- Implemented SurveyView.vue for displaying and managing polls, including voting, comments, and results.
- Added new database tables for vote polls, votes, and comments in migration script.
- Created unique lottery logic for handling unique item rewards based on voting.
- Developed unit tests for unique lottery functionality to ensure deterministic behavior and correct counting of occupied unique items.
- Implemented `unificationHandler.ts` to manage nation unification logic, including inheritance point calculations and logging.
- Created `InheritView.vue` for frontend management of inheritance points, buffs, and logs.
- Added database migration for new inheritance tables: `inheritance_point`, `inheritance_log`, `inheritance_result`, and `inheritance_user_state`.
- Developed inheritance buff logic in `inheritBuff.ts` to apply buffs during domestic and war actions.
- Introduced new resource schemas for maps, scenarios, unit sets, and turn commands using Zod.
- Implemented a script to generate JSON schemas from Zod schemas.
- Added a validation script to ensure resource JSON files conform to their respective schemas.
- Updated the logic package to export new resource schemas.
- Added new dependencies for schema generation and validation.
- Created a tools-scripts package for resource management tasks.
- Introduced various item modules including '흑색마', '사륜거', '단궁', '동호비궁', '도기', '변도론', '전론', and '환약'.
- Implemented stat item modules to enhance general and war action contexts.
- Added triggers for item healing and sniping actions during battles.
- Enhanced item management with new utility functions for inventory handling.
- Updated the item registry and loader to support new items and their functionalities.
- Improved the overall structure of item-related code for better maintainability and scalability.
- 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.
- Created a new unit set for "siegetank" with various crew types and their attributes.
- Implemented a messaging system with types, payloads, and storage functionality.
- Added tests for the messaging system to ensure correct behavior for different message types (private, national, public, diplomacy).
- Implemented the 화계 action in the general turn actions, allowing generals to perform sabotage on enemy cities.
- Created CommandResolver and ActionResolver classes to handle the logic and resolution of the action.
- Added necessary constraints to ensure valid conditions for executing the action, including checks for city occupation and resource requirements.
- Updated the general action index to include the new 화계 action.
- Introduced evaluation functions for constraints to manage action prerequisites effectively.
- Enhanced logging for successful and failed attempts of the 화계 action, providing detailed feedback on outcomes.
- Removed RNG interface and related utility classes from logic package.
- Added RNG interface and utility classes in common package.
- Implemented various RNG classes (ConstantRNG, MidpointRNG, SineRNG, SequenceRNG) in common package.
- Updated conversion utilities for BytesLike to ArrayBuffer and Uint8Array in common package.
- Adjusted tests to import RNG utilities from the new common package.
- Updated vitest configuration to resolve common package imports.
- Added BytesLike type for handling various byte representations.
- Implemented LiteHashDRBG class for SHA-512 based deterministic random bit generator.
- Created RNG interface defining methods for random number generation.
- Developed RandUtil class providing utility functions for RNG operations.
- Added conversion functions for BytesLike to ArrayBuffer and Uint8Array.
- Implemented comprehensive tests for RNG functionality and expected behaviors.
- Configured Vitest for testing environment setup.
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