- Java plugin now uses Ghidra ReferenceManager to find real cross-references
- Added detailed information about xrefs, including related functions and instructions
- Bridge script now provides simplified and human-readable text for xrefs
- Support bi-directional search for references to/from addresses
- Added filtering by reference type
- Properly implement getCurrentAddress using Ghidra service APIs
- Remove all legacy API compatibility code
- Implement simplified response structure for AI agents
- Add text representations of structured data like disassembly
- Support addressing functions by name or address
- Improve parameter validation and error handling
- Implement all endpoints from the API specification
- Add ProgramEndpoints for proper HATEOAS URL structure
- Fix response structure to include required HATEOAS links
- Ensure proper result formats for segments, decompiled functions, and variables
- Reorganize endpoints to use nested resource pattern (/programs/current/functions/{address})
- Fix all tests to ensure HATEOAS compliance
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Added comprehensive GHIDRA_HTTP_API.md documenting the Java plugin's endpoints
- Improved bridge_mcp_hydra.py with better docstrings and type hints
- Updated port range calculations to use DEFAULT_GHIDRA_PORT
- Cleaned up comments and simplified code
- Improved error handling and response formatting
- Standardized API response structure across all endpoints
Add toggleCCode, toggleSyntaxTree and setSimplificationStyle controls to
the Java plugin. These allow controlling decompiler output format between
C code (default) and raw decompiler output with syntax trees.
Example usage:
decompile_function_by_address(port=8192, address='0x1000', cCode=True)
decompile_function_by_address(port=8192, address='0x1000', syntaxTree=True)
Refactored Java plugin to use helper methods for consistent JSON success/error responses. Fixed NullPointerException in listVariables. Updated Python tests (HTTP and MCP) to use helper assertions validating the standard response structure.
Standardizes communication between the Python bridge and Java plugin,
resolves test logic errors, and improves error handling to ensure
MCP bridge tests pass reliably.
Key changes:
- Standardized HTTP methods: Use GET for read operations and POST for all modification operations across the bridge and plugin.
- Fixed JSON parsing in Java plugin using Gson and added missing imports.
- Corrected error handling in Java plugin's `get_function` to return `success: false` when a function is not found.
- Updated Python bridge's `safe_get` to correctly propagate nested failure responses from the plugin.
- Fixed test client logic (`test_mcp_client.py`) to correctly extract function name/address from `list_functions` results.
- Added logging to `test_mcp_client.py` for easier debugging of mutating operations.
- Modified bridge_mcp_hydra.py to auto-discover GhydraMCP plugin instances on ports 8192-8299
- Added periodic background thread to maintain discovered instances list
- Added project and binary file information to instance reporting
- Added JSON-based info endpoint in GhydraMCP plugin
- Added json-simple dependency to support JSON responses
