def watch(filename, download_thread):
sleep_time = 2
real_sleep_time = sleep_time - 0.1
start_time = time.time()
last_downloaded_number = 0
last_output_len = 0
# Ensure that the tasks information is not empty.
tasks_info = downloader_handle.get_tasks_info(filename)
while download_thread.is_alive() and not tasks_info:
tasks_info = downloader_handle.get_tasks_info(filename)
# Extract the total size of the file
total_size = 0
while download_thread.is_alive():
tasks_info = downloader_handle.get_tasks_info(filename)
# If doesn't determine the download manner, continue.
if tasks_info[filename][0] is None:
continue
if tasks_info[filename][0]:
# Ensure no KeyError
while True:
try:
total_size = tasks_info[filename][3]
except KeyError:
pass
else:
if total_size:
break
tasks_info = downloader_handle.get_tasks_info(filename)
break
while download_thread.is_alive():
end_time = time.time()
total_time = int(end_time - start_time)
if not total_time:
continue
tasks_info = downloader_handle.get_tasks_info(filename)
if total_size:
downloaded_number = sum(map(lambda v: v[4], tasks_info[filename][4].values()))
is_finish = False
for v in tasks_info[filename][4].values():
if v[3] == v[4]:
is_finish = True
break
else:
downloaded_number = tasks_info[filename][3]
is_finish = False
number = downloaded_number - last_downloaded_number
last_downloaded_number = downloaded_number
print('\r', ' ' * last_output_len, end='')
rtn = _print_watch_result(filename, downloaded_number, number, sleep_time, total_time, total_size, is_finish)
last_output_len = len(rtn) + 25
print(rtn, end='')
time.sleep(real_sleep_time)
def watch_files(filename, filenames, download_thread, total_size):
sleep_time = 2
real_sleep_time = sleep_time - 0.1
start_time = time.time()
last_downloaded_number = 0
last_output_len = 0
# Ensure that the tasks information is not empty.
tasks_info = downloader_handle.get_tasks_info(filenames)
while download_thread.is_alive() and not tasks_info:
tasks_info = downloader_handle.get_tasks_info(filenames)
while download_thread.is_alive():
total_time = int(time.time() - start_time)
if not total_time:
continue
tasks_info = downloader_handle.get_tasks_info(filenames)
downloaded_number = 0
for f in filenames:
if tasks_info[f][0]:
downloaded_number += sum(map(lambda v: v[4], tasks_info[f][4].values()))
is_finish = False
for v in tasks_info[filename][4].values():
if v[3] == v[4]:
is_finish = True
break
else:
downloaded_number += tasks_info[f][3]
is_finish = False
number = downloaded_number - last_downloaded_number
last_downloaded_number = downloaded_number
print('\r', ' ' * last_output_len, end='')
rtn = _print_watch_result(filename, downloaded_number, number, sleep_time, total_time, total_size, is_finish)
last_output_len = len(rtn) + 25
print(rtn, end='')
time.sleep(real_sleep_time)
