def test_compute():
dt = datetime.now()
dt1 = DateTools.update_time(dt)
assert dt.minute == dt1.minute
dt2 = DateTools.update_time(dt, minutes=2)
if dt.minute < 57:
assert dt.minute == dt2.minute - 2
else:
assert dt.minute == dt2.minute + 60 - 2
dt3 = DateTools.update_time(dt, minutes=2, add=False)
if dt.minute > 2:
assert dt.minute == dt3.minute + 2
else:
assert dt.minute == dt3.minute + 2 - 60
def metric():
metrics = []
su = SqlUtil()
# 获取监控表
dt_now = datetime.now()
dt = DateTools.update_time(dt_now,
minutes=conf.monitor_frequency,
add=False)
monitors, err = su.get_monitor_data_gt_time(Monitor, time=dt)
if err:
print "%s Error: %s" % (DateTools.date_format(dt), err)
else:
for monitor in monitors:
metrics.append(
'private_monitor_env{cluster="%s",type="%s", time="%s", detail="%s"} %d'
% (monitor.cluster, monitor.type, monitor.time,
monitor.detail, monitor.status))
# 获取服务主动监控表
clusters, err = su.get_cluster()
if err:
print "%s Error: %s" % (DateTools.date_format(dt), err)
else:
for cluster in clusters:
metrics.append(
'private_monitor_env{cluster="%s",type="connect", time="%s", detail="%s"} %d'
% (cluster.name, cluster.last_update, cluster.detail,
cluster.status))
return metrics
def test_delete_monitor_data():
su = SqlUtil()
ex_time = datetime.now()
ex_time_s = DateTools.update_time(ex_time, minutes=1, add=False)
res, err = su.delete_expire_monitor_data(ex_time_s)
if err:
print err
print res
def test_get_gt_date():
dt = datetime.now()
dt1 = DateTools.update_time(dt, days=2, add=False)
su = SqlUtil()
r1, _ = su.get_monitor_data_gt_time(Monitor, time=dt)
r2, _ = su.get_monitor_data_gt_time(Monitor, time=dt1)
assert not r1
assert r2
print r2
def data_expire_delete():
data_keep = conf.data_keep
expire_time = DateTools.update_time(datetime.now(),
days=data_keep,
add=False)
CronDataExpire.su.delete_expire_monitor_data(expire_time)