def show_item_details(id_item, len_items):
if id_item in range(1, len_items + 1):
item = register.data.get_by_id(id_item)
Console.print_item_details(item)
return True
else:
Console.notification("input", "isn't exist", "")
return False
def show_item_details(id_item, len_items):
if id_item in range(1, len_items + 1):
item = register.data.get_by_id(id_item)
Console.print_item_details(item)
return True
else:
Console.notification("input", "isn't exist", "")
return False
def validate_to_show_item(user_input, len_items):
try:
id_item = int(user_input)
except ValueError:
Console.notification("input", "isn't valid", "")
return
else:
if show_item_details(id_item, len_items):
go_through_items(id_item, len_items)
def validate_to_show_item(user_input, len_items):
try:
id_item = int(user_input)
except ValueError:
Console.notification("input", "isn't valid", "")
return
else:
if show_item_details(id_item, len_items):
go_through_items(id_item, len_items)
def view_item():
""" View a single product's inventory"""
is_looking = True
while is_looking:
items = len(register.data)
Console.print_banner("V I E W I T E M S", "~")
Console.options_view(items)
user_input = input("> ").lower()
if user_input == 'back':
is_looking = False
continue
if user_input == "show":
is_looking = show_whole_items()
continue
validate_to_show_item(user_input, items)
def go_through_items(id_item, len_total):
while True:
Console.options_item()
answer = input("> ").lower()
if answer == 'q':
return
elif answer == 'n':
id_item += 1
elif answer == 'p':
id_item -= 1
if id_item > len_total:
id_item = 0
elif id_item < 1:
id_item = len_total
show_item_details(id_item, len_total)
def go_through_items(id_item, len_total):
while True:
Console.options_item()
answer = input("> ").lower()
if answer == 'q':
return
elif answer == 'n':
id_item += 1
elif answer == 'p':
id_item -= 1
if id_item > len_total:
id_item = 0
elif id_item < 1:
id_item = len_total
show_item_details(id_item, len_total)
def view_item():
""" View a single product's inventory"""
is_looking = True
while is_looking:
items = len(register.data)
Console.print_banner("V I E W I T E M S", "~")
Console.options_view(items)
user_input = input("> ").lower()
if user_input == 'back':
is_looking = False
continue
if user_input == "show":
is_looking = show_whole_items()
continue
validate_to_show_item(user_input, items)
def add_entry():
""" Add a new product to database """
item = {}
for field_key in register.fileds:
Console.print_banner("A D D E N T R Y", "~")
Console.print_field_added(item)
if field_key == "date_updated":
continue
if field_key == "product_price":
Console.field_key_note()
item[field_key] = wait_valid_input(field_key)
try:
register.fill_records([item])
except ValueError:
Console.notification("product", "not added")
else:
Console.notification("product", "added successfully")
def add_entry():
""" Add a new product to database """
item = {}
for field_key in register.fileds:
Console.print_banner("A D D E N T R Y", "~")
Console.print_field_added(item)
if field_key == "date_updated":
continue
if field_key == "product_price":
Console.field_key_note()
item[field_key] = wait_valid_input(field_key)
try:
register.fill_records([item])
except ValueError:
Console.notification("product", "not added")
else:
Console.notification("product", "added successfully")
def show_whole_items():
while True:
registers = register.data.select()[:]
Console.print_banner(Console.green("Product Name"))
Console.print_name_item(registers)
Console.options_whole_items()
user_input = input("> ").lower()
if user_input == "back":
return False
validate_to_show_item(user_input, len(registers))
def show_whole_items():
while True:
registers = register.data.select()[:]
Console.print_banner(
Console.green("Product Name")
)
Console.print_name_item(registers)
Console.options_whole_items()
user_input = input("> ").lower()
if user_input == "back":
return False
validate_to_show_item(user_input, len(registers))
def prompt_menu():
actions = OrderedDict([('v', view_item), ('a', add_entry),
('b', make_backup), ('q', quit_menu)])
quit_ = False
while not quit_:
Console.print_banner("M E N U", '<>')
Console.print_menu(actions)
answer = input("> ").lower()
if answer in actions:
quit_ = actions[answer]()
continue
Console.notification("input", "not correct")
def prompt_menu():
actions = OrderedDict([
('v', view_item),
('a', add_entry),
('b', make_backup),
('q', quit_menu)
])
quit_ = False
while not quit_:
Console.print_banner("M E N U", '<>')
Console.print_menu(actions)
answer = input("> ").lower()
if answer in actions:
quit_ = actions[answer]()
continue
Console.notification("input", "not correct")
def make_backup():
""" Make a backup of the entire inventory """
if register.make_a_backup():
Console.notification("backup", "created")
else:
Console.notification("backup", "not created")
def quit_menu():
""" Quit app """
Console.print_exit_message()
return True
def quit_menu():
""" Quit app """
Console.print_exit_message()
return True
def make_backup():
""" Make a backup of the entire inventory """
if register.make_a_backup():
Console.notification("backup", "created")
else:
Console.notification("backup", "not created")