import * as outputs from "../types/output";
export interface ComputeContainerAppContainer {
/**
* The arguments that will be added to the container entry point when starting the image.
*/
arguments?: string;
/**
* A custom startup command that will execute once the container is launched.
*/
command?: string;
/**
* Defines a public endpoint for the application.
*/
endpoints?: outputs.ComputeContainerAppContainerEndpoint[];
/**
* Defines an environment variable for the container
*/
envs?: outputs.ComputeContainerAppContainerEnv[];
/**
* The unique identifier for the container.
*/
id: string;
/**
* The image digest.
*/
imageDigest: string;
/**
* The image name within the registry, without the domain prefix (i.e.: `my-app`).
*/
imageName: string;
/**
* The image namespace within the registry, without the domain prefix (i.e.: `my-org`).
*/
imageNamespace: string;
/**
* Options: `Always`, `IfNotPresent`
*/
imagePullPolicy: string;
/**
* The image registry for the container.
*/
imageRegistry: number;
/**
* The image tag (i.e.: `2.9-alpine`).
*/
imageTag: string;
/**
* Checks that the application is actively running without issues. It the check fails, the container will be automatically restarted
*/
livenessProbes?: outputs.ComputeContainerAppContainerLivenessProbe[];
/**
* The name of the container.
*/
name: string;
/**
* Checks if the application is fully prepared to handle incoming requests. No requests will be routed to the application until this check is successful.
*/
readinessProbes?: outputs.ComputeContainerAppContainerReadinessProbe[];
/**
* Checks if the application has successfully started. No requests will be routed to the application until this check is successful.
*/
startupProbes?: outputs.ComputeContainerAppContainerStartupProbe[];
/**
* Mounts a volume within a container
*/
volumemounts?: outputs.ComputeContainerAppContainerVolumemount[];
/**
* The working directory of the container runtime.
*/
workingDir?: string;
}
export interface ComputeContainerAppContainerEndpoint {
/**
* Configurations for CDN endpoint.
*/
cdns?: outputs.ComputeContainerAppContainerEndpointCdn[];
/**
* The name of the endpoint.
*/
name: string;
/**
* Endpoint port configuration.
*/
ports?: outputs.ComputeContainerAppContainerEndpointPort[];
/**
* Options: `Anycast`, `CDN`, `InternalIP`
*/
type: string;
}
export interface ComputeContainerAppContainerEndpointCdn {
/**
* Indicates whether the container will handle TLS termination.
*/
originSsl: boolean;
/**
* The ID of the pullzone associated with the endpoint.
*/
pullzoneId: number;
/**
* Indicates whether sticky sessions is enabled.
*/
stickySessions?: outputs.ComputeContainerAppContainerEndpointCdnStickySession[];
}
export interface ComputeContainerAppContainerEndpointCdnStickySession {
/**
* Incoming request headers used to select a pod for sticky sessions.
*/
headers: string[];
}
export interface ComputeContainerAppContainerEndpointPort {
/**
* The container port number.
*/
container: number;
/**
* The exposed port number.
*/
exposed?: number;
/**
* Options: `SCTP`, `TCP`, `UDP`
*/
protocols?: string[];
}
export interface ComputeContainerAppContainerEnv {
/**
* The name of the environment variable.
*/
name: string;
/**
* The value of the environment variable.
*/
value: string;
}
export interface ComputeContainerAppContainerLivenessProbe {
/**
* The number of failed probes to consider the container unhealthy.
*/
failureThreshold: number;
/**
* gRPC-specific configurations.
*/
grpcs?: outputs.ComputeContainerAppContainerLivenessProbeGrpc[];
/**
* HTTP-specific configurations.
*/
https?: outputs.ComputeContainerAppContainerLivenessProbeHttp[];
/**
* The amount of time in seconds after the container is started to wait before the first probe is sent.
*/
initialDelay: number;
/**
* The amount of time in seconds between each probe.
*/
period: number;
/**
* The port within the container the probe will connect to.
*/
port: number;
/**
* The number of successful probes to consider the container healthy.
*/
successThreshold: number;
/**
* The amount of time in seconds the probe will wait for a response before considering it a failure.
*/
timeout: number;
/**
* Options: `grpc`, `http`, `tcp`
*/
type: string;
}
export interface ComputeContainerAppContainerLivenessProbeGrpc {
/**
* The gRPC service name.
*/
service: string;
}
export interface ComputeContainerAppContainerLivenessProbeHttp {
/**
* The expected HTTP response status code.
*/
expectedStatus: number;
/**
* The HTTP path to be requested.
*/
path: string;
}
export interface ComputeContainerAppContainerReadinessProbe {
/**
* The number of failed probes to consider the container unhealthy.
*/
failureThreshold: number;
/**
* gRPC-specific configurations.
*/
grpcs?: outputs.ComputeContainerAppContainerReadinessProbeGrpc[];
/**
* HTTP-specific configurations.
*/
https?: outputs.ComputeContainerAppContainerReadinessProbeHttp[];
/**
* The amount of time in seconds after the container is started to wait before the first probe is sent.
*/
initialDelay: number;
/**
* The amount of time in seconds between each probe.
*/
period: number;
/**
* The port within the container the probe will connect to.
*/
port: number;
/**
* The number of successful probes to consider the container healthy.
*/
successThreshold: number;
/**
* The amount of time in seconds the probe will wait for a response before considering it a failure.
*/
timeout: number;
/**
* Options: `grpc`, `http`, `tcp`
*/
type: string;
}
export interface ComputeContainerAppContainerReadinessProbeGrpc {
/**
* The gRPC service name.
*/
service: string;
}
export interface ComputeContainerAppContainerReadinessProbeHttp {
/**
* The expected HTTP response status code.
*/
expectedStatus: number;
/**
* The HTTP path to be requested.
*/
path: string;
}
export interface ComputeContainerAppContainerStartupProbe {
/**
* The number of failed probes to consider the container unhealthy.
*/
failureThreshold: number;
/**
* gRPC-specific configurations.
*/
grpcs?: outputs.ComputeContainerAppContainerStartupProbeGrpc[];
/**
* HTTP-specific configurations.
*/
https?: outputs.ComputeContainerAppContainerStartupProbeHttp[];
/**
* The amount of time in seconds after the container is started to wait before the first probe is sent.
*/
initialDelay: number;
/**
* The amount of time in seconds between each probe.
*/
period: number;
/**
* The port within the container the probe will connect to.
*/
port: number;
/**
* The number of successful probes to consider the container healthy.
*/
successThreshold: number;
/**
* The amount of time in seconds the probe will wait for a response before considering it a failure.
*/
timeout: number;
/**
* Options: `grpc`, `http`, `tcp`
*/
type: string;
}
export interface ComputeContainerAppContainerStartupProbeGrpc {
/**
* The gRPC service name.
*/
service: string;
}
export interface ComputeContainerAppContainerStartupProbeHttp {
/**
* The expected HTTP response status code.
*/
expectedStatus: number;
/**
* The HTTP path to be requested.
*/
path: string;
}
export interface ComputeContainerAppContainerVolumemount {
/**
* The name of the volume.
*/
name: string;
/**
* The path within the container where the volume will be mounted.
*/
path: string;
}
export interface ComputeContainerAppVolume {
/**
* The name of the volume.
*/
name: string;
/**
* The size of the volume, in Gigabytes (10^9 bytes).
*/
size: number;
}
export interface GetComputeContainerAppContainerEndpointCdn {
originSsl?: boolean;
pullzoneId?: number;
stickySessions?: outputs.GetComputeContainerAppContainerEndpointCdnStickySession[];
}
export interface GetComputeContainerAppContainerEndpointCdnStickySession {
headers?: string[];
}
export interface GetPullzoneAccessListsData {
id?: number;
name?: string;
type?: string;
}
export interface GetPullzoneOrigin {
/**
* The ID if the compute container app.
*/
containerAppId: string;
/**
* The ID if the compute container app endpoint.
*/
containerEndpointId: string;
/**
* The port for DNS Accelerated endpoints.
*/
dnsPort: number;
/**
* The scheme for DNS Accelerated endpoints.
*/
dnsScheme: string;
/**
* Indicates whether the zone will follow origin redirects.
*/
followRedirects: boolean;
/**
* Indicates whether the current hostname is forwarded to the origin.
*/
forwardHostHeader: boolean;
/**
* The host header that will be sent to the origin.
*/
hostHeader: string;
/**
* The ID of the compute script used as a middleware.
*/
middlewareScript: number;
/**
* The ID of the linked compute script.
*/
script: number;
/**
* The ID of the linked storage zone.
*/
storagezone: number;
/**
* Options: `ComputeContainer`, `ComputeScript`, `DnsAccelerate`, `OriginUrl`, `StorageZone`
*/
type: string;
/**
* The origin URL from where the files are fetched.
*/
url: string;
/**
* Indicates whether the Origin's TLS certificate should be verified.
*/
verifySsl: boolean;
}
export interface GetPullzoneRouting {
/**
* The list of blocked countries with the two-letter Alpha2 ISO codes. Traffic connecting from a blocked country will be rejected on the DNS level.
*/
blockedCountries: string[];
/**
* Options: `all`, `eu`, `scripting`
*/
filters: string[];
/**
* The list of budget redirected countries with the two-letter Alpha2 ISO codes. Traffic from a redirected country will connect to the cheapest possible node in North America or Europe.
*/
redirectedCountries: string[];
/**
* Options: `Standard`, `Volume`
*/
tier: string;
/**
* Options: `AF`, `ASIA`, `EU`, `SA`, `US`
*/
zones: string[];
}
export interface PullzoneEdgeruleAction {
parameter1?: string;
parameter2?: string;
parameter3?: string;
type?: string;
}
export interface PullzoneEdgeruleTrigger {
matchType?: string;
parameter1?: string;
parameter2?: string;
patterns?: string[];
type?: string;
}
export interface PullzoneOrigin {
/**
* The ID if the compute container app.
*/
containerAppId?: string;
/**
* The ID if the compute container app endpoint.
*/
containerEndpointId?: string;
/**
* The port for DNS Accelerated endpoints.
*/
dnsPort?: number;
/**
* The scheme for DNS Accelerated endpoints.
*/
dnsScheme?: string;
/**
* Indicates whether the zone will follow origin redirects.
*/
followRedirects: boolean;
/**
* Indicates whether the current hostname is forwarded to the origin.
*/
forwardHostHeader: boolean;
/**
* The host header that will be sent to the origin.
*/
hostHeader: string;
/**
* The ID of the compute script used as a middleware.
*/
middlewareScript: number;
/**
* The ID of the linked compute script.
*/
script?: number;
/**
* The ID of the linked storage zone.
*/
storagezone?: number;
/**
* Options: `ComputeContainer`, `ComputeScript`, `DnsAccelerate`, `OriginUrl`, `StorageZone`
*/
type: string;
/**
* The origin URL from where the files are fetched.
*/
url?: string;
/**
* Indicates whether the Origin's TLS certificate should be verified.
*/
verifySsl: boolean;
}
export interface PullzoneRatelimitRuleCondition {
/**
* Options: `BEGINSWITH`, `CONTAINS`, `CONTAINSWORD`, `DETECTSQLI`, `DETECTXSS`, `ENDSWITH`, `EQ`, `GE`, `GT`, `LE`, `LT`, `RX`, `STREQ`, `STRMATCH`, `WITHIN`
*/
operator: string;
value: string;
/**
* Options: `ARGS`, `ARGS_COMBINED_SIZE`, `ARGS_GET`, `ARGS_GET_NAMES`, `ARGS_POST`, `ARGS_POST_NAMES`, `FILES_NAMES`, `FINGERPRINT`, `GEO`, `QUERY_STRING`, `REMOTE_ADDR`, `REQUEST_BASENAME`, `REQUEST_BODY`, `REQUEST_COOKIES`, `REQUEST_COOKIES_NAMES`, `REQUEST_FILENAME`, `REQUEST_HEADERS`, `REQUEST_HEADERS_NAMES`, `REQUEST_LINE`, `REQUEST_METHOD`, `REQUEST_PROTOCOL`, `REQUEST_URI`, `REQUEST_URI_RAW`, `RESPONSE_BODY`, `RESPONSE_HEADERS`, `RESPONSE_STATUS`, `VERIFIED_BOT_CATEGORY`
*/
variable: string;
variableValue?: string;
}
export interface PullzoneRatelimitRuleLimit {
/**
* The interval, in seconds, to consider for to trigger the rate limit rule.
*/
interval: number;
/**
* The number of request within the interval to trigger the rate limit rule.
*/
requests: number;
}
export interface PullzoneRatelimitRuleResponse {
/**
* The interval, in seconds, that the rate limit will apply.
*/
interval: number;
}
export interface PullzoneRouting {
/**
* The list of blocked countries with the two-letter Alpha2 ISO codes. Traffic connecting from a blocked country will be rejected on the DNS level.
*/
blockedCountries: string[];
/**
* Options: `all`, `eu`, `scripting`
*/
filters: string[];
/**
* The list of budget redirected countries with the two-letter Alpha2 ISO codes. Traffic from a redirected country will connect to the cheapest possible node in North America or Europe.
*/
redirectedCountries: string[];
/**
* Options: `Standard`, `Volume`
*/
tier: string;
/**
* Options: `AF`, `ASIA`, `EU`, `SA`, `US`
*/
zones: string[];
}
export interface PullzoneShieldAccessList {
/**
* Options: `Allow`, `Block`, `Bypass`, `Challenge`, `Log`
*/
action: string;
/**
* The ID of the Access List.
*/
id: number;
}
export interface PullzoneShieldBotDetection {
/**
* Combines advanced entropy analysis and cross-session consistency.
*/
complexFingerprinting: boolean;
/**
* Controls how assertively unusual fingerprints are treated as bots.
*/
fingerprintAggression: number;
/**
* Adjusts how precisely browsers are checked for signs of automation.
*/
fingerprintSensitivity: number;
/**
* Monitors IP behaviour, reputation, and rate patterns.
*/
ipSensitivity: number;
/**
* Indicates the mode the Bot Detection engine is running. Options: `Challenge`, `Log`
*/
mode: string;
/**
* Analyzes request headers, query structure, and protocol anomalies.
*/
requestIntegrity: number;
}
export interface PullzoneShieldDdos {
/**
* The window of time a visitor can access your website after passing a challenge. Once the timeout expires, they'll face a new challenge.
*/
challengeWindow: number;
/**
* Options: `Asleep`, `Extreme`, `High`, `Low`, `Medium`
*/
level: string;
/**
* Indicates the mode the engine is running. Options: `Block`, `Log`
*/
mode: string;
}
export interface PullzoneShieldWaf {
/**
* Indicates allowed HTTP methods.
*/
allowedHttpMethods: string[];
/**
* Indicates allowed HTTP versions.
*/
allowedHttpVersions: string[];
/**
* Indicates allowed values for request Content-Type.
*/
allowedRequestContentTypes: string[];
/**
* Determines which severity level of rules will block requests.
*/
blockingSensitivity: number;
/**
* Determines the action to take when the request body length exceeds your plan limit. Options: `Block`, `Ignore`, `Log`
*/
bodyLimitRequest: string;
/**
* Determines the action to take when the response body length exceeds your plan limit. Options: `Block`, `Ignore`, `Log`
*/
bodyLimitResponse: string;
/**
* Determines which severity level of rules will trigger a detection log.
*/
detectionSensitivity: number;
/**
* Indicates whether the WAF (Web Application Firewall) is enabled.
*/
enabled: boolean;
/**
* Determines which severity level of rules will trigger the rules and their action.
*/
executionSensitivity: number;
/**
* When enabled, detected WAF audit logs will contain the full list of request headers sent during the request.
*/
logHeaders: boolean;
/**
* The list of headers excluded from the logs. They will still be used for processing WAF rules.
*/
logHeadersExcludeds: string[];
/**
* Indicates the mode the engine is running. Options: `Block`, `Log`
*/
mode: string;
/**
* Real-time Threat Intelligence delivers zero-day protection by instantly detecting and blocking emerging threats.
*/
realtimeThreatIntelligence: boolean;
/**
* List of disabled WAF rules.
*/
rulesDisableds: string[];
/**
* List of WAF rules that will not be blocked, but will be logged when triggered.
*/
rulesLogonlies: string[];
}
export interface PullzoneWafRuleCondition {
/**
* Options: `BEGINSWITH`, `CONTAINS`, `CONTAINSWORD`, `DETECTSQLI`, `DETECTXSS`, `ENDSWITH`, `EQ`, `GE`, `GT`, `LE`, `LT`, `RX`, `STREQ`, `STRMATCH`, `WITHIN`
*/
operator: string;
value: string;
/**
* Options: `ARGS`, `ARGS_COMBINED_SIZE`, `ARGS_GET`, `ARGS_GET_NAMES`, `ARGS_POST`, `ARGS_POST_NAMES`, `FILES_NAMES`, `FINGERPRINT`, `GEO`, `QUERY_STRING`, `REMOTE_ADDR`, `REQUEST_BASENAME`, `REQUEST_BODY`, `REQUEST_COOKIES`, `REQUEST_COOKIES_NAMES`, `REQUEST_FILENAME`, `REQUEST_HEADERS`, `REQUEST_HEADERS_NAMES`, `REQUEST_LINE`, `REQUEST_METHOD`, `REQUEST_PROTOCOL`, `REQUEST_URI`, `REQUEST_URI_RAW`, `RESPONSE_BODY`, `RESPONSE_HEADERS`, `RESPONSE_STATUS`, `VERIFIED_BOT_CATEGORY`
*/
variable: string;
variableValue?: string;
}
export interface PullzoneWafRuleResponse {
/**
* The action to take if the WAF rule is triggered. Options: `Allow`, `Block`, `Bypass`, `Challenge`, `Log`
*/
action: string;
}
export interface StreamVideoChapter {
end?: string;
start?: string;
title?: string;
}
export interface StreamVideoMoment {
label?: string;
timestamp?: string;
}
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