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docs: Add Gitea-first workflow guidelines to project documentation 

Establish Gitea as the single source of truth for issue tracking,
documentation, and project management to improve development efficiency.

CLAUDE.md changes:
- Add comprehensive "Gitea-First Workflow" section at top of file
- Document 5 core principles for using Gitea effectively
- Provide workflow pattern diagram for development process
- List available Gitea MCP tools for programmatic access
- Explain benefits: reduced context switching, better planning, living docs

ROADMAP.md changes:
- Add "Development Workflow" section referencing Gitea-first approach
- Include 5-step checklist for starting any work
- Link to detailed workflow guidelines in CLAUDE.md
- Emphasize Gitea as single source of truth

Workflow principles:
1. Always check Gitea issues/wiki before starting work
2. Create granular, focused issues for new features/problems
3. Document as you go - update related issues when work affects them
4. If docs mislead, create task to correct/expand them
5. Cross-reference everything - commits, issues, wiki pages

Benefits:
- Avoid re-reading entire codebase by consulting brief issue descriptions
- Reduce duplicate or contradictory work through better planning
- Maintain living documentation that stays current
- Capture historical context and decision rationale
- Improve efficiency using MCP tools for programmatic queries

This establishes best practices for keeping the project organized and
reducing cognitive load during development.

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>
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# CLAUDE.md
This file provides guidance to Claude Code (claude.ai/code) when working with code in this repository.
## Gitea-First Workflow
**IMPORTANT**: This project uses Gitea for issue tracking, documentation, and project management. Always consult and update Gitea resources before and during development work.
**Gitea Instance**: https://gamedev.ffwf.net/gitea/john/McRogueFace
### Core Principles
1. **Gitea is the Single Source of Truth**
- Issue tracker contains current tasks, bugs, and feature requests
- Wiki contains living documentation and architecture decisions
- Use Gitea MCP tools to query and update issues programmatically
2. **Always Check Gitea First**
- Before starting work: Check open issues for related tasks or blockers
- When using `/roadmap` command: Query Gitea for up-to-date issue status
- When researching a feature: Search Gitea wiki and issues before grepping codebase
- When encountering a bug: Check if an issue already exists
3. **Create Granular Issues**
- Break large features into separate, focused issues
- Each issue should address one specific problem or enhancement
- Tag issues appropriately: `[Bugfix]`, `[Major Feature]`, `[Minor Feature]`, etc.
- Link related issues using dependencies or blocking relationships
4. **Document as You Go**
- When work on one issue interacts with another system: Add notes to related issues
- When discovering undocumented behavior: Create task to document it
- When documentation misleads you: Create task to correct or expand it
- When implementing a feature: Update the Gitea wiki if appropriate
5. **Cross-Reference Everything**
- Commit messages should reference issue numbers (e.g., "Fixes #104", "Addresses #125")
- Issue comments should link to commits when work is done
- Wiki pages should reference relevant issues for implementation details
- Issues should link to each other when dependencies exist
### Workflow Pattern
```
┌─────────────────────────────────────────────────────┐
│ 1. Check Gitea Issues & Wiki │
│ - Is there an existing issue for this? │
│ - What's the current status? │
│ - Are there related issues or blockers? │
└─────────────────┬───────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────┐
│ 2. Create Issues (if needed) │
│ - Break work into granular tasks │
│ - Tag appropriately │
│ - Link dependencies │
└─────────────────┬───────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────┐
│ 3. Do the Work │
│ - Implement/fix/document │
│ - Write tests first (TDD) │
│ - Add inline documentation │
└─────────────────┬───────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────┐
│ 4. Update Gitea │
│ - Add notes to affected issues │
│ - Create follow-up issues for discovered work │
│ - Update wiki if architecture/APIs changed │
│ - Add documentation correction tasks │
└─────────────────┬───────────────────────────────────┘
│
▼
┌─────────────────────────────────────────────────────┐
│ 5. Commit & Reference │
│ - Commit messages reference issue numbers │
│ - Close issues or update status │
│ - Add commit links to issue comments │
└─────────────────────────────────────────────────────┘
```
### Benefits of Gitea-First Approach
- **Reduced Context Switching**: Check brief issue descriptions instead of re-reading entire codebase
- **Better Planning**: Issues provide roadmap; avoid duplicate or contradictory work
- **Living Documentation**: Wiki and issues stay current as work progresses
- **Historical Context**: Issue comments capture why decisions were made
- **Efficiency**: MCP tools allow programmatic access to project state
### MCP Tools Available
Claude Code has access to Gitea MCP tools for:
- `list_repo_issues` - Query current issues with filtering
- `get_issue` - Get detailed issue information
- `create_issue` - Create new issues programmatically
- `create_issue_comment` - Add comments to issues
- `edit_issue` - Update issue status, title, body
- `add_issue_labels` - Tag issues appropriately
- `add_issue_dependency` / `add_issue_blocking` - Link related issues
- Plus wiki, milestone, and label management tools
Use these tools liberally to keep the project organized!
## Build Commands
```bash
# Build the project (compiles to ./build directory)
make
# Or use the build script directly
./build.sh
# Run the game
make run
# Clean build artifacts
make clean
# The executable and all assets are in ./build/
cd build
./mcrogueface
```
## Project Architecture
McRogueFace is a C++ game engine with Python scripting support, designed for creating roguelike games. The architecture consists of:
### Core Engine (C++)
- **Entry Point**: `src/main.cpp` initializes the game engine
- **Scene System**: `Scene.h/cpp` manages game states
- **Entity System**: `UIEntity.h/cpp` provides game objects
- **Python Integration**: `McRFPy_API.h/cpp` exposes engine functionality to Python
- **UI Components**: `UIFrame`, `UICaption`, `UISprite`, `UIGrid` for rendering
### Game Logic (Python)
- **Main Script**: `src/scripts/game.py` contains game initialization and scene setup
- **Entity System**: `src/scripts/cos_entities.py` implements game entities (Player, Enemy, Boulder, etc.)
- **Level Generation**: `src/scripts/cos_level.py` uses BSP for procedural dungeon generation
- **Tile System**: `src/scripts/cos_tiles.py` implements Wave Function Collapse for tile placement
### Key Python API (`mcrfpy` module)
The C++ engine exposes these primary functions to Python:
- Scene Management: `createScene()`, `setScene()`, `sceneUI()`
- Entity Creation: `Entity()` with position and sprite properties
- Grid Management: `Grid()` for tilemap rendering
- Input Handling: `keypressScene()` for keyboard events
- Audio: `createSoundBuffer()`, `playSound()`, `setVolume()`
- Timers: `setTimer()`, `delTimer()` for event scheduling
## Development Workflow
### Running the Game
After building, the executable expects:
- `assets/` directory with sprites, fonts, and audio
- `scripts/` directory with Python game files
- Python 3.12 shared libraries in `./lib/`
### Modifying Game Logic
- Game scripts are in `src/scripts/`
- Main game entry is `game.py`
- Entity behavior in `cos_entities.py`
- Level generation in `cos_level.py`
### Adding New Features
1. C++ API additions go in `src/McRFPy_API.cpp`
2. Expose to Python using the existing binding pattern
3. Update Python scripts to use new functionality
## Testing Game Changes
Currently no automated test suite. Manual testing workflow:
1. Build with `make`
2. Run `make run` or `cd build && ./mcrogueface`
3. Test specific features through gameplay
4. Check console output for Python errors
### Quick Testing Commands
```bash
# Test basic functionality
make test
# Run in Python interactive mode
make python
# Test headless mode
cd build
./mcrogueface --headless -c "import mcrfpy; print('Headless test')"
```
## Common Development Tasks
### Compiling McRogueFace
```bash
# Standard build (to ./build directory)
make
# Full rebuild
make clean && make
# Manual CMake build
mkdir build && cd build
cmake .. -DCMAKE_BUILD_TYPE=Release
make -j$(nproc)
# The library path issue: if linking fails, check that libraries are in __lib/
# CMakeLists.txt expects: link_directories(${CMAKE_SOURCE_DIR}/__lib)
```
### Running and Capturing Output
```bash
# Run with timeout and capture output
cd build
timeout 5 ./mcrogueface 2>&1 | tee output.log
# Run in background and kill after delay
./mcrogueface > output.txt 2>&1 & PID=$!; sleep 3; kill $PID 2>/dev/null
# Just capture first N lines (useful for crashes)
./mcrogueface 2>&1 | head -50
```
### Debugging with GDB
```bash
# Interactive debugging
gdb ./mcrogueface
(gdb) run
(gdb) bt # backtrace after crash
# Batch mode debugging (non-interactive)
gdb -batch -ex run -ex where -ex quit ./mcrogueface 2>&1
# Get just the backtrace after a crash
gdb -batch -ex "run" -ex "bt" ./mcrogueface 2>&1 | head -50
# Debug with specific commands
echo -e "run\nbt 5\nquit\ny" | gdb ./mcrogueface 2>&1
```
### Testing Different Python Scripts
```bash
# The game automatically runs build/scripts/game.py on startup
# To test different behavior:
# Option 1: Replace game.py temporarily
cd build
cp scripts/my_test_script.py scripts/game.py
./mcrogueface
# Option 2: Backup original and test
mv scripts/game.py scripts/game.py.bak
cp my_test.py scripts/game.py
./mcrogueface
mv scripts/game.py.bak scripts/game.py
# Option 3: For quick tests, create minimal game.py
echo 'import mcrfpy; print("Test"); mcrfpy.createScene("test")' > scripts/game.py
```
### Understanding Key Macros and Patterns
#### RET_PY_INSTANCE Macro (UIDrawable.h)
This macro handles converting C++ UI objects to their Python equivalents:
```cpp
RET_PY_INSTANCE(target);
// Expands to a switch on target->derived_type() that:
// 1. Allocates the correct Python object type (Frame, Caption, Sprite, Grid)
// 2. Sets the shared_ptr data member
// 3. Returns the PyObject*
```
#### Collection Patterns
- `UICollection` wraps `std::vector<std::shared_ptr<UIDrawable>>`
- `UIEntityCollection` wraps `std::list<std::shared_ptr<UIEntity>>`
- Different containers require different iteration code (vector vs list)
#### Python Object Creation Patterns
```cpp
// Pattern 1: Using tp_alloc (most common)
auto o = (PyUIFrameObject*)type->tp_alloc(type, 0);
o->data = std::make_shared<UIFrame>();
// Pattern 2: Getting type from module
auto type = (PyTypeObject*)PyObject_GetAttrString(McRFPy_API::mcrf_module, "Entity");
auto o = (PyUIEntityObject*)type->tp_alloc(type, 0);
// Pattern 3: Direct shared_ptr assignment
iterObj->data = self->data; // Shares the C++ object
```
### Working Directory Structure
```
build/
├── mcrogueface # The executable
├── scripts/
│ └── game.py # Auto-loaded Python script
├── assets/ # Copied from source during build
└── lib/ # Python libraries (copied from __lib/)
```
### Quick Iteration Tips
- Keep a test script ready for quick experiments
- Use `timeout` to auto-kill hanging processes
- The game expects a window manager; use Xvfb for headless testing
- Python errors go to stderr, game output to stdout
- Segfaults usually mean Python type initialization issues
## Important Notes
- The project uses SFML for graphics/audio and libtcod for roguelike utilities
- Python scripts are loaded at runtime from the `scripts/` directory
- Asset loading expects specific paths relative to the executable
- The game was created for 7DRL 2025 as "Crypt of Sokoban"
- Iterator implementations require careful handling of C++/Python boundaries
## Testing Guidelines
### Test-Driven Development
- **Always write tests first**: Create automation tests in `./tests/` for all bugs and new features
- **Practice TDD**: Write tests that fail to demonstrate the issue, then pass after the fix is applied
- **Close the loop**: Reproduce issue → change code → recompile → verify behavior change
### Two Types of Tests
#### 1. Direct Execution Tests (No Game Loop)
For tests that only need class initialization or direct code execution:
```python
# These tests can treat McRogueFace like a Python interpreter
import mcrfpy
# Test code here
result = mcrfpy.some_function()
assert result == expected_value
print("PASS" if condition else "FAIL")
```
#### 2. Game Loop Tests (Timer-Based)
For tests requiring rendering, game state, or elapsed time:
```python
import mcrfpy
from mcrfpy import automation
import sys
def run_test(runtime):
"""Timer callback - runs after game loop starts"""
# Now rendering is active, screenshots will work
automation.screenshot("test_result.png")
# Run your tests here
automation.click(100, 100)
# Always exit at the end
print("PASS" if success else "FAIL")
sys.exit(0)
# Set up the test scene
mcrfpy.createScene("test")
# ... add UI elements ...
# Schedule test to run after game loop starts
mcrfpy.setTimer("test", run_test, 100) # 0.1 seconds
```
### Key Testing Principles
- **Timer callbacks are essential**: Screenshots and UI interactions only work after the render loop starts
- **Use automation API**: Always create and examine screenshots when visual feedback is required
- **Exit properly**: Call `sys.exit()` at the end of timer-based tests to prevent hanging
- **Headless mode**: Use `--exec` flag for automated testing: `./mcrogueface --headless --exec tests/my_test.py`
### Example Test Pattern
```bash
# Run a test that requires game loop
./build/mcrogueface --headless --exec tests/issue_78_middle_click_test.py
# The test will:
# 1. Set up the scene during script execution
# 2. Register a timer callback
# 3. Game loop starts
# 4. Timer fires after 100ms
# 5. Test runs with full rendering available
# 6. Test takes screenshots and validates behavior
# 7. Test calls sys.exit() to terminate
```
## Development Best Practices
### Testing and Deployment
- **Keep tests in ./tests, not ./build/tests** - ./build gets shipped, and tests shouldn't be included
## Documentation Guidelines
### Inline C++ Documentation Format
When adding new methods or modifying existing ones in C++ source files, use this documentation format in PyMethodDef arrays:
```cpp
{"method_name", (PyCFunction)Class::method, METH_VARARGS | METH_KEYWORDS,
"method_name(arg1: type, arg2: type = default) -> return_type\n\n"
"Brief description of what the method does.\n\n"
"Args:\n"
" arg1: Description of first argument\n"
" arg2: Description of second argument (default: value)\n\n"
"Returns:\n"
" Description of return value\n\n"
"Example:\n"
" result = obj.method_name(value1, value2)\n\n"
"Note:\n"
" Any important notes or caveats"},
```
For properties in PyGetSetDef arrays:
```cpp
{"property_name", (getter)getter_func, (setter)setter_func,
"Brief description of the property. "
"Additional details about valid values, side effects, etc.", NULL},
```
### Regenerating Documentation
After modifying C++ inline documentation:
1. **Rebuild the project**: `make -j$(nproc)`
2. **Generate stub files** (for IDE support):
```bash
./build/mcrogueface --exec generate_stubs.py
```
3. **Generate dynamic documentation** (recommended):
```bash
./build/mcrogueface --exec generate_dynamic_docs.py
```
This creates:
- `docs/api_reference_dynamic.html`
- `docs/API_REFERENCE_DYNAMIC.md`
4. **Update hardcoded documentation** (if still using old system):
- `generate_complete_api_docs.py` - Update method dictionaries
- `generate_complete_markdown_docs.py` - Update method dictionaries
### Important Notes
- **McRogueFace as Python interpreter**: Documentation scripts MUST be run using McRogueFace itself, not system Python
- **Use --exec flag**: `./build/mcrogueface --exec script.py` or `--headless --exec` for CI/automation
- **Dynamic is better**: The new `generate_dynamic_docs.py` extracts documentation directly from compiled module
- **Keep docstrings consistent**: Follow the format above for automatic parsing
### Documentation Pipeline Architecture
1. **C++ Source** → PyMethodDef/PyGetSetDef arrays with docstrings
2. **Compilation** → Docstrings embedded in compiled module
3. **Introspection** → Scripts use `dir()`, `getattr()`, `__doc__` to extract
4. **Generation** → HTML/Markdown/Stub files created
The documentation is only as good as the C++ inline docstrings!

15
ROADMAP.md
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@ -201,6 +201,21 @@ For current status and detailed tasks, see the corresponding Gitea issue labels:
- **Source Code**: [Gitea Repository](https://gamedev.ffwf.net/gitea/john/McRogueFace) - **Source Code**: [Gitea Repository](https://gamedev.ffwf.net/gitea/john/McRogueFace)
- **Documentation**: See `CLAUDE.md` for build instructions and development guide - **Documentation**: See `CLAUDE.md` for build instructions and development guide
- **Tutorial**: See `roguelike_tutorial/` for implementation examples - **Tutorial**: See `roguelike_tutorial/` for implementation examples
- **Workflow**: See "Gitea-First Workflow" section in `CLAUDE.md` for issue management best practices
---
## 🔄 Development Workflow
**Gitea is the Single Source of Truth** for this project. Before starting any work:
1. **Check Gitea Issues** for existing tasks, bugs, or related work
2. **Create granular issues** for new features or problems
3. **Update issues** when work affects other systems
4. **Document discoveries** - if something is undocumented or misleading, create a task to fix it
5. **Cross-reference commits** with issue numbers (e.g., "Fixes #104")
See the "Gitea-First Workflow" section in `CLAUDE.md` for detailed guidelines on efficient development practices using the Gitea MCP tools.
--- ---