def remove_process_for_beer(gyle_no: int, beer_name: str, quantity: int):
"""
This function allow the process to remove the process to the next
state.
:param gyle_no: an integer of the batch number.
:param beer_name: a string containing the name of the beer.
:param quantity: an integer representing the quantity of the beer.
"""
errorLogger.info("Removing a given beer in the brewing process.")
beer_obj = find_process_for_beer(gyle_no, beer_name, quantity)
if beer_obj:
beers_producer_queue.remove(beer_obj)
eventLogger.critical("@state : @%s", store_beer_process_data())
def update_recommended_sales(recommended_sales: dict, beer_name: str,
quantity: int):
"""
Updating recommended sales dictionary.
:param recommended_sales: a dictionary of the recommended sales.
:param beer_name: a string representing the name of the beer.
:param quantity: an integer of the beer quantity.
"""
errorLogger.info("Updating recommended sales dictionary.")
recommended_sales.update(
{beer_name: (recommended_sales[beer_name] - quantity)})
if recommended_sales[beer_name] <= 0:
recommended_sales.update({beer_name: 0})
eventLogger.critical("@recommended : @%s", recommended_sales)
def move_process_to_next_state(gyle_no: int, beer_name: str, quantity: int):
"""
This function allow the process to move the process to the next
state.
:param gyle_no: an integer of the batch number.
:param beer_name: a string containing the name of the beer.
:param quantity: an integer representing the quantity of the beer.
"""
errorLogger.info("Moving a given beer in the brewing process to "
"the next stage.")
beer_obj = find_process_for_beer(gyle_no, beer_name, quantity)
if beer_obj:
beer_obj.set_move_next()
time.sleep(0.2)
eventLogger.critical("@state : @%s", store_beer_process_data())
def update_tank_used_capacity(tank_name: str, volume: int):
"""
This method updates the used_capacity in the TANKS dictionary.
:param tank_name: a string containing the name of the tank.
:param volume: an integer of the tank's volume.
"""
errorLogger.info("Updating the used capacity in the TANKS " "dictionary.")
TANKS.update({
tank_name: {
"volume": TANKS[tank_name]["volume"],
"capability": TANKS[tank_name]["capability"],
"used_capacity": volume
}
})
eventLogger.critical("@tanks : @%s", TANKS)
def release_tank(tank: str):
"""
This allow to release tank.
:param tank: a string representing the tank's name.
:return: boolean
"""
errorLogger.info("Releasing a tank.")
TANKS.update({
tank: {
"volume": TANKS[tank]["volume"],
"capability": TANKS[tank]["capability"],
"used_capacity": 0
}
})
eventLogger.critical("@tanks : @%s", TANKS)
return True
def update_beer_stock(beer_name: str, quantity: int):
"""
This method updates the current beer stock.
:param beer_name: a string of the beer name.
:param quantity: an integer representing the quantity of beer.
:return:
"""
errorLogger.info("Updating the beer stock.")
temp = 0
try:
if beer_stock[beer_name]:
temp = beer_stock[beer_name] + quantity
except:
temp = quantity
beer_stock.update({beer_name: temp})
eventLogger.critical("@stock : @%s", beer_stock)
def create_process_for_beer(gyle_no: int, beer_name: str, quantity: int):
"""
This create brew process for a beer.
:param gyle_no: an integer showing the batch number.
:param beer_name: a string representing the name of the beer.
:param quantity: an integer of the beer quantity.
"""
errorLogger.info("Creating a brewing process for a given batch of "
"beer.")
if not find_process_for_beer(gyle_no, beer_name, quantity):
with lock:
beers_producer_queue.append(
BrewingProcess(gyle_no, beer_name, quantity, {}, False,
"start", "start"))
eventLogger.critical("@state : @%s", store_beer_process_data())
else:
errorLogger.warning("Beer process already exists")