def main():
real_addr = get_real_addr()
if not real_addr:
print('não foi possivel obter o ip real do utilizador.')
exit()
proxies = open('./input/proxies2.txt', 'r').read()
routines = []
for proxy in proxies.splitlines():
host, port = proxy.split(':')
routines.append({
'function': check_proxy,
'args': {
'proxy_host': host,
'proxy_port': port,
'real_addr': real_addr,
'url_layer': 'http://presscomp.com.br/test/php/test.php',
'domain': 'https://www.netflix.com/',
'callback': on_proxy_check_finish
}
})
queue = Queue(routines, max_threads=300)
queue.start()
def create_key_background(self, *args, **kwargs):
try:
kwargs["gpg"] = dumps(self)
queue = Queue(queue_name="gpg_key_gen", unique_names=True)
queue.push(
name=u"".join([kwargs.get("name_real"), kwargs.get("name_comment"), kwargs.get("name_email")]),
data=kwargs,
)
return
except QueuePushError:
raise KeyGenerationError("A key with these same parameters is queued for creation")
def key_list(request, secret=True):
msg_queue = Queue(queue_name='gpg_msg_queue')
while True:
msg_data = msg_queue.pull()
if not msg_data:
break;
messages.add_message(request, msg_data.get('tag', messages.INFO), msg_data['message'])
if secret:
object_list = Key.get_all(gpg, secret=True, exclude=LocalNode().get().public_key)
title = _(u'Private key list')
else:
object_list = Key.get_all(gpg)
title = _(u'Public key list')
return render_to_response('key_list.html', {
'object_list': object_list,
'title': title,
}, context_instance=RequestContext(request))
def background_key_generator():
queue = Queue(queue_name='gpg_key_gen')
kwargs = queue.pull()
if kwargs:
msg_queue = Queue(queue_name='gpg_msg_queue')
try:
gpg = loads(str(kwargs.pop('gpg')))
key = gpg.create_key(**kwargs)
msg_queue.push(
data={
'tag': messages.SUCCESS,
'message': _(u'Key pair: %s, created successfully.') % key.fingerprint
}
)
except Exception, err_msg:
msg_queue.push(
data={
'tag': messages.ERROR,
'message': _(u'Key creation error; %s') % err_msg
}
)
def setUp(self):
self.passport = Task(20, "passport", "Bob")
self.new_queue = Queue()
self.passport1 = Task(30, "passport", "Bob 2")
self.passport2 = Task(20, "passport", "Bob 3")
self.passport3 = Task(20, "passport", "Bob 4")
class QueueManagerTests(unittest.TestCase):
# setup testcase
def setUp(self):
self.passport = Task(20, "passport", "Bob")
self.new_queue = Queue()
self.passport1 = Task(30, "passport", "Bob 2")
self.passport2 = Task(20, "passport", "Bob 3")
self.passport3 = Task(20, "passport", "Bob 4")
def test_create_task(self):
self.assertTrue(isinstance(self.passport, Task)) # could this test be more elaborate?
# TODO -->
# For example
# self.assertEquals(passport.time, 20)
# self.assertEquals(passport.task_type, "passport")
def test_create_queue(self):
new_queue = Queue()
self.assertTrue(isinstance(new_queue.startTime, float))
def test_add_to_queue(self):
self.new_queue.add_to_queue(self.passport)
self.assertTrue(self.passport in self.new_queue.tasks)
def test_check_time_pass(self):
new_queue = Queue()
time.sleep(0.5)
self.assertTrue(new_queue.startTime < time.time())
def test_estimate_queue_time(self):
self.new_queue.add_to_queue(self.passport1)
self.new_queue.add_to_queue(self.passport2)
self.new_queue.add_to_queue(self.passport3)
self.assertEqual(self.new_queue.estimate_time(), 70)
def test_list_tasks(self):
self.new_queue.add_to_queue(self.passport1)
self.new_queue.add_to_queue(self.passport2)
self.new_queue.add_to_queue(self.passport3)
self.new_queue.list_tasks()
def test_activate_task(self):
self.new_queue.add_to_queue(self.passport1)
self.new_queue.add_to_queue(self.passport2)
self.new_queue.add_to_queue(self.passport3)
self.new_queue.activate_task(self.passport1)
self.assertEqual(self.new_queue.current_task, self.passport1)
