def test_acquire_stats(self):
self.mock(cq_stats, "fetch_json", lambda _: "json")
self.mock(
cq_stats,
"organize_stats",
lambda *_args, **_kwargs: {"latest": cq_stats.default_stats(), "previous": cq_stats.default_stats()},
)
self.mock(cq_stats, "derive_stats", lambda *_args, **_kwargs: {})
self.mock(cq_stats, "derive_tree_stats", lambda *_: {"open": 0.0, "total": 3600.0})
self.mock(cq_stats, "derive_git_stats", lambda *_: {})
self.mock(cq_stats, "derive_svn_stats", lambda *_: {})
cq_stats.acquire_stats(Args(project="blink", bots=[]))
cq_stats.acquire_stats(Args(project="chromium", bots=[]))
cq_stats.acquire_stats(Args(project="chromium", bots=[], use_logs=True, range="week"))
cq_stats.acquire_stats(Args(project="chromium", bots=[], use_logs=True, range="day"))
cq_stats.acquire_stats(Args(project="chromium", bots=[], use_logs=True, range="hour"))
def test_acquire_stats(self):
self.mock(cq_stats, 'fetch_json', lambda _: 'json')
self.mock(cq_stats, 'organize_stats',
lambda *_args, **_kwargs: {
'latest': cq_stats.default_stats(),
'previous': cq_stats.default_stats()})
self.mock(cq_stats, 'derive_stats', lambda *_args, **_kwargs: {})
self.mock(cq_stats, 'derive_tree_stats',
lambda *_: {'open': 0.0, 'total': 3600.0})
self.mock(cq_stats, 'derive_git_stats', lambda *_: {})
self.mock(cq_stats, 'derive_svn_stats', lambda *_: {})
cq_stats.acquire_stats(Args(project='blink', bots=[]))
cq_stats.acquire_stats(Args(project='chromium', bots=[]),
add_tree_stats=False)
cq_stats.acquire_stats(Args(
project='chromium', bots=[], use_logs=True, range='week'))
cq_stats.acquire_stats(Args(
project='chromium', bots=[], use_logs=True, range='day'))
cq_stats.acquire_stats(Args(
project='chromium', bots=[], use_logs=True, range='hour'))
def test_acquire_stats(self):
self.mock(cq_stats, 'fetch_json', lambda _: 'json')
self.mock(
cq_stats, 'organize_stats', lambda *_args, **_kwargs: {
'latest': cq_stats.default_stats(),
'previous': cq_stats.default_stats()
})
self.mock(cq_stats, 'derive_stats', lambda *_args, **_kwargs: {})
self.mock(cq_stats, 'derive_tree_stats', lambda *_: {
'open': 0.0,
'total': 3600.0
})
self.mock(cq_stats, 'derive_git_stats', lambda *_: {})
self.mock(cq_stats, 'derive_svn_stats', lambda *_: {})
cq_stats.acquire_stats(Args(project='blink', bots=[]))
cq_stats.acquire_stats(Args(project='chromium', bots=[]))
cq_stats.acquire_stats(
Args(project='chromium', bots=[], use_logs=True, range='week'))
cq_stats.acquire_stats(
Args(project='chromium', bots=[], use_logs=True, range='day'))
cq_stats.acquire_stats(
Args(project='chromium', bots=[], use_logs=True, range='hour'))
def main(args):
opts = parse_args(args)
stats = cq_stats.acquire_stats(
StatsArgs(opts.project, opts.range), add_tree_stats=False)
try:
durations_dist = ts_mon.Distribution(ts_mon.GeometricBucketer())
for duration in stats['patchset-committed-durations']['raw']:
durations_dist.add(duration)
patchset_committed_durations.set(durations_dist)
attempt_false_reject_count.set(
sum(p['count'] for p in stats['false-rejections']))
attempt_count.set(stats['attempt-count'])
finally:
ts_mon.flush()
return 0
