def test_apply(self):
FakeRule = type(b"FakeRule", (object, ), {"to_field": None})
rules = Rules({})
rules._fields = {}
rules._fields["field"] = FakeRule()
rules.field = "field__value"
special_field = FakeRule()
special_field.to_field = "__special_field"
rules._fields["special_field"] = special_field
rules.special_field = "special_field__value"
self.assertDictEqual(rules.apply(), {
"field": "field__value",
"__special_field": "special_field__value",
})
class Game(object):
"""docstring for Game"""
def __init__(self, board):
super(Game, self).__init__()
self.rules = Rules()
self.board = board
self.xSize = board.getXSize()
self.ySize = board.getYSize()
def iterate(self):
newBoard = Board(self.xSize, self.ySize)
for i in xrange(self.xSize):
for j in xrange(self.ySize):
count = self.board.getAliveNeiburghs(i,j)
state = self.board.isAlive(i,j)
newState = self.rules.apply(count, state)
newBoard.setState(i,j,newState)
self.board = newBoard
def playGame(self):
while(not self.board.isAllDead()):
self.iterate()
self.printBoard()
def printLines(self):
line = '\n'
for i in xrange(self.ySize):
line += '-'
print line + '\n'
def printBoard(self):
os.system('clear')
self.printLines()
print self.board.toString()
self.printLines()
def test_apply_error(self):
rules = Rules({})
rules._fields = {}
rules.f = rules._fields['f'] = _NOTSET
self.assertRaises(NotSetError, rules.apply, silent=False)
self.assertEqual(rules.apply(silent=True), {})
def apply(days):
obj = Rules()
response = jsonify(obj.apply(days=days))
return response
