Integration Environment for DIDComm Mediator Server Deployment E6

[Tekum-Emmanuella]

Description:

We need to set up an integration environment where the DIDComm mediator server (built using Rust) can be deployed, tested, and interacted with in a controlled, stable environment. This setup should enable easy deployment, testing, and debugging of the server with other DIDComm entities.

Acceptance Criteria:

• Environment Setup: The environment should be provisioned for deployment using Docker, Kubernetes, or another appropriate solution for containerized applications.
• Deployment: The DIDComm mediator server (Rust-based) should be deployable within this environment without major configuration changes.
• Connectivity: The server should be able to communicate with other DIDComm entities (such as DID resolvers etc.) within the integration environment.
• Testing: Ensure that there are tools and processes in place for testing DIDComm interactions, such as message exchanges, credential issuance, and verification.
• Logging & Debugging: The integration environment should include logging and debugging tools for monitoring the health and status of the server.
• Documentation: Clear documentation on how to deploy the server, set up the environment, and run tests.

Additional Context:

• Goal: The main goal is to streamline the deployment of the DIDComm mediator server and ensure smooth communication and interaction with other DIDComm components in a controlled environment.
• Tech Stack: Rust (for the mediator server), Docker/Kubernetes (for environment setup), and other tools as needed for integration.

Tasks:

• Set up Docker/Kubernetes configuration for server deployment E5.
• Configure necessary services for DIDComm mediation (DID resolver)E1.
• Create and document testing suite for integration testing.
• Set up logging, monitoring, and debugging tools.
• Document setup process for team members.

Priority:

• Medium