def run(self): #Overwrite run() method, put what you want the thread do here
self.thread_stop = False
while not self.thread_stop:
time.sleep(1)
if self.thread_stop:
break
self.lock.acquire()
for pos in range(len(self.tasknodeds)):
if self.tasknodeds[pos].deadline <= msg.g_now:
newtns = self.tasknodeds[pos:]
del self.tasknodeds[pos:]
for timeout in newtns:
msgobj = {'class':timeout.nname}
try:
for case in switch(timeout.nname):
if case(msg.g_class_inner_chk_task_domain) \
or case(msg.g_class_inner_chk_task_record):
self.http_tq.put(msgobj, block=False)
break
if case(msg.g_class_inner_chk_task_db_heartbeat):
self.tq.put(msgobj, block=False)
self.tq4init.put(msgobj, block=False)
break
if case():
self.tq.put(msgobj, block=False)
except Queue.Full, e:
self.loger.debug(_lineno(self), 'taskq is ', repr(e))
self.loger.debug(traceback.format_exc())
finally:
timeout.deadline = msg.g_now + timeout.interval
self.add_tasknode(timeout)
def __del_item(self, _type, *args):
retobj = None
if not self.desc.has_key(_type):
return retobj
arr = self.desc[_type]
for case in switch(_type):
if case(self.type_err_view):
for i in range(len(arr)-1,-1,-1):
if arr[i]['opt'] == args[0] \
and arr[i]['view'] == args[1] \
and arr[i]['mask'] == args[2]:
retobj = arr[i]
del arr[i]
break
if case(self.type_err_record):
for i in range(len(arr)-1,-1,-1):
if arr[i]['opt'] == args[0] \
and arr[i]['view'] == args[1] \
and arr[i]['domain'] == args[2] \
and arr[i]['type'] == args[3]:
retobj = arr[i]
del arr[i]
break
break
if case(self.type_err_db):
for i in range(len(arr)-1,-1,-1):
if arr[i]['desc'] == args[0]:
retobj = arr[i]
del arr[i]
break
break
if case():
self.loger.warn(_lineno(self), 'type %s not implemented!' % (_type,))
return retobj
def handler(self, data):
if self.dbcon.conn_error:
self.dbcon = MySQL.MySQL(self.dbip,
mgr_conf.g_db_user,
mgr_conf.g_db_passwd,
mgr_conf.g_db_db,
loger=self.loger)
try:
self.loger.care(_lineno(self),
'recv request class %s' % (data['class']))
for case in switch(data['class']):
if case(msg.g_class_init_view_reply) or case(
msg.g_class_init_dns_reply):
self.just4testcnt += 1
req_handler.handle_proxy_init_reply(
self, data, data['inner_addr'][0])
break
if case(msg.g_class_inner_chk_task_db_heartbeat):
req_handler.handle_inner_chk_task_db_heartbeat(self)
break
if case(msg.g_class_proxy_heartbeat):
req_handler.handle_proxy_heartbeat(self, data)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ',
data['class'])
except Exception as e:
self.loger.error(_lineno(self), 'inner error: ', repr(e))
self.loger.error(traceback.format_exc())
def callme(self, worker, data, ali_tbl, opt):
for case in switch(opt):
if case('add'):
return self.add(worker, data, ali_tbl)
if case('set'):
return self.set(worker, data, ali_tbl)
if case('del'):
return self.delete(worker, data, ali_tbl)
if case():
self.loger.error(_lineno(), self.record_type, ' opt:', opt, ' not implement')
raise Exception(self.record_type + ' opt:' + opt + ' not implement')
def handler(self, data):
self.loger.debug(_lineno(self), 'msg class: ', data['class'])
for case in switch(data['class']):
if case(msg.g_class_inner_chk_task_domain) or case(msg.g_class_inner_chk_task_record):
req_handler.handle_inner_chk_task(self, self.worker, data['class'])
break
if case(msg.g_class_inner_chk_task_done):
req_handler.handle_inner_chk_task_done(self, data)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ', data['class'])
def run(self
): #Overwrite run() method, put what you want the thread do here
ADDR = (self.HOST, self.PORT)
self.udpSerSock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.udpSerSock.setblocking(False)
self.udpSerSock.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1)
self.udpSerSock.bind(ADDR)
rlists = [self.udpSerSock]
while not self.thread_stop:
try:
rs, ws, es = select.select([self.udpSerSock], [], [], 1)
if self.thread_stop:
break
if not (rs or ws or es):
#timeout
continue
for s in rs:
data, addr = s.recvfrom(self.BUFSIZE)
self.loger.info(_lineno(self), 'received from ', addr,
' data:', data)
if data == None:
self.loger.info(_lineno(self), 'recv data none')
continue
if len(data) == 0:
self.loger.info(_lineno(self), 'recv data len 0')
continue
decodejson = json.loads(data)
decodejson['inner_addr'] = addr
for case in switch(decodejson['class']):
if case(msg.g_class_init_view_reply) or \
case(msg.g_class_init_dns_reply) or \
case(msg.g_class_proxy_heartbeat) :
#if msg.g_init_complete == True:
# self.loger.info(_lineno(self), 'send to worker')
# self.worker.put(decodejson)
#else:
# self.loger.info(_lineno(self), 'send to 4init')
# self.worker4init.put(decodejson)
self.worker4init.put(decodejson)
break
if case(msg.g_class_init):
req_handler.g_init_should_stop = 1
self.loger.info(
_lineno(self), 'set g_init_should_stop %d' %
(req_handler.g_init_should_stop, ))
self.worker.put(decodejson)
break
if case():
self.worker.put(decodejson)
except Exception as e:
self.loger.error(_lineno(self), 'inner error:', repr(e))
self.loger.error(traceback.format_exc())
self.udpSerSock.close()
def handler(self, data):
self.loger.debug(_lineno(self), 'msg class: ', data['class'])
for case in switch(data['class']):
if case(msg.g_class_inner_chk_task_domain) or case(
msg.g_class_inner_chk_task_record):
req_handler.handle_inner_chk_task(self, self.worker,
data['class'])
break
if case(msg.g_class_inner_chk_task_done):
req_handler.handle_inner_chk_task_done(self, data)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ',
data['class'])
def handle_proxy_init_reply(worker, answ, addr):
str_class = answ['class'].partition('_')[0]
state_set = 0
if answ['type'] == msg.g_ptr_tbl:
answ['data'] = partition_reserve_ip_from_ptr(answ['data'])
for case in switch(answ['result']):
if case(0):
state_set = 1
break
if case(1): #操作失败
state_set = 3
break
if case(2): #不存在
state_set = 2
break
if case():
state_set = 0
mgr_singleton.g_singleton.get_loger().debug(_lineno(), "tid:", answ['id'], ' ', str_class, ' ', answ['type'], ' ', answ['viewid'], ' ',
answ['data'], ' ', state_set, ' ', answ['opt'])
if worker.just4testcnt > 0:
worker.dbcon.query(msg.g_init_sql_replytask % (state_set, answ['id']))
if False and worker.just4testcnt > 0:
for case in switch(str_class):
if case('dns'):
mgr_singleton.g_singleton.get_err_info().del_record_timeout(answ['opt'], answ['viewid'], answ['data'], answ['type'])
break
if case('view'):
mgr_singleton.g_singleton.get_err_info().del_view_timeout(answ['opt'], answ['viewid'], answ['data'])
break
if case():
mgr_singleton.g_singleton.get_loger().warn(_lineno(), 'can not del error describe for unknow type ', str_class)
if msg.g_init_sendstate == 2 and msg.g_init_maxid-int(answ['id']) < 10:
req_handler.set_chk_snd_timer(worker)
msg.g_init_sendstate = 0
def run(self): #Overwrite run() method, put what you want the thread do here
ADDR = (self.HOST,self.PORT)
self.udpSerSock = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
self.udpSerSock.setblocking(False)
self.udpSerSock.setsockopt(socket.SOL_SOCKET,socket.SO_REUSEADDR,1)
self.udpSerSock.bind(ADDR)
rlists = [self.udpSerSock]
while not self.thread_stop:
try:
rs,ws,es = select.select([self.udpSerSock], [], [], 1)
if self.thread_stop:
break
if not (rs or ws or es):
#timeout
continue
for s in rs:
data, addr = s.recvfrom(self.BUFSIZE)
self.loger.info(_lineno(self), 'received from ', addr, ' data:', data)
if data==None:
self.loger.info(_lineno(self), 'recv data none')
continue
if len(data)==0:
self.loger.info(_lineno(self), 'recv data len 0')
continue
decodejson = json.loads(data)
decodejson['inner_addr'] = addr
for case in switch(decodejson['class']):
if case(msg.g_class_init_view_reply) or \
case(msg.g_class_init_dns_reply) or \
case(msg.g_class_proxy_heartbeat) :
#if msg.g_init_complete == True:
# self.loger.info(_lineno(self), 'send to worker')
# self.worker.put(decodejson)
#else:
# self.loger.info(_lineno(self), 'send to 4init')
# self.worker4init.put(decodejson)
self.worker4init.put(decodejson)
break
if case(msg.g_class_init):
req_handler.g_init_should_stop = 1
self.loger.info(_lineno(self), 'set g_init_should_stop %d' % (req_handler.g_init_should_stop,))
self.worker.put(decodejson)
break
if case():
self.worker.put(decodejson)
except Exception as e:
self.loger.error(_lineno(self), 'inner error:', repr(e))
self.loger.error(traceback.format_exc())
self.udpSerSock.close()
def __to_array(self):
objs = [[], []]
objs_err = objs[0]
objs_regain = objs[1]
for k in self.desc:
v = self.desc.get(k)
if type(v) is types.ListType:
for j in v:
if 1 == j['sent']:
continue
j['sent'] = 1
item = {'etype': k, 'desc': {}}
set_where = -1 # -1 or 1 or 0 not set
for case in switch(k):
if case(self.type_err_db):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['detail'] = self.db_desc[j['desc']]
item['desc']['desc'] = j['desc']
break
if case(self.type_err_view):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['opt'] = j['opt']
item['desc']['view'] = j['view']
item['desc']['mask'] = j['mask']
break
if case(self.type_err_record):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['opt'] = j['opt']
item['desc']['view'] = j['view']
item['desc']['domain'] = j['domain']
item['desc']['type'] = j['type']
break
if case():
set_where = 0
self.loger.warn(_lineno(self),
'type %s not implemented!' % (k, ))
if 0 != set_where:
if 1 == j['regain']:
objs_regain.append(item)
else:
objs_err.append(item)
return objs
def __to_array(self):
objs = [[],[]]
objs_err = objs[0]
objs_regain = objs[1]
for k in self.desc:
v = self.desc.get(k)
if type(v) is types.ListType:
for j in v:
if 1 == j['sent']:
continue
j['sent'] = 1
item = {'etype':k, 'desc':{}}
set_where = -1 # -1 or 1 or 0 not set
for case in switch(k):
if case(self.type_err_db):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['detail'] = self.db_desc[j['desc']]
item['desc']['desc'] = j['desc']
break
if case(self.type_err_view):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['opt'] = j['opt']
item['desc']['view'] = j['view']
item['desc']['mask'] = j['mask']
break
if case(self.type_err_record):
item['desc']['regain'] = j['regain']
item['desc']['settime'] = j['settime']
item['desc']['opt'] = j['opt']
item['desc']['view'] = j['view']
item['desc']['domain'] = j['domain']
item['desc']['type'] = j['type']
break
if case():
set_where = 0
self.loger.warn(_lineno(self), 'type %s not implemented!' % (k,))
if 0 != set_where:
if 1 == j['regain']:
objs_regain.append(item)
else:
objs_err.append(item)
return objs
def handler(self, data):
if self.dbcon.conn_error:
self.dbcon = MySQL.MySQL(self.dbip, mgr_conf.g_db_user, mgr_conf.g_db_passwd,
mgr_conf.g_db_db, loger=self.loger)
try:
self.loger.care(_lineno(self), 'recv request class %s' % (data['class']))
for case in switch(data['class']):
if case(msg.g_class_init_view_reply) or case(msg.g_class_init_dns_reply):
self.just4testcnt += 1
req_handler.handle_proxy_init_reply(self, data, data['inner_addr'][0])
break
if case(msg.g_class_inner_chk_task_db_heartbeat):
req_handler.handle_inner_chk_task_db_heartbeat(self)
break
if case(msg.g_class_proxy_heartbeat):
req_handler.handle_proxy_heartbeat(self, data)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ', data['class'])
except Exception as e:
self.loger.error(_lineno(self), 'inner error: ', repr(e))
self.loger.error(traceback.format_exc())
def __del_item(self, _type, *args):
retobj = None
if not self.desc.has_key(_type):
return retobj
arr = self.desc[_type]
for case in switch(_type):
if case(self.type_err_view):
for i in range(len(arr) - 1, -1, -1):
if arr[i]['opt'] == args[0] \
and arr[i]['view'] == args[1] \
and arr[i]['mask'] == args[2]:
retobj = arr[i]
del arr[i]
break
if case(self.type_err_record):
for i in range(len(arr) - 1, -1, -1):
if arr[i]['opt'] == args[0] \
and arr[i]['view'] == args[1] \
and arr[i]['domain'] == args[2] \
and arr[i]['type'] == args[3]:
retobj = arr[i]
del arr[i]
break
break
if case(self.type_err_db):
for i in range(len(arr) - 1, -1, -1):
if arr[i]['desc'] == args[0]:
retobj = arr[i]
del arr[i]
break
break
if case():
self.loger.warn(_lineno(self),
'type %s not implemented!' % (_type, ))
return retobj
def handler(self, data):
if self.dbcon.conn_error:
self.dbcon = MySQL.MySQL(self.dbip, mgr_conf.g_db_user, mgr_conf.g_db_passwd,
mgr_conf.g_db_db, loger=self.loger)
try:
self.loger.info(_lineno(self), 'recv request class %s' % (data['class']))
for case in switch(data['class']):
if case(msg.g_class_init):
self.proxy_addr[data['inner_addr'][0]] = [data['inner_addr'], self.proxy_health]
msg.g_init_resp_expect = -1
#msg.g_init_complete = False
req_handler.g_init_should_stop = 1
self.loger.info(_lineno(self), 'set g_init_should_stop %d' % (req_handler.g_init_should_stop,))
req_handler.handle_proxy_init_new(self, data['inner_addr'][0])
break
if case(msg.g_class_init_test):
self.check_thd.del_tasknode_byname_lock(msg.g_class_init_test)
self.proxy_addr['121.201.12.66'] = [('121.201.12.66', 12353), self.proxy_health]
msg.g_init_resp_expect = -1
#msg.g_init_complete = False
req_handler.g_init_should_stop = 1
req_handler.handle_proxy_init_new(self, '121.201.12.66')
break
if case(msg.g_class_proxy_register):
self.loger.info(_lineno(self), data['class'], '... expect[', msg.g_init_resp_expect, ']')
self.proxy_addr[data['inner_addr'][0]] = [data['inner_addr'], self.proxy_health]
if msg.g_init_resp_expect == -1:
self.check_thd.del_tasknode_byname_lock(msg.g_class_inner_chk_init_ok)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_snd, mgr_conf.g_inner_chk_snd_time)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_task_domain, mgr_conf.g_inner_chk_task_domain_time)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_task_record, mgr_conf.g_inner_chk_task_record_time)
msg.g_init_resp_expect = 0
#msg.g_init_complete = True
self.loger.info(_lineno(self), 'on register add timers OK')
break
if case(msg.g_class_inner_chk_init_ok):
ok_cnt = req_handler.handle_inner_chk_init_ok(self)
if ok_cnt:
self.loger.info(_lineno(self), data['class'], '... expect[', msg.g_init_resp_expect, '][', ok_cnt,']')
else:
self.loger.info(_lineno(self), data['class'], '... expect[', msg.g_init_resp_expect, '][NULL]')
if ok_cnt != None and ok_cnt == msg.g_init_resp_expect:
self.check_thd.del_tasknode_byname_lock(msg.g_class_inner_chk_init_ok)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_snd, mgr_conf.g_inner_chk_snd_time)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_task_domain, mgr_conf.g_inner_chk_task_domain_time)
self.check_thd.add_tasknode_byinterval_lock(msg.g_class_inner_chk_task_record, mgr_conf.g_inner_chk_task_record_time)
#msg.g_init_complete = True
self.loger.info(_lineno(self), 'on init add timers OK')
break
if case(msg.g_class_inner_chk_snd) or case(msg.g_class_inner_chk_init):
self.loger.info(_lineno(self), data['class'], '...')
del_items = []
for k, v in self.proxy_addr.iteritems():
v[1] = v[1] - 1
self.loger.info(_lineno(self), 'proxy %s->%s[%d]' % (k, v, v[1]))
if v[1] <= 0:
del_items.append(k)
for p in del_items:
self.proxy_addr.pop(p)
if len(self.proxy_addr.keys()) > 0:
req_handler.handle_inner_chk_snd(self)
else:
self.loger.warn(_lineno(self), 'proxy ip is empty')
break
if case(msg.g_class_inner_chk_task_domain_reply) or case(msg.g_class_inner_chk_task_record_reply):
req_handler.handle_inner_chk_task_reply(self, data)
break
if case(msg.g_class_inner_chk_task_db_heartbeat):
req_handler.handle_inner_chk_task_db_heartbeat(self)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ', data['class'])
except Exception as e:
self.loger.error(_lineno(self), 'inner error: ', repr(e))
self.loger.error(traceback.format_exc())
def handler(self, data):
if self.dbcon.conn_error:
self.dbcon = MySQL.MySQL(self.dbip,
mgr_conf.g_db_user,
mgr_conf.g_db_passwd,
mgr_conf.g_db_db,
loger=self.loger)
try:
self.loger.info(_lineno(self),
'recv request class %s' % (data['class']))
for case in switch(data['class']):
if case(msg.g_class_init):
self.proxy_addr[data['inner_addr'][0]] = [
data['inner_addr'], self.proxy_health
]
msg.g_init_resp_expect = -1
#msg.g_init_complete = False
req_handler.g_init_should_stop = 1
self.loger.info(
_lineno(self), 'set g_init_should_stop %d' %
(req_handler.g_init_should_stop, ))
req_handler.handle_proxy_init_new(self,
data['inner_addr'][0])
break
if case(msg.g_class_init_test):
self.check_thd.del_tasknode_byname_lock(
msg.g_class_init_test)
self.proxy_addr['121.201.12.66'] = [
('121.201.12.66', 12353), self.proxy_health
]
msg.g_init_resp_expect = -1
#msg.g_init_complete = False
req_handler.g_init_should_stop = 1
req_handler.handle_proxy_init_new(self, '121.201.12.66')
break
if case(msg.g_class_proxy_register):
self.loger.info(_lineno(self), data['class'],
'... expect[', msg.g_init_resp_expect, ']')
self.proxy_addr[data['inner_addr'][0]] = [
data['inner_addr'], self.proxy_health
]
if msg.g_init_resp_expect == -1:
self.check_thd.del_tasknode_byname_lock(
msg.g_class_inner_chk_init_ok)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_snd,
mgr_conf.g_inner_chk_snd_time)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_task_domain,
mgr_conf.g_inner_chk_task_domain_time)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_task_record,
mgr_conf.g_inner_chk_task_record_time)
msg.g_init_resp_expect = 0
#msg.g_init_complete = True
self.loger.info(_lineno(self),
'on register add timers OK')
break
if case(msg.g_class_inner_chk_init_ok):
ok_cnt = req_handler.handle_inner_chk_init_ok(self)
if ok_cnt:
self.loger.info(_lineno(self), data['class'],
'... expect[', msg.g_init_resp_expect,
'][', ok_cnt, ']')
else:
self.loger.info(_lineno(self), data['class'],
'... expect[', msg.g_init_resp_expect,
'][NULL]')
if ok_cnt != None and ok_cnt == msg.g_init_resp_expect:
self.check_thd.del_tasknode_byname_lock(
msg.g_class_inner_chk_init_ok)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_snd,
mgr_conf.g_inner_chk_snd_time)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_task_domain,
mgr_conf.g_inner_chk_task_domain_time)
self.check_thd.add_tasknode_byinterval_lock(
msg.g_class_inner_chk_task_record,
mgr_conf.g_inner_chk_task_record_time)
#msg.g_init_complete = True
self.loger.info(_lineno(self), 'on init add timers OK')
break
if case(msg.g_class_inner_chk_snd) or case(
msg.g_class_inner_chk_init):
self.loger.info(_lineno(self), data['class'], '...')
del_items = []
for k, v in self.proxy_addr.iteritems():
v[1] = v[1] - 1
self.loger.info(_lineno(self),
'proxy %s->%s[%d]' % (k, v, v[1]))
if v[1] <= 0:
del_items.append(k)
for p in del_items:
self.proxy_addr.pop(p)
if len(self.proxy_addr.keys()) > 0:
req_handler.handle_inner_chk_snd(self)
else:
self.loger.warn(_lineno(self), 'proxy ip is empty')
break
if case(msg.g_class_inner_chk_task_domain_reply) or case(
msg.g_class_inner_chk_task_record_reply):
req_handler.handle_inner_chk_task_reply(self, data)
break
if case(msg.g_class_inner_chk_task_db_heartbeat):
req_handler.handle_inner_chk_task_db_heartbeat(self)
break
if case():
self.loger.warn(_lineno(self), 'recv something else: ',
data['class'])
except Exception as e:
self.loger.error(_lineno(self), 'inner error: ', repr(e))
self.loger.error(traceback.format_exc())
def handle_inner_chk_task_reply(worker, data):
dic_result = data['result']
if len(dic_result) < 1:
mgr_singleton.g_singleton.get_loger().info(_lineno(), data['class'], ' no task')
return
replymsg = {'class': msg.g_class_inner_chk_task_done,
'opt' : 'set',
'data' : {
'sid':mgr_conf.g_mgr_sid,
'tasks':{} } }
ptr_tasks = replymsg['data']['tasks']
msgobj = []
bat_task = []
for task_id in dic_result:
task_data = dic_result.get(task_id)
mgr_singleton.g_singleton.get_loger().info(_lineno(), task_id, '\t:', task_data)
try:
dedata = json.loads(task_data['data'])
except Exception,e:
mgr_singleton.g_singleton.get_loger().error(_lineno(), 'load json data error!', repr(e))
mgr_singleton.g_singleton.get_loger().error(traceback.format_exc())
continue
task_type = task_data['type']
replymsg['type'] = task_type
found = False
ali = None
for case in switch(task_type):
if case('record'):
for ali in http_tbl_alise:
if dedata.has_key(ali):
found = True
break
break
if case():
ali = '__any__'
found = True
break
if not found:
ptr_tasks[task_id] = {'ret':1, 'result':'task id '+task_id + ' failed', 'error':'table error'}
continue
#1、修改数据库
try:
db_ret, go_on, old_data = worker.m_handlers[task_type][ali].callme(worker, dedata, ali, task_data['opt'])
except Exception as e:
mgr_singleton.g_singleton.get_loger().error(_lineno(), '!!!!--->', repr(e))
mgr_singleton.g_singleton.get_loger().error(traceback.format_exc())
#ptr_tasks[task_id] = {'ret':1, 'result':'task id '+task_id + ' failed', 'error':repr(e)}
ptr_tasks[task_id] = {'ret':1, 'result':'task id '+task_id + ' failed', 'error':'set db failed!'}
continue
if not db_ret:
ptr_tasks[task_id] = {'ret':1, 'result':'task id '+task_id + ' failed', 'error':'db error'}
continue
ptr_tasks[task_id] = {'ret':0, 'result':'task id '+task_id + ' succ', 'error':''}
#2、如果有需要，通知proxy
if go_on:
try:
is_bat_task = worker.m_handlers[task_type][ali].notify(worker, msgobj, opt=task_data['opt'], data=dedata, odata=old_data)
if is_bat_task:
dedata['handle_class'] = worker.m_handlers[task_type][ali]
bat_task.append(dedata)
except Exception as e:
mgr_singleton.g_singleton.get_loger().error(_lineno(), 'notify proxy error!!!!--->', repr(e))
mgr_singleton.g_singleton.get_loger().error(traceback.format_exc())
continue