def decorator(test_method):
seed = hypothesis_reproduction_seed()
if seed is not None:
# This implements the semantics of TFP_HYPOTHESIS_REPRODUCE via
# the `hp.reproduce_failure` decorator.
test_method = hp.reproduce_failure('3.56.5', seed)(test_method)
return hp.settings(**kwds)(test_method)
def decorator(test_method):
repro_seed = hypothesis_reproduction_seed()
if repro_seed is not None:
# This implements the semantics of TFP_HYPOTHESIS_REPRODUCE via
# the `hp.reproduce_failure` decorator.
test_method = hp.reproduce_failure('3.56.5',
repro_seed)(test_method)
elif randomize_hypothesis():
# Hypothesis defaults to seeding its internal PRNG from the system time,
# so since we actually want randomization (including across machines) we
# have to force it.
entropy = os.urandom(64)
test_method = hp.seed(int.from_bytes(entropy, 'big'))(test_method)
return hp.settings(**kwds)(test_method)
def decorator(test_method):
repro_seed = hypothesis_reproduction_seed()
if repro_seed is not None:
# This implements the semantics of TFP_HYPOTHESIS_REPRODUCE via
# the `hp.reproduce_failure` decorator.
# TODO(jburnim): Catch Hypothesis version mismatches.
test_method = hp.reproduce_failure(hp.__version__,
repro_seed)(test_method)
elif randomize_hypothesis():
# Hypothesis defaults to seeding its internal PRNG from the system time,
# so since we actually want randomization (including across machines) we
# have to force it.
entropy = os.urandom(64)
test_method = hp.seed(int.from_bytes(entropy, 'big'))(test_method)
if hp.__version_info__ >= (4,):
# TODO(jburnim): Comment this.
timeout = kwds.pop('timeout')
ret = hp.settings(**kwds)(test_method)
object.__setattr__(ret._hypothesis_internal_use_settings,
'timeout', timeout)
else:
ret = hp.settings(**kwds)(test_method)
return ret