def test_no_parameter(self):
"""Verify that test ends after 1 count when no parameter is passed.
"""
duration = Duration()
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration():
# if test goes into an endless loop interrupt test
if iter_time >= 1:
break
# Verify that test ends after 1 iterated count.
assert iter_count == 1
def test_option_negative(self):
"""Verify that test ends after 1 count when negative value of option is passed.
"""
test_time_option = -1
duration = Duration(option='{0}s'.format(test_time_option))
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration():
# if test goes into an endless loop interrupt test
if iter_time >= 1:
break
# Verify that test ends after 1 iterated count.
assert iter_count == 1
def test_option_float(self):
"""Verify that test ends after value of option when float value of option is passed.
"""
test_time_option = 2.5
duration = Duration(option='{0}s'.format(test_time_option))
iter_time = 0
# run test
for iter_count, iter_time in duration.control_duration():
# if test goes into an endless loop interrupt test
if iter_time >= test_time_option + 1:
break
# Verify that test ends after 2.5 seconds.
assert test_time_option * 0.97 <= iter_time <= test_time_option * 1.02
def test_timing_second(self):
"""Verify that test ends after value of timing when timing is passed.
"""
duration = Duration()
test_time = 1
iter_time = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}s'.format(test_time)):
# if test goes into an endless loop interrupt test
if iter_time >= test_time + 1:
break
# Verify that test ends after 1 second.
assert test_time * 0.97 <= iter_time <= test_time * 1.02
def test_count_float(self):
"""Verify that test ends after integer value of count when float value of count is passed.
"""
duration = Duration()
test_count = 2.5
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= 1:
break
# Verify that test ends after 2 iterated count.
assert iter_count == int(test_count)
def test_count_negative(self):
"""Verify that test ends after 1 count when negative value of count is passed.
"""
duration = Duration()
test_count = -1
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= 1:
break
# Verify that test ends after 1 iterated count.
assert iter_count == 1
def test_nonexistent_time(self):
"""Verify that test ends after 1 count when timing by nonexistent time is passed.
"""
duration = Duration()
test_time = 1
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}k'.format(test_time)):
# if test goes into an endless loop interrupt test
if iter_time >= test_time + 1:
break
# Verify that test ends after 1 iterated count.
assert iter_count == 1
def test_timing_zero(self):
"""Verify that test ends after 1 count when zero value of timing is passed.
"""
duration = Duration()
test_time = 0
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}s'.format(test_time)):
# if test goes into an endless loop interrupt test
if iter_time >= test_time + 1:
break
# Verify that test ends after 1 iterated count.
assert iter_count == 1
def test_count_when_option_zero(self):
"""Verify that test ends after value of count when zero value of option is passed.
"""
test_time_option = 0
test_count = 10
duration = Duration(option='{0}s'.format(test_time_option))
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= 1:
break
# Verify that test ends after 10 counts.
assert iter_count == test_count
def test_count_less_than_timing(self):
"""Verify that test ends after value of count when time of count less than timing is passed.
"""
duration = Duration()
test_time = 1
test_count = 10
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}s'.format(test_time), count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= test_time + 1:
break
# Verify that test ends after 10 iterated count.
assert iter_count == test_count
def test_option_when_count_zero(self):
"""Verify that test ends after value of option when zero value of count is passed.
"""
test_time_option = 1
test_count = 0
duration = Duration(option='{0}s'.format(test_time_option))
iter_time = 0
# run test
for iter_count, iter_time in duration.control_duration(
count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= test_time_option + 1:
break
# Verify that test ends after 1 second.
assert test_time_option * 0.97 <= iter_time <= test_time_option * 1.02
def test_count_less_than_option(self):
"""Verify that test ends after value of count when time of count less than option is passed.
"""
test_time_option = 1
test_count = 10
duration = Duration(option='{0}s'.format(test_time_option))
iter_count = 0
# run test
for iter_count, iter_time in duration.control_duration(
count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= test_time_option + 1:
break
# Verify that test ends after 10 iterated counts.
assert iter_count == test_count
def test_option_less_than_timing(self):
"""Verify that test ends after value of option when option less than timing is passed.
"""
test_time_option = 1
test_time = 2
duration = Duration(option='{0}s'.format(test_time_option))
iter_time = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}s'.format(test_time)):
# if test goes into an endless loop interrupt test
if iter_time >= test_time_option + 1:
break
# Verify that test ends after 1 second.
assert test_time_option * 0.97 <= iter_time <= test_time_option * 1.02
def test_timing_less_than_option_and_count(self):
"""Verify that test ends after value of timing when timing less than option and count is passed.
"""
test_time_option = 2
test_time = 1
test_count = 1000000
duration = Duration(option='{0}s'.format(test_time_option))
iter_time = 0
# run test
for iter_count, iter_time in duration.control_duration(
timing='{0}s'.format(test_time), count=test_count):
# if test goes into an endless loop interrupt test
if iter_time >= test_time + 1:
break
# Verify that test ends after 1 second.
assert test_time * 0.97 <= iter_time <= test_time * 1.02