def __init__(self, variant='ofc', playerCount=2, gameState={}):
"""
Initialises game handler object
Game handler communicates between server and back end logic
:return: None
"""
assert isinstance(variant, basestring)
assert variant.lower() in ['ofc', 'pineapple']
assert isinstance(playerCount, int)
assert 1 < playerCount <= 4
assert isinstance(gameState, dict)
self.playerCount = playerCount
self.gameState = gameState
# Set defaults - overridden if gameState is passed
firstToAct, nextToAct, actingOrderPointer, roundNumber, roundActionNumber, deck, deckPointer = 1, 1, 0, 1, 1, None, 0
if (gameState != {}):
# Game state info overrides existing variables e.g. playerCount
self.interpretPlayerCount(gameState)
firstToAct, nextToAct, actingOrderPointer, roundNumber, roundActionNumber, deck, deckPointer = \
self.interpretGameVars(gameState['gameState'])
self.game = None
# Create a game object for the desired variant using any read in variables
if (variant.lower() == 'ofc'):
self.game = OFC(playerCount=self.playerCount, firstToAct=firstToAct, nextToAct=nextToAct, \
actingOrderPointer=actingOrderPointer, roundNumber=roundNumber, variant='ofc', \
roundActionNumber=roundActionNumber, deck=deck, deckPointer=deckPointer)
elif (variant.lower() == 'pineapple'):
self.game = Pineapple(playerCount=self.playerCount, firstToAct=firstToAct, nextToAct=nextToAct, \
actingOrderPointer=actingOrderPointer, roundNumber=roundNumber, variant='pineapple', \
roundActionNumber=roundActionNumber, deck=deck, deckPointer=deckPointer)
if (gameState != {}):
# Update game state objects with read in information
self.interpretGameStatePlacements(gameState)
self.interpretPlayerCards(gameState)
