def test_support_10(game):
support_10_units = [(0, 'Edinburgh'), (0, 'Clyde'), (1, 'Liverpool'), \
(1, 'Yorkshire')]
test_create_units(game, support_10_units)
print('-----SUPPORT UNITS TEST 10-----')
unit1 = game.players[0].units[0] # Edin
unit2 = game.players[0].units[1] # Clyde
unit3 = game.players[1].units[0] # Liverpool
unit4 = game.players[1].units[1] # Yorkshire
print('unit:', hash(unit1), unit1.region)
print('unit:', hash(unit2), unit2.region)
print('unit:', hash(unit3), unit3.region)
print('unit:', hash(unit4), unit4.region)
order1 = Support(0, 'Edinburgh', from_='Clyde', to='Yorkshire')
order2 = Move(0, 'Clyde', to='Yorkshire')
order3 = Support(1, 'Liverpool', from_='Yorkshire', to='Clyde')
order4 = Move(1, 'Yorkshire', to='Clyde')
unit1.orders = order1
unit2.orders = order2
unit3.orders = order3
unit4.orders = order4
game.game_map.resolve_orders(game.players)
game.print_board()
assert game.game_map.regions['Clyde'].unit == hash(unit2)
assert game.game_map.regions['Edinburgh'].unit == hash(unit1)
assert game.game_map.regions['Yorkshire'].unit == hash(unit4)
assert game.game_map.regions['Liverpool'].unit == hash(unit3)
print('-----SUPPORT UNITS TEST 10 PASSED-----')
def test_support_7(game):
support_7_units = [(0, 'Edinburgh'), (0, 'Clyde'), (1, 'Liverpool'), \
(1, 'Yorkshire')]
test_create_units(game, support_7_units)
print('-----SUPPORT UNITS TEST 7-----')
unit1 = game.players[0].units[0] # Edin
unit2 = game.players[0].units[1] # Clyde
unit3 = game.players[1].units[0] # Liverpool
unit4 = game.players[1].units[1] # Yorkshire
order1 = Hold(0, 'Edinburgh')
order2 = Support(0, 'Clyde', from_='Edinburgh', to='Edinburgh')
order3 = Support(1, 'Liverpool', from_='Yorkshire', to='Clyde')
order4 = Move(1, 'Yorkshire', to='Clyde')
unit1.orders = order1
unit2.orders = order2
unit3.orders = order3
unit4.orders = order4
game.game_map.resolve_orders(game.players)
game.print_board()
assert game.game_map.regions['Clyde'].unit == hash(unit4)
assert game.game_map.regions['Edinburgh'].unit == hash(unit1)
assert game.game_map.regions['Yorkshire'].unit == None
assert game.game_map.regions['Liverpool'].unit == hash(unit3)
assert [key for key in game.game_map.dislodged.keys()][0] == hash(unit2)
print('-----SUPPORT UNITS TEST 7 PASSED-----')
def test_support_11(game):
support_11_units = [(0, 'Edinburgh'), (0, 'Clyde'), (1, 'Liverpool')]
test_create_units(game, support_11_units)
print('-----SUPPORT UNITS TEST 11-----')
unit1 = game.players[0].units[0] # Edin
unit2 = game.players[0].units[1] # Clyde
unit3 = game.players[1].units[0] # Liverpool
print('unit:', hash(unit1), unit1.region)
print('unit:', hash(unit2), unit2.region)
print('unit:', hash(unit3), unit3.region)
order1 = Support(0, 'Edinburgh', from_='Clyde', to='Liverpool')
order2 = Move(0, 'Clyde', to='Liverpool')
order3 = Move(1, 'Liverpool', to='Edinburgh')
unit1.orders = order1
unit2.orders = order2
unit3.orders = order3
game.game_map.resolve_orders(game.players)
game.print_board()
assert game.game_map.regions['Clyde'].unit == None
assert game.game_map.regions['Edinburgh'].unit == hash(unit1)
assert game.game_map.regions['Yorkshire'].unit == None
assert game.game_map.regions['Liverpool'].unit == hash(unit2)
assert [key for key in game.game_map.dislodged.keys()][0] == hash(unit3)
print('-----SUPPORT UNITS TEST 11 PASSED-----')
def test_support_5(game):
support_5_units = [(0, 'Edinburgh'), (0, 'Clyde'), (1, 'Liverpool'), \
(1, 'Yorkshire'), (1, 'Norwegian Sea'), (1, 'North Sea')]
test_create_units(game, support_5_units)
print('-----SUPPORT UNITS TEST 5-----')
unit1 = game.players[0].units[0] # Edin
unit2 = game.players[0].units[1] # Clyde
unit3 = game.players[1].units[0] # Liverpool
unit4 = game.players[1].units[1] # Yorkshire
unit5 = game.players[1].units[2] # Norwegian Sea
unit6 = game.players[1].units[3] # North Sea
print('unit:', hash(unit1), unit1.region)
print('unit:', hash(unit2), unit2.region)
print('unit:', hash(unit3), unit3.region)
print('unit:', hash(unit4), unit4.region)
print('unit:', hash(unit5), unit5.region)
print('unit:', hash(unit6), unit6.region)
order1 = Move(0, 'Edinburgh', to='Yorkshire')
order2 = Support(0, 'Clyde', from_='Edinburgh', to='Yorkshire')
order3 = Support(1, 'Liverpool', from_='Yorkshire', to='Yorkshire')
order4 = Hold(1, 'Yorkshire')
order5 = Move(1, 'Norwegian Sea', to='Edinburgh')
order6 = Support(1, 'North Sea', from_='Norwegian Sea', to='Edinburgh')
unit1.orders = order1
unit2.orders = order2
unit3.orders = order3
unit4.orders = order4
unit5.orders = order5
unit6.orders = order6
game.game_map.resolve_orders(game.players)
game.game_map.print_extended_board()
assert game.game_map.regions['Clyde'].unit == hash(unit2)
assert game.game_map.regions['Edinburgh'].unit == hash(unit5)
assert game.game_map.regions['Yorkshire'].unit == hash(unit4)
assert game.game_map.regions['Liverpool'].unit == hash(unit3)
assert game.game_map.regions['Norwegian Sea'].unit == None
assert game.game_map.regions['North Sea'].unit == hash(unit6)
assert [key for key in game.game_map.dislodged.keys()][0] == hash(unit1)
print('-----SUPPORT UNITS TEST 5 PASSED-----')
def test_support_3(game):
support_3_units = [(0, 'Edinburgh'), (0, 'Clyde'), (1, 'Liverpool')]
test_create_units(game, support_3_units)
print('-----SUPPORT UNITS TEST 3-----')
unit1 = game.players[0].units[0]
unit2 = game.players[1].units[0]
unit3 = game.players[0].units[1]
order1 = Move(0, 'Edinburgh', to='Yorkshire')
order2 = Move(1, 'Liverpool', to='Edinburgh')
order3 = Support(0, 'Clyde', from_='Edinburgh', to='Yorkshire')
unit1.orders = order1
unit2.orders = order2
unit3.orders = order3
game.game_map.resolve_orders(game.players)
game.print_board()
assert game.game_map.regions['Clyde'].unit == hash(unit3)
assert game.game_map.regions['Edinburgh'].unit == hash(unit2)
assert game.game_map.regions['Yorkshire'].unit == hash(unit1)
assert game.game_map.regions['Liverpool'].unit == None
print('-----SUPPORT UNITS TEST 3 PASSED-----')