def test_report(device_ctx, device_ctx_args):
with device_ctx(**device_ctx_args) as dev:
stats = link_stats.report()
assert dev in stats
expected_stat_names = {
'name', 'rx', 'tx', 'state', 'rxDropped', 'txDropped', 'rxErrors',
'txErrors', 'speed', 'duplex'
}
assert expected_stat_names == set(stats[dev])
def test_report(self):
with dummy_device() as nic:
stats = link_stats.report()
self.assertIn(nic, stats)
expected_stat_names = set([
'name', 'rx', 'tx', 'state', 'rxDropped', 'txDropped',
'rxErrors', 'txErrors', 'speed', 'duplex'
])
self.assertEqual(expected_stat_names, set(stats[nic]))
def report():
rx_dropped = tx_dropped = 0
stats = link_stats.report()
timestamp = current_time_since_epoch()
for iface_stats in six.viewvalues(stats):
iface_stats['sampleTime'] = timestamp
rx_dropped += iface_stats['rxDropped']
tx_dropped += iface_stats['txDropped']
_normalize_network_stats(iface_stats)
return {'network': stats, 'rxDropped': tx_dropped, 'txDropped': rx_dropped}
def test_report(device_ctx, device_ctx_args):
with device_ctx(**device_ctx_args) as dev:
stats = link_stats.report()
assert dev in stats
expected_stat_names = {
'name',
'rx',
'tx',
'state',
'rxDropped',
'txDropped',
'rxErrors',
'txErrors',
'speed',
'duplex'
}
assert expected_stat_names == set(stats[dev])
def report():
rx_dropped = tx_dropped = 0
stats = link_stats.report()
timestamp = current_time_since_epoch()
for iface_stats in six.viewvalues(stats):
iface_stats['sampleTime'] = timestamp
rx_dropped += iface_stats['rxDropped']
tx_dropped += iface_stats['txDropped']
_normalize_network_stats(iface_stats)
return {
'network': stats,
'rxDropped': tx_dropped,
'txDropped': rx_dropped
}