def show_progress(session, method='get', silent=False):
print('')
if method == 'get':
for file in session.unfinished:
print('Getting {}'.format(file.remote_path))
else:
if not session.local_path:
time.sleep(.5)
print('\nSending {}\n'.format(session.local_path))
print('\n')
session.run()
previous_output_length = 0
final_update_needed = True if not silent else False
while session.is_running or final_update_needed:
time.sleep(.5)
if not silent:
# See if we finished since initial check; if so, end loop.
if not session.is_running:
final_update_needed = False
bps, eta, total, size = session.tracker.get_progress()
bps_value, bps_unit = bytes_to_unit_pair(bps)
eta = seconds_to_eta_string(eta)
s_value, s_unit = bytes_to_unit_pair(size)
t_value, t_unit = bytes_to_unit_pair(total, s_unit if size else None)
speed = 'Speed: {:.2f} {}/s'.format(bps_value, bps_unit)
eta = 'ETA: {}'.format(eta)
file_progress = 'File: {:.2f} {} / {:.2f} {}'.format(t_value, t_unit, s_value, s_unit)
status = '{} <|> {} <|> {}'.format(speed, eta, file_progress)
status_length = len(status)
if status_length < previous_output_length:
status += (previous_output_length - status_length) * ' '
previous_output_length = len(status)
s = '{}\r'.format(status)
sys.stdout.write(s)
sys.stdout.flush()
#print('\n', session.finished, session.unfinished, session.errors, session.workers)
print('\n\n')
if method == 'get':
for file in session.finished:
print('Saved to {}'.format(file.local_path))
else:
print('\n\nSent to {}\n'.format(session.remote_path))
print('\n')
if not session.errors:
print('Transfer successful')
else:
print('Error. Try again with --resume')
def test_mebibytes(self):
bytes_ = utils.GIBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.MEBIBYTE, 'MiB')
def test_gibibytes(self):
bytes_ = utils.TEBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.GIBIBYTE, 'GiB')
def test_bytes(self):
bytes_ = utils.KIBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_, 'B')
def test_kibibytes(self):
bytes_ = utils.MEBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.KIBIBYTE, 'KiB')
def test_specify_unit(self):
bytes_ = utils.KIBIBYTE
assert utils.bytes_to_unit_pair(bytes_, 'GiB') == (bytes_ / utils.GIBIBYTE, 'GiB')
def test_yobibytes(self):
bytes_ = utils.YOBIBYTE
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.YOBIBYTE, 'YiB')
def test_zebibytes(self):
bytes_ = utils.YOBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.ZEBIBYTE, 'ZiB')
def test_exbibytes(self):
bytes_ = utils.ZEBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.EXBIBYTE, 'EiB')
def test_pebibytes(self):
bytes_ = utils.EXBIBYTE - 1
assert utils.bytes_to_unit_pair(bytes_) == (bytes_ / utils.PEBIBYTE, 'PiB')