Append new PHP code statements to an existing method while correctly handling nested constructs like arrow functions and computed properties. Specify file, method, and code; optionally provide TypeScript types for variables.
MIT
666,598 tools. Updated 2026-10-16 19:29
"A method or tool for converting code into a tree structure" matching MCP tools:
- Compute Black-Scholes call values, binomial-tree option values, or explicit bull/base/bear scenario expected values. Select a method and supply only its required inputs.MIT
- Fetch SDK documentation for a class or method as Markdown by docId, covering descriptions, signatures, parameters, return types, and events.MIT
- Retrieve the hierarchical tree structure for an ontology class, showing its ancestor path and sibling nodes to understand its position in the ontology hierarchy.MIT
- Remove a method from a file by providing its UUID and the file's UUID, permanently deleting its code.MIT
- Exercises a held option contract to convert it into the underlying asset. Use this tool to execute your option position and acquire the actual stock or security.MIT
Matching MCP Servers
- AlicenseAqualityDmaintenanceMCP server enabling Claude Code to capture screenshots of Windows applications through WSL2, allowing AI to diagnose UI errors and verify layouts.11MIT
- AlicenseBqualityCmaintenanceProvides A-share (Chinese stock market) quantitative analysis through tools for stock screening, northbound capital flow tracking, dragon-tiger list analysis, margin trading, sector analysis, technical indicators, IPO info, and limit-up/down statistics using akshare data.112MIT
Matching MCP Connectors
Indicative UK skip hire prices by town, council skip permit rules and skip size recommendations.
AI agents hire a human to observe, log or film on site. Typed results, feasibility before payment.
- Retrieve an element and all its descendants as a hierarchical tree structure by providing the root element's UUID.MIT
- Retrieve a repository's file tree, full or partial, with optional recursion to inspect project structure.MIT
- Retrieve a hierarchical directory tree of your repository, honoring .gitignore and optionally including hidden files. Use to understand project structure without shell commands.MIT
- Perform structural PHP code search with AST queries to detect anti-patterns like ->setX(null) calls and method chains missing null guards.MIT
- Get a compact file and folder tree up to a specified depth for a quick overview of project structure.MIT
- Retrieves headings from a note as a tree structure to identify valid sections for editing or retrieval operations.MIT
- Convert a complex method into a method object class whose __call__ holds the method body, with the original method delegating to it. Preview changes first; set apply=true to write.MIT
- Retrieve method code from a Java class using its fully qualified name and method name. Returns all matching methods when multiple share the same name.MIT
- Inspect code structure by analyzing classes, methods, and line numbers to prepare for refactoring. Specify file path and depth to control detail level.MIT
- Locate the function, method, or class that contains a given line number in a file. Supports nesting depth to retrieve parent definitions for better code navigation.MIT
- Display a visual directory tree showing only folders, with adjustable depth. For Xcode projects, accepts .xcodeproj or .xcworkspace paths to show project root structure.MIT
- List the binder structure of a Scrivener project, showing folders and documents in a hierarchical tree. Optionally filter to a specific folder path.MIT
- Fetch comprehensive details for a single Dynatrace trace call: exceptions, method tree, downstream calls, SQL, and headers. Use it to debug or analyze a specific trace node.MIT
- Return the guide for bulk-importing an existing folder of documents into a space as a page tree, with local Office conversion, PDF/image attachment, and dry-run, confirm, then commit.AGPL 3.0
- Debug code rules by inspecting syntax tree structures. Use to discover correct syntax kinds and analyze how patterns are interpreted in ast-grep.MIT