def move2_test():
army1 = MockArmy('dragon')
army2 = MockArmy('salamander')
path_finder = MockPathFinder(MockBoard(), [1, 2, 3], 10, True)
game = Game(MockScenario([army1, army2]), path_finder)
unit = MockUnit(100, 'dragon')
game.move(unit, "There")
assert unit.pos != "There"
def wrong_turn_move_test():
army1 = MockArmy('dragon')
army3 = MockArmy('rat', False)
path_finder = MockPathFinder(MockBoard(), [1, 2, 3], 10)
game = Game(MockScenario([army1, army3]), path_finder)
unit = MockUnit(10, 'rat')
game.move(unit, "A new place")
assert unit.pos == 0
def find_unit_test():
army1 = MockArmy('dragon')
army1.buy_unit("best", "1")
army2 = MockArmy('salamander')
army3 = MockArmy('rat')
army3.buy_unit("test", "0")
army4 = MockArmy('phoenix')
army4.buy_unit("stressed", "4")
game = Game(MockScenario([army1, army2, army3, army4]), [])
unit = game._find_unit('test 0')
assert unit == "rat"
unit = game._find_unit('best 1')
assert unit == "dragon"
unit = game._find_unit('stressed 4')
assert unit == "phoenix"
def build_test():
army1 = MockArmy('dragon')
army2 = MockArmy('salamander')
game = Game(MockScenario([army1, army2]), [])
game.build(army1, 'footman', 'here')
assert army1.units == ['footman here']
game.build(army1, 'footman', 'again')
assert army1.units == ['footman here', 'footman again']
game.build(army1, 'footman', 'not here')
assert army1.units == ['footman here', 'footman again']
def load_scenario(scenario_metadata, loader):
armor_data = loader.load(scenario_metadata["armor_data"])
weapon_data = loader.load(scenario_metadata["weapon_data"])
transport_data = loader.load(scenario_metadata["transport_data"])
building_data = loader.load(scenario_metadata["building_data"])
unit_data = loader.load(scenario_metadata["unit_data"])
tile_data = loader.load(scenario_metadata["tile_data"])
army_data = loader.load(scenario_metadata["army_data"])
board_data = loader.load(scenario_metadata["board_data"])
layout_data = loader.load(scenario_metadata["layout_data"])
building_factory = BuildingFactory(building_data)
unit_factory_factory = UnitFactoryFactory({
'dragon': {
'units': unit_data,
'transports': transport_data,
'weapons': weapon_data,
'armor': armor_data
},
'salamander': {
'units': unit_data,
'transports': transport_data,
'weapons': weapon_data,
'armor': armor_data
},
})
tile_factory = TileFactory(tile_data)
army_factory = ArmyFactory(army_data, unit_factory_factory,
building_factory)
board_factory = BoardFactory(board_data, tile_factory)
scenario = ScenarioBuilder(board_factory, army_factory)
scenario.set_board(layout_data['board'])
for army in layout_data['armies']:
army_name = army['name']
scenario.add_army(army_name)
for unit in army['units']:
scenario.add_unit(army_name, unit)
for building in army['buildings']:
scenario.add_building(army_name, building)
scenario.set_starting_money(army['money'], army_name)
scenario = scenario.pop_instance()
# I don't love this, it's sort of like glue
path_finder = PathFinder(scenario.get_board())
return Game(scenario, path_finder)
def attack_test():
army1 = MockArmy('dragon')
army2 = MockArmy('salamander')
game = Game(MockScenario([army1, army2]), [])
unit1 = MockUnit(100, 'dragon')
unit2 = MockUnit(10, 'salamander')
unit3 = MockUnit(100, 'dragon')
game.attack(unit1, unit2)
assert unit2.health == 90
game.attack(unit1, unit3)
assert unit3.health == 100
def move_test():
army1 = MockArmy('dragon')
army3 = MockArmy('rat')
path_finder = MockPathFinder(MockBoard(), [1, 2, 3], 10)
game = Game(MockScenario([army1, army3]), path_finder)
# out of range move
unit = MockUnit(5, 'dragon')
game.move(unit, "A new place")
assert unit.pos != "A new place"
# in range move
unit = MockUnit(10, 'rat')
game.move(unit, "A new place")
assert unit.pos == "A new place"
# occupied move
game.move(unit, "not here")
assert unit.pos == "A new place"
def bad_messages_test():
army1 = MockArmy('dragon')
army2 = MockArmy('salamander')
game = Game(MockScenario([army1, army2]), [], lambda: 0)
flat = game.do({
'name': 'build',
'army_name': 'dragon',
'unit_name': 'footman',
'at': {
'x': [],
'y': 'not a number'
}
})
print(flat)
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
'name': 'nonsense',
'at': {
'x': -1,
'y': 0
}
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
'name': 'move',
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
'name': 'end_turn',
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
'name': 'attack',
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
game.build(army1, 'footman', 'here')
flat = game.do({
'name': 'move',
'army_name': 'dragon',
'unit_id': 'footman',
'to': {
'x': 0,
'y': 0
}
})
flat = game.do({
'name': 'attack',
'attacker': 'footman',
'defending_army': 'salamander',
'defender_id': 'footman'
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
'name': 'the chacha'
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}
flat = game.do({
})
assert flat == {'scenario': 'a serialized scenario', 'timestamp': 0}