- Implemented '발명' and '인덕' domestic special action modules with modifiers for technology research and population management.
- Added '의술' and '징병' war special action modules to enhance healing and recruitment capabilities during battles.
- Created a general trigger for city healing in '의술' and integrated it with the war action pipeline.
- Developed a comprehensive registry and loader for special action modules to streamline their usage in the game logic.
- Enhanced test coverage for special action modules, ensuring correct application of modifiers and trigger functionalities.
- Added WarBattleMetrics interface to track attacker and defender skills during battles.
- Enhanced WarUnit class with method to log activated skills.
- Introduced environment setup for battle simulation, including unit set loading and configuration resolution.
- Developed in-memory and Redis transport layers for handling battle simulation requests and results.
- Created types and interfaces for battle simulation payloads and responses.
- Implemented battle simulation processing logic, including logging and skill tracking.
- Added tests for battle simulation processor to ensure functionality and correctness.
- Added types for war engine configuration, battle input, and outcomes.
- Implemented core war unit classes for generals and cities, including combat logic.
- Introduced utility functions for managing meta data and conflict resolution.
- Developed tests for war triggers and battle resolution scenarios.
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