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from pubnub import PubnubTwisted as Pubnub
import time
pubnub = Pubnub("demo","demo")
pubnub_enc = Pubnub("demo", "demo", cipher_key="enigma")
pubnub_pam = Pubnub("pub-c-c077418d-f83c-4860-b213-2f6c77bde29a",
"sub-c-e8839098-f568-11e2-a11a-02ee2ddab7fe", "sec-c-OGU3Y2Q4ZWUtNDQwMC00NTI1LThjNWYtNWJmY2M4OGIwNjEy")
# Publish and receive string
def test_1():
channel = "test_1-" + str(time.time())
message = "I am a string"
def _cb(resp, ch=None):
assert resp == message
pubnub.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive array
def test_2():
channel = "test_2-" + str(time.time())
message = [1,2]
def _cb(resp, ch=None):
assert resp == message
pubnub.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive json object
def test_3():
channel = "test_2-" + str(time.time())
message = { "a" : "b" }
def _cb(resp, ch=None):
assert resp == message
pubnub.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive number
def test_4():
channel = "test_2-" + str(time.time())
message = 100
def _cb(resp, ch=None):
assert resp == message
pubnub.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive number string
def test_5():
channel = "test_5-" + str(time.time())
message = "100"
def _cb(resp, ch=None):
assert resp == message
pubnub.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive string (Encryption enabled)
def test_6():
channel = "test_6-" + str(time.time())
message = "I am a string"
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive array (Encryption enabled)
def test_7():
channel = "test_7-" + str(time.time())
message = [1,2]
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive json object (Encryption enabled)
def test_8():
channel = "test_8-" + str(time.time())
message = { "a" : "b" }
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive number (Encryption enabled)
def test_9():
channel = "test_9-" + str(time.time())
message = 100
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive number string (Encryption enabled)
def test_10():
channel = "test_10-" + str(time.time())
message = "100"
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive object string (Encryption enabled)
def test_11():
channel = "test_11-" + str(time.time())
message = '{"a" : "b"}'
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
# Publish and receive array string (Encryption enabled)
def test_12():
channel = "test_12-" + str(time.time())
message = '[1,2]'
def _cb(resp, ch=None):
assert resp == message
pubnub_enc.unsubscribe(channel)
def _connect(resp):
def _cb1(resp,ch=None):
assert resp[0] == 1
def _err1(resp):
assert False
pubnub_enc.publish(channel,message, callback=_cb1, error=_err1)
def _error(resp):
assert False
pubnub_enc.subscribe(channel, callback=_cb, connect=_connect, error=_error)
x = 5
def run_test(t):
global x
x += 5
i = (x / 5) - 1
def _print():
print('Running test ' + str(i))
pubnub.timeout(x, _print)
pubnub.timeout(x + 1,t)
def stop():
pubnub.stop()
run_test(test_1)
run_test(test_2)
run_test(test_3)
run_test(test_4)
run_test(test_5)
run_test(test_6)
run_test(test_7)
run_test(test_8)
run_test(test_9)
run_test(test_10)
run_test(test_11)
run_test(stop)
pubnub_enc.start()
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