def handle_message(msg, farmyard, animals, stats):
# emtpy line
if len(msg) == 0:
return
# quit command
if msg[0] == "Q":
return animals
if msg[0] == "MONEY":
stats.update(money = 100000)
return
if msg[0] == "CLEAR":
printer.clear_display()
return
# invalid command
if len(msg) != 3:
printer.display("Usage: [BUY | SELL] [ANIMAL | LAND] [AMOUNT | TYPE]")
return
if msg[0] == 'BUY':
handle_buy(msg, farmyard, animals, stats)
elif msg[0] == 'SELL':
handle_sell(msg, farmyard, animals, stats)
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
def handle_message(msg, farmyard, animals, stats):
# emtpy line
if len(msg) == 0:
return
# quit command
if msg[0] == "Q":
return animals
if msg[0] == "MONEY":
stats.update(money=100000)
return
if msg[0] == "CLEAR":
printer.clear_display()
return
# invalid command
if len(msg) != 3:
printer.display("Usage: [BUY | SELL] [ANIMAL | LAND] [AMOUNT | TYPE]")
return
if msg[0] == 'BUY':
handle_buy(msg, farmyard, animals, stats)
elif msg[0] == 'SELL':
handle_sell(msg, farmyard, animals, stats)
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
def pinko_prompt_loop():
""" Subscribe to the user input, but don't act on it. Capitalists have no
power here.
"""
stats.update(money=-stats.money)
for _ in printer.prompt_inputs():
printer.display("The people's revolution has arrived!")
printer.display("You have no power here, capitalist pig-dog!")
def pinko_prompt_loop():
""" Subscribe to the user input, but don't act on it. Capitalists have no
power here.
"""
stats.update(money = -stats.money)
for _ in printer.prompt_inputs():
printer.display("The people's revolution has arrived!")
printer.display("You have no power here, capitalist pig-dog!")
def sell_animals(animals, comp, num, stats):
n = 0
for (a, t) in animals:
with a.mutex:
if comp(a) and not a.dead:
m = a.appraise()
a.die("Sold")
stats.update(money=m)
printer.display("Sold for {}".format(m))
n += 1
if n == num:
return n
printer.display("Asked to sell {} but only {} alive".format(num, n))
return n
def sell_animals(animals, comp, num, stats):
n = 0
for (a, t) in animals:
with a.mutex:
if comp(a) and not a.dead:
m = a.appraise()
a.die("Sold")
stats.update(money = m)
printer.display("Sold for {}".format(m))
n += 1
if n == num:
return n
printer.display("Asked to sell {} but only {} alive".format(num, n))
return n
def draw_board(farmyard):
while not draw_board.done:
time.sleep(0.25)
printer.display("trying to re-draw board")
printer.draw_farm(farmyard.as_rows())
def die(self, reason):
self.dead = True
printer.display("{} in {} died with reason: {}"
.format(self.ascii_rep(), self.location, reason))
def handle_sell(msg, farmyard, animals, stats):
product = msg[1]
if product == 'LAND':
dimension = msg[2]
if dimension == 'COL':
farmyard.delete_column()
elif dimension == 'ROW':
farmyard.delete_row()
else:
printer.display("USAGE: SELL LAND [COL/ROW]")
else:
quantity = msg[2]
if product == 'SHEEP':
if quantity.isdigit():
quantity = sell_animals(animals,
lambda x: x.ascii_rep() == 'S',
int(quantity), stats)
printer.display("You sold {} sheep!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
elif product == 'HORSE':
if quantity.isdigit():
quantity = sell_animals(animals,
lambda x: x.ascii_rep() == 'H',
int(quantity), stats)
printer.display("You sold {} horses!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
elif product == 'PIG':
if quantity.isdigit():
quantity = sell_animals(animals,
lambda x: x.ascii_rep() == 'P',
int(quantity), stats)
printer.display("You sold {} pigs!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
def handle_buy(msg, farmyard, animals, stats):
product = msg[1]
if product == "LAND":
dimension = msg[2]
if not dimension_check(dimension, farmyard):
printer.display("UNABLE PURCHASE LAND")
return
if dimension == 'COL':
cost = farmyard.appraise_col()
if cost < stats.money:
farmyard.new_column()
stats.update(money=-farmyard.appraise_col())
printer.display("You bought a new column of land!")
else:
printer.display("Not enough money!")
elif dimension == 'ROW':
cost = farmyard.appraise_row()
if cost < stats.money:
farmyard.new_row()
stats.update(money=-farmyard.appraise_row())
printer.display("You bought a new row of land!")
else:
printer.display("Not enough money!")
else:
printer.display("USAGE: BUY LAND [COL/ROW]")
else:
quantity = msg[2]
if not product_check(product, int(quantity), farmyard):
printer.display("UNABLE TO PURCHASE: " + str(quantity) + " " +
str(product))
return
if product == 'SHEEP':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Sheep.base_price):
quantity = int(stats.money / animal.Sheep.base_price)
printer.display(
"You only have enough money for {} new sheep".format(
quantity))
printer.display("You bought {} new sheep!".format(quantity))
new_sheep = [animal.Sheep(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals, new_sheep)
stats.update(money=-(quantity * animal.Sheep.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
elif product == 'HORSE':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Horse.base_price):
quantity = int(stats.money / animal.Horse.base_price)
printer.display(
"You only have enough money for {} new horses".format(
quantity))
printer.display("You bought {} new horses!".format(quantity))
new_horses = [animal.Horse(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals, new_horses)
stats.update(money=-(quantity * animal.Horse.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
elif product == 'PIG':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Pig.base_price):
quantity = int(stats.money / animal.Pig.base_price)
printer.display(
"You only have enough money for {} new pigs".format(
quantity))
printer.display("You bought {} new pigs!".format(quantity))
new_pigs = [animal.Pig(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals, new_pigs)
stats.update(money=-(quantity * animal.Pig.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
def draw_board(farmyard):
while not draw_board.done:
time.sleep(0.25)
printer.display("trying to re-draw board")
printer.draw_farm(farmyard.as_rows())
def handle_sell(msg, farmyard, animals, stats):
product = msg[1]
if product == 'LAND':
dimension = msg[2]
if dimension == 'COL':
farmyard.delete_column()
elif dimension == 'ROW':
farmyard.delete_row()
else:
printer.display("USAGE: SELL LAND [COL/ROW]")
else:
quantity = msg[2]
if product == 'SHEEP':
if quantity.isdigit():
quantity = sell_animals(animals, lambda x: x.ascii_rep() == 'S', int(quantity), stats)
printer.display("You sold {} sheep!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
elif product == 'HORSE':
if quantity.isdigit():
quantity = sell_animals(animals, lambda x: x.ascii_rep() == 'H', int(quantity), stats)
printer.display("You sold {} horses!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
elif product == 'PIG':
if quantity.isdigit():
quantity = sell_animals(animals, lambda x: x.ascii_rep() == 'P', int(quantity), stats)
printer.display("You sold {} pigs!".format(quantity))
else:
printer.display("USAGE: SELL ANIMAL_NAME NUM_ANIMALS")
def handle_buy(msg, farmyard, animals, stats):
product = msg[1]
if product == "LAND":
dimension = msg[2]
if not dimension_check(dimension, farmyard):
printer.display("UNABLE PURCHASE LAND")
return
if dimension == 'COL':
cost = farmyard.appraise_col()
if cost < stats.money:
farmyard.new_column()
stats.update(money = -farmyard.appraise_col())
printer.display("You bought a new column of land!")
else:
printer.display("Not enough money!")
elif dimension == 'ROW':
cost = farmyard.appraise_row()
if cost < stats.money:
farmyard.new_row()
stats.update(money = -farmyard.appraise_row())
printer.display("You bought a new row of land!")
else:
printer.display("Not enough money!")
else:
printer.display("USAGE: BUY LAND [COL/ROW]")
else:
quantity = msg[2]
if not product_check(product, int(quantity), farmyard):
printer.display("UNABLE TO PURCHASE: " + str(quantity) + " " + str(product))
return
if product == 'SHEEP':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Sheep.base_price):
quantity = int(stats.money / animal.Sheep.base_price)
printer.display("You only have enough money for {} new sheep".format(quantity))
printer.display("You bought {} new sheep!".format(quantity))
new_sheep = [ animal.Sheep(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals,new_sheep)
stats.update(money = -(quantity * animal.Sheep.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
elif product == 'HORSE':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Horse.base_price):
quantity = int(stats.money / animal.Horse.base_price)
printer.display("You only have enough money for {} new horses".format(quantity))
printer.display("You bought {} new horses!".format(quantity))
new_horses = [ animal.Horse(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals, new_horses)
stats.update(money = -(quantity * animal.Horse.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")
elif product == 'PIG':
if quantity.isdigit():
quantity = int(quantity)
if quantity > (stats.money / animal.Pig.base_price):
quantity = int(stats.money / animal.Pig.base_price)
printer.display("You only have enough money for {} new pigs".format(quantity))
printer.display("You bought {} new pigs!".format(quantity))
new_pigs = [ animal.Pig(farmyard) for _ in range(quantity)]
animals = new_animals(farmyard, animals, new_pigs)
stats.update(money = -(quantity * animal.Pig.base_price))
else:
printer.display("USAGE: BUY ANIMAL_NAME NUM_ANIMALS")