def test_stats_inc(self):
stats = SMPPClientStatsCollector().get(cid = 'test_stats_inc')
self.assertEqual(stats.get('bound_count'), 0)
stats.inc('bound_count')
self.assertEqual(stats.get('bound_count'), 1)
stats.inc('bound_count', 5)
self.assertEqual(stats.get('bound_count'), 6)
def test_is_singleton(self):
i1 = SMPPClientStatsCollector()
i2 = SMPPClientStatsCollector()
self.assertEqual(i1, i2)
i1.get(cid = 'testing').set('last_seqNum', 100)
self.assertEqual(i1.get(cid = 'testing').get('last_seqNum'),
i2.get(cid = 'testing').get('last_seqNum'),
)
def smppcs(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = [
"#Connector id", "Connected at", "Bound at", "Disconnected at",
"Submits", "Delivers", "QoS errs", "Other errs"
]
table = []
connectors = self.pb['smppcm'].perspective_connector_list()
for connector in connectors:
row = []
row.append('#%s' % connector['id'])
row.append(
formatDateTime(sc.get(connector['id']).get('connected_at')))
row.append(formatDateTime(sc.get(connector['id']).get('bound_at')))
row.append(
formatDateTime(sc.get(connector['id']).get('disconnected_at')))
row.append('%s/%s' %
(sc.get(connector['id']).get('submit_sm_request_count'),
sc.get(connector['id']).get('submit_sm_count')))
row.append('%s/%s' %
(sc.get(connector['id']).get('deliver_sm_count'),
sc.get(connector['id']).get('data_sm_count')))
row.append(sc.get(connector['id']).get('throttling_error_count'))
row.append(sc.get(connector['id']).get('other_submit_error_count'))
table.append(row)
self.protocol.sendData(tabulate(table,
headers,
tablefmt="plain",
numalign="left").encode('ascii'),
prompt=False)
self.protocol.sendData('Total connectors: %s' % (len(table)))
def smppcs(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = ["#Connector id", "Connected at", "Bound at", "Disconnected at",
"Submits", "Delivers", "QoS errs", "Other errs"]
table = []
connectors = self.pb['smppcm'].perspective_connector_list()
for connector in connectors:
row = []
row.append('#%s' % connector['id'])
row.append(formatDateTime(sc.get(connector['id']).get('connected_at')))
row.append(formatDateTime(sc.get(connector['id']).get('bound_at')))
row.append(formatDateTime(sc.get(connector['id']).get('disconnected_at')))
row.append('%s/%s' % (
sc.get(connector['id']).get('submit_sm_request_count'),
sc.get(connector['id']).get('submit_sm_count')))
row.append('%s/%s' % (
sc.get(connector['id']).get('deliver_sm_count'),
sc.get(connector['id']).get('data_sm_count')))
row.append(sc.get(connector['id']).get('throttling_error_count'))
row.append(sc.get(connector['id']).get('other_submit_error_count'))
table.append(row)
self.protocol.sendData(
tabulate(table, headers, tablefmt="plain", numalign="left").encode('ascii'), prompt=False)
self.protocol.sendData('Total connectors: %s' % (len(table)))
def test_get_will_reuse_existent_connector(self):
c = SMPPClientStatsCollector()
self.assertTrue('test_get_will_reuse_existent_connector' not in c.connectors)
i1 = c.get(cid = 'test_get_will_reuse_existent_connector')
i2 = c.get(cid = 'test_get_will_reuse_existent_connector')
self.assertEqual(i1, i2)
def smppcs(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = [
"#Connector id", "Bound count", "Connected at", "Bound at",
"Disconnected at", "Sent elink at", "Received elink at"
]
table = []
connectors = self.pb['smppcm'].perspective_connector_list()
for connector in connectors:
row = []
row.append('#%s' % connector['id'])
row.append(sc.get(connector['id']).get('bound_count'))
row.append(
formatDateTime(sc.get(connector['id']).get('connected_at')))
row.append(formatDateTime(sc.get(connector['id']).get('bound_at')))
row.append(
formatDateTime(sc.get(connector['id']).get('disconnected_at')))
row.append(
formatDateTime(
sc.get(connector['id']).get('last_sent_elink_at')))
row.append(
formatDateTime(
sc.get(connector['id']).get('last_received_elink_at')))
table.append(row)
self.protocol.sendData(tabulate(table,
headers,
tablefmt="plain",
numalign="left").encode('ascii'),
prompt=False)
self.protocol.sendData('Total connectors: %s' % (len(table)))
def smppc(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = ["#Item", "Value"]
table = []
for k, v in sc.get(opts.smppc)._stats.iteritems():
row = []
row.append('#%s' % k)
if k[-3:] == '_at':
row.append(formatDateTime(v))
else:
row.append(v)
table.append(row)
self.protocol.sendData(tabulate(table, headers, tablefmt = "plain", numalign = "left").encode('ascii'))
def smppc(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = ["#Item", "Value"]
table = []
for k, v in sc.get(opts.smppc).getStats().iteritems():
row = []
row.append('#%s' % k)
if k[-3:] == '_at':
row.append(formatDateTime(v))
else:
row.append(v)
table.append(row)
self.protocol.sendData(
tabulate(table, headers, tablefmt="plain", numalign="left").encode('ascii'))
def smppcs(self, arg, opts):
sc = SMPPClientStatsCollector()
headers = ["#Connector id", "Bound count", "Connected at", "Bound at", "Disconnected at", "Sent elink at", "Received elink at"]
table = []
connectors = self.pb['smppcm'].perspective_connector_list()
for connector in connectors:
row = []
row.append('#%s' % connector['id'])
row.append(sc.get(connector['id']).get('bound_count'))
row.append(formatDateTime(sc.get(connector['id']).get('connected_at')))
row.append(formatDateTime(sc.get(connector['id']).get('bound_at')))
row.append(formatDateTime(sc.get(connector['id']).get('disconnected_at')))
row.append(formatDateTime(sc.get(connector['id']).get('last_sent_elink_at')))
row.append(formatDateTime(sc.get(connector['id']).get('last_received_elink_at')))
table.append(row)
self.protocol.sendData(tabulate(table, headers, tablefmt = "plain", numalign = "left").encode('ascii'), prompt = False)
self.protocol.sendData('Total connectors: %s' % (len(table)))
def test_stats_set(self):
stats = SMPPClientStatsCollector().get(cid = 'test_stats_set')
self.assertEqual(stats.get('last_seqNum'), None)
stats.set('last_seqNum', 2)
self.assertEqual(stats.get('last_seqNum'), 2)
def test_get_will_create_connector(self):
c = SMPPClientStatsCollector()
self.assertTrue('test_get_will_create_connector' not in c.connectors)
c.get(cid = 'test_get_will_create_connector')
self.assertTrue('test_get_will_create_connector' in c.connectors)
