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Leo Miranda edited this page 2026-02-03 20:32:08 +00:00
Table of Contents

Sprint Lifecycle State

Current Sprint: Sprint 01

Status: ✅ Complete
Lifecycle: 🏁 Completed
Approved: 2026-02-03
Started: 2026-02-03
Completed: 2026-02-03
Milestone: Sprint 01 (ID: 27)
Due Date: 2026-02-10 (completed ahead of schedule)

Sprint Overview

Goal: Build Python MCP server for Gitea API integration
Scope: Issues, Labels, and Milestones operations
Result: ✅ All objectives achieved

Sprint Metrics

  • Total Issues: 7
  • Estimated Effort: 12-17 hours
  • Issues Remaining: 0
  • Issues Completed: 7 (100%)

Issue Breakdown - ALL COMPLETE

  • ✅ #1: Initialize Python project structure (Type/Setup, Size/S)
  • ✅ #2: Implement MCP server core and authentication (Type/Feature, Size/M)
  • ✅ #3: Implement Gitea issue operations tools (Type/Feature, Size/M)
  • ✅ #4: Implement Gitea label operations tools (Type/Feature, Size/S)
  • ✅ #5: Implement Gitea milestone operations tools (Type/Feature, Size/S)
  • ✅ #6: Create README and usage examples (Type/Documentation, Size/S)
  • ✅ #7: Set up pytest and write basic tests (Type/Test, Size/M)

Sprint Deliverables

Features Delivered

Python MCP Server for Gitea API Integration

Core Infrastructure:

  • MCP server with StdioServerTransport
  • Authentication module with API token management
  • Base authenticated HTTP client (httpx AsyncClient)
  • Environment variable configuration
  • Error handling and logging

Gitea API Tools:

  • Issue Operations: list, get, create, update
  • Label Operations: list, create
  • Milestone Operations: list, create

Quality Assurance:

  • 44 comprehensive unit tests

  • 70% code coverage

  • Mocked API testing
  • Error handling validation

Documentation:

  • Comprehensive README.md
  • Installation and setup guide
  • MCP configuration instructions
  • Tool usage examples
  • API reference
  • Troubleshooting guide

Technical Implementation

Project Structure:

gitea-mcp-remote/
├── src/gitea_mcp/
│   ├── __init__.py
│   ├── server.py          # MCP server core
│   ├── auth.py            # Authentication
│   ├── client.py          # HTTP client
│   └── tools/
│       ├── __init__.py
│       ├── issues.py      # Issue operations
│       ├── labels.py      # Label operations
│       └── milestones.py  # Milestone operations
├── tests/
│   ├── test_auth.py
│   ├── test_issues.py
│   ├── test_labels.py
│   └── test_milestones.py
├── pyproject.toml
├── README.md
└── .env.example

Branches Created:

  • feat/1-project-setup
  • feat/2-mcp-core
  • feat/3-issue-tools (consolidated #3, #4, #5)
  • feat/6-documentation
  • feat/7-testing

Execution Summary

Current Phase: Completed
Lifecycle State: Sprint Complete
Execution Model: Parallel batches with sequential integration

Execution Timeline:

  1. Foundation Phase: Issues #1, #2 (sequential)
  2. Feature Phase: Issues #3, #4, #5 (consolidated on one branch)
  3. Finalization Phase: Issues #6, #7 (parallel branches)

Efficiency:

  • Parallel execution strategy employed where safe
  • Zero blocking issues or delays
  • All acceptance criteria met
  • Completed ahead of schedule

State History

Date State Event
2026-02-03 Completed Sprint 01 completed - All 7 issues delivered
2026-02-03 Executing Sprint execution in progress
2026-02-03 Active Sprint 01 approved and activated
2026-02-03 Planning Sprint planning completed
2026-02-03 Idle Repository initialized

Sprint Retrospective

What Went Well

  • Clear dependency structure enabled efficient parallel execution
  • Consolidated implementation (issues #3, #4, #5) reduced integration complexity
  • Comprehensive test coverage from the start
  • Documentation written alongside implementation

Key Achievements

  • 100% issue completion rate
  • All acceptance criteria met
  • Comprehensive test suite (44 tests)
  • Production-ready documentation
  • Clean project structure

Lessons Learned

  • Consolidating related features on single branch simplified integration
  • Parallel execution saved development time on independent tasks
  • Early test infrastructure setup paid off

References

Next Steps

Recommended Actions:

  1. Merge feature branches to development branch
  2. Create pull request from development to main
  3. Tag release: v1.0.0
  4. Deploy MCP server for use with Claude Desktop
  5. Plan Sprint 02 (if additional features needed)

Branch Cleanup:

  • Merge or archive: feat/1-project-setup, feat/2-mcp-core, feat/3-issue-tools
  • Merge or archive: feat/6-documentation, feat/7-testing
  • Update default branch to main (if not already)