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Reconnaissance Blind Chess MCP Server

test_bots.py1.86 kB
#!/usr/bin/env python3 """ Quick test to verify bot implementations work correctly """ import chess from rbc_mcp_server import RandomBot, AttackerBot, TroutBot def test_bot(bot_class, bot_name): """Test a bot's basic functionality""" print(f"\nTesting {bot_name}...") bot = bot_class() board = chess.Board() # Test handle_game_start bot.handle_game_start(chess.WHITE, board, "test_opponent") print(f" ✓ handle_game_start") # Test handle_opponent_move_result bot.handle_opponent_move_result(False, None) print(f" ✓ handle_opponent_move_result") # Test choose_sense sense_actions = list(range(64)) # All squares move_actions = list(board.legal_moves) sense_square = bot.choose_sense(sense_actions, move_actions, 60.0) print(f" ✓ choose_sense -> {chess.square_name(sense_square) if sense_square else 'None'}") # Test handle_sense_result if sense_square: sense_result = [(sense_square, board.piece_at(sense_square))] bot.handle_sense_result(sense_result) print(f" ✓ handle_sense_result") # Test choose_move move = bot.choose_move(move_actions, 60.0) print(f" ✓ choose_move -> {move.uci() if move else 'None'}") # Test handle_move_result if move: bot.handle_move_result(move, move, False, None) print(f" ✓ handle_move_result") # Test handle_game_end bot.handle_game_end(chess.WHITE, None, None) print(f" ✓ handle_game_end") print(f" {bot_name}: All tests passed! ✓") if __name__ == "__main__": print("=" * 50) print("Testing RBC Bot Implementations") print("=" * 50) test_bot(RandomBot, "RandomBot") test_bot(AttackerBot, "AttackerBot") test_bot(TroutBot, "TroutBot") print("\n" + "=" * 50) print("All bot tests passed! ✓") print("=" * 50)

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