def total_stock_value():
clear()
print_header(" Total stock value ")
total = 0.0
for item in catalog:
total += item.stock * item.price
print("The total is: $" + str(total))
def three_expensive_items():
clear()
print_header("Three Most Expensive Items")
temp = sorted(catalog, key=lambda item: item.price)
print_item(temp[-1])
print_item(temp[-2])
print_item(temp[-3])
def game():
menu.printLogo()
menu.startScreen()
menu.clear()
menu.printLogo()
menu.hero_menu()
menu.clear()
menu.printLogo()
menu.select_map()
def display_items_out_of_stock():
clear()
print_header(" Items out of stock ")
if(len(catalog) == 0):
print(" ** No items to display")
else:
for item in catalog:
if(item.stock == 0):
print_item(item)
def display_categories():
clear()
print_header("Categories")
cat_list = []
i = 1
for item in catalog:
if item.category not in cat_list:
cat_list.append(item.category)
print("\n" + str(i) + ": " + item.category)
i = i + 1
def lowest_cost_item():
clear()
print_header("Cheapest Item")
temp = []
for item in catalog:
temp.append(item.price)
temp = sorted(temp)
for item in catalog:
if (item.price == temp[0]):
print_item(item)
def parse(dic):
# takes dict as param
# repr json data
# iterate over every key, and print element at that key
print("\n**********************")
for key in dic.keys():
print(key + " : " + str(dic[key]))
print("\n**********************\n")
input("Press Enter to continue....")
menu.clear()
def listParse(list):
# takes list as param
# list contains dic
print("\n**********************")
for dic in list:
for key in dic.keys():
print(key + " : " + str(dic[key]))
print("\n", end="")
print("\n**********************\n")
input("Press Enter to continue....")
menu.clear()
def display_categories():
clear()
print_header(" Categories ")
categories = []
for item in catalog:
if( item.category.lower() not in (category.lower() for category in categories) ):
categories.append(item.category)
print(item.category)
if(len(categories) == 0):
print("*** No categories to display ***")
def cheapest_product():
clear()
print_header(" Cheapest Product ")
if(len(catalog) == 0):
print("*** No products in the catalog ***")
else:
cheapest_item = catalog[0]
for item in catalog:
if(item.price < cheapest_item.price ):
cheapest_item = item
print("The Cheapest product it is:")
print_item(cheapest_item)
def three_expensive_products():
clear()
print_header(" 3 most expensive products ")
temp = []
if(len(catalog) == 0):
print("*** No products in the catalog ***")
else:
temp = sorted(catalog, key=lambda x: x.price, reverse=True)
count = 0
for item in temp:
print_item(item)
count+=1
if(count == 3):
break
def rmSubscribe():
menu.clear()
choice = input("Remove all subscriptions (y/n): ")
if (choice == 'y'):
if (name != 'nt'):
system("rm " + constants.RELATED)
system("rm " + constants.DATE)
else:
system("del " + constants.RELATED)
system("del " + constants.DATE)
schedule.rmSchedule()
exit(0)
else:
menu.clear()
choice = input("Name to unsubscribe: ")
filehandlers.rmSpecific(choice.lower())
def select_map():
size = input("""
Select size of the map:
1. Small (4x4)
2. Medium (5x5)
3. Large (8x8)
--->""")
choice_menu = {'1': small(), '2': medium(), '3': large()}
if size not in choice_menu.keys():
menu.clear()
menu.printLogo()
print("Please pick a number")
sleep(0.5)
size = 0
select_map()
else:
return choice_menu[size]
def subscribe(schedule_script, scheduled):
# takes script to schedule as parameter
# clear previous subscriptions
# asks user which country to subscribe
# type of data to subscribe
# create a file containing subscription details
# schedule given script
country = input("Country to subscribe: ")
menu.clear()
print("Type of Subscription:")
print("1. Get status by Country")
print("2. Difference between Latest state and previous one by country")
type_subscription = int(input("Choose> "))
menu.clear()
subscription_data = {'country': country.lower(), 'type': type_subscription}
with open(constant.SUBSCRIPTION, 'a') as subscription_file:
subscription_file.writelines(str(subscription_data) + "\n")
if (isScheduled(scheduled) == 0):
scheduler.schedule(schedule_script, scheduled)
def start_point(self):
menu.clear()
menu.printLogo()
corner = input("""
Where do you want to start?
1. North west
2. North east
3. South west
4. South east
--->""")
if corner == "1":
return (0, 0)
elif corner == "2":
return (0, self.map_size - 1)
elif corner == "3":
return (self.map_size - 1, 0)
elif corner == "4":
return (self.map_size - 1, self.map_size - 1)
def rmSubscribe(schedule_script, scheduled):
# remove subscription
# clear subscription data
# remove from schedule jobs
# call corresponding func based on OS
menu.clear()
print("Unsuscribe")
choice = (userInput.read("Remove All Subscription (y/n): ")).lower()
if (choice == 'y'):
if (name == 'nt'):
scheduler.rmScheduleWindows(schedule_script)
system("del " + constant.SUBSCRIPTION)
#system("del " + constant.BASH_SCRIPT)
system("del " + constant.SCHEDULED)
#system("del " + constant.LOG)
else:
scheduler.rmScheduleLinux(schedule_script)
system("rm " + constant.SUBSCRIPTION)
system("rm " + constant.BASH_SCRIPT)
system("rm " + constant.SCHEDULED)
#system("rm " + constant.LOG)
setScheduled(scheduled, str(0))
#exit(0)
else:
country = (userInput.read("Country to Unsubscribe")).lower()
print("Type of Subscription")
print("1. Get status by Country")
print("2. Difference between Latest state and previous one by country")
type_subscription = int(input("Choose> "))
menu.clear()
infos = []
with open(constant.SUBSCRIPTION, 'r') as subscription_file:
for line in subscription_file:
data = literal_eval(line)
if (data['country'] != country
or data['type'] != type_subscription):
infos.append(data)
with open(constant.SUBSCRIPTION, 'w') as subscription_file:
for info in infos:
subscription_file.write(str(info) + "\n")
def mainMenu():
while True:
try:
clear()
print '-' * 14
print 'Payroll System'
print '-' * 14
print '\nWhat would you like to do?'
print '-' * 26
print '1.) View employee report'
print '2.) Add new employee'
print '3.) Update employee'
print '4.) Remove employee'
print '5.) Exit'
mainMenuAnswer = input('--> ')
if mainMenuAnswer < 1 or mainMenuAnswer > 5:
raw_input('Invalid selection. Press ENTER to try again.')
else:
return mainMenuAnswer
except (NameError, SyntaxError):
raw_input('Invalid selection. Press ENTER to try again.')
def mainMenu():
while True:
try:
clear()
print '-' * 14
print 'Payroll System'
print '-' * 14
print '\nWhat would you like to do?'
print '-' * 26
print '1.) View employee report'
print '2.) Add new employee'
print '3.) Update employee'
print '4.) Remove employee'
print '5.) Exit'
mainMenuAnswer = input('--> ')
if mainMenuAnswer < 1 or mainMenuAnswer > 5:
raw_input('Invalid selection. Press ENTER to try again.')
else:
return mainMenuAnswer
except (NameError, SyntaxError):
raw_input('Invalid selection. Press ENTER to try again.')
def register_item():
global last_id
clear()
try:
print_header(" Register new Item ")
title = input("Please provide the Title: ")
category = input("Please provide the Category: ")
stock = int(input("Please provide the Stock: "))
price = float(input("Please provide the Price: "))
the_item = Item(last_id,title,category,stock,price)
last_id+=1
# add the obj to the list
catalog.append(the_item)
print("\n Item saved, you have " + str(len(catalog)) + " items in your catalog")
serialize_catalog()
except ValueError:
print("*Error, provide valid numbers!")
except:
print("*Error, verify data and try again!")
def register_item():
global last_id
clear()
header("Register an item")
title = input("New item title: ")
cat = input("New item category: ")
price = float(input("New item price: "))
stock = int(input("New item stock: "))
new_item = Item() # how to create new objects
last_id += 1
new_item.id = last_id
new_item.title = title
new_item.category = cat
new_item.price = price
new_item.stock = stock
catalog.append(new_item)
add_log_events("New Item", "Added item: " + str(last_id))
print("Item created!")
def game():
menu.printLogo()
menu.startScreen()
menu.clear()
menu.printLogo()
hero = menu.hero_menu()
menu.clear()
menu.printLogo()
ds = Dungeon(menu.select_map())
coordinates = ds.start_room
ds.print_dungeon(coordinates)
while True:
if_escape = True
menu.clear()
menu.printLogo()
check_room = check(hero, ds, coordinates)
if check_room[0]:
return_value = menu.attack_menu()
x = coordinates[0]
y = coordinates[1]
if return_value == "attack":
battle.attack(hero, sort(ds.dungeon[x][y].monsters))
ds.dungeon[coordinates[0]][coordinates[1]].monsters = [
] #Clear monster from Room Object
ds.dungeon[coordinates[0]][coordinates[1]].marker = '[X]'
elif return_value == "escape":
battle.escape(hero, sort(ds.dungeon[x][y].monsters))
if_escape = False
if check_room[1]:
if if_escape == True:
hero.points += coinCount(
check_room[1]) # Adds sum of treasures to Hero's attribute
print(f"Collected so far: {hero.points}g")
ds.dungeon[coordinates[0]][coordinates[1]].treasure = [
] #Clear treasure from Room Object
ds.dungeon[coordinates[0]][coordinates[1]].marker = '[X]'
else:
print("""
Room is empty""")
ds.dungeon[coordinates[0]][coordinates[1]].marker = '[X]'
ds.print_dungeon(coordinates)
direction = print_move()
coordinates = ds.move(direction, coordinates)
if (item.price == temp_prices[1]):
print_item(item)
for item in catalog:
if (item.price == temp_prices[2]):
print_item(item)
# instructions
deserialize_catalog()
input('Press Enter to continue...'
) #putting input bc otherwise it'll go to 'clear'
opc = ''
while (opc != 'x'):
clear()
print_menu()
opc = input('Please select an option: ')
print(opc)
if (opc == '1'):
register_item()
serialize_catalog()
elif (opc == '2'):
# create a function, call, travel the list and display the title.title
display_catalog()
elif (opc == '3'):
out_of_stock()
# call the fn
def attack(hero, list_of_monsters): #TODO Endurance to be change to Stamina to match other changes
menu.clear()
menu.printLogo()
while list_of_monsters:
input(f"""
You charge heroically towards the {list_of_monsters[0].name}!
Press any key to enter battle""")
menu.clear()
menu.printLogo()
print("""
(User turn)""")
menu.roll_dice()
time.sleep(1)
menu.clear()
menu.printLogo()
go = True
shield_block = True
while go:
if die.die(hero.attack) > die.die(list_of_monsters[0].agility):
if isinstance(hero, Heroes.Thief) and (random.randint(0, 100) <= 25): #Thief Special Ability
print("""
As Thief you inflicted Critical Damage! Causing 2 Damage!""")
list_of_monsters[0].endurance -= 2
else: # If Hero's attack is larger than monster's agility, inflict 1 dmg
print("""
(User turn)""")
print(f"""
{list_of_monsters[0].name} health: {list_of_monsters[0].endurance} VS Your health: {hero.endurance}""")
print("""
Successfull roll! Monster takes 1 damage
Nice hit!
""")
list_of_monsters[0].endurance -= 1
time.sleep(2)
if list_of_monsters[0].endurance <= 0:
time.sleep(0.5)
print(f"""
{list_of_monsters[0].name} slain!
GG WP""")
del list_of_monsters[0]
input("""
press any key to continue""")
menu.clear()
menu.printLogo()
go = False
break
else:
input(f"""
The {list_of_monsters[0].name} swings at you!
Press any key to defend yourself!""")
menu.clear()
menu.printLogo()
print("""
(Enemy turn)""")
menu.roll_dice()
time.sleep(1)
else:
print("""
(User turn)""")
print("""
Your attack missed!""")
if die.die(list_of_monsters[0].attack) > die.die(hero.agility):
#menu.clear()
#menu.printLogo
print("""
(Enemy turn)""")
menu.roll_dice()
time.sleep(2)
menu.clear()
menu.printLogo()
print(f"""
{list_of_monsters[0].name} health: {list_of_monsters[0].endurance} VS Your health: {hero.endurance}""")
time.sleep(1)
print("""
Monster attacks you for 1 damage!""")
time.sleep(2)
menu.clear()
menu.printLogo()
if isinstance(hero, Heroes.Knight) and shield_block == True: #Knight special abilitie
print("""
First attack blocked by your shield!""")
shield_block = False
else:
hero.endurance -= 1
print(f"""
{list_of_monsters[0].name} health: {list_of_monsters[0].endurance} VS Your health: {hero.endurance}""")
input("""
OUCH! That hurt...
Press any key to start your turn""")
menu.clear()
menu.printLogo()
print("""
(User turn)""")
menu.roll_dice()
time.sleep(1)
menu.clear()
menu.printLogo()
elif list_of_monsters[0].endurance > 0:
menu.clear()
menu.printLogo()
print("""
(Enemy turn)""")
print(f"""
{list_of_monsters[0].name} health: {list_of_monsters[0].endurance} VS Your health: {hero.endurance}""")
print("""
Monster attack missed
""")
time.sleep(1.5)
input("""
That was a close one!
Press any key to start your turn""")
menu.clear()
menu.printLogo()
print("""
(User turn)""")
menu.roll_dice()
time.sleep(1)
menu.clear()
menu.printLogo()
if hero.endurance == 0:
go = False
def main():
menu.clear()
constant.init()
scheduler.init()
menu.createMenu(constant.API, constant.SCHEDULE_SCRIPT, constant.SCHEDULED)
def main(mainMenuAnswer):
if mainMenuAnswer == 1:
"""Displays employee report table"""
clear()
firstName = raw_input('Employee first name: ')
lastName = raw_input('Employee last name: ')
clear()
doesEmployeeExist = employeeCheck(firstName, lastName)
if doesEmployeeExist == True:
employee.employeeImport(firstName, lastName)
employee.printEmployeeReport()
raw_input('\nPress ENTER to return to the main menu.')
elif doesEmployeeExist == False:
print 'No employee record for', firstName, lastName + '.\n'
raw_input('Press ENTER to return to the main menu.')
if mainMenuAnswer == 2:
"""Adds employee to employeeData.xml"""
clear()
firstName = raw_input('Employee first name: ')
lastName = raw_input('Employee last name: ')
doesEmployeeExist = employeeCheck(firstName, lastName)
if doesEmployeeExist == True:
print '\nEmployee already exists.\n'
print 'Select Update Employee or Add/Remove Employee'
print 'at the main menu to modify an existing record.\n'
raw_input('Press ENTER to return to the main menu.')
elif doesEmployeeExist == False:
while True:
try:
hourlyWage = input('Hourly wage: ')
if hourlyWage < 0:
print 'Hourly wage must be higher than zero.'
raw_input('Press ENTER to input a new wage.')
else:
break
except (NameError, SyntaxError):
raw_input('Invalid input. Press ENTER to try again.')
while True:
try:
hoursWorked = input('Hours worked: ')
if hoursWorked < 0:
print 'Hours worked cannot be less than zero.'
raw_input('Press ENTER to input a new wage.')
else:
break
except (NameError, SyntaxError):
raw_input('Invalid input. Press ENTER to try again.')
while True:
clear()
print 'Before the new user is added, please verify the following:\n'
print 'First Name:', firstName
print 'Last Name:', lastName
print 'Hourly Wage: $%.2f/hr' % hourlyWage
print 'Hours Worked: %.2f' % hoursWorked
print '\nIs this information correct?'
isInputCorrect = raw_input('(y/n) --> ')
if isInputCorrect == 'y':
addEmployee(firstName, lastName, hourlyWage, hoursWorked)
print 'Employee successfully added.'
raw_input('Press ENTER to continue.')
break
elif isInputCorrect == 'n':
print 'No employee information has been saved.'
raw_input('Press ENTER to return to the main menu.')
break
else:
raw_input('Please answer y or n. Press ENTER to continue.')
# if mainMenuAnswer == 3:
# if mainMenuAnswer == 4:
if mainMenuAnswer == 5:
clear()
exit()
def main(mainMenuAnswer):
if mainMenuAnswer == 1:
"""Displays employee report table"""
clear()
firstName = raw_input('Employee first name: ')
lastName = raw_input('Employee last name: ')
clear()
doesEmployeeExist = employeeCheck(firstName, lastName)
if doesEmployeeExist == True:
employee.employeeImport(firstName, lastName)
employee.printEmployeeReport()
raw_input('\nPress ENTER to return to the main menu.')
elif doesEmployeeExist == False:
print 'No employee record for', firstName, lastName + '.\n'
raw_input('Press ENTER to return to the main menu.')
if mainMenuAnswer == 2:
"""Adds employee to employeeData.xml"""
clear()
firstName = raw_input('Employee first name: ')
lastName = raw_input('Employee last name: ')
doesEmployeeExist = employeeCheck(firstName, lastName)
if doesEmployeeExist == True:
print '\nEmployee already exists.\n'
print 'Select Update Employee or Add/Remove Employee'
print 'at the main menu to modify an existing record.\n'
raw_input('Press ENTER to return to the main menu.')
elif doesEmployeeExist == False:
while True:
try:
hourlyWage = input('Hourly wage: ')
if hourlyWage < 0:
print 'Hourly wage must be higher than zero.'
raw_input('Press ENTER to input a new wage.')
else:
break
except (NameError, SyntaxError):
raw_input('Invalid input. Press ENTER to try again.')
while True:
try:
hoursWorked = input('Hours worked: ')
if hoursWorked < 0:
print 'Hours worked cannot be less than zero.'
raw_input('Press ENTER to input a new wage.')
else:
break
except (NameError, SyntaxError):
raw_input('Invalid input. Press ENTER to try again.')
while True:
clear()
print 'Before the new user is added, please verify the following:\n'
print 'First Name:', firstName
print 'Last Name:', lastName
print 'Hourly Wage: $%.2f/hr' % hourlyWage
print 'Hours Worked: %.2f' % hoursWorked
print '\nIs this information correct?'
isInputCorrect = raw_input('(y/n) --> ')
if isInputCorrect == 'y':
addEmployee(firstName, lastName, hourlyWage, hoursWorked)
print 'Employee successfully added.'
raw_input('Press ENTER to continue.')
break
elif isInputCorrect == 'n':
print 'No employee information has been saved.'
raw_input('Press ENTER to return to the main menu.')
break
else:
raw_input('Please answer y or n. Press ENTER to continue.')
# if mainMenuAnswer == 3:
# if mainMenuAnswer == 4:
if mainMenuAnswer == 5:
clear()
exit()