Skip to content

Comprehensive Installation Method Validation and Testing

🔍 Enhancement: Comprehensive Installation Method Validation and Testing

📋 Summary

Following the NPX compatibility fix in MR #6 (closed), we need comprehensive validation of all supported installation methods to ensure a consistent user experience across different setup approaches and environments.

🎯 Objectives

  1. Universal Compatibility - Ensure all installation methods work across platforms
  2. User Experience Consistency - Validate documented workflows match reality
  3. Environment Robustness - Test across different Node.js versions and OS environments
  4. Documentation Accuracy - Verify all README examples work correctly

🛠️ Implementation Tasks

Phase 1: Installation Method Inventory (1-2 hours)

  • NPX Direct: npx @haleyio/mcp-servers-gitlab
  • NPX with Flags: npx -y @haleyio/mcp-servers-gitlab
  • Global Install: npm install -g @haleyio/mcp-servers-gitlab && mcp-servers-gitlab
  • Local Install: npm install @haleyio/mcp-servers-gitlab && npx @haleyio/mcp-servers-gitlab
  • Source Build: git clone && npm install && npm run build && node dist/index.js
  • Docker: docker build && docker run

Phase 2: Environment Matrix Testing (3-4 hours)

  • Operating Systems
    • macOS (Intel/Apple Silicon)
    • Linux (Ubuntu, Alpine, CentOS)
    • Windows (10/11, WSL)
  • Node.js Versions
    • Node 18.x (LTS)
    • Node 20.x (LTS)
    • Node 22.x (Current)
  • Package Managers
    • npm (v8, v9, v10)
    • yarn (v1.x, v3.x)
    • pnpm (v8.x)

Phase 3: Claude Code Integration Testing (2-3 hours)

  • Configuration Validation
    {
      "gitlab": {
        "command": "npx",
        "args": ["@haleyio/mcp-servers-gitlab"],
        "env": {"GITLAB_PERSONAL_ACCESS_TOKEN": "token"}
      }
    }
  • Alternative Configurations
    • Node.js direct execution
    • Global installation method
    • Local path installation
  • Environment Variable Handling
    • Token validation
    • API URL configuration
    • Error message clarity

Phase 4: Automated Validation Suite (2-3 hours)

  • Create installation validation script
  • Add environment detection logic
  • Implement success/failure reporting
  • Create troubleshooting recommendations

🧪 Technical Requirements

Validation Script Structure

#\!/bin/bash
# validate-installation.sh

echo "🔍 GitLab MCP Server Installation Validation"

# Test 1: NPX Direct
echo "Testing NPX direct installation..."
timeout 10s npx @haleyio/mcp-servers-gitlab --version || echo "❌ NPX direct failed"

# Test 2: Global Install
echo "Testing global installation..."
npm install -g @haleyio/mcp-servers-gitlab
timeout 10s mcp-servers-gitlab --version || echo "❌ Global install failed"

# Test 3: Environment Requirements
echo "Validating environment..."
node --version
npm --version
echo $GITLAB_PERSONAL_ACCESS_TOKEN | head -c 10

# Test 4: MCP Protocol Test
echo "Testing MCP protocol handshake..."
echo '{"jsonrpc": "2.0", "id": 1, "method": "initialize", "params": {...}}' | timeout 5s npx @haleyio/mcp-servers-gitlab

Success Criteria Matrix

Method macOS Linux Windows Node 18 Node 20 Node 22
NPX Direct
Global Install
Local Install
Source Build

🔧 Implementation Plan

Week 1: Foundation

  • Set up testing infrastructure
  • Create validation scripts
  • Test primary installation methods

Week 2: Environment Matrix

  • Test across different OS/Node combinations
  • Validate Claude Code configurations
  • Document environment-specific issues

Week 3: Automation & Documentation

  • Automate validation suite
  • Update documentation with findings
  • Create troubleshooting guides

📊 Quality Gates

  • Coverage: 100% of documented installation methods tested
  • Compatibility: 95%+ success rate across environment matrix
  • Documentation: All README examples verified working
  • User Experience: Clear error messages and troubleshooting

🔗 Related Work

📝 Deliverables

  1. Validation Suite - Automated installation testing
  2. Environment Matrix - Compatibility documentation
  3. Troubleshooting Guide - Common issues and solutions
  4. Updated Documentation - Verified installation instructions

🎯 Success Metrics

  • Installation Success Rate: >95% across all methods
  • Documentation Accuracy: 100% of examples work
  • User Support Reduction: Fewer installation-related issues
  • Onboarding Speed: Faster time-to-first-success for new users

🏷️ Labels

enhancement testing installation user-experience documentation

📊 Priority

Medium - Ensures robust user experience across all installation methods

📝 Acceptance Criteria

  • All documented installation methods validated across environment matrix
  • Automated validation suite created and documented
  • Claude Code integration thoroughly tested
  • Troubleshooting documentation updated
  • Environment-specific issues identified and resolved
  • Success rate >95% across all tested combinations

🎉 Success Definition

Done when: Users can successfully install and use the GitLab MCP server using any documented method across common development environments, with clear troubleshooting guidance for any issues.


Impact: Provides confidence that our documented installation methods work consistently, reducing user friction and support burden.