network Acl. */ status: string; } interface NetworkAclsNetworkAclTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NetworkAclsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NetworkInterfaceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NetworkInterfacesNetworkInterface { /** * The account id of the ENI creator. */ accountId: string; /** * The IP address of the EIP to which the ENI associates. */ associatedElasticIpAddress: string; /** * The allocation id of the EIP to which the ENI associates. */ associatedElasticIpId: string; /** * The create time of the ENI. */ createdAt: string; /** * The description of the ENI. */ description: string; /** * The id of the device to which the ENI is bound. */ deviceId: string; /** * The id of the ENI. */ id: string; /** * The IPv6 address list of the ENI. */ ipv6Sets: string[]; /** * The mac address of the ENI. */ macAddress: string; /** * The id of the ENI. */ networkInterfaceId: string; /** * A name of ENI. */ networkInterfaceName: string; /** * The enable of port security. */ portSecurityEnabled: boolean; /** * The primary IP address of the ENI. */ primaryIpAddress: string; /** * The IP address of secondary private network interface. */ privateIpSets: outputs.vpc.NetworkInterfacesNetworkInterfacePrivateIpSet[]; /** * The ProjectName of the ENI. */ projectName: string; /** * The list of the security group id to which the secondary ENI belongs. */ securityGroupIds: string[]; /** * Whether the network card has been authorized to be used by other account services. */ serviceManaged: boolean; /** * A status of ENI, Optional choice contains `Creating`, `Available`, `Attaching`, `InUse`, `Detaching`, `Deleting`. */ status: string; /** * An id of the subnet to which the ENI is connected. */ subnetId: string; /** * Tags. */ tags: outputs.vpc.NetworkInterfacesNetworkInterfaceTag[]; /** * A type of ENI, Optional choice contains `primary`, `secondary`. */ type: string; /** * The last update time of the ENI. */ updatedAt: string; /** * An id of the virtual private cloud (VPC) to which the ENI belongs. */ vpcId: string; /** * The name of the virtual private cloud (VPC) to which the ENI belongs. */ vpcName: string; /** * The zone ID. */ zoneId: string; } interface NetworkInterfacesNetworkInterfacePrivateIpSet { /** * The public IP that secondary private network IP associated with. */ associatedElasticIps: outputs.vpc.NetworkInterfacesNetworkInterfacePrivateIpSetAssociatedElasticIp[]; /** * Whether the network interface is primary IP address. */ primary: boolean; /** * The secondary private network IP address of the network interface card. */ privateIpAddress: string; } interface NetworkInterfacesNetworkInterfacePrivateIpSetAssociatedElasticIp { /** * The public IP ID. */ allocationId: string; /** * The public IP address. */ eipAddress: string; } interface NetworkInterfacesNetworkInterfaceTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface NetworkInterfacesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface PrefixListPrefixListAssociation { /** * Associated resource ID. */ resourceId: string; /** * Related resource types. */ resourceType: string; } interface PrefixListPrefixListEntry { /** * CIDR of prefix list entries. */ cidr?: string; /** * Description of prefix list entries. */ description?: string; } interface PrefixListTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface PrefixListsPrefixList { /** * Number of associated resources for prefix list. */ associationCount: number; /** * CIDR address block information for prefix list. */ cidrs: string[]; /** * The creation time of the prefix list. */ creationTime: string; /** * Description. */ description: string; /** * The id of the prefix list. */ id: string; /** * IP version of prefix list. */ ipVersion: string; /** * Maximum number of entries, which is the maximum number of items that can be added to the prefix list. */ maxEntries: number; /** * Collection of resources associated with VPC prefix list. */ prefixListAssociations: outputs.vpc.PrefixListsPrefixListPrefixListAssociation[]; /** * The prefix list entries. */ prefixListEntries: outputs.vpc.PrefixListsPrefixListPrefixListEntry[]; /** * The prefix list id. */ prefixListId: string; /** * A Name of prefix list. */ prefixListName: string; /** * The status of the prefix list. */ status: string; /** * The update time of the prefix list. */ updateTime: string; } interface PrefixListsPrefixListPrefixListAssociation { /** * Associated resource ID. */ resourceId: string; /** * Related resource types. */ resourceType: string; } interface PrefixListsPrefixListPrefixListEntry { /** * CIDR address blocks for prefix list entries. */ cidr: string; /** * Description. */ description: string; /** * The prefix list id. */ prefixListId: string; } interface PrefixListsTagFilter { /** * The key of the tag. */ key?: string; /** * The values of the tag. */ values?: string[]; } interface RouteEntriesRouteEntry { /** * The description of the route entry. */ description: string; /** * A destination CIDR block of route entry. */ destinationCidrBlock: string; /** * The id of the route entry. */ id: string; /** * An id of next hop. */ nextHopId: string; /** * The name of the next hop. */ nextHopName: string; /** * A type of next hop, Optional choice contains `Instance`, `NetworkInterface`, `NatGW`, `VpnGW`. */ nextHopType: string; /** * The id of the route entry. */ routeEntryId: string; /** * A name of route entry. */ routeEntryName: string; /** * An id of route table. */ routeTableId: string; /** * The status of the route entry. */ status: string; /** * The type of the route entry. */ type: string; /** * The id of the virtual private cloud (VPC) to which the route entry belongs. */ vpcId: string; } interface RouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RouteTablesRouteTable { /** * The account id of the route table creator. */ accountId: string; /** * The create time of the route table. */ creationTime: string; /** * The description of the route table. */ description: string; /** * The id of the route table. */ id: string; /** * The ProjectName of the route table. */ projectName: string; /** * The id of the route table. */ routeTableId: string; /** * A name of route table. */ routeTableName: string; /** * The type of the route table. */ routeTableType: string; /** * The list of the subnet ids to which the entry table associates. */ subnetIds: string[]; /** * Tags. */ tags: outputs.vpc.RouteTablesRouteTableTag[]; /** * The last update time of the route table. */ updateTime: string; /** * An id of VPC. */ vpcId: string; /** * The name of the virtual private cloud (VPC) to which the route entry belongs. */ vpcName: string; } interface RouteTablesRouteTableTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface RouteTablesTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SecurityGroupRulesSecurityGroupRule { /** * Cidr ip of egress/ingress Rule. */ cidrIp: string; /** * The creation time of security group rule. */ creationTime: string; /** * description of a group rule. */ description: string; /** * Direction of rule, ingress (inbound) or egress (outbound). */ direction: string; /** * Access strategy. */ policy: string; /** * Port end of egress/ingress Rule. */ portEnd: number; /** * Port start of egress/ingress Rule. */ portStart: number; /** * Priority of a security group rule. */ priority: number; /** * Protocol of the SecurityGroup, the value can be `tcp` or `udp` or `icmp` or `all`. */ protocol: string; /** * SecurityGroup ID. */ securityGroupId: string; /** * ID of the source security group whose access permission you want to set. */ sourceGroupId: string; /** * The update time of security group rule. */ updateTime: string; } interface SecurityGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SecurityGroupsSecurityGroup { /** * The creation time of SecurityGroup. */ creationTime: string; /** * The description of SecurityGroup. */ description: string; /** * The ID of SecurityGroup. */ id: string; /** * The ProjectName of SecurityGroup. */ projectName: string; /** * The ID of SecurityGroup. */ securityGroupId: string; /** * The Name of SecurityGroup. */ securityGroupName: string; /** * The Status of SecurityGroup. */ status: string; /** * Tags. */ tags: outputs.vpc.SecurityGroupsSecurityGroupTag[]; /** * A Name Regex of SecurityGroup. */ type: string; /** * The ID of vpc where security group is located. */ vpcId: string; } interface SecurityGroupsSecurityGroupTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SecurityGroupsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SubnetTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SubnetsSubnet { /** * The account ID which the subnet belongs to. */ accountId: string; /** * The count of available ip address. */ availableIpAddressCount: number; /** * The cidr block of Subnet. */ cidrBlock: string; /** * Creation time of Subnet. */ creationTime: string; /** * The description of Subnet. */ description: string; /** * The ID of Subnet. */ id: string; /** * The IPv6 CIDR block of the VPC. */ ipv6CidrBlock: string; /** * The ID of network acl which this subnet associate with. */ networkAclId: string; /** * The route table information. */ routeTable: outputs.vpc.SubnetsSubnetRouteTable; /** * The ID of route table which subnet associated with. */ routeTableId: string; /** * The route table type. */ routeTableType: string; /** * The Status of Subnet. */ status: string; /** * The subnet name to query. */ subnetName: string; /** * Tags. */ tags: outputs.vpc.SubnetsSubnetTag[]; /** * The Count of ipv4. */ totalIpv4Count: number; /** * Update time of Subnet. */ updateTime: string; /** * The ID of VPC which subnet belongs to. */ vpcId: string; /** * The ID of zone which subnet belongs to. */ zoneId: string; } interface SubnetsSubnetRouteTable { /** * The ID of route table which subnet associated with. */ routeTableId: string; /** * The route table type. */ routeTableType: string; } interface SubnetsSubnetTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface SubnetsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpcAssociateCen { /** * The ID of CEN. */ cenId: string; /** * The owner ID of CEN. */ cenOwnerId: string; /** * The status of CEN. */ cenStatus: string; } interface VpcTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpcsTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface VpcsVpc { /** * The account ID of VPC. */ accountId: string; /** * The associate cen list of VPC. */ associateCens: outputs.vpc.VpcsVpcAssociateCen[]; /** * The auxiliary cidr block list of VPC. */ auxiliaryCidrBlocks: string[]; /** * The cidr block of VPC. */ cidrBlock: string; /** * The create time of VPC. */ creationTime: string; /** * The description of VPC. */ description: string; /** * The dns server list of VPC. */ dnsServers: string[]; /** * The IPv6 CIDR block of the VPC. */ ipv6CidrBlock: string; /** * The nat gateway ID list of VPC. */ natGatewayIds: string[]; /** * The ProjectName of the VPC. */ projectName: string; /** * The route table ID list of VPC. */ routeTableIds: string[]; /** * The security group ID list of VPC. */ securityGroupIds: string[]; /** * The status of VPC. */ status: string; /** * The subnet ID list of VPC. */ subnetIds: string[]; /** * Tags. */ tags: outputs.vpc.VpcsVpcTag[]; /** * The update time of VPC. */ updateTime: string; /** * The ID of VPC. */ vpcId: string; /** * The vpc name to query. */ vpcName: string; } interface VpcsVpcAssociateCen { /** * The ID of CEN. */ cenId: string; /** * The owner ID of CEN. */ cenOwnerId: string; /** * The status of CEN. */ cenStatus: string; } interface VpcsVpcTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } } export declare namespace vpn { interface ConnectionsVpnConnection { /** * The account ID of the VPN connection. */ accountId: string; /** * The attach status of VPN connection. */ attachStatus: string; /** * The attach type of VPN connection. Valid values: `VpnGateway`, `TransitRouter`. */ attachType: string; /** * The business status of IPsec connection, valid when the attach type is 'TransitRouter'. */ businessStatus: string; /** * The connect status of the VPN connection. */ connectStatus: string; /** * The create time of VPN connection. */ creationTime: string; /** * An ID of customer gateway. */ customerGatewayId: string; /** * The delete time of resource, valid when the attach type is 'TransitRouter'. */ deletedTime: string; /** * The description of the VPN connection. */ description: string; /** * The dpd action of the VPN connection. */ dpdAction: string; /** * The ID of the VPN connection. */ id: string; /** * The auth alg of the ike config of the VPN connection. */ ikeConfigAuthAlg: string; /** * The dk group of the ike config of the VPN connection. */ ikeConfigDhGroup: string; /** * The enc alg of the ike config of the VPN connection. */ ikeConfigEncAlg: string; /** * The lifetime of the ike config of the VPN connection. */ ikeConfigLifetime: number; /** * The localId of the ike config of the VPN connection. */ ikeConfigLocalId: string; /** * The mode of the ike config of the VPN connection. */ ikeConfigMode: string; /** * The psk of the ike config of the VPN connection. */ ikeConfigPsk: string; /** * The remote id of the ike config of the VPN connection. */ ikeConfigRemoteId: string; /** * The version of the ike config of the VPN connection. */ ikeConfigVersion: string; /** * The ip address of transit router, valid when the attach type is 'TransitRouter'. */ ipAddress: string; /** * The auth alg of the ipsec config of the VPN connection. */ ipsecConfigAuthAlg: string; /** * The dh group of the ipsec config of the VPN connection. */ ipsecConfigDhGroup: string; /** * The enc alg of the ipsec config of the VPN connection. */ ipsecConfigEncAlg: string; /** * The lifetime of the ike config of the VPN connection. */ ipsecConfigLifetime: number; /** * The local subnet of the VPN connection. */ localSubnets: string[]; /** * Whether to enable the connection log. */ logEnabled: boolean; /** * The nat traversal of the VPN connection. */ natTraversal: boolean; /** * Whether to initiate negotiation mode immediately. */ negotiateInstantly: boolean; /** * The overdue time of resource, valid when the attach type is 'TransitRouter'. */ overdueTime: string; /** * The remote subnet of the VPN connection. */ remoteSubnets: string[]; /** * The status of IPSec connection. Valid values: `Creating`, `Deleting`, `Pending`, `Available`. */ status: string; /** * An ID of transit router. */ transitRouterId: string; /** * The update time of VPN connection. */ updateTime: string; /** * The ID of the VPN connection. */ vpnConnectionId: string; /** * The name of the VPN connection. */ vpnConnectionName: string; /** * An ID of VPN gateway. */ vpnGatewayId: string; /** * The zone id of transit router, valid when the attach type is 'TransitRouter'. */ zoneId: string; } interface CustomerGatewaysCustomerGateway { /** * The account ID of the customer gateway. */ accountId: string; /** * The connection count of the customer gateway. */ connectionCount: number; /** * The create time of customer gateway. */ creationTime: string; /** * The ID of the customer gateway. */ customerGatewayId: string; /** * The name of the customer gateway. */ customerGatewayName: string; /** * The description of the customer gateway. */ description: string; /** * The ID of the customer gateway. */ id: string; /** * A IP address of the customer gateway. */ ipAddress: string; /** * The status of the customer gateway. */ status: string; /** * The update time of customer gateway. */ updateTime: string; } interface GatewayRoutesVpnGatewayRoute { /** * The create time of VPN gateway route. */ creationTime: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * The ID of the VPN gateway route. */ id: string; /** * An ID of next hop. */ nextHopId: string; /** * The status of the VPN gateway route. */ status: string; /** * The update time of VPN gateway route. */ updateTime: string; /** * An ID of VPN gateway. */ vpnGatewayId: string; /** * The ID of the VPN gateway route. */ vpnGatewayRouteId: string; } interface GatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GatewaysTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GatewaysVpnGateway { /** * The account ID of the VPN gateway. */ accountId: string; /** * The bandwidth of the VPN gateway. */ bandwidth: number; /** * The BillingType of the VPN gateway. */ billingType: string; /** * The business status of the VPN gateway. */ businessStatus: string; /** * The connection count of the VPN gateway. */ connectionCount: number; /** * The create time of VPN gateway. */ creationTime: string; /** * The deleted time of the VPN gateway. */ deletedTime: string; /** * The description of the VPN gateway. */ description: string; /** * The expired time of the VPN gateway. */ expiredTime: string; /** * The ID of the VPN gateway. */ id: string; /** * A IP address of the VPN gateway. */ ipAddress: string; /** * Whether IPSec is enabled. */ ipsecEnabled: boolean; /** * The lock reason of the VPN gateway. */ lockReason: string; /** * The project name of the VPN gateway. */ projectName: string; /** * The route count of the VPN gateway. */ routeCount: number; /** * Whether ssl is enabled. */ sslEnabled: boolean; /** * The max connections of ssl. */ sslMaxConnections: number; /** * The status of the VPN gateway. */ status: string; /** * A subnet ID of the VPN gateway. */ subnetId?: string; /** * Tags. */ tags: outputs.vpn.GatewaysVpnGatewayTag[]; /** * The update time of VPN gateway. */ updateTime: string; /** * A VPC ID of the VPN gateway. */ vpcId: string; /** * The ID of the VPN gateway. */ vpnGatewayId: string; /** * The name of the VPN gateway. */ vpnGatewayName: string; } interface GatewaysVpnGatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetConnectionsVpnConnection { /** * The account ID of the VPN connection. */ accountId: string; /** * The attach status of VPN connection. */ attachStatus: string; /** * The attach type of VPN connection. Valid values: `VpnGateway`, `TransitRouter`. */ attachType: string; /** * The business status of IPsec connection, valid when the attach type is 'TransitRouter'. */ businessStatus: string; /** * The connect status of the VPN connection. */ connectStatus: string; /** * The create time of VPN connection. */ creationTime: string; /** * An ID of customer gateway. */ customerGatewayId: string; /** * The delete time of resource, valid when the attach type is 'TransitRouter'. */ deletedTime: string; /** * The description of the VPN connection. */ description: string; /** * The dpd action of the VPN connection. */ dpdAction: string; /** * The ID of the VPN connection. */ id: string; /** * The auth alg of the ike config of the VPN connection. */ ikeConfigAuthAlg: string; /** * The dk group of the ike config of the VPN connection. */ ikeConfigDhGroup: string; /** * The enc alg of the ike config of the VPN connection. */ ikeConfigEncAlg: string; /** * The lifetime of the ike config of the VPN connection. */ ikeConfigLifetime: number; /** * The localId of the ike config of the VPN connection. */ ikeConfigLocalId: string; /** * The mode of the ike config of the VPN connection. */ ikeConfigMode: string; /** * The psk of the ike config of the VPN connection. */ ikeConfigPsk: string; /** * The remote id of the ike config of the VPN connection. */ ikeConfigRemoteId: string; /** * The version of the ike config of the VPN connection. */ ikeConfigVersion: string; /** * The ip address of transit router, valid when the attach type is 'TransitRouter'. */ ipAddress: string; /** * The auth alg of the ipsec config of the VPN connection. */ ipsecConfigAuthAlg: string; /** * The dh group of the ipsec config of the VPN connection. */ ipsecConfigDhGroup: string; /** * The enc alg of the ipsec config of the VPN connection. */ ipsecConfigEncAlg: string; /** * The lifetime of the ike config of the VPN connection. */ ipsecConfigLifetime: number; /** * The local subnet of the VPN connection. */ localSubnets: string[]; /** * Whether to enable the connection log. */ logEnabled: boolean; /** * The nat traversal of the VPN connection. */ natTraversal: boolean; /** * Whether to initiate negotiation mode immediately. */ negotiateInstantly: boolean; /** * The overdue time of resource, valid when the attach type is 'TransitRouter'. */ overdueTime: string; /** * The remote subnet of the VPN connection. */ remoteSubnets: string[]; /** * The status of IPSec connection. Valid values: `Creating`, `Deleting`, `Pending`, `Available`. */ status: string; /** * An ID of transit router. */ transitRouterId: string; /** * The update time of VPN connection. */ updateTime: string; /** * The ID of the VPN connection. */ vpnConnectionId: string; /** * The name of the VPN connection. */ vpnConnectionName: string; /** * An ID of VPN gateway. */ vpnGatewayId: string; /** * The zone id of transit router, valid when the attach type is 'TransitRouter'. */ zoneId: string; } interface GetCustomerGatewaysCustomerGateway { /** * The account ID of the customer gateway. */ accountId: string; /** * The connection count of the customer gateway. */ connectionCount: number; /** * The create time of customer gateway. */ creationTime: string; /** * The ID of the customer gateway. */ customerGatewayId: string; /** * The name of the customer gateway. */ customerGatewayName: string; /** * The description of the customer gateway. */ description: string; /** * The ID of the customer gateway. */ id: string; /** * A IP address of the customer gateway. */ ipAddress: string; /** * The status of the customer gateway. */ status: string; /** * The update time of customer gateway. */ updateTime: string; } interface GetGatewayRoutesVpnGatewayRoute { /** * The create time of VPN gateway route. */ creationTime: string; /** * A destination cidr block. */ destinationCidrBlock: string; /** * The ID of the VPN gateway route. */ id: string; /** * An ID of next hop. */ nextHopId: string; /** * The status of the VPN gateway route. */ status: string; /** * The update time of VPN gateway route. */ updateTime: string; /** * An ID of VPN gateway. */ vpnGatewayId: string; /** * The ID of the VPN gateway route. */ vpnGatewayRouteId: string; } interface GetGatewaysTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetGatewaysVpnGateway { /** * The account ID of the VPN gateway. */ accountId: string; /** * The bandwidth of the VPN gateway. */ bandwidth: number; /** * The BillingType of the VPN gateway. */ billingType: string; /** * The business status of the VPN gateway. */ businessStatus: string; /** * The connection count of the VPN gateway. */ connectionCount: number; /** * The create time of VPN gateway. */ creationTime: string; /** * The deleted time of the VPN gateway. */ deletedTime: string; /** * The description of the VPN gateway. */ description: string; /** * The expired time of the VPN gateway. */ expiredTime: string; /** * The ID of the VPN gateway. */ id: string; /** * A IP address of the VPN gateway. */ ipAddress: string; /** * Whether IPSec is enabled. */ ipsecEnabled: boolean; /** * The lock reason of the VPN gateway. */ lockReason: string; /** * The project name of the VPN gateway. */ projectName: string; /** * The route count of the VPN gateway. */ routeCount: number; /** * Whether ssl is enabled. */ sslEnabled: boolean; /** * The max connections of ssl. */ sslMaxConnections: number; /** * The status of the VPN gateway. */ status: string; /** * A subnet ID of the VPN gateway. */ subnetId?: string; /** * Tags. */ tags: outputs.vpn.GetGatewaysVpnGatewayTag[]; /** * The update time of VPN gateway. */ updateTime: string; /** * A VPC ID of the VPN gateway. */ vpcId: string; /** * The ID of the VPN gateway. */ vpnGatewayId: string; /** * The name of the VPN gateway. */ vpnGatewayName: string; } interface GetGatewaysVpnGatewayTag { /** * The Key of Tags. */ key: string; /** * The Value of Tags. */ value: string; } interface GetSslVpnClientCertsSslVpnClientCert { /** * The CA certificate. */ caCertificate: string; /** * The status of the ssl vpn client cert. */ certificateStatus: string; /** * The client certificate. */ clientCertificate: string; /** * The key of the ssl vpn client. */ clientKey: string; /** * The creation time of the ssl vpn client cert. */ creationTime: string; /** * The description of the ssl vpn client cert. */ description: string; /** * The expired time of the ssl vpn client cert. */ expiredTime: string; /** * The id of the ssl vpn client cert. */ id: string; /** * The config of the open vpn client. */ openVpnClientConfig: string; /** * The id of the ssl vpn client cert. */ sslVpnClientCertId: string; /** * The name of the ssl vpn client cert. */ sslVpnClientCertName: string; /** * The id of the ssl vpn server. */ sslVpnServerId: string; /** * The status of the ssl vpn client. */ status: string; /** * The update time of the ssl vpn client cert. */ updateTime: string; } interface GetSslVpnServersSslVpnServer { /** * The authentication algorithm of the SSL server. * Values: * `SHA1` (default) * `MD5` * `None` (do not use encryption). */ auth: string; /** * The encryption algorithm of the SSL server. * Values: * `AES-128-CBC` (default) * `AES-192-CBC` * `AES-256-CBC` * `None` (do not use encryption). */ cipher: string; /** * SSL client network segment. */ clientIpPool: string; /** * Whether to compress the transmitted data. The default value is false. */ compress: boolean; /** * The creation time. */ creationTime: string; /** * The description of the ssl server. */ description: string; /** * The SSL VPN server id. */ id: string; /** * The local network segment of the SSL server. The local network segment is the address segment that the client accesses through the SSL VPN connection. */ localSubnets: string[]; /** * The port of the ssl server. */ port: number; /** * The project name of the ssl server. */ projectName: string; /** * The protocol used by the SSL server. Valid values are `TCP`, `UDP`. Default Value: `UDP`. */ protocol: string; /** * The id of the ssl vpn server. */ sslVpnServerId: string; /** * The name of the ssl vpn server. */ sslVpnServerName: string; /** * The status of the ssl vpn server. */ status: string; /** * The update time. */ updateTime: string; /** * The id of the vpn gateway. */ vpnGatewayId: string; } interface SslVpnClientCertsSslVpnClientCert { /** * The CA certificate. */ caCertificate: string; /** * The status of the ssl vpn client cert. */ certificateStatus: string; /** * The client certificate. */ clientCertificate: string; /** * The key of the ssl vpn client. */ clientKey: string; /** * The creation time of the ssl vpn client cert. */ creationTime: string; /** * The description of the ssl vpn client cert. */ description: string; /** * The expired time of the ssl vpn client cert. */ expiredTime: string; /** * The id of the ssl vpn client cert. */ id: string; /** * The config of the open vpn client. */ openVpnClientConfig: string; /** * The id of the ssl vpn client cert. */ sslVpnClientCertId: string; /** * The name of the ssl vpn client cert. */ sslVpnClientCertName: string; /** * The id of the ssl vpn server. */ sslVpnServerId: string; /** * The status of the ssl vpn client. */ status: string; /** * The update time of the ssl vpn client cert. */ updateTime: string; } interface SslVpnServersSslVpnServer { /** * The authentication algorithm of the SSL server. * Values: * `SHA1` (default) * `MD5` * `None` (do not use encryption). */ auth: string; /** * The encryption algorithm of the SSL server. * Values: * `AES-128-CBC` (default) * `AES-192-CBC` * `AES-256-CBC` * `None` (do not use encryption). */ cipher: string; /** * SSL client network segment. */ clientIpPool: string; /** * Whether to compress the transmitted data. The default value is false. */ compress: boolean; /** * The creation time. */ creationTime: string; /** * The description of the ssl server. */ description: string; /** * The SSL VPN server id. */ id: string; /** * The local network segment of the SSL server. The local network segment is the address segment that the client accesses through the SSL VPN connection. */ localSubnets: string[]; /** * The port of the ssl server. */ port: number; /** * The project name of the ssl server. */ projectName: string; /** * The protocol used by the SSL server. Valid values are `TCP`, `UDP`. Default Value: `UDP`. */ protocol: string; /** * The id of the ssl vpn server. */ sslVpnServerId: string; /** * The name of the ssl vpn server. */ sslVpnServerName: string; /** * The status of the ssl vpn server. */ status: string; /** * The update time. */ updateTime: string; /** * The id of the vpn gateway. */ vpnGatewayId: string; } }