def postOptions(self):
VumiOptions.postOptions(self)
if not self['vumigo-config']:
raise usage.UsageError(
"Please provide the vumigo-config parameter.")
if not self['user-account-key']:
raise usage.UsageError(
"Please provide the user-account-key parameter.")
def postOptions(self):
VumiOptions.postOptions(self)
if not self['vumigo-config']:
raise usage.UsageError(
"Please provide the vumigo-config parameter.")
if not self['user-account-key']:
raise usage.UsageError(
"Please provide the user-account-key parameter.")
def postOptions(self):
VumiOptions.postOptions(self)
if not self['vumigo-config']:
raise usage.UsageError(
"Please provide the vumigo-config parameter.")
if not self['user-account-key']:
raise usage.UsageError(
"Please provide the user-account-key parameter.")
if not self['conversation-key']:
raise usage.UsageError(
"Please provide the conversation-key parameter.")
try:
hz = float(self['hz'])
except (TypeError, ValueError):
hz_okay = False
else:
hz_okay = bool(hz > 0)
if not hz_okay:
raise usage.UsageError("Please provide a positive float for hz")
self['hz'] = hz
def postOptions(self):
VumiOptions.postOptions(self)
if not self['vumigo-config']:
raise usage.UsageError(
"Please provide the vumigo-config parameter.")
if not self['user-account-key']:
raise usage.UsageError(
"Please provide the user-account-key parameter.")
if not self['conversation-key']:
raise usage.UsageError(
"Please provide the conversation-key parameter.")
try:
hz = float(self['hz'])
except (TypeError, ValueError):
hz_okay = False
else:
hz_okay = bool(hz > 0)
if not hz_okay:
raise usage.UsageError(
"Please provide a positive float for hz")
self['hz'] = hz
def postOptions(self):
VumiOptions.postOptions(self)
if not self['transport-name']:
raise usage.UsageError("Please provide the "
"transport-name parameter.")
def run_bench(loops):
opts = VumiOptions()
opts.postOptions()
worker_creator = WorkerCreator(opts.vumi_options)
app = worker_creator.create_worker_by_class(
BenchApp, {
"transport_name": "dummy",
"javascript": """
api.on_inbound_message = function(command) {
this.request('outbound.reply_to', {
content: 'reply',
in_reply_to: command.msg.message_id,
},
function (reply) {
this.done();
});
};
""",
"sandbox": {
'log': {
'cls': 'vumi.application.sandbox.LoggingResource',
},
'outbound': {
'cls': 'vumi.application.sandbox.OutboundResource',
},
},
})
transport = worker_creator.create_worker_by_class(
BenchTransport, {
"transport_name": "dummy",
})
yield transport.startService()
log.msg("Waiting for transport ...")
yield BenchTransport.WORKER_QUEUE.get()
yield app.startService()
log.msg("Waiting for worker ...")
yield BenchApp.WORKER_QUEUE.get()
print "Starting %d loops ..." % (loops, )
timer = Timer()
for i in range(loops):
with timer:
transport.publish_message(
content="Hi!",
to_addr="+1234",
from_addr="+5678",
transport_type="ussd",
)
reply = yield transport.message_queue.get()
log.msg("Reply ID: %s" % reply['message_id'])
print "Total time: %.2f" % timer.total()
print "Time per message: %g" % timer.mean()
print " max: %g, min: %g" % (timer.max(), timer.min())
print " loops: %d" % timer.loops()
yield transport.stopService()
yield app.stopService()
reactor.stop()
def postOptions(self):
VumiOptions.postOptions(self)
if not self['transport-name']:
raise usage.UsageError("Please provide the "
"transport-name parameter.")
def run_bench(loops):
opts = VumiOptions()
opts.postOptions()
worker_creator = WorkerCreator(opts.vumi_options)
app = worker_creator.create_worker_by_class(BenchApp, {
"transport_name": "dummy",
"javascript": """
api.on_inbound_message = function(command) {
this.request('outbound.reply_to', {
content: 'reply',
in_reply_to: command.msg.message_id,
},
function (reply) {
this.done();
});
};
""",
"sandbox": {
'log': {
'cls': 'vumi.application.sandbox.LoggingResource',
},
'outbound': {
'cls': 'vumi.application.sandbox.OutboundResource',
},
},
})
transport = worker_creator.create_worker_by_class(BenchTransport, {
"transport_name": "dummy",
})
yield transport.startService()
log.msg("Waiting for transport ...")
yield BenchTransport.WORKER_QUEUE.get()
yield app.startService()
log.msg("Waiting for worker ...")
yield BenchApp.WORKER_QUEUE.get()
print "Starting %d loops ..." % (loops,)
timer = Timer()
for i in range(loops):
with timer:
transport.publish_message(
content="Hi!",
to_addr="+1234",
from_addr="+5678",
transport_type="ussd",
)
reply = yield transport.message_queue.get()
log.msg("Reply ID: %s" % reply['message_id'])
print "Total time: %.2f" % timer.total()
print "Time per message: %g" % timer.mean()
print " max: %g, min: %g" % (timer.max(), timer.min())
print " loops: %d" % timer.loops()
yield transport.stopService()
yield app.stopService()
reactor.stop()