def main():
bar = pb.ProgressBar()
for i in range(95):
bar.increase(1)
random_secs = (random.random()) / 10
time.sleep(random_secs)
bar.set_progress(100)
def main():
green_square = '\u001b[32m█\u001b[0m'
theme = pb.Theme(green_square)
bar = pb.ProgressBar(theme=theme)
for i in range(90):
bar.increase(1)
random_secs = (random.random()) / 10
time.sleep(random_secs)
bar.set_progress(100)
def test_progressbar_inc2(self):
outputs = [
'\[ {40}\] 0/10', '\b{47}\[#{8} {32}\] 2/10',
'\b{47}\[#{16} {24}\] 4/10', '\b{47}\[#{24} {16}\] 6/10',
'\b{47}\[#{32} {8}\] 8/10', '\b{47}\[#{40}\] 10/10'
]
self.p = pyprogress.ProgressBar(10)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
for x in range(1, 6):
self.p.inc(2)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
def test_progressbar_expandpastlimitwithname(self):
outputs = [
'ProgressBar \[ {40}\] 0/10', '\b{47}\[#{8} {32}\] 2/10',
'\b{47}\[#{16} {24}\] 4/10', '\b{47}\[#{24} {16}\] 6/10',
'\b{47}\[#{32} {8}\] 8/10', '\b{47}\[#{40}\] 10/10',
'\b{48}\[#{40}\] 12/10', '\b{48}\[#{40}\] 14/10',
'\b{48}\[#{40}\] 16/10', '\b{48}\[#{40}\] 18/10',
'\b{48}\[#{40}\] 20/10'
]
self.p = pyprogress.ProgressBar(10, name="ProgressBar")
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
for x in range(1, 11):
self.p.inc(2)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
def test_progressbar_changeprogresschar(self):
outputs = [
'\[ {40}\] 0\/10', '\b{47}\[-{4} {36}\] 1\/10',
'\b{47}\[-{8} {32}\] 2\/10', '\b{47}\[-{12} {28}\] 3\/10',
'\b{47}\[-{16} {24}\] 4\/10', '\b{47}\[-{20} {20}\] 5\/10',
'\b{47}\[-{24} {16}\] 6\/10', '\b{47}\[-{28} {12}\] 7\/10',
'\b{47}\[-{32} {8}\] 8\/10', '\b{47}\[-{36} {4}\] 9\/10',
'\b{47}\[-{40}\] 10\/10'
]
self.p = pyprogress.ProgressBar(10, progresschar='-')
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
for x in range(1, 11):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
def test_progressbar_default(self):
outputs = [
'\[ {40}\] 0/10', '[\b]{47}\[#{4} {36}\] 1/10',
'[\b]{47}\[#{8} {32}\] 2/10', '[\b]{47}\[#{12} {28}\] 3/10',
'[\b]{47}\[#{16} {24}\] 4/10', '[\b]{47}\[#{20} {20}\] 5/10',
'[\b]{47}\[#{24} {16}\] 6/10', '[\b]{47}\[#{28} {12}\] 7/10',
'[\b]{47}\[#{32} {8}\] 8/10', '[\b]{47}\[#{36} {4}\] 9/10',
'[\b]{47}\[#{40}\] 10/10'
]
with pyprogress.ProgressBar(10) as p:
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
for x in range(1, 11):
p.inc()
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
def test_progressbar_coloredips(self):
outputs = [
'0:00:00\.[0-9]{6} \[ {40}\] 0\/5 \x1b\[30m0\x1b\[0m\/s',
'[\b]{65}0:00:01\.[0-9]{6} \[#{8} {32}\] 1\/5 \x1b\[92m[0-9.]+\x1b\[0m\/s',
'[\b]{69}0:00:02\.[0-9]{6} \[#{16} {24}\] 2\/5 \x1b\[92m[0-9.]+\x1b\[0m\/s',
'[\b]{69}0:00:03\.[0-9]{6} \[#{24} {16}\] 3\/5 \x1b\[92m[0-9.]+\x1b\[0m\/s',
'[\b]{69}0:00:04\.[0-9]{6} \[#{32} {8}\] 4\/5 \x1b\[92m[0-9.]+\x1b\[0m\/s',
'[\b]{69}0:00:05\.[0-9]{6} \[#{40}\] 5\/5 \x1b\[92m[0-9.]+\x1b\[0m\/s'
]
self.p = pyprogress.ProgressBar(5, colored=True, timecount=True)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
sleep(1)
for x in range(1, 6):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
sleep(1)
def test_progressbar_completionprediction(self):
outputs = [
'\[ {40}\] 0\/5 0\/s',
'[\b]{51}4\.[0-9]{3} \[#{8} {32}\] 1\/5 [0-9.]+\/s',
'[\b]{60}3\.[0-9]{3} \[#{16} {24}\] 2\/5 [0-9.]+\/s', # \b length increases as items per second displays 1.000 instead of 0 because of zero division error and completionprediction shows
'[\b]{60}2\.[0-9]{3} \[#{24} {16}\] 3\/5 [0-9.]+\/s',
'[\b]{60}1\.[0-9]{3} \[#{32} {8}\] 4\/5 [0-9.]+\/s',
'[\b]{60}0\.[0-9]{3} \[#{40}\] 5\/5 [0-9.]+\/s'
]
self.p = pyprogress.ProgressBar(5, completionprediction=True)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
sleep(1)
for x in range(1, 6):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
sleep(1)
def test_progressbar_withruntime(self):
outputs = [
'0:00:00\.[0-9]{6} \[ {40}\] 0\/5 [0-9.]+\/s',
'[\b]{65}0:00:01\.[0-9]{6} \[#{8} {32}\] 1\/5 [0-9.]+\/s',
'[\b]{69}0:00:02\.[0-9]{6} \[#{16} {24}\] 2\/5 [0-9.]+\/s', # \b length increases as items per second displays 1.000 instead of 0 because of zero division error
'[\b]{69}0:00:03\.[0-9]{6} \[#{24} {16}\] 3\/5 [0-9.]+\/s',
'[\b]{69}0:00:04\.[0-9]{6} \[#{32} {8}\] 4\/5 [0-9.]+\/s',
'[\b]{69}0:00:05\.[0-9]{6} \[#{40}\] 5\/5 [0-9.]+\/s'
]
self.p = pyprogress.ProgressBar(5, timecount=True)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
sleep(1)
for x in range(1, 6):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
sleep(1)
def test_progressbar_changewidth(self):
outputs = [
'\[ {80}\] 0\/8',
'\b{86}\[#{10} {70}\] 1\/8',
'\b{86}\[#{20} {60}\] 2\/8',
'\b{86}\[#{30} {50}\] 3\/8',
'\b{86}\[#{40} {40}\] 4\/8',
'\b{86}\[#{50} {30}\] 5\/8',
'\b{86}\[#{60} {20}\] 6\/8',
'\b{86}\[#{70} {10}\] 7\/8',
'\b{86}\[#{80}\] 8\/8',
]
self.p = pyprogress.ProgressBar(8, width=80)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
for x in range(1, 9):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
def test_progressbar_everything(self):
outputs = [
'ProgressBar 0:00:00\.[0-9]{6} \[ {100}\] 0\/20 \x1b\[30m0\x1b\[0m\/s',
'[\b]{127}0:00:00\.[0-9]{6} [0-9.]{5} \[#{5} {95}\] 1\/20 \x1b\[30m0\x1b\[0m\/s',
'[\b]{132}0:00:01\.[0-9]{6} [0-9.]{5} \[#{10} {90}\] 2\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:01\.[0-9]{6} [0-9.]{5} \[#{15} {85}\] 3\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:02\.[0-9]{6} [0-9.]{5} \[#{20} {80}\] 4\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:02\.[0-9]{6} [0-9.]{5} \[#{25} {75}\] 5\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:03\.[0-9]{6} [0-9.]{5} \[#{30} {70}\] 6\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:03\.[0-9]{6} [0-9.]{5} \[#{35} {65}\] 7\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:04\.[0-9]{6} [0-9.]{5} \[#{40} {60}\] 8\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:04\.[0-9]{6} [0-9.]{5} \[#{45} {55}\] 9\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{136}0:00:05\.[0-9]{6} [0-9.]{5} \[#{50} {50}\] 10\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:05\.[0-9]{6} [0-9.]{5} \[#{55} {45}\] 11\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:06\.[0-9]{6} [0-9.]{5} \[#{60} {40}\] 12\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:06\.[0-9]{6} [0-9.]{5} \[#{65} {35}\] 13\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:07\.[0-9]{6} [0-9.]{5} \[#{70} {30}\] 14\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:07\.[0-9]{6} [0-9.]{5} \[#{75} {25}\] 15\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:08\.[0-9]{6} [0-9.]{5} \[#{80} {20}\] 16\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:08\.[0-9]{6} [0-9.]{5} \[#{85} {15}\] 17\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:09\.[0-9]{6} [0-9.]{5} \[#{90} {10}\] 18\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:09\.[0-9]{6} [0-9.]{5} \[#{95} {5}\] 19\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s',
'[\b]{137}0:00:10\.[0-9]{6} [0-9.]{5} \[#{100}\] 20\/20 \x1b\[9[12]m[0-9.]+\x1b\[0m\/s'
]
self.p = pyprogress.ProgressBar(20,
width=100,
name="ProgressBar",
timecount=True,
completionprediction=True,
colored=True)
self.p.begin()
assert re.match(outputs[0], self.stdout.getvalue().strip())
self.stdout.truncate(0)
sleep(0.5)
for x in range(1, 21):
self.p.inc(1)
assert re.match(outputs[x],
self.stdout.getvalue().strip('\x00').strip())
self.stdout.truncate(0)
sleep(0.5)
