295 lines
11 KiB
Python
295 lines
11 KiB
Python
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"""
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卡牌系统测试
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"""
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import pytest
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from kards_battle.core.enums import Nation, Rarity
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from kards_battle.cards.card import UnitCard
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from kards_battle.cards.deck import DeckBuilder, DeckValidationError
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from kards_battle.cards.card_manager import CardManager
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from kards_battle.cards.placeholder_cards import create_placeholder_unit_cards, create_test_deck_cards
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from kards_battle.game.game_engine import GameEngine
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class TestCardSystem:
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"""卡牌系统基础测试"""
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def test_unit_card_creation(self):
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"""测试单位卡牌创建"""
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card = UnitCard(
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name="德军掷弹兵",
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cost=2,
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nation=Nation.GERMANY,
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rarity=Rarity.COMMON,
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unit_definition_id="ger_infantry_grenadier",
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description="基础德军步兵单位"
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)
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assert card.name == "德军掷弹兵"
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assert card.stats.cost == 2
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assert card.stats.nation == Nation.GERMANY
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assert card.stats.rarity == Rarity.COMMON
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assert card.unit_definition_id == "ger_infantry_grenadier"
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def test_placeholder_cards_creation(self):
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"""测试占位卡牌创建"""
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cards = create_placeholder_unit_cards()
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assert len(cards) == 10
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# 检查所有卡牌都是德国的
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for card in cards:
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assert card.stats.nation == Nation.GERMANY
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assert card.stats.rarity == Rarity.COMMON
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assert card.unit_definition_id == "ger_infantry_grenadier"
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def test_deck_validation_success(self):
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"""测试卡组验证成功案例"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.ITALY)
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# 应该能成功创建卡组
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deck = DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, cards)
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assert deck.major_nation == Nation.GERMANY
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assert deck.minor_nation == Nation.ITALY
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assert len(deck.cards) == 39
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# 获取统计信息
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stats = deck.get_statistics()
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assert stats['total_cards'] == 39
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assert stats['major_nation'] == Nation.GERMANY
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assert stats['minor_nation'] == Nation.ITALY
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def test_deck_validation_invalid_count(self):
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"""测试卡组验证：卡牌数量错误"""
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cards = create_placeholder_unit_cards()[:5] # 只有5张卡
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with pytest.raises(DeckValidationError, match="卡组必须包含39张卡牌"):
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DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, cards)
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def test_deck_validation_invalid_major_nation(self):
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"""测试卡组验证：无效主国"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.ITALY)
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with pytest.raises(DeckValidationError, match="主国.*不在允许的主要国家列表中"):
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DeckBuilder.build_deck(Nation.FINLAND, Nation.ITALY, cards) # Finland不是主要国家
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def test_deck_validation_same_nations(self):
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"""测试卡组验证：主国和盟国相同"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.GERMANY)
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with pytest.raises(DeckValidationError, match="主国和盟国不能相同"):
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DeckBuilder.build_deck(Nation.GERMANY, Nation.GERMANY, cards)
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def test_card_manager_initialization(self):
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"""测试卡牌管理器初始化"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.ITALY)
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deck = DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, cards)
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manager = CardManager(deck)
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assert manager.cards_remaining_in_deck() == 39
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assert manager.hand_size() == 0
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assert len(manager.discard_pile) == 0
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assert manager.fatigue_damage == 1
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assert not manager.strategic_deployment_completed
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def test_card_manager_initial_draw(self):
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"""测试初始摸牌"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.ITALY)
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deck = DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, cards)
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manager = CardManager(deck)
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drawn_cards = manager.initial_draw(5)
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assert len(drawn_cards) == 5
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assert manager.hand_size() == 5
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assert manager.cards_remaining_in_deck() == 34
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def test_card_manager_strategic_deployment(self):
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"""测试战略调度"""
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cards = create_test_deck_cards(Nation.GERMANY, Nation.ITALY)
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deck = DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, cards)
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manager = CardManager(deck)
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initial_cards = manager.initial_draw(4)
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# 选择重抽2张牌
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cards_to_mulligan = initial_cards[:2]
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new_cards = manager.strategic_deployment(cards_to_mulligan)
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assert len(new_cards) == 2
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assert manager.hand_size() == 4 # 仍然是4张牌
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assert manager.strategic_deployment_completed
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# 不应该能再次进行战略调度
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with pytest.raises(ValueError, match="战略调度已经完成"):
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manager.strategic_deployment([])
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def test_card_manager_fatigue_system(self):
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"""测试疲劳系统"""
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# 创建一个小卡组用于快速测试疲劳
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small_cards = []
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# 主国卡（27张）
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for i in range(9): # 9种不同的卡
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for j in range(3): # 每种3张
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card = UnitCard(
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name=f"德军测试卡{i}",
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cost=1,
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nation=Nation.GERMANY,
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rarity=Rarity.COMMON,
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unit_definition_id="ger_infantry_grenadier",
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description="测试用德军卡牌"
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)
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small_cards.append(card)
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# 盟国卡（12张）
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for i in range(4): # 4种不同的卡
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for j in range(3): # 每种3张
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card = UnitCard(
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name=f"意军测试卡{i}",
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cost=1,
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nation=Nation.ITALY,
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rarity=Rarity.COMMON,
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unit_definition_id="ger_infantry_grenadier",
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description="测试用意军卡牌"
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)
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small_cards.append(card)
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deck = DeckBuilder.build_deck(Nation.GERMANY, Nation.ITALY, small_cards)
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manager = CardManager(deck)
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# 抽完所有牌
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while manager.can_draw_safely():
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manager.draw_card()
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assert manager.cards_remaining_in_deck() == 0
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# 记录疲劳伤害
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fatigue_damages = []
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def hq_damage_callback(damage):
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fatigue_damages.append(damage)
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# 继续抽牌应该造成疲劳伤害
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result = manager.draw_card(hq_damage_callback)
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assert result is None
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assert len(fatigue_damages) == 1
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assert fatigue_damages[0] == 1
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assert manager.fatigue_damage == 2 # 递增
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# 再次抽牌
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result = manager.draw_card(hq_damage_callback)
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assert result is None
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assert len(fatigue_damages) == 2
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assert fatigue_damages[1] == 2
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assert manager.fatigue_damage == 3
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class TestGameEngine:
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"""游戏引擎测试"""
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def test_game_engine_creation(self):
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"""测试游戏引擎创建"""
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engine = GameEngine(debug_mode=True)
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game_state = engine.create_test_game(
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"Player1", Nation.GERMANY, Nation.ITALY,
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"Player2", Nation.USA, Nation.UK
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)
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assert game_state is not None
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assert game_state.player1.name == "Player1"
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assert game_state.player2.name == "Player2"
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assert game_state.player1.major_nation == Nation.GERMANY
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assert game_state.player1.minor_nation == Nation.ITALY
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assert game_state.player2.major_nation == Nation.USA
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assert game_state.player2.minor_nation == Nation.UK
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def test_strategic_deployment_phase(self):
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"""测试战略调度阶段"""
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engine = GameEngine(debug_mode=True)
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game_state = engine.create_test_game()
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# 初始阶段应该是战略调度
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from kards_battle.game.game_state import GameStatePhase
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assert game_state.phase == GameStatePhase.STRATEGIC_DEPLOYMENT
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# 玩家应该可以进行战略调度
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assert game_state.can_perform_strategic_deployment(0)
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assert game_state.can_perform_strategic_deployment(1)
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# 玩家1进行战略调度（不重抽任何牌）
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player1_hand = game_state.player1.card_manager.get_hand_copy()
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new_cards = engine.perform_strategic_deployment(0, [])
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assert len(new_cards) == 0
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assert not game_state.can_perform_strategic_deployment(0)
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# 玩家2进行战略调度（重抽1张牌）
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player2_hand = game_state.player2.card_manager.get_hand_copy()
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cards_to_mulligan = [player2_hand[0]]
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new_cards = engine.perform_strategic_deployment(1, cards_to_mulligan)
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assert len(new_cards) == 1
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assert not game_state.can_perform_strategic_deployment(1)
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# 现在应该可以开始正式游戏
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engine.start_main_game()
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assert game_state.phase == GameStatePhase.GAME_ACTIVE
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def test_game_flow(self):
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"""测试基本游戏流程"""
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engine = GameEngine(debug_mode=True)
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game_state = engine.create_test_game()
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# 跳过战略调度，直接开始游戏
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engine.start_main_game()
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# 检查初始状态
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assert game_state.current_turn == 1
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assert game_state.active_player_id == 0 # 先手
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# 当前玩家应该有kredits
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current_player = game_state.get_current_player()
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assert current_player.kredits > 0
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assert current_player.kredits_slot > 0
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# 获取可打出的卡牌
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playable_cards = engine.get_playable_cards(0)
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# 第一回合可能没有可打出的卡牌，这是正常的
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assert isinstance(playable_cards, list)
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# 结束回合
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engine.end_turn(0)
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# 应该轮到玩家2
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assert game_state.active_player_id == 1
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# 玩家2也应该有kredits
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player2 = game_state.get_current_player()
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assert player2.kredits > 0
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def test_card_playing(self):
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"""测试打牌功能"""
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engine = GameEngine(debug_mode=True)
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game_state = engine.create_test_game()
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engine.start_main_game()
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# 获取当前玩家的可打出卡牌
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current_player_id = game_state.active_player_id
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playable_cards = engine.get_playable_cards(current_player_id)
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if playable_cards:
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# 尝试打出一张单位卡
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for card in playable_cards:
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if hasattr(card, 'unit_definition_id'): # 是单位卡
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initial_kredits = game_state.get_current_player().kredits
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success = engine.play_unit_card(current_player_id, card)
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if success:
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# 检查kredits是否扣除
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final_kredits = game_state.get_current_player().kredits
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assert final_kredits == initial_kredits - card.stats.cost
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# 检查卡牌是否从手牌移除
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current_hand = engine.get_player_hand(current_player_id)
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assert card not in current_hand
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break
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