MCP Jenkins Server

Created By
walidcda year ago
Overview

what is MCP Jenkins Server?

MCP Jenkins Server is a Model Context Protocol (MCP) server that provides integration tools for Jenkins, allowing users to interact with their Jenkins server programmatically.

how to use MCP Jenkins Server?

To use the MCP Jenkins Server, clone the repository, install the required dependencies, and configure your Jenkins credentials in a .env file. You can then run the server and use the provided CLI tools to interact with Jenkins.

key features of MCP Jenkins Server?

  • Retrieve Jenkins server information
  • List and inspect Jenkins jobs
  • Access recent builds and their summaries
  • Get detailed build information and console output
  • Manage Jenkins views
  • Trigger job builds with parameters

use cases of MCP Jenkins Server?

  1. Automating Jenkins job management
  2. Monitoring build statuses and outputs
  3. Integrating Jenkins with other tools and workflows

FAQ from MCP Jenkins Server?

  • What are the requirements to run MCP Jenkins Server?

You need Python 3.10+, a Jenkins server with API access, and a Jenkins API token for authentication.

  • How do I configure my Jenkins credentials?

Create a .env file with your Jenkins URL, username, and API token.

  • Can I trigger builds with parameters?

Yes, you can trigger Jenkins job builds with optional parameters.

Project Info
Created At
a year ago
Updated At
a year ago
Author Name
walidcd
Star
0
Language
Python
License
-

Recommend Servers

View All
Thiri Chord Intelligence
@BluesPrince

### Deterministic Music Theory for Claude, Cursor, and Autonomous AI Agents Large Language Models (LLMs) frequently hallucinate music theory, leading to incorrect notes, false Roman numerals, and broken voice leading. **THIRI** solves this by providing a deterministic, mathematical music-theory engine (pitch-class-set theory over ℤ/12) directly to your AI. It gives AI assistants precise, reproducible harmonic reasoning in milliseconds, allowing them to write correct musical scores, analyze progressions, and generate playable arrangements. #### 🎷 Key Features: * **Chord Analysis (`analyze_chord`):** Parse any symbol (e.g., `Cmaj7/E`, `G7#11`) to retrieve root, quality, intervals, Roman numerals, and diatonic or chromatic harmonic functions. * **Note Resolution (`resolve_chord`):** Resolve chord symbols to spelled notes (enharmonically correct), frequencies (Hz), MIDI numbers, and scale recommendations. * **Voicing Engine (`generate_voicing`):** Generate instrument-ready voicings (rootless, shell, triad, pad, drop-2, drop-3) and calculate voice-leading scores for transitions. * **Reharmonization (`reharmonize`):** Substitute progressions using classic jazz techniques, including Tritone Substitution, ii-V Insertion, Modal Interchange, Coltrane Changes, and Backdoor cadences. *Ideal for developers building AI music assistants, digital audio workstation (DAW) agents, educational theory tools, and automated composition workflows.*

14 hours ago