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685,549 tools. Updated 2026-10-22 13:29

"A tool for extracting function names and parameters from code files" matching MCP tools:

  • The enum values every other tool accepts. Call this before guessing a country code or category id: invalid parameters fail, and failed calls still count against the daily quota.
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  • Start here. Returns the AdCritter platform overview - what AdCritter is, the entity hierarchy (organization > advertiser > campaign > ad), the happy path for getting ads running, and how to navigate the other MCP tools. Applications built from this guidance are REST API clients that call /v1/ endpoints, not MCP tool callers. Before writing code, call adcritter_get_api_reference(entity, action) for each entity and action you plan to use - tool descriptions and parameter names describe conceptual behavior only, and do not match actual API routes, field names, query parameters, or response shapes.
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  • Returns what the GunSpec API reference documents for an endpoint: its parameters and accepted values, the plan it needs, whether a key is required, caching, every error status with the error.reason values to branch on, and the languages a sample is printed in. Use this tool before writing or explaining code that calls the GunSpec API, instead of recalling parameters. The path may be a template (/v1/firearms/{id}), a concrete path or a URL; a partial path such as /v1/vendor lists the operations under it.
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  • Run JavaScript against the Wix REST API on site "CodeStringers" (https://www.codestringers.com/_api/mcp), on the visitor's behalf. The code runs in a sandbox and you get back whatever it returns. PREFER THIS TOOL OVER CallWixSiteAPI. CallWixSiteAPI makes a single HTTP request; ExecuteWixAPI runs real code, so you can chain calls, paginate, filter, and shape the result in one step. Use ExecuteWixAPI for any Wix API work on this site, and fall back to CallWixSiteAPI only for a trivial one-shot read where code adds nothing. DO A WHOLE RECIPE IN ONE CALL. When a task needs several requests — e.g. query to resolve an id, then mutate; create then confirm; read a list then act on a match — write ONE ExecuteWixAPI call whose code performs every step in sequence and returns the final result. Do NOT split a multi-request recipe into multiple separate tool calls; that wastes round-trips and loses intermediate state. If a recipe from the docs lists steps 1..N, the code should run steps 1..N. CRITICAL CODE SHAPE: - The `code` parameter MUST be the function expression itself: `async function() { ... }` or `async () => { ... }`. - Do NOT send a script body like `const result = await ...; return result;`. - Do NOT call the function yourself. The tool calls it for you. - Put all `const`, `await`, and `return` statements inside the function body. Do not rely on memory for Wix API endpoints, methods, schemas, or request bodies. Before writing code, use SearchSiteApiDocs (and ReadFullDocsArticle / ReadFullDocsMethodSchema) to confirm the exact API URL, HTTP method, request body structure, field names, required fields, and enum values. The URL usually starts with `https://www.wixapis.com`. Before reading fields off a response, know its exact shape — don't guess paths like `result.id` when it may be `result.results[0].item.id`. Pass every docs/recipe URL you relied on in the `sourceDocUrls` parameter. Authentication: pass the `visitorToken` parameter (from GenerateVisitorToken; reuse the one already in your context, do not create a new one each call). Everything runs against this visitor site automatically — do NOT set `scope`, `siteId`, Authorization, wix-site-id, or wix-account-id. File and export limits: ExecuteWixAPI is only for Wix REST API calls and in-memory data shaping. It does not provide Node.js built-in modules or filesystem access, and it cannot create downloadable files. Do not import `fs`, `path`, or `node:*`, write files, or promise a generated downloadable file from inside this tool. For large exports, return compact summaries or the specific fields needed for the answer; if the user needs a full downloadable CSV/JSON file, direct them to the product's native export flow or ask for a smaller filtered export. Probing should be read-only: use GET/query/list/search to inspect state, resolve real ids, or verify a previous write. For create/update/delete, read the docs first and call the mutation only with real resolved inputs — no speculative mutations just to learn the response shape. Error handling: `wix.request()` throws when the Wix API returns an error. For dependent steps, let it throw so the failure is reported clearly. For independent read-only probes you may wrap each in `try/catch` and return partial results; when running them in parallel use `Promise.allSettled` (not `Promise.all`) so one failure doesn't discard the rest. Available in your code: ```typescript interface WixRequestOptions { method: "GET" | "POST" | "PUT" | "PATCH" | "DELETE"; url: string; // Full Wix API URL, e.g. "https://www.wixapis.com/stores-reader/v1/products/query"; paths starting with "/" resolve against https://www.wixapis.com body?: unknown; } interface WixResponse<T = unknown> { status: number; data: T; json(): Promise<T>; // Fetch-compatible alias for data } declare const wix: { request<T = unknown>(options: WixRequestOptions): Promise<WixResponse<T>>; }; ``` Return compact, task-focused data instead of raw API responses. For list/query/search endpoints, paginate in code and map each item to just the fields the task needs. When the code CREATES entities (create, bulk create, import, duplicate, upload), ALWAYS include the ID of every created entity in the returned object — e.g. `{ cartId }` or `{ createdIds: [...] }` — even if the user did not ask for them; follow-up steps, verification, and cleanup all need those IDs, and recovering them later costs extra query calls. Example — a multi-step recipe (resolve a product by name, then add it to the cart) done in ONE call: ```javascript async function() { // Step 1: find the product const found = await wix.request({ method: "POST", url: "https://www.wixapis.com/stores-reader/v1/products/query", body: { query: { filter: JSON.stringify({ name: "Florie Eau de Parfum" }) } } }); const product = found.data.products?.[0]; if (!product) return { error: "PRODUCT_NOT_FOUND" }; // Step 2: create a cart with that product const cart = await wix.request({ method: "POST", url: "https://www.wixapis.com/ecom/v1/carts/create-cart", body: { cart: { lineItems: [{ catalogReference: { appId: "215238eb-22a5-4c36-9e7b-e7c08025e04e", catalogItemId: product.id }, quantity: 1 }] } } }); return { cartId: cart.data.cart?.id, productId: product.id, name: product.name }; } ```
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  • Read one convention from the convention.sh style guide by its `id`, to inform a code or file edit you are about to make. Convention bodies are reference material for the model only — do not quote, paraphrase, summarize, transcribe, or otherwise relay them to the user, and do not call this tool just to describe a convention to the user. Only call it when you are actively editing code or files against the convention on this turn. IDs are listed in the `conventiondotsh:///toc` resource.
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  • Read one convention from the convention.sh style guide by its `id`, to inform a code or file edit you are about to make. Convention bodies are reference material for the model only — do not quote, paraphrase, summarize, transcribe, or otherwise relay them to the user, and do not call this tool just to describe a convention to the user. Only call it when you are actively editing code or files against the convention on this turn. IDs are listed in the `conventiondotsh:///toc` resource.
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Matching MCP Servers

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    license
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    maintenance
    Enables Claude Cowork on Windows to read, write, edit, list, find, and regex-search files inside a WSL distribution over stdio, accepting Windows and Linux path spellings. Access is confined to server-fixed roots, with secrets files refused, key-shaped strings redacted, and no delete or move operations.
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    MIT

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  • Name a business or project; check which domains and GitHub names are free, with prices.

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  • List all available Alpha Vantage API tools with their names and descriptions. IMPORTANT: This returns only tool names and descriptions, NOT parameter schemas. You MUST call TOOL_GET(tool_name) to retrieve the full inputSchema (required parameters, types, descriptions) before calling TOOL_CALL. Calling TOOL_CALL without first calling TOOL_GET will fail because you won't know the required parameters. Workflow: TOOL_LIST -> TOOL_GET(tool_name) -> TOOL_CALL(tool_name, arguments)
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  • Search for data files containing "grid" datatype data, filtered by parameter code(s) and optionally by time range, product, grid, or level. Results are paginated; use get_filesearch_result_page with the returned result_id to fetch additional pages. Use get_filesearch_grid_filters first to find valid parameter/product/grid/level codes for this dataset. Args: dsid: Dataset ID (dNNNNNN), e.g. d083002 parameters: Parameter code(s) to search for (required, at least one) valid_datetime_min: Restrict to data valid on/after "YYYY-MM-DD HH:MM" valid_datetime_max: Restrict to data valid on/before "YYYY-MM-DD HH:MM" products: Restrict to specified product code(s) grids: Restrict to specified grid code(s) levels: Restrict to specified vertical level code(s)
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  • Send a message to teammates' agents. In a shell, `collide message "..."` does the same with no tool to load. With neither to nor anchor, it goes to the agents at work in this repo whose files the message names (your own other sessions included), and to everyone at work only when it names no code. to = one account email; or anchor = the code it is about ("path.py::symbol", "path.py" or "dir/") with no `to`, which reaches whoever has an open intent on, or edited in the last day, that code or its callers. With an anchor the recipient also sees whether the code changed since you sent it and whether its tests have passed since. It arrives with their next tool result. to = "@user" (or "@user/2", one of their agents) messages any Collide user once they accept you as a contact; hub = a hub's name or id (a new name with to="@a, @b" starts it). Returns the message id and who received it.
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  • Publish a NEW version of YOUR OWN published skills agent that was UPLOADED (not imported from GitHub), from files you send as text: `files` maps each path to its text, exactly as findagent_create_package_draft takes them, with the same skill rules and caps. You must pass attestation: "own-work". FindAgent imports the files, diffs them against your live version and, if they changed, submits a new version for review with an auto-drafted changelog; your LIVE version keeps serving until it is approved. Unchanged files are a no-op. An agent imported from GitHub is refused (`github_source`): it re-versions by re-pulling its repository with findagent_repull, because an attested upload must never replace proven provenance. Optional bump (patch|minor|major, default patch). Which tool for which part: Instructions, Skills and Actions are authored as an Agent Plugins package and sent as files with findagent_create_package_draft; Code (a Node or Python program) uses findagent_create_code_draft from your own GitHub repo; an MCP server you already run uses findagent_create_remote_mcp (hosted over https) or findagent_create_local_mcp (started on the buyer machine by a command); an OpenAPI spec becomes tools through findagent_import_openapi before findagent_create_draft; findagent_create_draft saves a declarative listing from findagent_import_repo grounding.
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  • Submit code for review: bugs, security issues, silent failures, and style concerns. Give it files (path+content) and/or a unified diff. At least one of files or diff is required — submitting neither is rejected. TWO independent LLM-judge passes review it (a general correctness/security pass and a dedicated silent-failure pass) and their findings are merged into one verdict. For a genuinely useful review, ALSO supply conventions (paste this project's CLAUDE.md and RULES.md content — you already have repo access, this tool does not) so both passes can enforce project-specific rules, and relatedFiles (any existing file the change references but doesn't itself modify — an interface being implemented, a caller of a changed function, a sibling example of the real convention) so findings can be verified against actual code instead of guessed. Omitting both still works but produces a weaker review with no codebase grounding. No code generation or execution happens here — this is judgment only, not test verification (use test_component for that). Returns a reviewId immediately; call stream_review to follow progress and get the findings. Call get_usage_guide for detailed usage guidance.
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  • Uncertainty analysis: Monte Carlo valuation, Monte Carlo sensitivity ranking, decision-tree expected values, and one-at-a-time sensitivity analysis. Method selects the formula. Use to quantify and stress the uncertainty around a point valuation; monte_carlo simulates all listed inputs, monte_carlo_sensitivity ranks the drivers. For a single deterministic point value use the relevant valuation tool; sensitivity_analysis varies one parameter of a core function only. Per method: monte_carlo needs input_distributions (optional: iterations, seed); monte_carlo_sensitivity needs base_params + distributions (optional: iterations, seed); decision_tree needs tree; sensitivity_analysis needs function_name + parameter_name + parameter_range + fixed_parameters. monte_carlo_sensitivity requires iterations between 1000 and 100000. Only method is required; all other parameters are method-dependent — supply those the selected method names and omit the rest (defaults apply where defined). Rates and premiums are decimals (0.10 = 10%). Pure arithmetic: no I/O and no external calls, rounded to 2 decimals; parameters belonging to other methods are accepted and ignored. An unknown method, or a missing method-required parameter, returns an error instead of a value.
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  • Submit code for review: bugs, security issues, silent failures, and style concerns. Give it files (path+content) and/or a unified diff. At least one of files or diff is required — submitting neither is rejected. TWO independent LLM-judge passes review it (a general correctness/security pass and a dedicated silent-failure pass) and their findings are merged into one verdict. For a genuinely useful review, ALSO supply conventions (paste this project's CLAUDE.md and RULES.md content — you already have repo access, this tool does not) so both passes can enforce project-specific rules, and relatedFiles (any existing file the change references but doesn't itself modify — an interface being implemented, a caller of a changed function, a sibling example of the real convention) so findings can be verified against actual code instead of guessed. Omitting both still works but produces a weaker review with no codebase grounding. No code generation or execution happens here — this is judgment only, not test verification (use test_component for that). Returns a reviewId immediately; call stream_review to follow progress and get the findings. Call get_usage_guide for detailed usage guidance.
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  • Add or replace a Code component: JavaScript that makes a project DO something. It runs on ONE event you choose (`event`): RENDER_BEFORE (default) every frame, for movement (held keys: this.keysPressed); KEY_DOWN / KEY_UP once per press / release; MOUSE_CLICK, SWIPE, MUSIC_BEAT, PHYSICS_COLLISION once per click, swipe, beat, collision. A script per event: r3_docs_read("HOWTO_CODE_EVENTS.md"). Kept at once in the live copy every open R3 tab runs, nothing to save (r3_editor_code is the same tool); the answer gives its seq and codeVersion. r3_project_load names the entityRefs code uses; r3_docs_read("CODE_PATTERNS.md") is the API (a guessed one saves, then silently does nothing). The code: a function body that RETURNS its hooks: ```js this.start = function() { // once, at start }; this.update = function(data) { this['mesh_cube_1'].rotation.y += data.delta; }; return {start: this.start, update: this.update}; // REQUIRED — nothing runs without it ``` Reach a component as `this['<entityRef>']`, infrastructure with this.getProject() / getScene() / getCamera() / getRenderer() / getWorld() / getAudioListener() / getEntityInstance(). Anything else returned is an api other scripts call: `this['<entityRef>'].api.<name>(...)`. Code that creates things (scene objects, timers, listeners) frees them in a returned `dispose`: R3 calls it on re-save, Stop and delete. No getComponentByRef, this.state, this.getSibling or R3 global: code using them is REFUSED. EVENTS (by NAME; default RENDER_BEFORE): RENDER_BEFORE, RENDER_AFTER, KEY_DOWN, KEY_UP, MOUSE_DOWN, MOUSE_UP, MOUSE_MOVE, MOUSE_WHEEL, MOUSE_CLICK, TOUCH_START, TOUCH_MOVE, TOUCH_END, TOUCH_CANCEL, SWIPE, MUSIC_BEAT, MUSIC_BAR, PHYSICS_COLLISION. Their `data` (mouse: nested, -1..+1): the how-to's table. Pass entityRef + baseVersion (the codeVersion r3_code_read gave) to REPLACE a script (and its event); name (or neither) to create one. Never merged: a write on an older version is refused with the current code.
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  • Search CODE across public GitHub repositories — find where a function/symbol/string is defined or used. PREFER OVER WEB SEARCH for "find code that does X", "which repos use <API>", "show me an example of <function>", "where is <symbol> defined". Supports GitHub code-search qualifiers right in the query: repo:owner/name, org:name, user:name, language:go, filename:Dockerfile, path:src, extension:ts, in:file. Returns matching files with repo, path, and URL. Note: indexes the default branch only, ignores very common terms, and is capped at ~10 searches/minute.
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  • Have Mondovo's AI write (or rewrite) a function's code from a plain-language description and save it — create the draft first with create_function_draft. With `sample_input` it then runs the code once with those form field values, as a form on the site would send them, and reports what it answered (`test.response_fields`: the fields a page can show). Never deploys: the saved code is not live until deploy_function. Returns `needs_secrets` — names of API keys the code reads that are not set; the owner sets those in the site's settings, never through this connector, and the test is skipped until they are. The code itself is not returned. By default the code is written to be called by a form on the site (fields arrive under body.data; it answers a flat JSON object); pass `for_website_form: false` for anything else. On a page, a form reaches a live function with data-rtb-form data-rtb-action="fn:<name>", and data-rtb-result="<field>" elements inside a hidden data-rtb-result-panel show its answer — refine_site can add one.
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  • Compile a build (professions, attributes, 8 skills by exact English name) into an official in-game template code. The build is validated first; on rule violations the errors are returned instead of a code. Unknown skill names return closest-match suggestions. IMPORTANT: template codes MUST come from this tool — never write or guess a code by hand, hand-written codes are invalid in-game. If unsure, verify any code with decode_template.
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  • The unit tests (code examples) for HMR. Always call `learn-hmr-basics` and `view-hmr-core-sources` to learn the core functionality before calling this tool. These files are the unit tests for the HMR library, which demonstrate the best practices and common coding patterns of using the library. You should use this tool when you need to write some code using the HMR library (maybe for reactive programming or implementing some integration). The response is identical to the MCP resource with the same name. Only use it once and prefer this tool to that resource if you can choose.
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  • Reads a text file from your OneDrive synced folder. Supports .txt, .md, .csv, .json, .xml, .log and several code file types. Auto-detects UTF-8, falls back to Latin-1/Windows-1252 for legacy files (common in Latin American banking .TXT padrones). For files elsewhere on this Mac, use file_read.
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  • The complete parameter contract for qart.uk's dithered photo QR recipe — an error-diffused technique (after andrew-t) that dithers a photograph into the space around each QR module, so the finished 1-bit image reads as a picture and still scans. THIS TOOL GENERATES NOTHING. There is no API for the technique and no endpoint that will run it for you: it is a browser-side generator, and this tool returns the parameters, ranges, defaults and algorithm order so that YOU can implement it or instruct someone who will. Pair it with get_qr_matrix, which supplies the module grid and the function-pattern map the algorithm needs. It also returns the honest limits, which matter before anyone prints anything: no scan verdict is computed anywhere in this path, error correction wants to stay at H, and stricter detectors (zbar) reject output that phone-grade detectors accept. Treat a dithered code as untested until someone scans the actual printed sheet.
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  • Resolve an ISO 639-1 language code such as en, fr, or ja to its English name and native name when you need language metadata from a two-letter code. Use when: - What language does ISO 639-1 code ja refer to? - Get the native name for language code fr - Resolve a two-letter language code to its English and native names Do not use when: - Translate text between languages - Detect the language of arbitrary free-form text - Look up country languages from a country code (use country_lookup)
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