def traverse_menu(
previous_menu,
menu_str,
system,
attempt=0,
):
if not f2.is_system_open(tries=25):
login.sign_in_toronto(login.username, login.password, system)
window_data = VERIFICATION['system'][system]
if not f2.verify(window_data, attempts=50):
login.sign_in_toronto(login.username, login.password, system)
if attempt > 2:
return False
if previous_menu(system):
window_data = VERIFICATION['screens'][menu_str]
cmd = VERIFICATION['navigation'][menu_str]
print(cmd)
if '{' in cmd:
keyboard.write_mix(cmd)
else:
keyboard.write_text(cmd)
keyboard.enter(1)
if not f2.verify(window_data, 50):
return traverse_menu(previous_menu,
menu_str,
system,
attempt=attempt + 1)
return True
return False
def sign_in_toronto(username, password, system, attempts=0):
print(f"starting login attempt: {attempts}")
if attempts > 5:
return False
login(username, password)
if not f2.is_system_open(100):
print(f"system is not open attempt{attempts}")
return sign_in_toronto(username, password, attempts + 1)
else:
print("system has opened")
# sign into f2 Canada
window_data_size_1 = VERIFICATION['screens']['text_login_menu_1']
print('verifying window')
if not f2.verify_contains(window_data_size_1, attempts=500):
print("attempting to varify")
return sign_in_toronto(username, password, attempts + 1)
keyboard.write_text(
VERIFICATION['system_options']['f2_canada_menu_number'])
# sign into live system
window_data_size_1 = VERIFICATION['screens']['text_login_menu_2']
if not f2.verify_contains(window_data_size_1, attempts=500):
print(f'sign in attempt {attempts}')
return sign_in_toronto(username, password, attempts + 1)
# choose syste,
if system == 'f2_canada_real':
keyboard.write_text(
VERIFICATION['system_options']['f2_canada_real_system_number'])
window_data = VERIFICATION['system']['f2_canada_real']
elif system == 'f2_canada_test':
keyboard.write_text(
VERIFICATION['system_options']['f2_canada_test_system_number'])
window_data = VERIFICATION['system']['f2_canada_test']
else:
return False
if not f2.verify(window_data, attempts=500):
return sign_in_toronto(username, password, attempts + 1)
window_data = VERIFICATION['screens']['main_menu']
if not f2.verify(window_data, attempts=500):
return sign_in_toronto(username, password, attempts + 1)
print('signed in')
return True
def stock_per_location_location(system,
from_date,
to_date,
location,
attempt=0,
virtual=False):
if attempt > 10:
return False
if location in get_actual_stock_locations(system,
from_date,
to_date,
virtual=virtual):
keyword = 'stock_per_location-flowers-location'
keyboard.write_text(location)
keyboard.enter(2)
window_data = copy.deepcopy(VERIFICATION['screens'][keyword])
swaps = {
'{location}': location,
}
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
print(f"location is {location}: {window_data}")
if not f2.verify(window_data, 100):
return stock_per_location_location(system,
from_date,
to_date,
location,
attempt + 1,
virtual=virtual)
return True
return False
def main_menu_stock_stock_per_location_edit_stock_date_flowers(
system, from_date, to_date, attempt=0, virtual=False):
if attempt > 10:
return False
if type(from_date) == datetime.datetime:
from_date = dates.get_menu_date(from_date)
if type(to_date) == datetime.datetime:
to_date = dates.get_menu_date(to_date)
if main_menu_stock_stock_per_location_edit_stock_date(system,
from_date,
to_date,
attempt=0,
virtual=virtual):
keyword = "main_menu-stock-stock_per_location-edit_stock-date-flowers"
window_data = VERIFICATION['screens'][keyword]
cmd = VERIFICATION['navigation'][keyword]
keyboard.write_mix(cmd)
keyboard.enter(1)
if not f2.verify(window_data, 50):
return main_menu_stock_stock_per_location_edit_stock_date_flowers(
system, from_date, to_date, attempt + 1)
else:
return True
return False
def main_menu(system):
window_data = VERIFICATION['system'][system]
if not f2.is_system_open(tries=25):
login.sign_in_toronto(login.username, login.password, system)
if not f2.verify(window_data, attempts=500):
login.sign_in_toronto(login.username, login.password, system)
main_menu_call()
main_menu_call()
return main_menu_call()
def price_item(price):
points = VERIFICATION['pricing']['f8-pricing']
if True or f2.verify(points, attempts=10):
keyboard.home()
keyboard.enter()
keyboard.paste_write(pricing.make_price_str(price))
keyboard.f11()
keyboard.f12()
else:
return False
def verify_per_location(location):
keyword = 'stock_per_location-flowers-location'
window_data = copy.deepcopy(VERIFICATION['screens'][keyword])
swaps = {
'{location}': location,
}
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
return f2.verify(window_data, 50)
def count_items_in_category(count=0, oldcreen=''):
points = VERIFICATION['pricing']['in_group-pricing']
if f2.verify(points, attempts=10):
if f2.is_new_screen(oldcreen):
uscreen = window.get_window()
count += parse.count_category(uscreen)
keyboard.pgdn()
time.sleep(.1)
return count_items_in_category(count, uscreen)
return count
return None
def main_menu_maintainance_data(system, attempt=0):
if attempt > 10:
return False
if main_menu(system):
window_data = VERIFICATION['screens']['main_menu-maintenance_data']
cmd = VERIFICATION['navigation']['main_menu-maintenance_data']
keyboard.write_text(cmd)
keyboard.enter(1)
if not f2.verify(window_data, 50):
return main_menu_maintainance_data(attempt + 1)
return True
return False
def main_menu_call(attempt=0):
window_data = VERIFICATION['screens']['main_menu']
if attempt > 20:
return False
if not f2.verify(window_data, 2):
keyboard.f12(7)
keyboard.write_text('n')
keyboard.home(3)
time.sleep(.01)
return main_menu_call(attempt + 1)
else:
keyboard.home(3)
return True
def verify_lot_info(lot_number, virtual=False):
if virtual:
screen = 'virtual_lot_info'
else:
screen = 'lot_info'
window_data = copy.deepcopy(VERIFICATION['screens'][screen])
swaps = {
'{lot_number}': lot_number,
}
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
return f2.verify(window_data, 10)
def main_menu_maintainance_data_pricelists_edit_pricelist_flowers_select(
price_list, date, system, attempt=0):
menu_str = 'main_menu-maintenance_data-pricelists-edit_pricelist-flowers'
f = main_menu_maintainance_data_pricelists_edit_pricelist
if traverse_menu(f, menu_str, system, attempt=0):
if date:
keyboard.command(('shift', '3'))
keyboard.write_text(date)
keyboard.enter()
keyboard.write_text(price_list)
price_list_name = VERIFICATION['price_list'][price_list]['name']
window_data = VERIFICATION['screens'][
'main_menu-maintenance_data-pricelists-edit_pricelist-flowers-select']
window_data[1]['target'] = price_list_name
if not f2.verify(window_data, 50):
return False
else:
return True
return False
def main_menu_stock_stock_per_location_edit_stock_date(system,
from_date,
to_date,
attempt=0,
virtual=False):
if attempt > 10:
return False
if type(from_date) == datetime.datetime:
from_date = dates.get_menu_date(from_date)
if type(to_date) == datetime.datetime:
to_date = dates.get_menu_date(to_date)
if virtual:
menu = main_menu_stock_virtual_stock_location_edit_stock
else:
menu = main_menu_stock_stock_per_location_edit_stock
if menu(system, attempt=0):
keyboard.write_text(from_date)
keyboard.enter()
keyboard.write_text(to_date)
keyboard.enter()
window_data = copy.deepcopy(
VERIFICATION['screens']
['main_menu-stock-stock_per_location-edit_stock-date'])
swaps = {
'{from_date}': from_date,
'{to_date}': to_date,
}
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
# print(window_data)
if not f2.verify(window_data, 50):
return main_menu_stock_stock_per_location_edit_stock_date(
system, from_date, to_date, attempt + 1)
else:
return True
return False
def verify_per_location_price_level(location, level, attempt=0):
if attempt > 50:
return False
level = str(level)
if level == '0':
row = parse.process_scene(window.get_window())[4][55:-5].strip()
print('row', row)
if row == '' or row == 'Pricegroup : 0':
print("TRUE")
return True
else:
return verify_per_location_price_level(location, level,
attempt + 1)
keyword = "stock_per_location-flowers-location-price_level"
window_data = VERIFICATION['screens'][keyword]
swaps = {
'{level}': level,
}
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
return verify_per_location(location) and f2.verify(window_data, 50)
for w in window_data:
w['target'] = swap_values(swaps, w['target'])
return f2.verify(window_data, 10)
def swap_values(swaps, text):
for s in swaps:
if s in text:
return text.replace(s, swaps[s])
return text
if __name__ == '__main__':
location = 'ec'
level = '2'
# cmd = verify_per_location_price_level(location, level)
# print(cmd)
# print(verify_lot_info('641921'))
# print(verify_lot_info('641913'))
a = f2.verify([{
'target': 'Intern partijnummer : 647801',
'location': (17, 97)
}], 10)
# b = f2.verify([{'target': 'Intern partijnummer : 647801', 'location': (18, 97)}], 10)
print(a)
# [{'target': 'Inkooporder', 'location': (19, 97)}, {'target': 'Art. info', 'location': (5, 98)}, {'target': 'VBN', 'location': (8, 97)}, {'target': 'Intern partijnummer : 639545', 'location': (18, 97)}]
