def search_time_spent(self):
'''This is the menu where the user enters the number of minutes a task
took and be able to choose one to see entries from
'''
print('SEARCH BY TIME SPENT')
print("Time spent")
time_spent = None
while time_spent is None:
input_text = input("Enter a whole number of minutes (rounded) ")
try:
time_spent = int(input_text)
except ValueError:
print("Invalid value")
continue
# load csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
field_title = self.HEADERS['duration']
matching_records = self.get_matching_records(csv_data, field_title,
str(time_spent))
if len(matching_records) == 0:
print("\nNo matches, returning to search menu")
return self.search_entries
self.records = matching_records
self.current_record = 0
return self.present_next_result
def search_regex_search(self):
'''This menu is just like `search_text_search` except the user provides
a regex pattern instead of a text string
'''
text_headers = [self.HEADERS['task_name'], self.HEADERS['notes']]
print('SEARCH USING REGEX PATTERN')
print("Enter the pattern to search on")
input_text = input("> ")
pattern = input_text
# load csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# perform search
matching_records = []
for header in text_headers:
matches_for_header = self.get_records_with_pattern(
csv_data, header, pattern)
if len(matches_for_header) > 0:
matching_records.append(matches_for_header)
uniques = []
for record in matching_records:
if record not in uniques:
uniques += record
if len(uniques) == 0:
print("\nNo matches, returning to search menu")
return self.search_entries
self.records = uniques
self.current_record = 0
return self.present_next_result
def search_text_search(self):
'''This is the menu where the user enters a text string and is presented
with all entries containing that string in the task name or notes
'''
text_headers = [self.HEADERS['task_name'], self.HEADERS['notes']]
print('SEARCH USING TEXT STRING')
print("Enter the text string to search on")
input_text = input("> ")
text_string = input_text
# load csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# perform search
matching_records = []
for header in text_headers:
matches_for_header = self.get_records_containing(
csv_data, header, text_string)
if len(matches_for_header) > 0:
matching_records.append(matches_for_header)
uniques = []
for record in matching_records:
if record not in uniques:
uniques += record
if len(uniques) == 0:
print("\nNo matches, returning to search menu")
return self.search_entries
self.records = uniques
self.current_record = 0
return self.present_next_result
def upload_csv(user):
db = mydb.MyDatabase(dbtype=mydb.SQLITE, dbname='wortkarte.sqlite')
# csvfile = 'static/files/words.csv'
csvfile = 'static/files/verben_prap.csv'
csv_man = CsvManager(csvfile)
words = csv_man.get_all_words()
for word in words:
query = f"INSERT INTO words_{user}(source, target, zero, one, two, three, four) " \
f"VALUES ('{word[0]}','{word[1]}', 1, 0, 0, 0, 0);"
db.execute_query(query)
def main(): file_names=sys.argv[1:-1] out_name=sys.argv[-1] fieldnames = config.FIELDNAMES csv_manager = CsvManager(fieldnames.keys(), fieldnames) for file_name in file_names: csv_manager.read_csv(open(file_name, 'r'), preprocess=config.PREPROCESS) csv_manager.write_csv(open(out_name, 'w'))
def search_date_range(self):
'''This is the menu where the user can enter a from date and to date
and get back every entry from within that range
'''
print('SEARCH DATE RANGE')
start_date = None
end_date = None
# get start_date
while start_date is None:
print("Start Date:")
user_entry = self.date_entry()
if user_entry[0] is not None: # error
print(user_entry[0])
continue
else:
start_date = user_entry[1]
# get end_date
while end_date is None:
print("End Date:")
user_entry = self.date_entry()
if user_entry[0] is not None: # error
print(user_entry[0])
continue
else:
end_date = user_entry[1]
# load csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# loop through every loop in range (inclusive)
if end_date < start_date:
current_date = end_date
end_date = start_date
start_date = end_date
else:
current_date = start_date
print("\nShowing entries:")
matching_records = []
while current_date <= end_date:
# show entries
date_string = self.date_to_string(current_date, target='file')
matching_records += self.get_matching_records(
csv_data, self.HEADERS['date'], date_string)
current_date = current_date + datetime.timedelta(days=1)
if len(matching_records) == 0:
print("\nNo matches, returning to search menu")
return self.search_entries
self.records = matching_records
self.current_record = 0
return self.present_next_result
def delete_current_record(self):
print("delete record")
match_index = self.current_record
record = self.records[match_index]
# load te csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# find the row that matches record
for row in csv_data:
if row == record:
# delete that row
csv_data.remove(row)
break
# save the csv
csvm.save_csv(csv_data, self.DATASTORE_FILENAME, truncate=True)
return self.main_menu
def edit_record(self):
print("edit record")
print('enter the record number to edit')
user_input = input("> ")
match_index = int(user_input) - 1
record = self.records[match_index]
# get the new values for the record
date = None
while date is None:
print("New date of the Task")
user_entry = self.date_entry()
if user_entry[0] is not None: # error
print(user_entry[0])
continue
else:
date = user_entry[1]
date_string = self.date_to_string(date, target='file')
print("New name of the Task")
input_text = input("Enter the name of the task > ")
task_name = input_text
time_spent = None
while time_spent is None:
print("New time spent")
input_text = input("Enter a whole number of minutes (rounded) ")
try:
time_spent = int(input_text)
except ValueError:
print("Invalid value")
continue
print("New notes")
input_text = input("(Optional, leave blank for none) ")
notes = input_text
# load the csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# find the row that matches record
for row in csv_data:
if row == record:
row[self.HEADERS['date']] = date_string
row[self.HEADERS['task_name']] = task_name
row[self.HEADERS['duration']] = time_spent
row[self.HEADERS['notes']] = notes
# save the csv
csvm.save_csv(csv_data, self.DATASTORE_FILENAME, truncate=True)
return self.main_menu
def delete_record(self):
print("delete record")
print('enter the record number to delete')
user_input = input("> ")
match_index = int(user_input) - 1
record = self.records[match_index]
# load te csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
# find the row that matches record
for row in csv_data:
if row == record:
# delete that reow
csv_data.remove(row)
break
# save the csv
csvm.save_csv(csv_data, self.DATASTORE_FILENAME, truncate=True)
return self.main_menu
def add_entry(self):
'''This is the menu where the user can add a task that was completed
'''
while True:
print("\nADD ENTRY")
date = None
while date is None:
print("Date of the Task")
user_entry = self.date_entry()
if user_entry[0] is not None: # error
print(user_entry[0])
continue
else:
date = user_entry[1]
date_string = self.date_to_string(date, target='file')
print("Name of the Task")
input_text = input("Enter the name of the task > ")
task_name = input_text
time_spent = None
while time_spent is None:
print("Time spent")
print("Enter a whole number of minutes (rounded)")
input_text = input("> ")
try:
time_spent = int(input_text)
except ValueError:
print("Invalid value, please try again")
continue
if time_spent < 0:
print("Invalid value, please try again")
continue
print("Notes")
input_text = input("(Optional, leave blank for none) ")
notes = input_text
# call method to write data to file
csvm = CsvManager()
file_data = [{
self.HEADERS['date']: date_string,
self.HEADERS['task_name']: task_name,
self.HEADERS['duration']: time_spent,
self.HEADERS['notes']: notes
}]
csvm.save_csv(file_data, self.DATASTORE_FILENAME)
return self.main_menu
def search_exact_date(self):
'''This is the menu where the user browses dates and entries and picks
the date from a list
'''
print("\nSEARCH EXACT DATE")
# load the csv
csvm = CsvManager()
csv_data = csvm.load_csv(self.DATASTORE_FILENAME)
date_records = self.get_column(csv_data,
self.HEADERS['date'],
unique=True)
for i, value in enumerate(date_records):
print("{}) {}".format(i + 1, value))
selected_date = None
while selected_date is None:
user_input = input("> ")
# perform input validation
try:
user_input = int(user_input) - 1
except ValueError:
print("Invalid value, try again")
continue
if user_input < 0:
print("Value out of range. Try again.")
continue
try:
selected_date = date_records[user_input]
except IndexError:
print("Value out of range. Try again.")
continue
# when a date is selected, show all the entries with that date
matching_records = self.get_matching_records(
csv_data, self.HEADERS['date'], selected_date)
self.records = matching_records
self.current_record = 0
return self.present_next_result
def multiprocess(traces, commands, raw_config):
# Get Simulator Configurations...
config = SimulatorConfig(
C=raw_config['C'],
L=raw_config['L'],
K=raw_config['K'],
N=raw_config['N'],
BIT_SIZE=constants.BIT_SIZE,
input_label=commands.input_file_label,
)
simulation_results = run(traces, config)
# Open CSV file to write...
output_file = constants.OUTPUT_FOLDER_PATH + populate_output_file_label(
commands.input_file_label,
C=raw_config['C'],
L=raw_config['L'],
K=raw_config['K'],
N=raw_config['N'],
)
with open(output_file, 'w+') as csv_file:
# Print out result file as CSV
csv_manager = CsvManager(csv_file, [
'Input',
'Cache-Capacity',
'L',
'K',
'N',
'Hit-Ratio',
'Miss-Ratio',
'AMAT',
'Hit-Count',
'Miss-Count',
'Access-Count',
])
csv_manager.write_row(simulation_results)
def run(commands):
input_file = constants.INPUT_FOLDER_PATH + commands.input_file_label
# Parse trace file to programmable.
traces = []
with open(input_file, 'r') as trace_file:
traces = trace_parser.parse(trace_file, constants.BIT_SIZE)
# Config for L1 I/D, L2 (Fixed)
config_L1_inst = CacheConfig(
C=L1_CACHE_SIZE, L=BLOCK_SIZE, K=1, N=512,
BIT_SIZE=constants.BIT_SIZE,
input_label=commands.input_file_label,
HIT_TIME=4,
MISS_PENALTY=16,
)
config_L1_data = CacheConfig(
C=L1_CACHE_SIZE, L=BLOCK_SIZE, K=1, N=512,
BIT_SIZE=constants.BIT_SIZE,
input_label=commands.input_file_label,
HIT_TIME=4,
MISS_PENALTY=16,
)
config_L2 = CacheConfig(
C=L2_CACHE_SIZE, L=BLOCK_SIZE, K=8, N=512,
BIT_SIZE=constants.BIT_SIZE,
input_label=commands.input_file_label,
HIT_TIME=16,
MISS_PENALTY=32,
)
raw_configs_dicts_L3 = {}
with open('configs/project.json', 'r') as raw_config_file:
raw_configs_dicts_L3 = json.load(raw_config_file)
raw_configs_L3 = [
{
'C': L3_CACHE_SIZE,
'L': BLOCK_SIZE,
'K': raw_config['K'],
'N': raw_config['N'],
'INST_PREFETCHER': raw_config['INST_PREFETCHER'],
'DATA_PREFETCHER': raw_config['DATA_PREFETCHER'],
'REPLACEMENT': raw_config['REPLACEMENT'],
}
for raw_config in cartesian_dict_product(raw_configs_dicts_L3)
if check_raw_config({
'C': L3_CACHE_SIZE,
'L': BLOCK_SIZE,
'K': raw_config['K'],
'N': raw_config['N'],
})
]
validate_raw_configs(raw_configs_L3)
del raw_configs_dicts_L3
for raw_config_L3 in raw_configs_L3:
# Config for L3 (Dynamic)
config_L3 = CacheConfig(
C=raw_config_L3['C'],
L=raw_config_L3['L'],
K=raw_config_L3['K'],
N=raw_config_L3['N'],
BIT_SIZE=constants.BIT_SIZE,
input_label=commands.input_file_label,
HIT_TIME=32,
MISS_PENALTY=120,
# inst_prefetcher=constants.PREFETCHER_TYPE['STREAM_BUFFER'],
inst_prefetcher=constants.PREFETCHER_TYPE[raw_config_L3['INST_PREFETCHER']],
# data_prefetcher=constants.PREFETCHER_TYPE['WRITE_BUFFER'],
data_prefetcher=constants.PREFETCHER_TYPE[raw_config_L3['DATA_PREFETCHER']],
replacement_policy=constants.REPLACEMENT_POLICY_TYPE[raw_config_L3['REPLACEMENT']],
)
# TODO(totorody): Implements to run caches
cache_L1_inst = Cache(config_L1_inst)
cache_L1_data = Cache(config_L1_data)
cache_L2 = Cache(config_L2)
cache_L3 = Cache(config_L3)
cache_L1_inst.set_low_cache(cache_L2)
cache_L1_data.set_low_cache(cache_L2)
cache_L2.set_low_cache(cache_L3)
print('Start to run caching...')
index = 0
for trace in traces:
if index % 10000 == 0:
print('trace #:', index)
index += 1
if trace['type'] not in constants.ACCESS_TYPE.values():
continue
if trace['type'] == constants.ACCESS_TYPE['INST_READ']:
cache_L1_inst.access(trace)
else:
cache_L1_data.access(trace)
print('Prints cache simulation results...')
inst_result = cache_L1_inst.get_result('L1-Inst')
data_result = cache_L1_data.get_result('L1-Data')
L2_result = cache_L2.get_result('L2')
L3_result = cache_L3.get_result('L3')
output_file = constants.OUTPUT_FOLDER_PATH \
+ populate_output_file_label(config_L3)
with open(output_file, 'w+') as csv_file:
csv_manager = CsvManager(csv_file, inst_result.keys())
csv_manager.write_row(inst_result)
csv_manager.write_row(data_result)
csv_manager.write_row(L2_result)
csv_manager.write_row(L3_result)
async def crawl_pages(self, category):
cat_id = self.categories.get(category)
offset = 0
max_results = 50
auctions = list()
while True:
url = self.search_category_url_format.format(
cat_id=cat_id, skip=offset, max_num_of_results=max_results)
_, page_content = await self.extract_async(url)
if page_content is not None:
json_obj = json.loads(page_content.decode("utf-8"),
encoding="utf-8")
items = json_obj.get("Items")
auctions.extend(items)
offset += max_results
if len(items) < max_results:
break
log.debug("Found: %d auctions of category: %s" %
(len(auctions), category))
output_dir = self.output_dir_path_format.format(category=category)
csv_file_path = os.path.join(
output_dir, "{category}.csv".format(category=category))
log.info("Csv output directory path: %s, csv file: %s" %
(output_dir, csv_file_path))
Util.create_directory(output_dir)
csv_manager = CsvManager(csv_file_path, self.fields, "id")
csv_manager.open_file()
tasks = (self.parse_item(category, item) for item in items)
for res in AsyncCrawler.limited_as_completed(tasks, 5):
extracted_data = await res
if csv_manager.check_row_exist(extracted_data):
extracted_data["flag"] = self.flags.get("updated")
else:
extracted_data["flag"] = self.flags.get("new")
csv_manager.update_row(extracted_data)
auction_output_dir = os.path.join(output_dir,
extracted_data.get("id"))
Util.create_directory(auction_output_dir)
if extracted_data.get("images") is not None:
images_urls = extracted_data.get("images").split('|')
local_img = list()
for img_url in images_urls:
local_img_file_path = os.path.join(
auction_output_dir, "{img_id}.jpg".format(
img_id=self.get_image_id(img_url)))
if not Util.check_file_exist(local_img_file_path):
local_img.append((img_url, local_img_file_path))
download_tasks = (self.download_file(img_url, img_file_path)
for img_url, img_file_path in local_img)
for r in AsyncCrawler.limited_as_completed(download_tasks):
await r
csv_manager.close_file()
from optparse import OptionParser
parser = OptionParser('"')
parser.add_option('-i', '--inputFile', dest='input_file')
parser.add_option('-o', '--outputFile', dest='output_file')
options, otherjunk = parser.parse_args(argv)
return options
options = parse_commands(sys.argv[1:])
parser = None
weka_objects = None
with open(options.input_file, 'r') as weka_file:
parser = WekaParser(weka_file)
weka_objects = parser.parse()
weka_manager = WekaManager(weka_objects)
weka_manager.filter_objects()
weka_manager.normalize()
analyze_result = weka_manager.analyze()
with open(options.output_file, 'w+') as csv_file:
csv_manager = CsvManager(csv_file, ['Type', 'Source', 'Target', 'Weight'])
for relationship, weight in analyze_result.items():
csv_manager.write_row({
'Type': 'Undirected',
'Source': relationship[0],
'Target': relationship[1],
'Weight': weight,
})
from input_manager import InputManager
from list_manager import ListManager
from csv_manager import CsvManager
from ui_manager import UiManager
inputManager = InputManager()
listManager = ListManager()
csvManager = CsvManager()
uiManager = UiManager()
inputManager.prompt_user_for_country_iso_code()
inputManager.prompt_user_for_type_of_data()
inputManager.prompt_user_for_interval_in_days()
covid_cases_filtered_by_country = listManager.filter_by_country_iso_code(
csvManager.ALL_COVID_CASES_IN_CSV, inputManager.chosen_country_iso_code)
list_of_dates = listManager.get_date_list(covid_cases_filtered_by_country)
list_of_cases = listManager.get_type_of_data_list(
covid_cases_filtered_by_country, inputManager.chosen_type_of_data)
list_of_dates = listManager.get_cases_by_interval_in_days(
list_of_dates, inputManager.chosen_interval_in_days)
list_of_cases = listManager.get_cases_by_interval_in_days(
list_of_cases, inputManager.chosen_interval_in_days)
uiManager.create_plot_from_two_lists(list_of_cases, list_of_dates)
uiManager.define_labels_for_both_axis(
"Cases",
f"Date ({uiManager.day_message_plural_check(inputManager.chosen_interval_in_days)})"
)
uiManager.show_plot()
async def crawl_pages(self, category, max_pages):
pages = (self.search_category_url_format.format(
category=category, page_number=page_number)
for page_number in range(1, max_pages + 1))
auctions_links = list()
tasks = (self.extract_async(url) for url in pages)
for page in AsyncCrawler.limited_as_completed(tasks, 5):
url, page_content = await page
if url is not None and page_content is not None:
auctions_links.extend(
self.parse_search_result_page(page_content))
if not auctions_links:
log.warning("No results found for category: %s" % category)
return
log.debug("Found: %d auctions in %d pages of category: %s" %
(len(auctions_links), max_pages, category))
output_dir = self.output_dir_path_format.format(category=category)
csv_file_path = os.path.join(
output_dir, "{category}.csv".format(category=category))
Util.create_directory(output_dir)
csv_manager = CsvManager(csv_file_path, self.fields, "id")
csv_manager.open_file()
for auction_url in auctions_links:
self.driver.get(auction_url)
extracted_data = self.parse_data(category, auction_url,
self.driver.page_source)
if csv_manager.check_row_exist(extracted_data):
log.debug("row already existed in csv")
extracted_data["flag"] = self.flags.get("updated")
else:
log.debug("row in new")
extracted_data["flag"] = self.flags.get("new")
csv_manager.update_row(extracted_data)
auction_output_dir = os.path.join(output_dir,
extracted_data.get("id"))
Util.create_directory(auction_output_dir)
if extracted_data.get("images") is not None:
images_urls = extracted_data.get("images").split('|')
local_img = list()
for img_url in images_urls:
local_img_file_path = os.path.join(
auction_output_dir, "{img_id}.png".format(
img_id=self.get_image_id(img_url)))
if not Util.check_file_exist(local_img_file_path):
local_img.append((img_url, local_img_file_path))
download_tasks = (self.download_file(img_url, img_file_path)
for img_url, img_file_path in local_img)
for r in AsyncCrawler.limited_as_completed(download_tasks):
await r
csv_manager.close_file()
def setup_csv_file_manager(self):
tracklist = self.config_manager.get_config('PATHS', 'tracklist_file')
self.csv_manager = CsvManager(tracklist)
class Karaoke:
"""
This class is basically the main class.
It uses all other classes to execute commands inserted from the ui
If it has a valid config, it will start
If it does not have a valid config
"""
def __init__(self):
self.config_manager = ConfigManager()
if self.config_manager.has_valid_config():
print("Valid config file is detected")
self.setup()
else:
print("No valid config file is found")
def has_valid_config(self):
if not self.config_manager.has_valid_config():
print("Invalid config")
return False
if not self.csv_manager.is_csv_valid():
print("Invalid tracklist")
return False
return True
def get_video_directory(self):
return self.config_manager.get_config('PATHS', 'video_directory')
def set_video_directory(self, video_dir):
return self.config_manager.set_config('PATHS', 'video_directory', video_dir)
def get_tracklist_file(self):
return self.config_manager.get_config('PATHS', 'tracklist_file')
def set_tracklist_file(self, tracklist_file):
return self.config_manager.set_config('PATHS', 'tracklist_file', tracklist_file)
def setup(self):
self.setup_csv_file_manager()
self.setup_mpv_manager()
def setup_csv_file_manager(self):
tracklist = self.config_manager.get_config('PATHS', 'tracklist_file')
self.csv_manager = CsvManager(tracklist)
def setup_mpv_manager(self):
video_dir = self.config_manager.get_config('PATHS', 'video_directory')
song_completed_callback = self.csv_manager.record_song_played
self.mpv_manager = MpvManger(song_completed_callback, video_dir)
def test(self):
playlist = self.csv_manager.generate_red_playlist()
self.mpv_manager.play_playlist(playlist)
def get_all_playlists(self):
try:
playlists = self.csv_manager.get_all_playlist_names()
except AttributeError:
playlists = []
return playlists
def play_playlist(self, playlist_name, shuffle=False, longest_not_played_first=False):
playlist = self.csv_manager.get_playlist_by_name(playlist_name, shuffle, longest_not_played_first)
self.mpv_manager.play_playlist(playlist)
def allowed_to_alter_csv_file(self):
return self.csv_manager.allowed_to_alter_csv_file()
async def crawl_pages(self, category, max_pages):
pages = (self.search_link_format.format(category=category,
page_number=page_number)
for page_number in range(1, max_pages + 1))
auctions_links = list()
tasks = (self.extract_async(url) for url in pages)
for page in AsyncCrawler.limited_as_completed(tasks, 5):
url, page_content = await page
if url is not None and page_content is not None:
auctions_links.extend(
self.parse_search_result_page(page_content))
if not auctions_links:
log.warning("No results found for category: %s" % category)
return
log.debug("Found: %d auctions in %d pages of category: %s" %
(len(auctions_links), max_pages, category))
output_dir = self.output_dir_path_format.format(category=category)
csv_file_path = os.path.join(
output_dir, "{category}.csv".format(category=category))
Util.create_directory(output_dir)
csv_manager = CsvManager(csv_file_path, self.fields, "id")
csv_manager.open_file()
'''
tasks = (self.extract_multi_async([url.replace("aukcja", "zdjecia"), url]) for url in auctions_links)
for pages in AsyncCrawler.limited_as_completed(tasks):
results = await pages
images_url, images_page_content = results[0]
url, page_content = results[1]
'''
tasks = (self.extract_async(url) for url in auctions_links)
for page in AsyncCrawler.limited_as_completed(tasks, 5):
url, page_content = await page
if url is not None and page_content is not None:
extracted_data = self.parse_data(category, url, page_content)
images_links = list()
images_url = url.replace("aukcja", "zdjecia")
_, images_page_content = await self.extract_async(images_url)
if images_url is not None and images_page_content is not None:
images_links = self.parse_full_images_page(
images_page_content)
extracted_data["images"] = '|'.join(images_links)
if csv_manager.check_row_exist(extracted_data):
if _translate.get("finished") in extracted_data.get(
"stop").lower():
extracted_data["flag"] = self.flags.get("sold")
else:
extracted_data["flag"] = self.flags.get("updated")
else:
extracted_data["flag"] = self.flags.get("new")
csv_manager.update_row(extracted_data)
auction_output_dir = os.path.join(output_dir,
extracted_data.get("id"))
Util.create_directory(auction_output_dir)
if extracted_data.get("images") is not None:
images_urls = extracted_data.get("images").split('|')
local_img = list()
for img_url in images_urls:
local_img_file_path = os.path.join(
auction_output_dir, "{img_id}.jpg".format(
img_id=self.get_image_id(img_url)))
if not Util.check_file_exist(local_img_file_path):
local_img.append((img_url, local_img_file_path))
download_tasks = (self.download_file(
img_url, img_file_path)
for img_url, img_file_path in local_img)
for r in AsyncCrawler.limited_as_completed(download_tasks):
await r
else:
logging.error("Url or page_content none: %s" % url)
csv_manager.close_file()
