def test_playgame_input_verify():
game = board()
computer = ai()
play = playgame(game, computer)
#input too short
assert_equal(play.verify_input('13, 13'), False)
#check if it handles correct input correctly. Note:, function subtracts 1 from user input.
assert_equal(play.verify_input('10, 10, v'), [9, 9, 'v'])
#input not in right format ie no number in first place
assert_equal(play.verify_input('v, 13, 13'), False)
assert_equal(play.verify_input('13, v, 13'), False)
#wrong char for verticle/horizontal
assert_equal(play.verify_input('13, 13, b'), False)
#input too large or negative
assert_equal(play.verify_input('%d, 1, v' % (game.X_AXIS+1)), False)
assert_equal(play.verify_input('1, %d, v' % (game.Y_AXIS+1)), False)
assert_equal(play.verify_input('0, 0, v'), False)
assert_equal(play.verify_input('-1, -5, v'), False)
def test_battleship_battle_horizontal():
#!this test can be nicely optimized with loops!
#write same test except for verticle ship
#also check if other squares dont become hit or sunk.
game = board()
computer = ai()
play = playgame(game, computer)
ships = []
#this test places a horizontal ship at 0, 0 and creates and object
#quite manually
ships.append(fourSquareShip(0, 0, 'horizontal'))
#adds one horizontal ship and 1 verticle object
ships.append(fourSquareShip(15, 7, 'horizontal'))
ships.append(threeSquareShip(2, 5, 'verticle'))
#adds above ships to map, manually
for i in range(5, 8):
game.p_map[2][i] = 1
for i in range(15, 19):
game.p_map[i][7] = 1
for i in range(0, 4):
game.p_map[i][0] = 1
#this quickly checks if there's a ship at 0, 0
assert_equal(game.p_map[0][0], 1)
assert_equal(ships[0].getHealth(), 4)
#this hits the 4 square ship with 3 hits and checks it's health
ships = game.battle(0, 0, True, ships)
#health check
assert_equal(ships[0].getHealth(), 3)
#hit, etc.
ships = game.battle(1, 0, True, ships)
assert_equal(ships[0].getHealth(), 2)
ships = game.battle(2, 0, True, ships)
assert_equal(ships[0].getHealth(), 1)
#this checks if hit squares turned from 1 (ship) to 3 (hit)
for i in [0, 1, 2]:
assert_equal(game.p_map[i][0], 3)
#hits ship 4th time, sinks it
ships = game.battle(3, 0, True, ships)
# assert_equal(game.p_map[3][0], 4)
#ship hp should be 0
assert_equal(ships[0].getHealth(), 0)
#next code checks if battle sub functions marked ship as sunk
for i in range(0, 4):
assert_equal(game.p_map[i][0], 4)
#check 2nd 4square ship
for i in range(15, 19):
assert_equal(game.p_map[i][7], 1)
#check 1st 3square ship
for i in range(5, 8):
assert_equal(game.p_map[2][i], 1)
#Now we will sink the verticle ship
ships = game.battle(2, 5, True, ships)
assert_equal(game.p_map[2][5], 3)
assert_equal(ships[2].getHealth(), 2)
ships = game.battle(2, 6, True, ships)
assert_equal(game.p_map[2][6], 3)
assert_equal(ships[2].getHealth(), 1)
ships = game.battle(2, 7, True, ships)
assert_equal(game.p_map[2][5], 4)
#now we sink the other horizontal ship
ships = game.battle(15, 7, True, ships)
ships = game.battle(16, 7, True, ships)
assert_equal(game.p_map[15][7], 3)
assert_equal(game.p_map[16][7], 3)
assert_equal(ships[1].getHealth(), 2)
ships = game.battle(17, 7, True, ships)
ships = game.battle(18, 7, True, ships)
assert_equal(ships[1].getHealth(), 0)
for i in range(15, 19):
assert_equal(game.p_map[i][7], 4)