class Game:
currentDay = 0
currentLocation = 0
def __init__(self, name, locations, cash, products, days):
self.maxDays = days
self.locations = getLocations(locations, products)
self.name = name;
self.inventory = Inventory(cash)
self.startingCash = cash
def start(self):
self.currentDay += 1
location = self.getLocation()
location.update()
os.system('clear')
print 'Oh hai {0}!'.format(self.name)
print '{0} days left!'.format(self.maxDays - self.currentDay)
print 'Location: {0}'.format(location.name)
if(self.currentDay >= self.maxDays):
return self.gameOver()
self.mainLoop()
def mainLoop(self):
self.inventory.display()
self.getLocation().display()
self.getTradeOptions()
def gameOver(self):
print 'Game Over!'
print 'You finished with £{0}'.format(self.inventory.cash)
print 'Minus the £{0} you have to repay your mum, that\'s £{1}!'.format(self.startingCash, self.inventory.cash - self.startingCash)
def getLocation(self):
return self.locations[self.currentLocation]
def getTradeOptions(self):
code = 0
options = []
location = self.getLocation()
for product in location.market:
option = {'code': str(code), 'description':'buy {0}'.format(product['name']), 'callback':self.getPurchaseClosure(product)}
options.append(option)
code += 1
for product in self.inventory.items:
option = {'code': str(code), 'description':'sell {0}'.format(product['name']), 'callback':self.getSaleClosure(product)}
options.append(option)
code += 1
options.append({'code':'m', 'description':'check out a different area', 'callback':self.travel})
options.append({'code':'q', 'description':'quit', 'callback':self.exit})
ask('Would you like to trade?', options)
def getPurchaseClosure(self, product):
def cb():
qty = raw_input('how many? ({0} available)\n'.format(product['quantity']))
if qty.isdigit():
self.purchase(product, int(qty))
else:
cb()
return cb
def getSaleClosure(self, product):
def cb():
qty = raw_input('how many? ({0} available)\n'.format(product['quantity']))
if qty.isdigit():
self.sell(product, int(qty))
else:
cb()
return cb
def exit(self):
print 'goodbye!'
os._exit(0)
def travel(self):
code = 0
options = []
for location in self.locations:
if location is self.getLocation():
continue
option = {'code': str(code), 'description':location.name, 'callback':self.getMovementClosure(location)}
options.append(option)
code += 1
options.append({'code':'q', 'description':'quit', 'callback':self.exit})
ask('Where would you like to go?', options)
def getMovementClosure(self, location):
def cb():
self.moveTo(location)
return cb
def moveTo(self, location):
self.currentLocation = self.locations.index(location)
self.start()
def purchase(self, product, qty):
os.system('clear')
price = product['price'] * qty
if(self.inventory.cash >= price and product['quantity'] >= qty):
self.inventory.cash -= price
self.inventory.add(product['name'], qty)
product['quantity'] -= qty
print 'you bought {0} units of {1} at a cost of £{2}'.format(qty, product['name'], price)
elif(self.inventory.cash < price):
print 'insufficient funds'
print 'you only have £{0}, but transaction costs £{1}'.format(self.inventory.cash, price)
else:
print 'not that many available'
print 'you want {0}, but there are only {1} units'.format(qty, product['quantity'])
self.mainLoop()
def sell(self, product, qty):
os.system('clear')
location = self.getLocation()
productPrice = 0
for lProduct in location.market:
if product['name'] == lProduct['name']:
selectedProduct = lProduct
productPrice = lProduct['price']
break
price = productPrice * qty
if(product['quantity'] >= qty):
selectedProduct['quantity'] += qty
product['quantity'] -= qty
self.inventory.cash += price
if product['quantity'] < 1:
self.inventory.items.remove(product)
print 'you sold {0} units of {1} for £{2}'.format(qty, product['name'], price)
else:
print 'you don\'t have that many units of {0}'.format(product['name'])
self.mainLoop()
class Game:
currentDay = 0
currentLocation = 0
def __init__(self, name, locations, cash, products, days):
self.maxDays = days
self.locations = getLocations(locations, products)
self.name = name
self.inventory = Inventory(cash)
self.startingCash = cash
def start(self):
self.currentDay += 1
location = self.getLocation()
location.update()
os.system('clear')
print 'Oh hai {0}!'.format(self.name)
print '{0} days left!'.format(self.maxDays - self.currentDay)
print 'Location: {0}'.format(location.name)
if (self.currentDay >= self.maxDays):
return self.gameOver()
self.mainLoop()
def mainLoop(self):
self.inventory.display()
self.getLocation().display()
self.getTradeOptions()
def gameOver(self):
print 'Game Over!'
print 'You finished with £{0}'.format(self.inventory.cash)
print 'Minus the £{0} you have to repay your mum, that\'s £{1}!'.format(
self.startingCash, self.inventory.cash - self.startingCash)
def getLocation(self):
return self.locations[self.currentLocation]
def getTradeOptions(self):
code = 0
options = []
location = self.getLocation()
for product in location.market:
option = {
'code': str(code),
'description': 'buy {0}'.format(product['name']),
'callback': self.getPurchaseClosure(product)
}
options.append(option)
code += 1
for product in self.inventory.items:
option = {
'code': str(code),
'description': 'sell {0}'.format(product['name']),
'callback': self.getSaleClosure(product)
}
options.append(option)
code += 1
options.append({
'code': 'm',
'description': 'check out a different area',
'callback': self.travel
})
options.append({
'code': 'q',
'description': 'quit',
'callback': self.exit
})
ask('Would you like to trade?', options)
def getPurchaseClosure(self, product):
def cb():
qty = raw_input('how many? ({0} available)\n'.format(
product['quantity']))
if qty.isdigit():
self.purchase(product, int(qty))
else:
cb()
return cb
def getSaleClosure(self, product):
def cb():
qty = raw_input('how many? ({0} available)\n'.format(
product['quantity']))
if qty.isdigit():
self.sell(product, int(qty))
else:
cb()
return cb
def exit(self):
print 'goodbye!'
os._exit(0)
def travel(self):
code = 0
options = []
for location in self.locations:
if location is self.getLocation():
continue
option = {
'code': str(code),
'description': location.name,
'callback': self.getMovementClosure(location)
}
options.append(option)
code += 1
options.append({
'code': 'q',
'description': 'quit',
'callback': self.exit
})
ask('Where would you like to go?', options)
def getMovementClosure(self, location):
def cb():
self.moveTo(location)
return cb
def moveTo(self, location):
self.currentLocation = self.locations.index(location)
self.start()
def purchase(self, product, qty):
os.system('clear')
price = product['price'] * qty
if (self.inventory.cash >= price and product['quantity'] >= qty):
self.inventory.cash -= price
self.inventory.add(product['name'], qty)
product['quantity'] -= qty
print 'you bought {0} units of {1} at a cost of £{2}'.format(
qty, product['name'], price)
elif (self.inventory.cash < price):
print 'insufficient funds'
print 'you only have £{0}, but transaction costs £{1}'.format(
self.inventory.cash, price)
else:
print 'not that many available'
print 'you want {0}, but there are only {1} units'.format(
qty, product['quantity'])
self.mainLoop()
def sell(self, product, qty):
os.system('clear')
location = self.getLocation()
productPrice = 0
for lProduct in location.market:
if product['name'] == lProduct['name']:
selectedProduct = lProduct
productPrice = lProduct['price']
break
price = productPrice * qty
if (product['quantity'] >= qty):
selectedProduct['quantity'] += qty
product['quantity'] -= qty
self.inventory.cash += price
if product['quantity'] < 1:
self.inventory.items.remove(product)
print 'you sold {0} units of {1} for £{2}'.format(
qty, product['name'], price)
else:
print 'you don\'t have that many units of {0}'.format(
product['name'])
self.mainLoop()
