wrale/mcp-server-tree-sitter
mcp-server-tree-sitter is hosted online, so all tools can be tested directly either in theInspector tabor in theOnline Client.
If you are the rightful owner of mcp-server-tree-sitter and would like to certify it and/or have it hosted online, please leave a comment on the right or send an email to henry@mcphub.com.
The MCP Tree-sitter Server is a Model Context Protocol server that provides code analysis capabilities using tree-sitter, designed to give AI assistants intelligent access to codebases with appropriate context management.
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Has a README
Github repo has a README.md.
Has a License
Github repo has license info.
Server can be inspected
View server inspector
Server schema can be extracted
Can get at lease one tool info from the README or server.
Online hosted on MCPHub
Can be automatically deployed by MCPHub.
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Claimed by the author or certified by MCPHub
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AI Evaluation ReportTotal Score: 9/10
The agent demonstrates a strong understanding of Tree-sitter's capabilities, particularly in implementing syntax highlighting and code formatting for new programming languages. It provides accurate and comprehensive responses, outlining essential steps and considerations for both tasks. The agent's answers are clear and useful for developers, though the initial response on syntax highlighting could benefit from more depth regarding implementation details. Overall, the agent effectively communicates the necessary processes and tools involved in utilizing Tree-sitter, showcasing its strengths in code parsing and analysis.
Test case 1
Score: 7/10How can Tree-sitter be utilized to implement syntax highlighting for a new programming language?To implement syntax highlighting for a new programming language using Tree-sitter, you need to: - Check if a tree-sitter language parser is available for the new language. - If not available, create a new parser for the language. - Use the parser to generate syntax trees that can be used for syntax highlighting.
Test case 2
Score: 10/10How can Tree-sitter be utilized to implement code formatting for a new programming language?To implement code formatting for a new programming language using Tree-sitter, you can follow these steps:
- Define the Grammar: Create a grammar file for your new programming language. This file should define the syntax rules and structure of your language, which will allow Tree-sitter to parse the code correctly.
- Generate the Parser: Use Tree-sitter's tools to generate a parser from your grammar definition. This parser will be responsible for creating an abstract syntax tree (AST) from the source code written in your new language.
- Implement Formatting Rules: Decide on the formatting rules you want to enforce (e.g., indentation, line breaks, spacing). This can involve defining how different constructs in your AST should be represented in the formatted code.
- Traverse the AST: Write a function to traverse the AST generated by Tree-sitter. During this traversal, apply your formatting rules to reconstruct the code in the desired format.
- Integration with Editors: Integrate your formatting tool with code editors or IDEs. This can involve creating plugins or extensions that utilize your Tree-sitter parser and formatting logic to provide real-time formatting feedback to users as they write code.
- Testing and Iteration: Test your formatter with various code samples and edge cases to ensure it behaves as expected. Iterate on your formatting rules based on user feedback and additional requirements. By following these steps, you can effectively utilize Tree-sitter to implement code formatting for your new programming language.
