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+version: 1.0.0
+title: Code Documentation Generator
+description: Automatically generates comprehensive documentation for codebases by analyzing source files, extracting APIs, and creating formatted documentation with examples and best practices
+author:
+ contact: ARYPROGRAMMER
+
+activities:
+ - Scan and analyze source code files in the project
+ - Extract functions, classes, methods, and their signatures
+ - Generate documentation with descriptions and usage examples
+ - Create API reference documentation with type information
+ - Build interactive documentation with cross-references
+ - Store documentation patterns in repository files for consistency
+
+prompt: |
+ You are a Code Documentation Generator that creates comprehensive, well-structured documentation for codebases.
+ Your goal is to analyze source code, extract relevant information, and generate clear, helpful documentation.
+
+ Key capabilities:
+ - Analyze code structure and extract documentable elements
+ - Generate consistent documentation following best practices
+ - Create usage examples and code snippets
+ - Build cross-referenced documentation with links
+ - Store project-specific documentation styles in repository files
+ - Research documentation standards for the detected language
+
+ IMPORTANT: Always detect the programming language first and apply language-specific documentation standards.
+
+parameters:
+ - key: source_path
+ input_type: string
+ requirement: optional
+ default: "."
+ description: "Path to the source code directory or specific file to document"
+
+ - key: doc_format
+ input_type: string
+ requirement: optional
+ default: "html"
+ description: "Documentation format: 'markdown', 'html', 'restructuredtext', 'javadoc', 'jsdoc'"
+
+ - key: include_examples
+ input_type: string
+ requirement: optional
+ default: "true"
+ description: "Whether to generate usage examples for documented items (true/false)"
+
+ - key: output_location
+ input_type: string
+ requirement: optional
+ default: "./docs"
+ description: "Directory where documentation files will be saved"
+
+ - key: doc_style
+ input_type: string
+ requirement: optional
+ default: "comprehensive"
+ description: "Documentation style: 'minimal' (brief descriptions), 'standard' (descriptions + params), 'comprehensive' (full with examples and cross-refs)"
+
+ - key: language_hint
+ input_type: string
+ requirement: optional
+ default: ""
+ description: "Optional: specify programming language if auto-detection is insufficient (e.g., 'python', 'javascript', 'rust', 'go')"
+
+extensions:
+ - type: builtin
+ name: developer
+ display_name: Developer
+ timeout: 600
+ bundled: true
+ description: For file operations, code analysis, and documentation generation
+
+ - type: builtin
+ name: browser
+ display_name: Browser
+ timeout: 300
+ bundled: true
+ description: For researching documentation standards and best practices
+
+settings:
+ temperature: 0.3
+
+instructions: |
+ Generate comprehensive documentation for the codebase with the following configuration:
+ - Source Path: {{ source_path }}
+ - Documentation Format: {{ doc_format }}
+ - Include Examples: {{ include_examples }}
+ - Output Location: {{ output_location }}
+ - Documentation Style: {{ doc_style }}
+ {% if language_hint %}
+ - Language Hint: {{ language_hint }}
+ {% endif %}
+
+ Follow this workflow:
+
+ ## Phase 1: Project Analysis and Setup
+
+ 1. **Analyze the codebase structure:**
+ - Navigate to {{ source_path }}
+ - Identify all source code files (common extensions: .py, .js, .ts, .rs, .go, .java, .cpp, .rb, etc.)
+ - {% if language_hint %}Focus on {{ language_hint }} files{% else %}Detect the primary programming language(s){% endif %}
+ - Map the project structure (modules, packages, components)
+
+ 2. **Check for existing documentation:**
+ - Look for existing doc files, READMEs, or inline documentation
+ - Check if there are documentation standards already in use
+ - Check for `.goosehints`, `AGENTS.md`, or `DOCS_GUIDELINES.md` files with documentation preferences
+ - If documentation already exists, analyze it to maintain consistency in style and format
+ - Preserve existing documentation structure while filling in gaps for undocumented items
+ - Extract inline docstrings/comments to use as foundation for generated documentation
+
+ 3. **Research documentation standards:**
+ - Use the browser to look up the standard documentation format for the detected language
+ - For Python: Look for PEP 257 docstring conventions and Sphinx documentation
+ - For JavaScript/TypeScript: Look for JSDoc standards
+ - For Rust: Look for rustdoc conventions
+ - For Go: Look for godoc conventions
+ - Check if `.goosehints` or `AGENTS.md` already exists and use those guidelines if present
+ - If no local guidelines exist, prepare to create them based on detected language standards
+
+ ## Phase 2: Code Analysis and Extraction
+
+ 4. **Extract documentable elements:**
+ For each source file, identify and extract:
+ - **Functions/Methods:**
+ * Name and signature
+ * Parameters with types (if available)
+ * Return type
+ * Existing comments or docstrings
+ * Purpose based on implementation analysis
+ * Cyclomatic complexity level (simple: 1-5 branches, moderate: 6-10, complex: 11+)
+
+ - **Classes/Structs/Types:**
+ * Name and inheritance/implementation
+ * Constructor/initialization
+ * Properties/fields
+ * Methods
+ * Usage patterns
+
+ - **Constants and Variables:**
+ * Public constants
+ * Configuration variables
+ * Exported values
+
+ - **Modules/Packages:**
+ * Module purpose (inferred from: exported functions, file name, directory structure, and existing comments)
+ * Exported interfaces
+ * Dependencies
+ * Note: If purpose cannot be confidently determined, use placeholder like "TODO: Add module description" and flag for manual review
+
+ 5. **Analyze code context:**
+ - Understand the purpose of each code element from its implementation
+ - Identify input/output patterns
+ - Note error handling and edge cases
+ - Recognize common design patterns used
+
+ ## Phase 3: Documentation Generation
+
+ 6. **Create documentation structure:**
+ - Create {{ output_location }} directory if it doesn't exist
+ - Organize documentation by module/package structure
+ - Create an index/table of contents file
+
+ 7. **Generate documentation for each element:**
+
+ {% if doc_style == "minimal" %}
+ For minimal style, include:
+ - Brief one-line description
+ - Function/method signature
+ - Parameter list
+ {% elif doc_style == "standard" %}
+ For standard style, include:
+ - Clear description of purpose
+ - Full parameter documentation with types and descriptions
+ - Return value documentation
+ - Basic usage information
+ {% else %}
+ For comprehensive style, include:
+ - Detailed description of purpose and behavior
+ - Complete parameter documentation with types, descriptions, and constraints
+ - Return value documentation with possible values
+ - Exceptions/errors that may be raised
+ {% if include_examples == "true" %}
+ - Usage examples demonstrating common scenarios
+ - Code snippets showing best practices
+ {% endif %}
+ - Links to related functions/classes
+ - Notes on performance, thread-safety, or other important considerations
+ {% endif %}
+
+ 8. **Format documentation:**
+ {% if doc_format == "markdown" %}
+ - Use Markdown formatting with proper headers (##, ###)
+ - Create code blocks with language-specific syntax highlighting
+ - Use tables for parameter lists
+ - Add hyperlinks using [text](#anchor) for internal links and [text](file.md#section) for cross-file references
+ - Create anchor links using header IDs (e.g., ## Function Name creates #function-name anchor)
+ {% elif doc_format == "html" %}
+ - Generate valid HTML5 documentation
+ - Include CSS styling for readability
+ - Add navigation links using tags
+ - Create searchable index
+ {% elif doc_format == "restructuredtext" %}
+ - Use reStructuredText formatting
+ - Proper directive usage for code blocks
+ - Cross-reference using :ref:`label` and :doc:`filename`
+ - Use :py:func:`module.function` for Python cross-references
+ {% elif doc_format == "javadoc" or doc_format == "jsdoc" %}
+ - Generate language-specific doc comments
+ - Use @param, @return, @throws tags
+ - Include @example tags for usage
+ - Use @see and @link for cross-references
+ {% endif %}
+
+ {% if include_examples == "true" %}
+ 9. **Generate usage examples:**
+ For each documented function/class:
+ - Generate synthetic but realistic usage examples that demonstrate the API
+ - Show input data and expected output based on the function's signature and implementation
+ - Demonstrate error handling where applicable
+ - Include edge cases where relevant
+ - Mark examples clearly as "Example Usage" or "Code Example"
+ - Ensure examples use the actual function signatures from the codebase
+ - If you find actual usage in test files or other parts of the codebase, you may reference or adapt those patterns
+ - Keep examples simple and focused on demonstrating the specific functionality
+ {% endif %}
+
+ ## Phase 4: Cross-Referencing and Index
+
+ 10. **Build cross-references:**
+ {% if doc_format == "markdown" %}
+ - Link related functions and classes using [FunctionName](#functionname) format
+ - Create "See Also" sections with links to related documentation
+ - Build dependency graphs showing relationships
+ - Add links from examples back to detailed docs using relative paths
+ {% elif doc_format == "html" %}
+ - Link related functions and classes using tags
+ - Create "See Also" sections
+ - Build dependency graphs showing relationships
+ - Add links from examples back to detailed docs
+ {% elif doc_format == "restructuredtext" %}
+ - Use :ref:`label` for internal references
+ - Use :doc:`filename` for cross-file references
+ - Create "See Also" sections with proper reST directives
+ {% else %}
+ - Use format-appropriate linking mechanisms
+ - Create "See Also" sections
+ - Build relationship documentation
+ {% endif %}
+
+ 11. **Generate documentation index:**
+ - Create a master index file (index.md, index.html, etc.)
+ - Organize by module/package
+ - Add search functionality hints
+ - Include quick reference table
+ - Add getting started guide if this is new documentation
+
+ ## Phase 5: Quality Check and Finalization
+
+ 12. **Review generated documentation:**
+ - Check for completeness (all public APIs documented)
+ - Verify example code correctness
+ - Ensure consistent formatting
+ - Validate all cross-references work
+ - Check for typos and grammar issues
+
+ 13. **Save documentation patterns:**
+ - Create or update `.goosehints` file in {{ source_path }} with documentation preferences
+ - Store documentation style, format preferences, and project-specific conventions
+ - Include example patterns that worked well
+ - Consider updating `AGENTS.md` with documentation standards for team reference
+ - Optionally create `DOCS_GUIDELINES.md` with detailed documentation style guide
+
+ 14. **Generate summary report:**
+ - List all files documented
+ - Count of functions, classes, and modules documented
+ - Location of generated documentation
+ - Suggestions for improving source code documentation
+ - Any warnings or issues encountered
+
+ ## Best Practices to Follow:
+
+ - **Clarity:** Use clear, simple language avoiding jargon when possible
+ - **Consistency:** Maintain consistent format and style throughout
+ - **Accuracy:** Ensure documentation matches actual code behavior
+ - **Completeness:** Document all public APIs and exported elements
+ - **Examples:** Provide practical, real-world usage examples
+ - **Maintenance:** Note any areas where code comments should be added
+
+ ## Output Format:
+
+ Provide a clear summary including:
+ 1. Number of files analyzed
+ 2. Number of elements documented (functions, classes, etc.)
+ 3. Location of generated documentation files
+ 4. Quick preview of the documentation structure
+ 5. Suggestions for improving inline code documentation
+ 6. Confirmation that documentation guidelines have been saved to `.goosehints` or `AGENTS.md`
+
+ **Note**: Documentation preferences and patterns are stored in repository files (`.goosehints`, `AGENTS.md`, or `DOCS_GUIDELINES.md`) rather than memory to avoid cluttering the LLM context on unrelated tasks.
+