GitHub Action Execution Resolution Framework

This implementation of the Model Context Protocol (MCP) is engineered specifically for diagnosing and resolving issues encountered during GitHub Actions pipeline execution utilizing the GitHub REST API.

Core Functionality Summary

This utility guides users through a structured diagnostic process for resolving persistent GitHub Actions execution impediments. It leverages the GitHub API to pull detailed run artifacts, methodically inspect job sequences and step outputs, pinpoint recurring failure modalities, and furnish concrete, applicable correction scripts, alongside capabilities to retrieve and revise the underlying workflow definitions.

Key Capabilities

• Artifact Retrieval: Secure recent history of failed workflow executions within a designated repository.
• Deep Inspection: Detailed analysis of individual workflow run jobs and their constituent execution steps.
• Pattern Identification: Automated detection of recurring failure signatures common in CI/CD environments.
• Prescriptive Solutions: Offering precise corrective measures mapped to identified problems.
• Definition Management: Functionality to view current workflow source code and apply necessary patches.

Deployment Instructions

Installation via Smithery (Automated Client Integration)

For seamless incorporation into Claude Desktop environments via the Smithery orchestration layer:

bash npx -y @smithery/cli install @Maxteabag/githubworkflowmcp --client claude

Manual Source Control Setup

bash

Obtain the source repository

git clone https://github.com/yourusername/github-workflow-debugger-mcp.git cd github-workflow-debugger-mcp

Install required node dependencies

npm install

Compile source code

npm run build

Link binary for local invocation

npm link

Operational Guide

The GitHub Workflow Diagnostics Utility is architected for seamless integration with MCP-aware artificial intelligence agents, offering specific sub-tools to debug GitHub CI/CD breakdowns.

Prerequisite Security Credentials

Operationalizing this tool mandates the presence of a GitHub Personal Access Token (PAT) configured in the execution environment. This token must possess the following granular scopes: - repo: Granting comprehensive control over both public and private repositories. - workflow: Required for the ability to modify existing GitHub Action definitions.

Ensure this credential is set as an environment variable named GITHUB_PERSONAL_ACCESS_TOKEN.

Configuration Specification

When initializing this utility within an MCP-compliant host environment, the configuration structure should resemble this JSON snippet:

{ "mcpServers": { "github": { "command": "npx", "args": [ "-y", "@modelcontextprotocol/server-github" ], "env": { "GITHUB_PERSONAL_ACCESS_TOKEN": "" } } } }

Substitute <YOUR_TOKEN_HERE> with your actual secret PAT.

Exposed Sub-Tools

1. get-failed-workflow-runs: Retrieves the most recent unsuccessful workflow invocations for a specified project.
2. get-workflow-run-jobs: Fetches the complete job manifest associated with a given workflow execution ID.
3. get-workflow-file: Accesses and returns the raw textual content of a targeted workflow definition file.
4. update-workflow-file: Applies necessary modifications or patches to an existing workflow definition file.
5. analyze-workflow-failure: Performs comprehensive analysis on a marked execution failure and outputs suggested corrective actions.

Sample Interaction Flow

1. Initial data gathering (Fetching recent failures):

Initiate a check for recent pipeline execution failures within the 'organization/project-name' context.

1. Focused deep-dive investigation:

Examine execution instance ID #987654 and propose methods to resolve the detected failure.

1. Reviewing source code:

Display the complete source code for the pipeline definition located at .github/workflows/ci_build.yml

1. Implementing suggested remediation:

Apply the proposed corrections to the currently viewed workflow script.

Development & Maintenance

Prerequisites for Local Development

• Node.js runtime, version 16 or later.
• A package manager: npm or yarn.

Project Initialization

bash

Install dependencies for development

npm install

Compile the TypeScript source into deployable JavaScript

npm run build

Source Code Organization

• src/index.ts: The primary execution entry point for the MCP server component.
• build/: Directory housing the resulting compiled assets.

Licensing

This software is distributed under the ISC License.

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