import * as cdk from 'aws-cdk-lib';
import { aws_ec2 as ec2, aws_s3 as s3, custom_resources as cr, aws_route53 as r53, aws_networkfirewall as firewall, aws_route53 as route53 } from 'aws-cdk-lib';
import * as constructs from 'constructs';
import { R53Resolverendpoints, OutboundForwardingRule } from '../dns/dnsResolvers';
import { HubVpc } from '../dns/enterpriseZone';
export interface AddEnterprizeZoneProps {
    readonly domainname: string;
    readonly hubVpcs: HubVpc[];
    readonly isHubVpc?: boolean | undefined;
}
export interface ESubnetGroup {
    readonly name: string;
    readonly subnetType: ec2.SubnetType;
    readonly cidrMask: number;
}
export interface ESubnetGroupProps {
    readonly name: string;
    readonly subnetType: ec2.SubnetType;
    readonly cidrMask: number;
}
export declare class SubnetGroup extends constructs.Construct {
    subnet: ESubnetGroup;
    constructor(scope: constructs.Construct, id: string, props: ESubnetGroupProps);
}
export interface AddAwsServiceEndPointsProps {
    readonly services: ec2.InterfaceVpcEndpointAwsService[];
    readonly subnetGroup: SubnetGroup;
    readonly dynamoDbGateway?: boolean | undefined;
    readonly s3GatewayInterface?: boolean | undefined;
}
export declare enum SubnetWildCards {
    ALLSUBNETS = "ALLSUBNETS"
}
export interface Route {
    readonly cidr?: string;
    readonly subnet?: SubnetGroup | SubnetWildCards;
    readonly destination: Destination;
    readonly description: string;
}
export interface RouterGroup {
    readonly subnetGroup: SubnetGroup;
    readonly routes: Route[];
}
export interface ShareSubnetGroupProps {
    readonly subnetGroup: SubnetGroup;
    readonly accounts: string[];
}
export interface AddR53ZoneProps {
    readonly zone: string;
    readonly centralVpc?: ec2.Vpc | undefined;
}
/** Properties for flow logs **/
export interface FlowLogProps {
    /** the central s3 location for enterprise flow logs */
    readonly bucket: s3.IBucket;
    /** 1 minute resolution */
    readonly oneMinuteFlowLogs?: boolean;
    /** create in Account Athena Querys for flow logs*/
    readonly localAthenaQuerys?: boolean;
}
/** Propertys for Attaching to a Cloudwan Core Network */
export interface AttachToCloudWanProps {
    /** corenetworkName */
    readonly coreNetworkName: string;
    readonly segmentName: string;
    readonly attachmentSubnetGroup?: string | undefined;
    readonly applianceMode?: boolean | undefined;
}
/**
 * Propertys for Appliance Mode
 */
export declare enum ApplianceMode {
    /** enable Connecting VPC to TransitGateway in Appliance Mode */
    ENABLED = "enable"
}
/**
 * Propertys to attach the Vpc To Transit Gateway
 */
export interface AttachToTransitGatewayProps {
    /** the TransitGateway to connect to */
    readonly transitGateway: ec2.CfnTransitGateway;
    /** Will this be connected in appliance mode ( used if you have Network Firewalls ) */
    readonly applicanceMode?: ApplianceMode | undefined;
    readonly attachmentSubnetGroup?: string | undefined;
}
export interface AddCoreRoutesProps {
    readonly policyTableArn: string;
    readonly segments: string[];
    readonly destinationCidrBlocks: string[];
    readonly description: string;
    readonly coreName: string;
    readonly attachmentId: string;
}
/**
 * Propertys for Adding Routes in VPC.
 */
export interface AddRoutesProps {
    readonly cidr: string[];
    readonly description: string;
    readonly subnetGroups: string[];
    readonly destination: Destination;
    readonly networkFirewallArn?: string | undefined;
    readonly cloudwanName?: string | undefined;
}
export interface CloudWanRoutingProtocolProps {
    readonly subnetGroups: string[];
    readonly acceptRouteFilter?: string[] | undefined;
    readonly denyRouteFilter?: string[] | undefined;
}
/**
 * The Destinations for Adding Routes
 */
export declare enum Destination {
    /** route to the cloudwan that the vpc is attached to */
    CLOUDWAN = "Cloudwan",
    /** route to the transitGateway that the vpc is attached to */
    TRANSITGATEWAY = "TransitGateway",
    NWFIREWALL = "NetworkFirewall"
}
export interface PrefixCidr {
    readonly cidr: string;
}
export interface EvpcProps extends ec2.VpcProps {
    readonly subnetGroups?: SubnetGroup[];
}
/** Propertys for an Enterprise VPC */
export interface EnterpriseVpcProps {
    readonly vpc?: ec2.Vpc | ec2.IVpc;
    readonly evpc?: EvpcProps;
}
/**
 * Enteprise VPC's take the stock ec2.Vpc and provide numerous convience methods primarly related to
 * connecting to internal networks
 */
export declare class EnterpriseVpc extends constructs.Construct {
    /**
       * AttachmentId when the vpc is attached to a Cloudwan
       */
    cloudWanVpcAttachmentId: string | undefined;
    /**
       * AttachmentId when the vpc is attached to a transitGateway
       */
    transitGWAttachmentID: string | undefined;
    /**
       * The Id of the transitgateway that the VPC is attached to
       */
    transitGWID: string | undefined;
    /**
       * the Name of the cloudwan that the VPC is attached to
       */
    cloudWanName: string | undefined;
    /**
       * the Name of the Cloudwan segment that the vpc is attached to
       */
    cloudWanSegment: string | undefined;
    /**
       * the ec2.Vpc that is passed in as property
       */
    readonly vpc: ec2.Vpc | ec2.IVpc;
    readonly addRoutesProvider: cr.Provider;
    readonly tgWaiterProvider: cr.Provider;
    readonly attachToCloudwanProvider: cr.Provider;
    vpcAttachmentCR: cdk.CustomResource | undefined;
    vpcAttachmentId: string | undefined;
    vpcAttachmentSegmentName: string | undefined;
    cloudWanCoreId: string | undefined;
    subnetConfiguration: SubnetGroup[];
    firewallArn: string | undefined;
    r53endpointResolvers: R53Resolverendpoints | undefined;
    /**
     *
     * @param scope
     * @param id
     * @param props
     */
    constructor(scope: constructs.Construct, id: string, props: EnterpriseVpcProps);
    associateSharedResolverRules(domainNames: string[]): void;
    createAndAttachR53EnterprizeZone(props: AddEnterprizeZoneProps): route53.PrivateHostedZone;
    createAndAttachR53PrivateZone(zoneName: string): r53.PrivateHostedZone;
    attachAWSManagedDNSFirewallRules(): void;
    /**
     * Add a collection of service endpopints to the VPC
     * @param props
     */
    addServiceEndpoints(props: AddAwsServiceEndPointsProps): void;
    addNetworkFirewall(firewallName: string, firewallPolicy: firewall.CfnFirewallPolicy, subnet: SubnetGroup): void;
    addPrivateHostedZone(zonename: string): r53.HostedZone;
    addR53Resolvers(subnet: SubnetGroup): R53Resolverendpoints;
    addCentralResolverRules(domains: string[], searchTag?: cdk.Tag | undefined): void;
    addConditionalFowardingRules(forwardingRules: OutboundForwardingRule[]): void;
    addCrossAccountR53AssociationRole(rolename?: string | undefined): void;
    /**
     * This is a convience method to present the routing for the Vpc in a simpler format,
     * than the addRoutes Method, which it calls.
     * @param routerGroups
     */
    router(routerGroups: RouterGroup[]): void;
    createAndShareSubnetPrefixList(name: string, subnets: ec2.SubnetSelection, orgArn: string): ec2.CfnPrefixList;
    /**
       * Create Enterprise VPC Flow Logs (to central log account) and advanced diagnostics with Athena Querys
       * @param props
       */
    createFlowLog(props: FlowLogProps): void;
    /**
       * attachToCloudWan will attach a VPC to CloudWan, in a particular Segment.
       * @param props
       */
    attachToCloudWan(props: AttachToCloudWanProps): string;
    /**
       * Attach a vpc to a transit gateway, possibly in appliance mode
       * Its intended purpose is provide a
       * @param props
       */
    attachToTransitGateway(props: AttachToTransitGatewayProps): string;
    /**
     * Share a subnetGroup with another AWS Account.
     * @param props ShareSubnetGroup
     */
    shareSubnetGroup(props: ShareSubnetGroupProps): void;
    /**
       * Enable CloudWanRoutingProtocol
       * @param props
       */
    cloudWanRoutingProtocol(props: CloudWanRoutingProtocolProps): void;
    /**
       * Add routes to SubnetGroups ( by implication their routing tables )
       * @param props
       */
    addRoutes(props: AddRoutesProps): void;
    addR53Zone(props: AddR53ZoneProps): void;
    addCoreRoutes(props: AddCoreRoutesProps): void;
}