Retrieve Node.js API documentation for WebAssembly System Interface (WASI) by specifying class or method name. Enables querying WASI module details.
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649,985 tools. Updated 2026-10-10 22:45
"WebAssembly" matching MCP tools:
- Search WebAssembly instructions by free-text query against mnemonic, category, or opcode hex. Get ranked results to find the correct instruction when the exact name is unknown.MIT
- Enumerate WebAssembly instructions with optional filters for category, version, prefix, or trapping behavior. Returns sorted rows with basic info for further detail.MIT
- Retrieve structured JSON for a WebAssembly instruction by mnemonic or binary opcode, including opcode bytes, category, stack signature, and trap conditions.MIT
- Enumerate WebAssembly spec clauses for navigation across core, js-api, and web-api specs. Filter by path, anchor prefix, depth, and titled-only.MIT
- Look up a WebAssembly type or type form by name to retrieve its classification, sibling members, defining prose, formal references, and spec URL.MIT
Matching MCP Servers
- AlicenseNot gradedqualityCmaintenanceTemplate repository for building a WebAssembly component MCP server using wasmCloud.1Apache 2.0
- AlicenseAqualityAmaintenanceRead-only, deterministic MCP server for the WebAssembly core specification, enabling querying of instructions, types, sections, proposals, and spec text via tools like instruction_get, section_get, and spec_search.9150 npm2MIT
Matching MCP Connectors
WebAssembly magic-byte check, file discarded
Read-only MCP server for the WebAssembly spec: instructions, types, sections, search, proposals.
- Retrieve a WebAssembly spec clause by its id or anchor from core, js-api, or web-api. Get the clause title, cleaned prose, cross-references, formal references, and rendered URL.MIT
- List WebAssembly proposals from the proposals repository. Filter by status, phase, champion, or affected specification.MIT
- Check the OpenSCAD engine type to see if it runs as WebAssembly or native, confirming the active backend.GPL 2.0
- Run Python code securely in a WebAssembly sandbox to execute scripts and return output. Supports pure Python without external dependencies.Apache 2.0
- Search across WebAssembly spec sections (core, JS API, Web API) by clause anchors, titles, or prose. Returns ranked hits with matched type and snippet for body matches, to locate sections before retrieving details.MIT
- Execute JavaScript code in a secure WebAssembly sandbox to run untrusted code safely and return console logs with evaluated expressions.Apache 2.0
- Runs WebAssembly binaries (.wasm) using Wasmtime; if Wasmtime is unavailable, indicates the capability.MIT
- Simulate a Xahau Hook by running its real WebAssembly bytecode in a local VM against a mock transaction and ledger state, reporting the accept or reject decision, state writes, and emitted transactions.MIT
- Convert WebAssembly binaries to readable WAT and audit security risks, detecting unauthorized host imports and out-of-bounds memory accesses.MIT
- Compile Rust crates to WebAssembly for use in web and edge applications.MIT
- Run WebAssembly modules in memory via exported function calls. Pass Base64-encoded WASM binary and function name with optional numerical arguments to execute.MIT
- Disassemble WebAssembly binaries into WAT text and summarize imports and exports. Supports base64, hex, or URL sources.MIT
- Execute WebAssembly modules in a secure sandbox with controlled access to filesystem, network, and crypto via host adapters. Supports execution limits and deterministic replay.MIT
- Re-execute WebAssembly modules with recorded replay tokens to reproduce runtime behavior deterministically. Replays non-deterministic host responses for debugging and verification against known execution traces.MIT
- Runs the original and repaired Python snippets in isolated WebAssembly sandboxes to verify fixes and provide before/after evidence for student code.-