def notification_forever_unsubscribed(notif_delay=30, run_once=0):
"""Connects, registers, unregisters, then repeat following steps
every delay interval (ignoring 4XXs):
1. send notification
2. receive notification
Repeats forever.
"""
yield connect()
yield hello(None)
reg, endpoint = yield register(random_channel_id())
unregister(reg["channelID"])
while True:
length, data = random_data(min_length=2048, max_length=4096)
yield timer_start("update.latency")
response, content = yield send_notification(endpoint,
data,
headers={"TTL": "60"})
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 5)
yield counter("notification.received", 1)
yield timer_end("update.latency")
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
yield wait(notif_delay)
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def notification_forever_unsubscribed(notif_delay=30, run_once=0):
"""Connects, registers, unregisters, then repeat following steps
every delay interval (ignoring 4XXs):
1. send notification
2. receive notification
Repeats forever.
"""
yield connect()
yield hello(None)
reg, endpoint = yield register(random_channel_id())
unregister(reg["channelID"])
while True:
length, data = random_data(min_length=2048, max_length=4096)
yield timer_start("update.latency")
response, content = yield send_notification(endpoint, data, 60)
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 5)
yield counter("notification.received", 1)
yield timer_end("update.latency")
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
yield wait(notif_delay)
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def basic(*args, **kwargs):
"""Connects, sends a notification, than disconnects"""
sc_args, sc_kw = group_kw_args(*args)
sc_kw.update(kwargs)
# open up the connection
yield connect()
yield hello(None)
# for a restricted channel, you would need to send the public key
reg, endpoint = yield register(random_channel_id(), sc_kw.get("vapid_key"))
yield timer_start("update.latency")
# data is padded out to a length that is a multiple of 4
data = "aLongStringOfEncryptedThings"
# Send a request using minimal VAPID information as the `claims` arg.
# This will automatically set the VAPID `aud` element from the endpoint.
response, content = yield send_notification(
endpoint_url=endpoint,
data=base64.urlsafe_b64decode(data),
claims=sc_kw.get('vapid_claims'),
headers={"TTL": "60"})
# response is a standard Requests response object containing
# code HTTP response code
# headers dictionary of returned header keys and values
# length length of the response body
# json() response body (returned as JSON)
# text() response body (returned as text)
# request Requesting object
# content is the response body as text.
assert response.code == 201, ("Did not get a proper response code. "
"Expected 201; Got {}".format(response.code))
assert content == '', "Response content wasn't empty"
yield counter("notification.sent", 1)
# expect a registration message for the `channelID` in `time` seconds
notif = yield expect_notification(channel_id=reg["channelID"], time=5)
# check that the data matches what we wanted.
# NOTE: since encryption is more a client/application server thing,
# we can't actually test if it worked. What the system does, however, is
# send the data untouched.
assert notif['data'].encode() == data, "Did not get back expected data"
yield counter("notification.received", 1)
yield timer_end("update.latency")
log.msg("Got notif: ", notif)
# tell the server we got the message.
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
# drop the channelID
yield unregister(reg["channelID"])
# drop the connection
yield disconnect()
def notification_forever_stored(qty_stored=32,
ttl=300,
notif_delay=30,
run_once=0,
*args,
**kwargs):
"""Connects, registers, disconnects and then repeats every delay interval:
1. send notifications x qty_stored (# of notifications to store)
2. connects
3. receive notifications x qty_stored
Repeats forever.
"""
yield connect()
response = yield hello(None)
reg, endpoint = yield register(random_channel_id())
uaid = response["uaid"]
yield disconnect()
while True:
message_ids = []
length, data = random_data(min_length=2048, max_length=4096)
for i in range(qty_stored):
response, content = yield send_notification(
endpoint, data, headers={"TTL": str(ttl)})
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
yield wait(5)
yield connect()
response = yield hello(uaid)
assert response["uaid"] == uaid
while True:
# Pull as many notifications as we can get
notif = yield expect_notification(reg["channelID"], 2)
if notif:
yield counter("notification.received", 1)
message_ids.append(notif["version"])
if message_ids:
while message_ids:
message_id = message_ids.pop()
yield ack(channel_id=reg["channelID"], version=message_id)
yield counter("notification.ack", 1)
else:
break
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
else:
yield disconnect()
yield wait(notif_delay)
def basic():
"""Connects, sends a notification, than disconnects"""
yield connect()
yield hello(None)
reg, endpoint = yield register(random_channel_id())
yield timer_start("update.latency")
response, content = yield send_notification(endpoint, None, 60)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 5)
yield counter("notification.received", 1)
yield timer_end("update.latency")
log.msg("Got notif: ", notif)
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
yield unregister(reg["channelID"])
yield disconnect()
def reconnect_forever(reconnect_delay=30, run_once=0):
"""Connects, then repeats every delay interval:
1. send notification
2. receive notification
3. disconnect
4. reconnect
Repeats forever.
"""
yield connect()
response = yield hello(None)
reg, endpoint = yield register(random_channel_id())
assert "uaid" in response
uaid = response["uaid"]
while True:
length, data = random_data(min_length=2048, max_length=4096)
yield timer_start("update.latency")
response, content = yield send_notification(endpoint,
data,
headers={"TTL": "60"})
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 5)
yield counter("notification.received", 1)
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
yield timer_end("update.latency")
yield wait(reconnect_delay)
yield disconnect()
try:
yield connect()
response = yield hello(uaid)
assert response["uaid"] == uaid
except Exception as ex:
# Connect may not properly reconnect during some testing, the
# following work-around ensures that tests pass for now until
# the race condition can be identified.
print(ex)
break
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def _expect_notifications():
from random import shuffle
yield connect()
yield hello(None)
chan_regs = []
for chan in [random_channel_id() for _ in range(10)]:
reg, endpoint = yield register(chan)
yield send_notification(endpoint, None, 60)
# Server may reformat the channel id, use that one
chan_regs.append(reg["channelID"])
shuffle(chan_regs)
for _ in range(10):
notif = yield expect_notifications(chan_regs, 5)
log.msg("Got notif: ", notif)
yield ack(channel_id=notif["channelID"], version=notif["version"])
for chid in chan_regs:
yield unregister(chid)
yield disconnect()
def _expect_notifications():
from random import shuffle
yield connect()
yield hello(None)
chan_regs = []
for chan in [random_channel_id() for _ in range(10)]:
reg, endpoint = yield register(chan)
yield send_notification(endpoint, None, headers={"TTL": "60"})
# Server may reformat the channel id, use that one
chan_regs.append(reg["channelID"])
shuffle(chan_regs)
for _ in range(10):
notif = yield expect_notifications(chan_regs, 5)
log.msg("Got notif: {!r}".format(notif))
if notif:
yield ack(channel_id=notif["channelID"], version=notif["version"])
for chid in chan_regs:
yield unregister(chid)
yield disconnect()
def notification_forever_direct_store(cycle_delay=10, run_once=0):
"""Connects, registers, then repeats the following steps even cycle
delay:
1. send notification
2. receive notification
3. disconnect
4. wait cycle_delay
5. connect
6. receive notification
7. ack notification
"""
yield connect()
response = yield hello(None)
reg, endpoint = yield register(random_channel_id())
uaid = response["uaid"]
ttl = 600
while True:
length, data = random_data(min_length=2048, max_length=4096)
response, content = yield send_notification(endpoint,
data,
headers={"TTL": str(ttl)})
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 2)
if not notif:
raise Exception("Needed notification")
yield disconnect()
yield wait(cycle_delay)
yield connect()
resp = yield hello(uaid)
assert resp["uaid"] == uaid
notif = yield expect_notification(reg["channelID"], 10)
if not notif:
raise Exception("Needed notification")
yield ack(channel_id=reg["channelID"], version=notif["version"])
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def notification_forever_stored(qty_stored=1000, ttl=300, flood_delay=30,
notif_delay=30, run_once=0):
"""Connects, then repeats every delay interval:
1. register
2. send notifications x qty_stored (# of notifications to store)
3. wait for flood_delay (seconds)
4. receive notifications x qty_stored
Repeats forever.
"""
yield connect()
yield hello(None)
reg, endpoint = yield register(random_channel_id())
while True:
message_ids = []
length, data = random_data(min_length=2048, max_length=4096)
for i in range(qty_stored):
response, content = yield send_notification(endpoint, data, ttl)
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", i)
notif = yield expect_notification(reg["channelID"], ttl)
yield counter("notification.received", 1)
message_ids.append(notif["version"])
yield wait(notif_delay)
yield wait(flood_delay)
for i in range(qty_stored):
yield ack(channel_id=notif["channelID"], version=message_ids[i])
yield counter("notification.ack", i)
yield wait(notif_delay)
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def reconnect_forever(reconnect_delay=30, run_once=0):
"""Connects, then repeats every delay interval:
1. send notification
2. receive notification
3. disconnect
4. reconnect
Repeats forever.
"""
yield connect()
response = yield hello(None)
reg, endpoint = yield register(random_channel_id())
assert "uaid" in response
uaid = response["uaid"]
while True:
length, data = random_data(min_length=2048, max_length=4096)
yield timer_start("update.latency")
response, content = yield send_notification(endpoint, data, 60)
yield counter("notification.throughput.bytes", length)
yield counter("notification.sent", 1)
notif = yield expect_notification(reg["channelID"], 5)
yield counter("notification.received", 1)
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
yield timer_end("update.latency")
yield wait(reconnect_delay)
yield disconnect()
yield connect()
response = yield hello(uaid)
assert response["uaid"] == uaid
if run_once:
yield unregister(reg["channelID"])
yield disconnect()
break
def basic_topic(*args, **kwargs):
"""Connects, sends a notification, than disconnects"""
sc_args, sc_kw = group_kw_args(*args)
sc_kw.update(kwargs)
topic_name = "aaaa"
# open up the connection
yield connect()
response = yield hello(None)
uaid = response['uaid']
# for a restricted channel, you would need to send the public key
reg, endpoint = yield register(random_channel_id(), sc_kw.get("vapid_key"))
yield timer_start("update.latency")
# Remember to disconnect! Messages are only overwritten if they're not
# delivered!
yield disconnect()
# data is padded out to a length that is a multiple of 4
data = "aLongStringOfEncryptedThings"
# Send a request using minimal VAPID information as the `claims` arg.
# This will automatically set the VAPID `aud` element from the endpoint.
response, content = yield send_notification(
endpoint_url=endpoint,
data=base64.urlsafe_b64decode(data),
headers={
"TTL": "60",
"Topic": topic_name
},
claims=sc_kw.get('vapid_claims'))
# response is a standard Requests response object containing
# code HTTP response code
# headers dictionary of returned header keys and values
# length length of the response body
# json() response body (returned as JSON)
# text() response body (returned as text)
# request Requesting object
# content is the response body as text.
assert response.code == 201, ("Did not get a proper response code. "
"Expected 201; Got {}".format(response.code))
assert content == '', "Response content wasn't empty"
yield counter("notification.sent", 1)
# Send a second request with the same topic. This should overwrite the
# prior.
data2 = "aDiffferentStringFullOfStuff"
response, content = yield send_notification(
endpoint_url=endpoint,
data=base64.urlsafe_b64decode(data2),
headers={
"TTL": "60",
"Topic": topic_name
},
claims=sc_kw.get('vapid_claims'))
assert response.code == 201, ("Did not get a proper response code. "
"Expected 201; Got {}".format(response.code))
assert content == '', "Response content wasn't empty"
yield counter("notification.sent", 1)
yield connect()
response = yield hello(uaid)
assert response["uaid"] == uaid
# expect a registration message for the `channelID` in `time` seconds
notif = yield expect_notification(channel_id=reg["channelID"], time=5)
# Check that the returned notification contains the second data
# we sent.
assert notif['data'].encode() == data2, "Did not get back expected data"
yield counter("notification.received", 1)
yield timer_end("update.latency")
log.msg("Got notif: ", notif)
# tell the server we got the message.
yield ack(channel_id=notif["channelID"], version=notif["version"])
yield counter("notification.ack", 1)
# drop the channelID
yield unregister(reg["channelID"])
# drop the connection
yield disconnect()