def set_config():
if opt.config:
config = parse_config(opt.config)
else:
raise_exception('--config must be specified.')
if isinstance(config.DATA.SCALE, int):
config.DATA.SCALE = (config.DATA.SCALE, config.DATA.SCALE) # make tuple
if not opt.tag:
opt.tag = utils.get_file_name(opt.config)
if opt.local_rank is not None:
opt.gpu_id = opt.local_rank
opt.device = 'cuda:' + str(opt.gpu_id) if torch.cuda.is_available() and opt.gpu_id != -1 else 'cpu'
if opt.debug:
config.MISC.SAVE_FREQ = 1
config.MISC.VAL_FREQ = 1
config.MISC.LOG_FREQ = 1
if opt.tag != 'default':
pid = f'[PID:{os.getpid()}]'
with open('run_log.txt', 'a') as f:
f.writelines(utils.get_time_str(fmt="%Y-%m-%d %H:%M:%S") + ' ' + pid + ' ' + get_command_run() + '\n')
return config
class UserFeedMenu(BaseMenu):
__menu_heading = '\n' + '=' * 10 + ' | My feed | ' + '=' * 10
__options = '[1] Back to main menu'
__next_menus = {
'1': lambda *_: raise_exception(ExitFromMenuException),
}
def __init__(self, user_controller, profile_controller, post_controller):
self.__user_controller = user_controller
self.__profile_controller = profile_controller
self.__post_controller = post_controller
def display(self):
input_func = get_option_input()
def get_input():
print(self.__menu_heading)
print(self.__options)
selected_option = input_func('\nEnter option\'s id: ')
if selected_option not in self.__next_menus.keys():
raise UserInputOptionException
return selected_option
while True:
selected_option = self.input_secure_wrap(get_input)
try:
next_menu = self.__next_menus[selected_option](
self.__user_controller, self.__profile_controller,
self.__post_controller)
next_menu.display()
except ExitFromMenuException:
return
class StartMenu(BaseMenu):
__menu_heading = '\n' + '=' * 10 + ' | Start Menu | ' + '=' * 10
__options = '[1] Log in\n[2] Sign up\n[3] Exit'
__next_menus = {
'1': LoginMenu,
'2': RegistrationMenu,
'3': lambda *_: raise_exception(UserExitException)
}
def __init__(self, user_controller, profile_controller, post_controller):
self.__user_controller = user_controller
self.__profile_controller = profile_controller
self.__post_controller = post_controller
def display(self):
input_func = get_option_input()
def get_input():
print(self.__menu_heading)
print(self.__options)
selected_option = input_func('\nEnter option\'s id: ')
if selected_option not in self.__next_menus.keys():
raise UserInputOptionException
return selected_option
while True:
selected_option = self.input_secure_wrap(get_input)
next_menu = self.__next_menus[selected_option](
self.__user_controller, self.__profile_controller,
self.__post_controller)
next_menu.display()
class MainMenu(BaseMenu):
header = "******Main Menu******"
options = '[1] - Create recipe\n[2] - Recipe list\n[3] - Delete recipe\n[4] - Exit'
next_menus = {
'1': CreateRecipe,
'2': RecipeList,
'3': DeleteRecipe,
'4': lambda: raise_exception(KeyboardInterrupt)
}
def show(self):
input_func = get_option_input()
def get_input():
selected_option = input_func('Enter option')
if selected_option not in self.next_menus.keys():
raise UserInputOptionException
return selected_option
while True:
print(self.header)
print(self.options)
selected_option = self.input_secure_wrap(get_input)
next_menu = self.next_menus[selected_option]()
next_menu.show()
def __init__(self, user_controller, profile_controller, post_controller):
self.__user_controller = user_controller
self.__profile_controller = profile_controller
self.__post_controller = post_controller
self.__next_menus = {
'1': lambda *_: None,
'2': lambda *_: raise_exception(ExitFromMenuException)
}
class RecipeList(BaseMenu):
header = "*****Recipe List*****"
options = "[1] Exit"
next_menus = {'1': lambda *_: raise_exception(ExitFromMenuException)}
def show(self):
print(self.header)
recipes = select_all_recipes()
for i in recipes:
recipe = i['recept']
ingredients = i['ingredients']
print(f"Name: {recipe}\nIngredients: {ingredients}")
input("Press Enter to exit")
class MainMenu(BaseMenu):
__menu_heading = '\n' + '=' * 10 + ' | Main Menu | ' + '=' * 10
__options = '[1] My profile\n[2] My page\n[3] My feed\n[4] Log out'
__next_menus = {
'1': ProfileMenu,
'2': UserPageMenu,
'3': UserFeedMenu,
'4': lambda *_: raise_exception(ExitFromMenuException)
}
def __init__(self, user_controller, profile_controller, post_controller):
self.__user_controller = user_controller
self.__profile_controller = profile_controller
self.__post_controller = post_controller
self.__context = Context()
def display(self):
print(f'\nWelcome, {self.__context.user.username}!')
input_func = get_option_input()
def get_input():
print(self.__menu_heading)
print(self.__options)
selected_option = input_func('\nEnter option\'s id: ')
if selected_option not in self.__next_menus.keys():
raise UserInputOptionException
return selected_option
while True:
selected_option = self.input_secure_wrap(get_input)
try:
next_menu = self.__next_menus[selected_option](
self.__user_controller,
self.__profile_controller,
self.__post_controller
)
next_menu.display()
except ExitFromMenuException:
return
class StartMenu(BaseMenu):
__header = '-' * 10 + ' Blog ' + '-' * 10
__options = '[1] - Enter in\n[2] - Registration\n[3] - Exit'
__next_menus = {
'1': LoginMenu,
'2': RegistrationMenu,
'3': lambda *_: raise_exception(KeyboardInterrupt)
}
def __init__(self, user_controller, profile_controller, post_controller):
self.__user_controller = user_controller
self.__profile_controller = profile_controller
self.__post_controller = post_controller
def show(self):
input_func = get_option_input()
def get_input():
selected_option = input_func('Enter option: ')
if selected_option not in self.__next_menus.keys():
raise UserInputOptionException
return selected_option
while True:
print(self.__header)
print(self.__options)
selected_option = self.input_secure_wrap(get_input)
next_menu = self.__next_menus[selected_option](
self.__user_controller,
self.__profile_controller,
self.__post_controller
)
try:
next_menu.show()
except ExitFromMenuException:
pass
def extract_recording_metadata(
recording_boxes: List[WebElement],
driver: WebDriver,
old_metadata: List[Dict[str, Any]],
download_duplicates: bool,
) -> Tuple[List[Dict[str, Any]], List[int]]:
"""
For each recording, extracts the message text, date of message, time of message, device on which the message
was sent, and the div_id which acts as a unique identifier for each recording.
:param recording_boxes:
:param driver:
:param old_metadata:
:param download_duplicates:
:return: Outputs a tuple of two things:
[0]: A list of all of the metadata for all of the recordings.
[1]: A list of indices of which recordings need to be downloaded (and which can be skipped).
"""
print_log("Extracting the metadata from each recording: ")
recording_metadata = []
indices_to_download = []
num_recordings = len(recording_boxes)
print_log(f"Total recordings: {num_recordings}.")
num_skipped_recordings = 0
for i, recording_box in enumerate(recording_boxes):
box_div_id = recording_box.get_property("id")
# Skip this recording if it is already documented.
if download_duplicates is False:
old_metadata_info = find_div_id_in_metadata(
box_div_id, old_metadata)
if old_metadata_info is not None:
recording_metadata.append(old_metadata_info)
print_log(f"Skipping recording #{i + 1}.")
continue
print_log(f"Working on recording #{i + 1}.")
recording_date = ""
recording_time = ""
recording_device = ""
message_div = recording_box.find_elements_by_xpath(
".//div[@class='record-summary-preview customer-transcript']")
if len(message_div) == 0:
audio_not_understood_msg = recording_box.find_elements_by_xpath(
".//div[@class='record-summary-preview replacement-text']")
if len(audio_not_understood_msg) == 0:
print_log(
"Cannot seem to find the transcription of the recording. Going to skip this recording."
)
num_skipped_recordings += 1
continue
else:
message_div = audio_not_understood_msg
recording_text = message_div[0].text
date_time_info = recording_box.find_elements_by_xpath(
".//div[@class='item']")
if len(date_time_info) < 3:
print_log(
"ERROR: The recording div does not seem to have ALL of the following info: "
"Date, Time, and device. Going to error out.")
raise_exception(
NoSuchElementException(
"The recording div does not have all the necessary "
"metadata for extraction, or the page layout has changed."
),
driver,
)
else:
recording_date = date_time_info[0].text
recording_time = date_time_info[1].text
recording_device = date_time_info[2].text
metadata = {
"message": recording_text,
"date": recording_date,
"time": recording_time,
"device": recording_device,
"div_id": box_div_id,
}
recording_metadata.append(metadata)
indices_to_download.append(i - num_skipped_recordings)
# Open box for audio ID extraction later
expand_button_list = recording_box.find_elements_by_xpath(".//button")
if len(expand_button_list) == 0:
print_log(
"ERROR: The script cannot find the button to expand the recording box. This means that "
"this recording cannot be extracted (but the metadata can still be)."
)
else:
expand_button_list[0].click()
driver.implicitly_wait(1)
time.sleep(1)
return recording_metadata, indices_to_download
