Overview
Depyler's MCP server exposes core transpilation and verification capabilities to AI assistants via the Model Context Protocol. It integrates with Claude Desktop to surface four tools: transpile_python, analyze_migration_complexity, verify_transpilation, and pmat_quality_check. The server enables Python-to-Rust translation using Depyler’s type-directed transpilation, memory-safety analysis, and semantic verification, returning idiomatic Rust code with verifiable semantics. The analyze_migration_complexity tool helps teams estimate effort and risk when migrating Python codebases to Rust. The verify_transpilation tool checks that the translated output preserves behavior, supporting formal verification workflows. The pmat_quality_check tool performs code-quality analysis aligned with PMAT gates. The MCP setup snippet demonstrates how to configure Claude Desktop to launch the Depyler MCP server on port 3000 with the command 'depyler' and appropriate arguments. This MCP integration supports rapid collaboration between code generators, analyzers, and AI-assisted validation during migration projects. It participates in Depyler’s multi-stage compilation pipeline to produce safe, idiomatic Rust code from Python sources and aligns with production-ready documentation and tooling.
Features
transpile_python
Convert Python code to Rust using Depyler’s transpilation pipeline, preserving semantics with memory-safety analysis.
analyze_migration_complexity
Analyze migration effort and risk when converting Python code to Rust to aid planning.
verify_transpilation
Verify semantic equivalence between Python source and transpiled Rust output.
pmat_quality_check
Perform code quality analysis using PMAT gates for robust production standards.
Who Is This For?
- AI assistants:Integrate with Claude Desktop to transpile Python to Rust and validate migrations.
- Software engineers:Assess migration effort and verify transpilation quality for Python-to-Rust transitions via MCP.
