def get_pvlist(self):
'''get the PVs from the XML file'''
pvlist_file = self.configuration['PVLIST_FILE']
if not os.path.exists(pvlist_file):
utils.logMessage('could not find file: ' + pvlist_file)
return
try:
tree = etree.parse(pvlist_file)
except:
msg = 'could not parse file: ' + pvlist_file
utils.logMessage(msg)
raise CouldNotParseXml(msg)
utils.validate(tree, XML_SCHEMA_FILE)
msg = 'validated file: ' + pvlist_file
utils.logMessage(msg)
for key in tree.findall(".//EPICS_PV"):
if key.get("_ignore_", "false").lower() == "false":
mne = key.get("mne")
pv = key.get("PV")
desc = key.get("description")
fmt = key.get("display_format", "%s") # default format
as_string = key.get("as_string", False) # default format
# :see: http://cars9.uchicago.edu/software/python/pyepics3/pv.html?highlight=as_string#pv.get
try:
self.add_pv(mne, pv, desc, fmt, as_string)
except:
msg = "%s: problem connecting: %s" % (pvlist_file,
etree.tostring(key))
utils.logException(msg)
utils.logMessage('all PVs added')
def manage_afterAdd(self, object, container):
try:
BaseClass.manage_afterAdd(self, object, container)
# Re-read .metadata after adding so that we can do validation checks
# using information in portal_form_controller. Since manage_afterAdd
# is not guaranteed to run, we also call these in __init__
self._read_action_metadata(self.getId(), self.filepath)
self._read_validator_metadata(self.getId(), self.filepath)
except:
log(summary="metadata error", text="file = %s" % self.filepath)
logException()
raise
def manage_afterAdd(self, object, container):
try:
BaseClass.manage_afterAdd(self, object, container)
# Re-read .metadata after adding so that we can do validation checks
# using information in portal_form_controller. Since manage_afterAdd
# is not guaranteed to run, we also call these in __init__
self._read_action_metadata(self.getId(), self.filepath)
self._read_validator_metadata(self.getId(), self.filepath)
except:
log(summary='metadata error', text='file = %s' % self.filepath)
logException()
raise
def start(self):
'''begin receiving PV updates and posting new web content'''
nextReport = utils.getTime()
nextLog = nextReport
delta_report = datetime.timedelta(
seconds=self.configuration['REPORT_INTERVAL_S'])
delta_log = datetime.timedelta(
seconds=self.configuration['LOG_INTERVAL_S'])
mainLoopCount = 0
while True:
mainLoopCount = (mainLoopCount + 1
) % self.configuration['MAINLOOP_COUNTER_TRIGGER']
dt = utils.getTime()
epics.ca.poll()
if mainLoopCount == 0:
utils.logMessage(
" %s times through main loop" %
self.configuration['MAINLOOP_COUNTER_TRIGGER'])
if dt >= nextReport:
nextReport = dt + delta_report
try:
self.report() # write contents of pvdb to a file
except Exception:
utils.logException("report()")
if dt >= nextLog:
nextLog = dt + delta_log
msg = "checkpoint, %d EPICS monitor events received" % self.monitor_counter
utils.logMessage(msg)
self.monitor_counter = 0 # reset
time.sleep(self.configuration['SLEEP_INTERVAL_S'])
def manage_afterAdd(self, object, container):
try:
BaseClass.manage_afterAdd(self, object, container)
except:
logException()
raise
def manage_afterAdd(self, object, container):
try:
BaseClass.manage_afterAdd(self, object, container)
except:
logException()
raise
def main(props, baseTime, srvList, oprList):
logdb = DbConnection(__createDbInfo("logdb", props))
gmsdb = DbConnection(__createDbInfo("gmsdb", props))
logdb.connect()
gmsdb.connect()
baseDate = datetime.date.today()
if baseTime:
baseDate = datetime.datetime.strptime(baseTime, "%Y-%m-%d")
allSql = []
#平台
allSql.extend(globalStatsForAll(baseDate, logdb, gmsdb))
allSql.extend(dayStatsForAll(baseDate, logdb, gmsdb))
#渠道
for opr in oprList:
# 全局数据
r = globalStatsForOpr(baseDate, opr, logdb, gmsdb)
allSql.extend(r)
# 日数据
r = dayStatsForOpr(baseDate, opr, logdb, gmsdb)
allSql.extend(r)
#服
for si in srvList:
# 全局数据
r = globalStatsForServer(baseDate, si, logdb, gmsdb)
allSql.extend(r)
# 日数据
r = dayStatsForServer(baseDate, si, logdb, gmsdb)
allSql.extend(r)
# 游戏数据
r = gameStats(baseDate, si, logdb, gmsdb)
allSql.extend(r)
for sql in allSql:
utils.logInfo("sql=%s" % sql)
if not utils.ONLY_SQL:
try:
gmsdb.setAutoCommit(False)
for sql in allSql:
utils.logInfo("execute sql=%s" % sql)
gmsdb.update(sql)
gmsdb.commit()
except:
gmsdb.rollback()
utils.logException('Exception')
finally:
gmsdb.setAutoCommit(True)
utils.logInfo("delete expire data...")
expireSql = deleteExpireLogs(baseDate)
for sql in expireSql:
utils.logInfo("sql=%s" % sql)
if not utils.ONLY_SQL:
logdb.setAutoCommit(True)
for sql in expireSql:
while True:
utils.logInfo("execute sql=%s" % sql)
if logdb.update(sql) == 0:
break
utils.logInfo("all done!")
# 关闭连接
logdb.disconnect()
gmsdb.disconnect()
default=False,
help="是否存储到目标数据库, 否则只打印sql, 默认不存储")
(options, args) = parser.parse_args()
baseTime = options.baseTime
srvs = options.srvs
oprs = options.oprs
utils.ONLY_SQL = not options.save
utils.OPR_GROUP = props["opr.group"]
# 服务器列表
srvList = []
if srvs:
srvList = map(lambda x: int(x), srvs.split(","))
if oprs:
oprs = oprs.split(",")
utils.logInfo("baseTime=%s, onlySql=%s, srvs=%s" %
(baseTime, utils.ONLY_SQL, srvs))
if len(baseTime) < 1:
sys.exit()
if not srvList:
sys.exit()
try:
main(props, baseTime, srvList, oprs)
except:
utils.logException('Exception')
t1 = test1()
print(test1.__dict__)
print(t1.__dict__)
print(type([]))
print(type(()))
print(type({}))
utils.logDebug("abc")
utils.logInfo("abc")
utils.logWarning("abc")
utils.logError("abc")
utils.logCritical("abc")
utils.logException("abc")
try:
raise Exception, 'this is a exception'
except:
utils.logException('sss')
# print("---".join(dict(a=1,b=2).keys()))
# print(dict(a=1,b=2).values())
l1 = []
l2 = []
l1.append([1, 2, 3])
l2.append("a")
print(l1)
print(l2)