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TestLife.py
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TestLife.py
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from io import StringIO
from unittest import main, TestCase
from Life import Life, AbstractCell, ConwayCell, FredkinCell, life_read
class TestLife(TestCase):
# AC init
def test_ACinit_1(self):
cell = ConwayCell('*', 1, 5)
self.assertEqual(cell.state, '*')
self.assertEqual(cell.x, 1)
self.assertEqual(cell.y, 5)
def test_ACinit_2(self):
cell = ConwayCell('.', 2, 3)
self.assertEqual(cell.state, '.')
self.assertEqual(cell.x, 2)
self.assertEqual(cell.y, 3)
def test_ACinit_3(self):
cell = FredkinCell('-', 3, 9)
self.assertEqual(cell.state, '-')
self.assertEqual(cell.x, 3)
self.assertEqual(cell.y, 9)
# change state
def test_change_state_1(self):
cell = ConwayCell('*', 1, 5)
cell.change_state()
self.assertEqual(cell.future, '.')
def test_change_state_2(self):
cell = ConwayCell('.', 2, 3)
cell.change_state()
self.assertEqual(cell.future, '*')
def test_change_state_3(self):
cell = ConwayCell('.', 6, 5)
cell.change_state()
self.assertEqual(cell.future, '*')
def test_change_state_4(self):
cell = FredkinCell('-', 3, 9)
cell.change_state()
self.assertEqual(cell.future, 0)
def test_change_state_5(self):
cell = FredkinCell('0', 5, 9)
cell.change_state()
self.assertEqual(cell.future, '-')
def test_change_state_6(self):
cell = FredkinCell('-', 6, 4)
cell.change_state()
self.assertEqual(cell.future, 0)
# keep state rest
def test_keep_state_reset_1(self):
cell = ConwayCell('*', 1, 5)
cell.future = '.'
cell.count = 1
cell.keep_state_reset()
cell.state = '.'
cell.count = 0
def test_keep_state_reset_2(self):
cell = ConwayCell('.', 3, 8)
cell.future = '*'
cell.count = 3
cell.keep_state_reset()
cell.state = '*'
cell.count = 0
def test_keep_state_reset_3(self):
cell = FredkinCell('1', 0, 7)
cell.future = '*'
cell.count = 3
cell.keep_state_reset()
cell.state = '*'
cell.count = 0
# CC init
def test_CCinit_1(self):
cell = ConwayCell('.', 2, 3)
self.assertEqual(cell.state, '.')
self.assertEqual(cell.x, 2)
self.assertEqual(cell.y, 3)
self.assertEqual(cell.type_cell, 'Conway')
def test_CCinit_2(self):
cell = ConwayCell('*', 5, 3)
self.assertEqual(cell.state, '*')
self.assertEqual(cell.x, 5)
self.assertEqual(cell.y, 3)
self.assertEqual(cell.type_cell, 'Conway')
def test_CCinit_3(self):
cell = ConwayCell('.', 9, 3)
self.assertEqual(cell.state, '.')
self.assertEqual(cell.x, 9)
self.assertEqual(cell.y, 3)
self.assertEqual(cell.type_cell, 'Conway')
# FC init
def test_FCinit_1(self):
cell = FredkinCell('-', 9, 3)
self.assertEqual(cell.state, '-')
self.assertEqual(cell.x, 9)
self.assertEqual(cell.y, 3)
self.assertEqual(cell.type_cell, 'Fredkin')
def test_FCinit_2(self):
cell = FredkinCell('0', 4, 5)
self.assertEqual(cell.state, 0)
self.assertEqual(cell.age, 0)
self.assertEqual(cell.x, 4)
self.assertEqual(cell.y, 5)
self.assertEqual(cell.type_cell, 'Fredkin')
def test_FCinit_3(self):
cell = FredkinCell('-', 3, 4)
self.assertEqual(cell.state, '-')
self.assertEqual(cell.x, 3)
self.assertEqual(cell.y, 4)
self.assertEqual(cell.type_cell, 'Fredkin')
# L init
def test_Linit_1(self):
x = Life(2, 15, [['.','.','*','.','.','.','.','.','*','.','.','.','.','.','.'], ['.','.','.','.','.','.','.','.','.','*','.','.','.','.','.']])
self.assertEqual(x.row, 2)
self.assertEqual(x.col, 15)
self.assertEqual(x.population, 3)
self.assertEqual(x.generation, 0)
def test_Linit_2(self):
x = Life(2, 2, [['.','.'], ['*','*']])
self.assertEqual(x.row, 2)
self.assertEqual(x.col, 2)
self.assertEqual(x.population, 2)
self.assertEqual(x.generation, 0)
def test_Linit_3(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
self.assertEqual(x.row, 5)
self.assertEqual(x.col, 3)
self.assertEqual(x.population, 6)
self.assertEqual(x.generation, 0)
# simulate
def test_simulate_1(self):
x = Life(2, 15, [['.','.','*','.','.','.','.','.','*','.','.','.','.','.','.'], ['.','.','.','.','.','.','.','.','.','*','.','.','.','.','.']])
x.moat_grid()
x.simulate()
x.generation = 1
def test_simulate_2(self):
x = Life(2, 15, [['.','.','*','.','.','.','.','.','*','.','.','.','.','.','.'], ['.','.','.','.','.','.','.','.','.','*','.','.','.','.','.']])
x.moat_grid()
x.simulate()
x.generation = 1
def test_simulate_3(self):
x = Life(2, 2, [['.','.'], ['*','*']])
x.moat_grid()
x.simulate()
x.generation = 1
# count pop
def test_count_pop_1(self):
x = Life(2, 15, [['.','.','*','.','.','.','.','.','*','.','.','.','.','.','.'], ['.','-','.','.','.','.','.','.','.','*','.','.','.','.','.']])
x.moat_grid()
x.count_pop()
self.assertEqual(x.population, 3)
def test_count_pop_2(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
x.moat_grid()
x.count_pop()
self.assertEqual(x.population, 6)
def test_count_pop_3(self):
x = Life(3, 10, [['.','.','*','.','.','.','.','.','*','.'], ['.','.','.','.','.','.','.','.','.','*'], ['.','.','*','.','.','*','*','.','.','*']])
x.moat_grid()
x.count_pop()
self.assertEqual(x.population, 7)
# moat grid
def test_moat_grid_1(self):
x = Life(3, 10, [['.','.','*','.','.','.','.','.','*','.'], ['.','.','.','.','.','.','.','.','.','*'], ['.','.','*','.','.','*','*','.','.','*']])
grid = len(x.grid)
x.moat_grid()
self.assertEqual(grid + 2, len(x.grid))
def test_moat_grid_2(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
grid = len(x.grid)
x.moat_grid()
self.assertEqual(grid + 2, len(x.grid))
def test_moat_grid_3(self):
x = Life(2, 2, [['.','.'], ['*','*']])
grid = len(x.grid)
x.moat_grid()
self.assertEqual(grid + 2, len(x.grid))
# fut curr
def test_fut_curr_1(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
x.future = '.'
x.moat_grid()
x.fut_curr()
x.grid[5][3].count = 0
x.grid[5][3].state = '.'
def test_fut_curr_2(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
x.future = '*'
x.moat_grid()
x.fut_curr()
x.grid[2][2].count = 0
x.grid[2][2].state = '*'\
def test_fut_curr_3(self):
x = Life(5, 3, [['-','-','-'], ['0','1','0'], ['0','-','-'], ['-','-','0'], ['*','0','-']])
x.future = '-'
x.moat_grid()
x.fut_curr()
x.grid[2][3].count = 0
x.grid[2][3].state = '-'
# is conway
def test_is_conway_1(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
x.moat_grid()
x.grid[4][3].type_cell = 'Conway'
self.assertEqual(True, x.is_conway(4, 3))
def test_is_conway_2(self):
x = Life(5, 3, [['.','.','.'], ['*','.','.'], ['*','*','*'], ['.','.','*'], ['.','.','*']])
x.moat_grid()
x.grid[2][3].type_cell = 'Conway'
self.assertEqual(True, x.is_conway(2, 3))
def test_is_conway_3(self):
x = Life(5, 3, [['0','0','0'], ['*','-','-'], ['-','-','*'], ['-','-','*'], ['-','-','*']])
x.moat_grid()
x.grid[5][1].type_cell = 'Fredkin'
self.assertEqual(False, x.is_conway(5, 1))
def test_is_conway_4(self):
x = Life(5, 3, [['0','0','0'], ['*','-','-'], ['-','-','*'], ['-','-','*'], ['-','-','*']])
x.moat_grid()
x.grid[1][3].type_cell = 'Fredkin'
self.assertEqual(False, x.is_conway(1, 3))
def test_is_conway_5(self):
x = Life(5, 3, [['0','0','0'], ['*','-','-'], ['-','-','*'], ['-','-','*'], ['-','-','*']])
x.moat_grid()
x.grid[2][3].type_cell = 'Fredkin'
self.assertEqual(False, x.is_conway(2, 3))
def test_is_conway_6(self):
x = Life(5, 3, [['0','0','0'], ['*','-','-'], ['-','-','*'], ['-','-','*'], ['-','-','*']])
x.moat_grid()
x.grid[0][0].type_cell = 'Conway'
self.assertEqual(True, x.is_conway(0, 0))
# is self
def test_is_self_1(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
row = 3
col = 3
self.assertEqual(True, x.is_self(row, col, 3, 3))
def test_is_self_2(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
row = 1
col = 4
self.assertEqual(False, x.is_self(row, col, 1, 1))
def test_is_self_3(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
row = 2
col = 4
self.assertEqual(True, x.is_self(row, col, 2, 4))
# count
def test_count_1(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
x.count()
self.assertEqual(x.grid[2][1].count, 2)
def test_count_2(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
x.count()
self.assertEqual(x.grid[4][1].count, 1)
def test_count_3(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
x.count()
self.assertEqual(x.grid[1][2].count, 0)
# future
def test_future_1(self):
x = Life(5, 3, [['-','0','-'], ['-','-','-'], ['-','-','-'], ['-','-','-'], ['-','-','-']])
x.moat_grid()
x.count()
x.future()
self.assertEqual(x.grid[1][2].state, 0)
def test_future_2(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','.','*'], ['.','.','*']])
x.moat_grid()
x.count()
x.future()
self.assertEqual(x.grid[3][3].state, '*')
def test_future_3(self):
x = Life(5, 3, [['.','*','.'], ['.','.','.'], ['*','.','*'], ['*','*','*'], ['.','.','*']])
x.moat_grid()
x.count()
x.future()
self.assertEqual(x.grid[2][3].state, '.')
def test_future_4(self):
x = Life(5, 3, [['-','0','-'], ['-','-','-'], ['-','-','-'], ['-','-','-'], ['-','-','-']])
x.moat_grid()
x.count()
x.future()
self.assertEqual(x.grid[2][2].state, '-')
# life read
def test_life_read_1(self):
r = StringIO("2\n5\n.....\n*....\n")
row, col, grid = life_read(r)
self.assertEqual(row, 2)
self.assertEqual(col, 5)
def test_life_read_2(self):
r = StringIO("5\n10\n..........\n....**...*\n")
row, col, grid = life_read(r)
self.assertEqual(row, 5)
self.assertEqual(col, 10)
def test_life_read_3(self):
r = StringIO("25\n7\n.......\n..***..\n")
row, col, grid = life_read(r)
self.assertEqual(row, 25)
self.assertEqual(col, 7)
def test_life_read_4(self):
r = StringIO("10\n2\n.......\n..***..\n")
row, col, grid = life_read(r)
self.assertEqual(row, 10)
self.assertEqual(col, 2)
main()
# coverage3 run --branch TestLife.py > TestLife.out
# coverage3 report -m >> TestLife.out
# cat TestLife.out