def test_SlackRequest():
s = SlackRequest('xoxoxoxox', "blah.get", {"meh": "blah"})
print s
e = EventRouter()
e.receive(s)
e.handle_next()
def realish_eventrouter():
e = EventRouter()
context = e.store_context(SlackRequest('xoxoxoxox', "rtm.start", {"meh": "blah"}))
rtmstartdata = open('_pytest/data/http/rtm.start.json', 'r').read()
e.receive_httprequest_callback(context, 1, 0, rtmstartdata, 4)
e.handle_next()
#e.sc is just shortcuts to these items
e.sc = {}
e.sc["team_id"] = e.teams.keys()[0]
e.sc["team"] = e.teams[e.sc["team_id"]]
e.sc["user"] = e.teams[e.sc["team_id"]].users[e.teams[e.sc["team_id"]].users.keys()[0]]
socket = mock_websocket
e.teams[e.sc["team_id"]].ws = socket
return e
def test_SlackRequest():
s = SlackRequest('xoxoxoxox', "blah.get", {"meh": "blah"})
print s
e = EventRouter()
e.receive(s)
e.handle_next()
def realish_eventrouter(mock_websocket, mock_weechat):
e = EventRouter()
wee_slack.EVENTROUTER = e
context = e.store_context(SlackRequest('xoxs-token', 'rtm.start', {}))
with open('_pytest/data/http/rtm.start.json') as rtmstartfile:
if sys.version_info.major == 2:
rtmstartdata = rtmstartfile.read().decode('utf-8')
else:
rtmstartdata = rtmstartfile.read()
e.receive_httprequest_callback(context, '', 0, rtmstartdata, '')
while len(e.queue):
e.handle_next()
for team in e.teams.values():
team.ws = mock_websocket
return e
def realish_eventrouter(mock_websocket, mock_weechat):
e = EventRouter()
wee_slack.EVENTROUTER = e
context = e.store_context(initiate_connection("xoxs-token"))
with open("_pytest/data/http/rtm.start.json") as rtmstartfile:
if sys.version_info.major == 2:
rtmstartdata = rtmstartfile.read().decode("utf-8")
else:
rtmstartdata = rtmstartfile.read()
e.receive_httprequest_callback(context, "", 0, rtmstartdata, "")
while len(e.queue):
e.handle_next()
for team in e.teams.values():
team.ws = mock_websocket
return e
def realish_eventrouter(mock_websocket, mock_weechat):
e = EventRouter()
context = e.store_context(SlackRequest('xoxs-token', 'rtm.start', {}))
with open('_pytest/data/http/rtm.start.json') as rtmstartfile:
if sys.version_info.major == 2:
rtmstartdata = rtmstartfile.read().decode('utf-8')
else:
rtmstartdata = rtmstartfile.read()
e.receive_httprequest_callback(context, '', 0, rtmstartdata, '')
while len(e.queue):
e.handle_next()
for team in e.teams.values():
team.ws = mock_websocket
return e
def test_EventRouterReceivedata(mock_weechat):
e = EventRouter()
context = e.store_context(SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, -1, ' {"JSON": "MEH", ', 4)
#print len(e.reply_buffer)
context = e.store_context(SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, -1, ' "JSON2": "MEH", ', 4)
#print len(e.reply_buffer)
context = e.store_context(SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, 0, ' "JSON3": "MEH"}', 4)
#print len(e.reply_buffer)
try:
e.handle_next()
e.handle_next()
e.handle_next()
e.handle_next()
except:
pass
print e.context
#assert False
context = e.store_context(SlackRequest('xoxoxoxox', "rtm.start", {"meh": "blah"}))
rtmstartdata = open('_pytest/data/http/rtm.start.json', 'r').read()
e.receive_httprequest_callback(context, 1, -1, rtmstartdata[:5000], 4)
e.receive_httprequest_callback(context, 1, 0, rtmstartdata[5000:], 4)
e.handle_next()
#print len(e.reply_buffer)
#print e.teams
for t in e.teams:
#print vars(e.teams[t])
for c in e.teams[t].channels:
pass
#print c
for u in e.teams[t].users:
pass
def test_EventRouter(mock_weechat):
# Sending valid json adds to the queue.
e = EventRouter()
e.receive_json('{}')
assert len(e.queue) == 1
# Handling an event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['testfunc'] = lambda x, y: x
e.receive_json('{"type": "testfunc"}')
e.handle_next()
assert len(e.queue) == 0
# Handling a local event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['local_testfunc'] = lambda x, y: x
e.receive_json('{"type": "local_testfunc"}')
e.handle_next()
assert len(e.queue) == 0
# Handling an event without an associated processor
# raises an exception.
e = EventRouter()
# Create a function to test we are called
e.receive_json('{"type": "testfunc"}')
with pytest.raises(ProcessNotImplemented):
e.handle_next()
def test_EventRouter(mock_weechat):
# Sending valid object adds to the queue.
e = EventRouter()
e.receive({})
assert len(e.queue) == 1
# Handling an event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['testfunc'] = lambda x, y: x
e.receive({"type": "testfunc"})
e.handle_next()
assert len(e.queue) == 0
# Handling a local event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['local_testfunc'] = lambda x, y: x
e.receive({"type": "local_testfunc"})
e.handle_next()
assert len(e.queue) == 0
# Handling an event without an associated processor
# shouldn't raise an exception.
e = EventRouter()
# Create a function to test we are called
e.receive({"type": "testfunc"})
e.handle_next()
def realish_eventrouter(mock_weechat):
e = EventRouter()
context = e.store_context(
SlackRequest('xoxoxoxox', "rtm.start", {"meh": "blah"}))
rtmstartdata = open('_pytest/data/http/rtm.start.json', 'r').read()
e.receive_httprequest_callback(context, 1, 0, rtmstartdata, 4)
while len(e.queue):
e.handle_next()
#e.sc is just shortcuts to these items
e.sc = {}
e.sc["team_id"] = e.teams.keys()[0]
e.sc["team"] = e.teams[e.sc["team_id"]]
e.sc["user"] = e.teams[e.sc["team_id"]].users[e.teams[
e.sc["team_id"]].users.keys()[0]]
socket = mock_websocket
e.teams[e.sc["team_id"]].ws = socket
return e
def test_SlackTeam():
e = EventRouter()
def test_EventRouter(mock_weechat):
# Sending valid json adds to the queue.
e = EventRouter()
e.receive_json('{}')
assert len(e.queue) == 1
# Handling an event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['testfunc'] = lambda x, y: x
e.receive_json('{"type": "testfunc"}')
e.handle_next()
assert len(e.queue) == 0
# Handling a local event removes from the queue.
e = EventRouter()
# Create a function to test we are called
e.proc['local_testfunc'] = lambda x, y: x
e.receive_json('{"type": "local_testfunc"}')
e.handle_next()
assert len(e.queue) == 0
# Handling an event without an associated processor
# raises an exception.
e = EventRouter()
# Create a function to test we are called
e.receive_json('{"type": "testfunc"}')
with pytest.raises(ProcessNotImplemented):
e.handle_next()
def test_EventRouterReceivedata(mock_weechat):
e = EventRouter()
context = e.store_context(
SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, -1, ' {"JSON": "MEH", ', 4)
#print len(e.reply_buffer)
context = e.store_context(
SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, -1, ' "JSON2": "MEH", ', 4)
#print len(e.reply_buffer)
context = e.store_context(
SlackRequest('xoxoxoxox', "rtm.startold", {"meh": "blah"}))
print context
e.receive_httprequest_callback(context, 1, 0, ' "JSON3": "MEH"}', 4)
#print len(e.reply_buffer)
try:
e.handle_next()
e.handle_next()
e.handle_next()
e.handle_next()
except:
pass
print e.context
#assert False
context = e.store_context(
SlackRequest('xoxoxoxox', "rtm.start", {"meh": "blah"}))
rtmstartdata = open('_pytest/data/http/rtm.start.json', 'r').read()
e.receive_httprequest_callback(context, 1, -1, rtmstartdata[:5000], 4)
e.receive_httprequest_callback(context, 1, 0, rtmstartdata[5000:], 4)
e.handle_next()
#print len(e.reply_buffer)
#print e.teams
for t in e.teams:
#print vars(e.teams[t])
for c in e.teams[t].channels:
pass
#print c
for u in e.teams[t].users:
pass
