def do_draw(self, data):
count = 0
while True:
try:
with self.limited_base.capped(self.max_leaves):
return data.draw(self.strategy)
except LimitReached:
if count == 0:
data.note_event(deferredformat(
'Draw for %r exceeded max_leaves '
'and had to be retried', self,))
count += 1
def do_draw(self, data):
count = 0
while True:
try:
with self.limited_base.capped(self.max_leaves):
return data.draw(self.strategy)
except LimitReached:
if count == 0:
data.note_event(deferredformat(
'Draw for %r exceeded max_leaves '
'and had to be retried', self,))
count += 1
def do_draw(self, data):
for i in hrange(3):
start_index = data.index
value = data.draw(self.filtered_strategy)
if self.condition(value):
return value
else:
if i == 0:
data.note_event(deferredformat(
'Retried draw from %r to satisfy filter', self,))
# This is to guard against the case where we consume no data.
# As long as we consume data, we'll eventually pass or raise.
# But if we don't this could be an infinite loop.
assume(data.index > start_index)
data.note_event('Aborted test because unable to satisfy %r' % (
self,
))
data.mark_invalid()
def do_draw(self, data):
for i in hrange(3):
start_index = data.index
value = data.draw(self.filtered_strategy)
if self.condition(value):
return value
else:
if i == 0:
data.note_event(deferredformat(
'Retried draw from %r to satisfy filter', self,))
# This is to guard against the case where we consume no data.
# As long as we consume data, we'll eventually pass or raise.
# But if we don't this could be an infinite loop.
assume(data.index > start_index)
data.note_event('Aborted test because unable to satisfy %r' % (
self,
))
data.mark_invalid()