def make_queue(self):
"""
Make work queue
:return:
"""
self.queue = FuzzerHeadersJob()
generator = FileGenerator(self.options['urls-file'].value)
self.queue.set_generator(generator)
self.logger.log("Loaded {0} variants.".format(generator.lines_count))
self.counter = WSCounter.factory(generator.lines_count)
def make_queue(self):
"""
Make work queue
:return:
"""
self.queue = FuzzerUrlsJob()
generator = FileGenerator(self.source_temp_file)
self.queue.set_generator(generator)
self.logger.log("Loaded {0} variants.".format(generator.lines_count))
self.counter = WSCounter.factory(generator.lines_count)
def make_queue(self):
self.queue = DafsJob()
loaded = self.load_objects(self.queue)
self.logger.log(
"Loaded {0} words ({1}-{2}) from all {3}.".format(
(loaded['end'] - loaded['start']), loaded['start'], loaded['end'], loaded['all'])
if (int(self.options['parts'].value) and int(self.options['part'].value)) else
"Loaded {0} words from source.".format(loaded['all'])
)
self.counter = WSCounter.factory(loaded['all'] if not loaded['end'] else loaded['end'] - loaded['start']
)
def test_factory(self):
Registry().set('config', {
'main': {
'counter_step': '1',
'counter_steps_for_new_string': '2'
}
})
counter = WSCounter.factory(3)
assert 1 == counter.point
assert 2 == counter.new_str
assert 3 == counter.all
assert int(time.time()) == counter.start_time
assert int(time.time()) == counter.last_point_time
def make_queue(self):
"""
Make work queue
:return:
"""
self.queue = ParamsBruterJob()
loaded = self.load_objects(self.queue)
self.logger.log("Loaded {0} words ({1}-{2}) from all {3}.".format((
loaded['end'] - loaded['start']
), loaded['start'], loaded['end'], loaded['all']) if (
int(self.options['parts'].value)
and int(self.options['part'].value)
) else "Loaded {0} words from source.".format(loaded['all']))
self.counter = WSCounter.factory(
loaded['all'] if not loaded['end'] else loaded['end'] -
loaded['start'])
self.counter.point *= 10
self.counter.new_str *= 10