1. Configuring AD Connector for AWS SSO and Directory Services

    TypeScript

    To configure an AD Connector for AWS SSO and Directory Services using Pulumi, we need to utilize multiple AWS services and resources working together. AWS SSO (Single Sign-On) enables you to manage access and permissions to commonly used third-party software as a service (SaaS) applications as well as AWS accounts. An AD Connector is a directory gateway with which you can redirect directory requests to your on-premises Microsoft Active Directory without caching any information in the AWS Cloud.

    Here is a step-by-step breakdown of how we can configure this:

    1. Set up a Directory in AWS Directory Service, which will then be used by the AD Connector. This directory will not store your directory information but will be used to route requests to your on-premise directory.
    2. Set up the AD Connector which will be configured with your on-premise directory details.
    3. Integrate the AD Connector with AWS SSO, ensuring that it is recognized and can be used for single sign-on by AWS resources.

    Before starting, ensure that you have configured your Pulumi environment with the necessary AWS access credentials. You should have the AWS CLI installed and configured or have the access key ID and secret access key ready for an account that has permissions to manage AWS Directory Service and AWS Single Sign-On.

    This example program demonstrates how to set up an AD Connector for AWS Single Sign-On and Directory Services with TypeScript in Pulumi.

    import * as aws from "@pulumi/aws"; import * as pulumi from "@pulumi/pulumi"; // Create a new AWS Directory Service directory to work with AD Connector const directory = new aws.directoryservice.Directory("exampleDirectory", { password: "SuperSecretPassw0rd", size: "Small", type: "MicrosoftAD", }); // Create an AD Connector to connect to an on-premise directory const adConnector = new aws.directoryservice.AdConnector("exampleADConnector", { directoryId: directory.id, dnsIps: ["10.0.0.1", "10.0.0.2"], // Replace with your on-prem DNS server IPs size: "Small", vpcSettings: { vpcId: pulumi.output(aws.ec2.getVpc({default: true})).id, // Assuming you're using a default VPC subnetIds: pulumi.output(aws.ec2.getSubnets({filters: [{name: "default-for-az", values: ["true"]}]})).ids, }, }); // Integrate the AD Connector with AWS SSO (assuming AWS SSO is already configured) const ssoIntegration = new aws.ssoadmin.AccountAssignment("exampleSsoIntegration", { // Assuming these inline data structures exist - you'll need to be sure these align with your existing AWS SSO setup instanceArn: "arn:aws:sso:::instance/ssoins-EXAMPLE12345", permissionSetArn: "arn:aws:sso:::permissionSet/ssoins-EXAMPLE12345/ps-EXAMPLE12345", principalId: adConnector.id, principalType: "AD_CONNECTOR", targetId: pulumi.output(aws.ssoadmin.getInstance({})).id, // This retrieves your AWS SSO instance ID targetType: "AWS_ACCOUNT", }); // Export the directory and AD connector identifiers export const directoryId = directory.id; export const adConnectorId = adConnector.id;

    This program sets up an AWS Managed Microsoft AD in your AWS account, which is a prerequisite for setting an AD Connector. It then creates an AD Connector resource configured with your on-premise AD's DNS server IPs. Lastly, it creates a Single Sign-On account assignment linking the AD Connector to AWS SSO, assuming AWS SSO is properly configured in your environment.

    Please note, you must replace placeholder values like DNS IPs, VPC, and subnet IDs with actual values from your environment. Furthermore, the given Instance ARNs for the SSO setup are placeholders and must be replaced with your specific SSO instance and permission set ARNs.

    Please review AWS documentation and Pulumi's AWS provider documentation to understand the resources being used and ensure that the security and connectivity configurations align with your organization's policies and network architecture.


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