def test_threading(self):
stream_lock = threading.Lock()
iostream = StringIO()
output_length = 1000
def testfunc(lock, stream):
with utils.locked(lock):
for x in xrange(output_length):
stream.write(unicode(x))
first = utils.spawn_thread(testfunc, stream_lock, iostream)
second = utils.spawn_thread(testfunc, stream_lock, iostream)
first.join()
second.join()
test_output = u''.join(unicode(x) for x in
range(output_length) + range(output_length))
self.assertEqual(test_output, iostream.getvalue())
def test_threading(self):
stream_lock = threading.Lock()
iostream = StringIO()
output_length = 1000
def testfunc(lock, stream):
with utils.locked(lock):
for x in xrange(output_length):
stream.write(unicode(x))
first = utils.spawn_thread(testfunc, stream_lock, iostream)
second = utils.spawn_thread(testfunc, stream_lock, iostream)
first.join()
second.join()
test_output = u''.join(
unicode(x) for x in range(output_length) + range(output_length))
self.assertEqual(test_output, iostream.getvalue())
def __init__(self, registrar):
super(Latitude, self).__init__(registrar)
usage = """
USAGE: %s [noreverse]
Gets the latitude and longitude from the authenticated
Google Latitude account and then performs a reverse
geolookup on it to get the most accurate address
information for that location. If 'noreverse' is provided
as an argument or there is no address info for the location,
the plain latitude and longitude are returned.
"""
registrar.register_service("latitude", self.execute,
usage=usage,
namespace=__name__)
registrar.register_service("location", self.execute,
usage=usage,
namespace=__name__)
utils.spawn_thread(self.location_updater)