wanaku-ai/wanaku

AI Summary: This issue reports that some router backend tests are printing log messages directly to stdout, which makes the build logs difficult to read. The proposed solution is to redirect these log messages to a dedicated log file instead of stdout.

AI Summary: The task is to separate the management APIs from the user APIs within the Wanaku MCP Router. This involves designing and implementing distinct API endpoints and authentication/authorization mechanisms for each, addressing the current complication caused by using a single set of APIs with differing management policies.

AI Summary: Implement resource separation in the Wanaku MCP Router to distinguish between publicly accessible and restricted resources. This is a foundational step towards adding authentication and authorization features to the router.

AI Summary: The task is to extend the Wanaku MCP Router project to build and release multi-architecture (e.g., arm64 and x86_64) Docker containers. Currently, only x86_64 containers are supported, leading to performance issues on arm64 architectures and complicating integration tests.

AI Summary: Implement integration tests for the s3 provider within the Wanaku MCP Router project. The specifics of the tests are detailed in GitHub issue #438.

AI Summary: Implement integration tests for the Telegram service within the Wanaku MCP Router project. This involves writing tests to verify the functionality of the Telegram integration, ensuring messages are correctly sent and received, and that the integration works seamlessly with the rest of the Wanaku system. Refer to the provided GitHub issue (#438) for detailed requirements and context.

AI Summary: Implement integration tests for the `wanaku-tool-service-tavily` component within the Wanaku MCP Router project. This involves writing tests to verify the functionality and interactions of this service with other parts of the system, likely using a testing framework appropriate for the project's technology stack (details found in the provided GitHub issue #438).

AI Summary: Implement integration tests for the `wanaku-tool-service-sqs` component of the Wanaku MCP Router. This involves writing tests to verify the functionality of the service's interaction with SQS (Simple Queue Service). Refer to the provided GitHub issue (#438) for detailed requirements and context.

AI Summary: Implement integration tests for the `wanaku-tool-service-kafka` component within the Wanaku MCP Router project. This involves writing tests to verify the correct functionality of the Kafka integration within the service, ensuring reliable communication and data handling.

AI Summary: Implement integration tests for the FTP provider within the Wanaku MCP Router project. The specifics of the tests are detailed in GitHub issue #438.

AI Summary: Automate the generation of version-specific artifacts within the Wanaku MCP Router project. This involves refactoring the build process to ensure all version information is either embedded within automatically generated files or handled via templating, eliminating the need for manual version updates in source code and preventing issues with version control during releases.

AI Summary: The issue is that upgrading the JNA library (a dependency of JLine) in the Wanaku MCP Router project breaks native image builds due to unsupported features related to thread management within JNA's Cleaner. The task requires investigating why newer JNA versions cause this conflict with GraalVM Native Image, and finding a solution, either by downgrading JNA, configuring GraalVM Native Image to handle the JNA Cleaner thread correctly, or modifying the code to avoid the problematic JNA features.

AI Summary: Implement a command-line interface (CLI) option within the Wanaku MCP Router to generate archetypes and boilerplate code for creating new MCP servers. This should simplify the process of developing and integrating custom MCP servers with the Wanaku router, leveraging its auto-registration capabilities.

AI Summary: Optimize the resource removal process in the Wanaku MCP Router. Currently, resource removal involves a full search; the task is to leverage the existing query mechanism to improve efficiency and reduce search time.

AI Summary: The task is to standardize the output format of all commands in the Wanaku MCP Router to match the improved output library introduced in #347. This involves modifying existing command implementations to ensure consistency in their output patterns.