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Why this server?
Provides a starting point for building MCP servers, which could be useful for creating custom tools needed during the rebuilding process. Being TypeScript-based aligns with Next.js development.
Why this server?
Offers a similar foundation as the TypeScript template but uses Python, useful if Python knowledge or tools are preferred during the application rebuild.
Why this server?
A starter template specifically designed for creating MCP servers. It provides a foundation for building tools that can integrate with AI assistants, potentially useful during the development and testing phases of the Next.js application.
Why this server?
Allows safe execution of Python code, which might be necessary for certain backend functionalities or tasks during the rebuilding process, while preventing security risks.
Why this server?
Similar to the previous server, but focusing solely on running Python code, offering a straightforward way to execute scripts needed for the application.
Why this server?
Provides tools for reading, writing, and editing files on the local filesystem. Essential for manipulating and updating code files when rebuilding the application.
Why this server?
Enables a human-in-the-loop workflow, allowing testing and gathering feedback during development. This is important for testing the application and ensuring its functionality aligns with expectations.
Why this server?
Capable of interpreting and judging golang code, helpful if the original application had any golang components that need re-evaluation in a new architecture.
Why this server?
A comprehensive MCP server allowing secure and standardized data and functionality exposure to LLM applications, offering resources, tools, and prompt management for efficient LLM interactions during the rebuild process.
Why this server?
Provides tools to read, search, and manipulate Git repositories, which is very helpful for managing code versions, examining history and automating deployments during the re-build process