Tag: gitnexus
GitNexus Code Debugging and Trace Analysis
This skill enables systematic debugging by querying error patterns, analysing call hierarchies, and tracing execution flows through GitNexus resources. It facilitates identifying root causes by inspecting callers, callees, and process-level…
GitNexus Knowledge Graph Reference and Guide
This skill provides a comprehensive reference for the GitNexus ecosystem, detailing available MCP tools, core skills, and the underlying knowledge graph schema. It serves as the primary documentation resource for understanding code intellig…
GitNexus Code Refactoring and Impact Analysis
Perform safe code refactoring by mapping dependencies and calculating the blast radius of changes. The toolset enables automated multi-file renaming and identifies all affected callers and downstream processes.
Safe Code Refactoring with GitNexus
A structured workflow for performing safe code refactoring, including renaming symbols, extracting modules, and splitting services. It leverages dependency mapping and impact analysis to ensure structural changes do not break existing code …
GitNexus Code Impact Analysis
Identify the blast radius of code changes by analysing upstream and downstream dependencies. The skill assesses risk levels by mapping git diffs to affected execution flows and symbol dependencies.
GitNexus MCP Tools and Schema Guide
A reference guide for GitNexus MCP tools, resources, and the underlying knowledge graph schema. It details workflows for code analysis, impact assessment, and debugging using graph-based queries.
Codebase Exploration with GitNexus
Facilitates deep codebase exploration by tracing execution flows and analysing symbol relationships. It enables developers to navigate unfamiliar architectures and identify call hierarchies through semantic queries and context-rich symbol a…
GitNexus Code Debugging and Trace Workflow
A structured workflow for debugging errors and tracing execution flows using GitNexus queries and context analysis. It enables developers to identify root causes by inspecting call chains, symbol relationships, and process execution steps.