def file_check(phoneNumList,role_name):
try:
dblist = connectDb.getConnectInfo()
dbconn = connectDb.connectDb(dblist[0])
cursor = dbconn.cursor()
cursor.execute(sql)
log_tables=cursor.fetchall()
log_list = []
for log_table in log_tables:
cursor.execute(check_sql % (log_table))
check_result=cursor.fetchall()
check_list=[]
for x in check_result:
y=x[0].split("/")
check_list.append(y[2])
check_list=set(check_list)
if (len(check_list) <= 1):
#print "S"
pass
else:
#生成短信告警信息
log_list.append('check_time:%s,bill.%s be exception: %s, please check!!!!'%(datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),log_table,check_list))
cursor.close()
connectDb.closeConnect(dbconn)
#是否发短信
if (len(log_list) < 1):
pass
else:
#短信发送
message.message_send(log_list,phoneNumList)
except Exception,e:
with open(r'error.log','a') as error_log:
print >> error_log,('%s %s %s' % (datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),' Excute ft_info_data SQL Faild:',e))
def insertlog(phoneNumList,role_name,M_INTERVAL):
try:
dblist = connectDb.getConnectInfo()
#VOP库连接
dbconn = connectDb.connectDb(dblist[0])
dbconncr = dbconn.cursor()
if compareExecTime.compareExecTime(M_INTERVAL,role_name,dbconncr) == True :
# print "开始执行命令"
dbconncr.execute("select monitor.billpro_fk_idseq.nextval from dual")
result = dbconncr.fetchall()
SEQ_FK = result[0][0]
#采集数统计
rstlist = runCmd.runcmd("zhcjprod")
cjcount = 0
for result in rstlist:
#print result
cjcount += int(result.split(";")[1])
rstlistA = runCmd.runcmd("acquire_A")
rstlistB = runCmd.runcmd("acquire_B")
acquirelist = rstlistA + rstlistB
#分发数统计并入表
for acquire in acquirelist:
mvno = acquire.split(";")[0].split("/")[5]
prod = acquire.split(";")[0].split("/")[6]
count = int(acquire.split(";")[1])
# print 'MVNO:%s,PROD:%s,COUNT:%s'%(mvno,prod,count)
dbconncr.execute("insert into monitor.i_mv_billpro(MVNO, PROD, FILE_COUNT, INSERT_TIME, FLAG,SEQ_FK) values ('" + str(mvno) + "','" + str(prod) +"','" + str(count) + "',sysdate,'0','" + str(SEQ_FK) +"')")
dbconncr.execute("insert into monitor.t_mot_billpro_log(BILLPRO_ID, CJFILE_COUNT, MVNO, YY_COUNT, SJ_COUNT, DX_COUNT, ZZ_COUNT, INSERT_TIME, SEQ_FK, FLAG) select monitor.billpro_idseq.nextval,'" + str(cjcount) + "',mvno,YY,SJ,DX,ZZ,sysdate,'" + str(SEQ_FK) +"','0' from (select mvno,sum(decode(prod,'YY',file_count,0)) YY,sum(decode(prod,'SJ',file_count,0)) SJ,sum(decode(prod,'DX',file_count,0)) DX,sum(decode(prod,'ZZ',file_count,0)) ZZ from monitor.i_mv_billpro where flag = '0' and SEQ_FK = '" + str(SEQ_FK) +"' group by mvno)")
dbconncr.execute("delete from monitor.i_mv_billpro where flag = '0' and seq_fk = '"+ str(SEQ_FK) +"'")
#入短信表
for phoneNum in phoneNumList:
dbconncr.execute("""insert into monitor.sms_send_routine (SMS_ID, TEL_NUM, ROLE_NAME, CONTENT, STATUS, INSERT_TIME, SEND_TIME)
select monitor.sms_send_routine_pk_seq.nextval,'""" + str(phoneNum) + """','bill_infor',CONTENT, '0', sysdate, null from (select sum(t.cjfile_count)/count(1) || '个文件未采集，话单分发-情况：'||to_char(wm_concat('【' || mb.mvno_business_name || ':YY'|| t.yy_count ||',DX'|| t.dx_count ||',SJ'||t.sj_count || '】')) CONTENT from monitor.t_mot_billpro_log t,dbvop.mvno_business mb
where t.mvno = mb.mvno_business_mark
and t.flag = '0'
and t.seq_fk = '"""+ str(SEQ_FK) +"""'
group by t.seq_fk)""")
dbconncr.execute("update monitor.t_mot_billpro_log set flag = '2' where flag = '0' and seq_fk = '"+ str(SEQ_FK) +"'")
dbconn.commit()
dbconncr.close()
connectDb.closeConnect(dbconn)
else:
dbconncr.close()
connectDb.closeConnect(dbconn)
except Exception,e:
dbconn.rollback()
dbconncr.close()
connectDb.closeConnect(dbconn)
with open(r'error.log','a') as error_log:
print >> error_log,('%s insertlog Faild: %s'%(time.ctime(),e))
log_tables = []
log_tables.append('%s insertlog Faild: %s'%(time.ctime(),e))
message.message_send(log_tables,phoneList)
def test_message_unpin_after_leaving():
"""
Testing that Access Error is raised when owner of channel leaves and attempts to
unpin a message in that channel
"""
user1 = auth.auth_register("*****@*****.**", "password", "John",
"Smith")
chan = channels.channels_create(user1["token"], "General",
True)['channel_id']
msg = "Welcome!"
mess = message.message_send(user1["token"], chan, msg)['message_id']
message.message_pin(user1["token"], mess)
channel.channel_leave(user1["token"], chan)
with pytest.raises(AccessError):
assert message.message_unpin(user1["token"], mess)
other.clear()
def test_message_unpin_already_unpinned():
"""
Testing that Input Error is raised when user attempts to unpin a message
which is already unpinned
"""
user1 = auth.auth_register("*****@*****.**", "password", "John",
"Smith")
chan = channels.channels_create(user1["token"], "General",
True)['channel_id']
msg1 = "Hello"
mess1 = message.message_send(user1["token"], chan, msg1)['message_id']
message.message_pin(user1["token"], mess1)
message.message_unpin(user1["token"], mess1)
with pytest.raises(InputError):
assert message.message_unpin(user1["token"], mess1)
other.clear()
def test_message_pin_already_pinned(users):
"""
Testing that Input Error is raised when user is trying to pin a message
which has already been pinned
"""
user1 = auth.auth_register("*****@*****.**", "iamyourfather",
"Anakin", "Skywalker")
chan = channels.channels_create(user1["token"], "Star Wars",
True)['channel_id']
test_message1 = "Very proud of my new channel!"
m_id1 = message.message_send(user1["token"], chan,
test_message1)['message_id']
message.message_pin(user1["token"], m_id1)
with pytest.raises(InputError):
assert message.message_pin(user1["token"], m_id1)
other.clear()
def test_send_valid(user1):
"""
Testing if a single message can be sent and be stored
"""
user1, chan = user1
message_exp = "Test 1 test 2 swiggity Swagg"
message_id = message.message_send(user1["token"], chan['channel_id'],
message_exp)
message_from_channel = channel.channel_messages(user1["token"],
chan['channel_id'], 0)
assert message_exp == message_from_channel["messages"][0]["message"]
assert user1["u_id"] == message_from_channel["messages"][0]["u_id"]
assert message_id["message_id"] == message_from_channel["messages"][0][
"message_id"]
other.clear()
def test_remove_not_owner_not_sender(user1):
"""
Tests that an error is raised when a person who is not the sender or owner is tries to
remove a message
"""
user2, chan = user1
test_user2 = auth.auth_register("*****@*****.**", "password",
"Bumble", "Bee")
channel.channel_join(test_user2["token"], chan['channel_id'])
message_exp = "Test 1 test 2 swiggity Swagg"
message_id1 = message.message_send(user2["token"], chan['channel_id'],
message_exp)
with pytest.raises(AccessError):
message.message_remove(test_user2["token"], message_id1["message_id"])
other.clear()
def test_message_react_invalid_reactid():
clear()
test_user0 = create_one_test_user()
# test_user0 creates 1 public channel
channel_id = channels_create(test_user0['token'], "Public Channel", True)
# test_user0 sends 1 message to public channel
message0 = "inital message"
message0_id = message_send(test_user0['token'], channel_id['channel_id'],
message0)
message_react(test_user0['token'], message0_id['message_id'], 1)
with pytest.raises(InputError):
assert message_unreact(test_user0['token'], message0_id['message_id'],
5)
def test_remove_flocker_owner_access():
'''
Testing for a valid message removed by a flockr owner.
'''
clear()
user = auth_register("*****@*****.**", "password", "First", "Last")
user_1 = auth_register("*****@*****.**", "password", "First_1", "Last_1")
channel_1 = channels_create(user_1.get('token'), 'channel_1', True)
channel_join(user.get('token'), channel_1.get('channel_id'))
message_info = message_send(user_1.get('token'),
channel_1.get('channel_id'), 'Hello world')
print(message_info)
message_remove(user_1.get('token'), message_info.get('message_id'))
message_search = search(user_1['token'], 'Hello world')
assert message_search == {'messages': []}
def test_message_edit_flockrowner():
clear()
test_user0, test_user1 = create_two_test_users()
# test_user0 creates 1 public channel
public_channel_id = channels_create(test_user1['token'], "Main Channel", True)
# test_user1 joins public channel
channel_join(test_user0['token'], public_channel_id['channel_id'])
# test_user1 sends 1 message to public channel
message0 = "inital message"
message0_id = message_send(test_user1['token'], public_channel_id['channel_id'], message0)
assert message_edit(test_user0['token'], message0_id['message_id'], 'edited message') == {}
def test_message_unpin_user_not_in_channel():
clear()
user_01, user_02 = register_n_users(2)
# Create a channel and send a message
channel = channels_create(user_01["token"], "channel_01", is_public=True)
message = message_send(user_01["token"], channel["channel_id"], "test")
# Return messages in channel
channel_msg = channel_messages(user_01["token"], channel["channel_id"], 0)
assert channel_msg["messages"][0]["is_pinned"] == False
message_pin(user_01["token"], message["message_id"])
assert channel_msg["messages"][0]["is_pinned"] == True
# User_02 tries to unpin message
with pytest.raises(AccessError):
message_unpin(user_02["token"], message["message_id"])
def test_message_remove_works_private():
clear()
test_user0 = create_one_test_user()
# test_user0 creates 1 private channel
private_channel_id = channels_create(test_user0['token'],
"Private Channel", False)
# test_user0 sends 1 message to public channel
message0 = "Let's geddit"
message0_id = message_send(test_user0['token'],
private_channel_id['channel_id'], message0)
# assert func works for private channel
assert message_remove(test_user0['token'], message0_id['message_id']) == {}
def test_message_pin_alreadypinned():
clear()
test_user0 = create_one_test_user()
# test_user0 creates 1 public channel
channel_id = channels_create(test_user0['token'], "Public Channel", True)
# test_user0 sends 1 message to public channel
message0 = "inital message"
message0_id = message_send(test_user0['token'], channel_id['channel_id'],
message0)
message_pin(test_user0['token'], message0_id['message_id'])
with pytest.raises(InputError):
message_pin(test_user0['token'], message0_id['message_id'])
def test_message_unpin_not_owner(make_users):
# setting up users and public channel
owner_ab, user_cd = make_users
new_ch = channels_create(owner_ab['token'], 'test_channel_public', True)
channel_invite(owner_ab["token"], new_ch["channel_id"], user_cd["u_id"])
msg_id0 = message_send(owner_ab["token"], new_ch["channel_id"],
"Random msg")["message_id"]
message_pin(owner_ab["token"], msg_id0)
# note that channel messages returns most recent messages first in list
assert channel_messages(owner_ab["token"], new_ch["channel_id"],
0)["messages"][0]["is_pinned"]
with pytest.raises(AccessError):
message_unpin(user_cd["token"], msg_id0)
def test_owner_pin_from_outside_channel():
clear()
auth_register("*****@*****.**", "password", "User_0", "User_last_0")
user_1 = auth_register("*****@*****.**", "password", "User_1",
"User_last_1")
channel_1 = channels_create(user_1.get('token'), 'channel_1', True)
message_info = message_send(user_1.get('token'),
channel_1.get('channel_id'), 'Hello world')
message_search = search(user_1['token'], 'Hello world')
assert message_search['messages'][0].get('message') == 'Hello world'
assert message_search['messages'][0].get('is_pinned') == False
message_pin(user_1.get('token'), message_info.get('message_id'))
message_search = search(user_1['token'], 'Hello world')
assert message_search['messages'][0].get('message') == 'Hello world'
assert message_search['messages'][0].get('is_pinned') == True
def test_message_pin_invalidtoken():
clear()
test_user0 = create_one_test_user()
# test_user0 creates 1 public channel
channel_id = channels_create(test_user0['token'], "Public Channel", True)
# test_user0 sends 1 message to public channel
message0 = "inital message"
message0_id = message_send(test_user0['token'], channel_id['channel_id'],
message0)
# raise error if user1 tries to pin user0's message
with pytest.raises(AccessError):
message_pin('hello', message0_id['message_id'])
def test_send_not_in_channel(users):
"""
Testing if a single message can be sent by someone not in the channel
"""
user1, user2, chan = users
channel.channel_leave(user2['token'], chan['channel_id'])
#The user has not joined the channel
message_exp = "I'm not in the channel sad boi "
with pytest.raises(AccessError):
assert message.message_send(user2["token"], chan["channel_id"],
message_exp)
message_from_channel = channel.channel_messages(user1["token"],
chan["channel_id"], 0)
assert message_exp != message_from_channel["messages"]
other.clear()
def test_remove_owner_channel_permissions():
clear()
user01, user02, user03 = register_n_users(3)
channels_create(user01["token"], "channel01", is_public=True)
channel02 = channels_create(user02["token"], "channel02", is_public=True)
channel_join(user03["token"], channel02["channel_id"])
message = message_send(user03["token"], channel02["channel_id"],
"test message")
message_remove(user02["token"], message["message_id"])
assert message["message_id"] not in [
x["message_id"] for x in database["channels"][channel02["channel_id"]]
["messages"].values()
]
def test_unreact_curren_user_not_react():
"""
This is to test the situation where the user is not reacted to a existing message,
but other user has reacted to the message
"""
clear()
user_a, user_b = register_n_users(2)
channel_a_id = channels_create(user_a["token"], "channel_a",
True)["channel_id"]
channel_join(user_b["token"], channel_a_id)
message_id = message_send(user_a["token"], channel_a_id,
"Hi, user_b")["message_id"]
message_react(user_b["token"], message_id, 1)
# user_a react to a message that he hasn't reacted
with pytest.raises(InputError):
message_unreact(user_a["token"], message_id, 1)
def test_message_pin_valid():
'''
Test:
- Pinning a message normally
Scenario:
- Two users register (owner and user)
- Owner creates a private channel and invites user
- Owner and user send messages
- Test checks that all messages are not pinned
- Owner pins 1 message
- Test checks that the message is pinned
'''
clear()
# Owner and User register
f_owner = auth_register('*****@*****.**', 'bananayummy', 'John', 'Monkeyson')
f_user = auth_register('*****@*****.**', 'ihatebananas', 'Steven', 'Stevenson')
# Owner creates private channel
f_channel = channels_create(f_owner['token'], 'Private Channel', False)
# Owner invites f_user to channel
channel_invite(f_owner['token'], f_channel['channel_id'], f_user['u_id'])
# Owner and user send messages in f_channel (Private Channel)
message_send(f_owner['token'], f_channel['channel_id'], 'hELLO wOORLD!')
message_send(f_owner['token'], f_channel['channel_id'], 'hello?')
m_id3 = message_send(f_user['token'], f_channel['channel_id'], 'pin this pls')['message_id']
message_send(f_owner['token'], f_channel['channel_id'], 'bye world')
# Get messages in channel
messages = channel_messages(f_owner['token'], f_channel['channel_id'], 0)['messages']
# Check that all messages are not pinned
for message in messages:
assert message['is_pinned'] is False
# Owner pins a message
message_pin(f_owner['token'], m_id3)
# Update messages in channel
messages = channel_messages(f_owner['token'], f_channel['channel_id'], 0)['messages']
# Check that the message is pinned
for message in messages:
if message['message_id'] == m_id3:
assert message['is_pinned'] is True
def test_invalid_guess():
"""
Tests an unsuccessful game of hangman,
focusing on invalid guesses
"""
_creator, guesser, chan_id = start_hangman('froot loops')
message.message_send(guesser['token'], chan_id, '/guess f')
with pytest.raises(InputError):
assert message.message_send(guesser['token'], chan_id, '/guess froot')
assert message.message_send(guesser['token'], chan_id, '/guess')
assert message.message_send(guesser['token'], chan_id, '/guess oo')
assert message.message_send(guesser['token'], chan_id, '/guess ')
assert message.message_send(guesser['token'], chan_id, '/guess ?')
other.clear()
def test_message_pin_unauthorised_user():
clear()
user_01, user_02 = register_n_users(2)
# Create a channel and send a message
channel = channels_create(user_01["token"], "channel_01", is_public=True)
channel_join(user_01["token"], channel["channel_id"])
message = message_send(user_01["token"], channel["channel_id"], "test")
# Return messages in channel
channel_msg = channel_messages(user_01["token"], channel["channel_id"], 0)
assert channel_msg["messages"][0]["is_pinned"] == False
# Ensure user_02 cannot pin message
channel_join(user_02["token"], channel["channel_id"])
with pytest.raises(AccessError):
message_pin(user_02["token"], message["message_id"])
def test_message_send_valid(authUser, unAuthUser, channel_id):
message_send(authUser['token'], channel_id, "Message 1")
message_send(authUser['token'], channel_id, "Message 2")
message_send(authUser['token'], channel_id, "Message 3!")
assert channel.channel_messages(
authUser['token'], channel_id,
0)['messages'][0]['message'] == "Message 3!"
assert channel.channel_messages(authUser['token'], channel_id,
0)['messages'][1]['message'] == "Message 2"
assert channel.channel_messages(authUser['token'], channel_id,
0)['messages'][2]['message'] == "Message 1"
def test_already_answer_answers(users):
"""
Will test if an error is raised when the kahio game answer tries to answer the question again
"""
user1, user2, chan = users
message_exp = "/KAHIO/Question/ A/ 1"
message.message_send(user1["token"], chan['channel_id'], message_exp)
message.message_send(user2["token"], chan['channel_id'], "a")
with pytest.raises(InputError):
message.message_send(user2["token"], chan['channel_id'], "a")
other.clear()
def test_message_unreact_user_did_not_react():
'''
test that an InputError is raised when the user unreacts to a message
they did not react to
'''
other.clear()
owner = auth.auth_register("*****@*****.**", "password", "John", "Smith")
user = auth.auth_register("*****@*****.**", "password", "Will", "Smith")
channel_1 = channels.channels_create(owner['token'], "channel_1", True)
channel.channel_join(user['token'], channel_1['channel_id'])
message_sent = message.message_send(owner['token'],
channel_1['channel_id'],
'owner message')
message.message_react(owner['token'], message_sent['message_id'], 1)
with pytest.raises(error.InputError):
message.message_unreact(user['token'], message_sent['message_id'], 1)
def test_edit_message():
"""
Remove_message always returns None, but we can test it
by checking if the number of messages changes after remove_message is run.
"""
# Need user token so can't use user1 pytest fixture
user = auth.auth_register("*****@*****.**", "in pajamas", "are", "coming")
chan1 = channels.channels_create(user["token"], "down", True)
mess1 = message.message_send(user["token"], chan1["channel_id"], "the stairs")
assert data.get_message_num() == 1
new_message = "through the door"
assert data.edit_message(chan1["channel_id"], mess1["message_id"],new_message) == None
message_info = data.get_message(chan1["channel_id"], mess1["message_id"])
assert message_info["message"] == new_message
assert data.get_message_num() == 1
other.clear()
def test_get_message(channel1):
"""
Given channel containing message and message_id,
returns dictionary containing message info
"""
channel_id = channel1["channel_id"]
message_text = "G\'day"
user2 = auth.auth_register("*****@*****.**", "123password", "Elliot", "Rotensttein")
channel.channel_join(user2["token"], channel_id)
sent_message = message.message_send(user2["token"], channel_id, message_text)
message_info = data.get_message(channel_id, sent_message["message_id"])
assert message_info["message_id"] == sent_message["message_id"]
assert message_info["message"] == message_text
assert message_info["u_id"] == user2["u_id"]
other.clear()
def test_message_react_invalid_msgid(channels_fixture):
'''
Test case for when message_id is not a valid message within a channel that the authorised user has joined
'''
(server_data, channels_fixture) = channels_fixture
# get details for user1 and channel 1
token = channels_fixture[1]["token"]
channel_id = channels_fixture[1]["channels"][0]["channel_id"]
invalid_message_id = -1
# send a message to channel 1
msgid = message_send(server_data, token, channel_id, 'invalid msg id')['message_id']
# try to react to the message
with pytest.raises(InputError) as error_raise:
message_react(server_data, token, invalid_message_id, 1)
def test_message_react_invalid_token(channels_fixture):
'''
Test case for invalid token
'''
(server_data, channels_fixture) = channels_fixture
# get details for user1 and channel 1
token = channels_fixture[1]["token"]
invalid_token = '12345'
channel_id = channels_fixture[1]["channels"][0]["channel_id"]
# send a message to channel 1
msgid = message_send(server_data, token, channel_id, 'invalid token')['message_id']
# try to react to the message
with pytest.raises(AccessError) as error_raise:
message_react(server_data, invalid_token, msgid, 1)
def test_message_remove_invalid_token(auth_fixture):
'''
Test case when token is invalid
'''
(server_data, auth_fixture) = auth_fixture
# get user details
token1 = auth_fixture[1]['token']
invalidtoken = '12345'
# create channel with user1
channel_id = channels_create(server_data, token1, 'New Channel', True)['channel_id']
# send msg with user1
msg1 = message_send(server_data, token1, channel_id, 'Testing for invalid token!')['message_id']
with pytest.raises(AccessError) as error_raise:
message_remove(server_data, invalidtoken, msg1)
def test_message_pin_channel_admin_pin():
clear()
user_01, user_02 = register_n_users(2)
# Create a channel
channel = channels_create(user_01["token"], "channel_01", is_public=True)
# User_02 sends a message
channel_join(user_02["token"], channel["channel_id"])
message = message_send(user_02["token"], channel["channel_id"], "test")
# Return messages in channel
channel_msg = channel_messages(user_01["token"], channel["channel_id"], 0)
assert channel_msg["messages"][0]["is_pinned"] == False
# Owner of channel attempts to pin message
message_pin(user_01["token"], message["message_id"])
assert channel_msg["messages"][0]["is_pinned"] == True
def test_message_pin_flockr_admin_pin():
clear()
admin, user_01, user_02 = register_n_users(3, include_admin=True)
print(database)
# Create a channel and send a message
channel = channels_create(user_01["token"], "channel_01", is_public=True)
channel_join(user_02["token"], channel["channel_id"])
message = message_send(user_02["token"], channel["channel_id"], "test")
# Return messages in channel
channel_msg = channel_messages(user_01["token"], channel["channel_id"], 0)
assert channel_msg["messages"][0]["is_pinned"] == False
# Owner of flockr can pin any message
channel_join(admin["token"], channel["channel_id"])
message_pin(admin["token"], message["message_id"])
assert channel_msg["messages"][0]["is_pinned"] == True
topCount=len(resPhone)
if totalCount > 0:
msg="%s:短信错单异常，大于100条的号码%s个共%s条，前%s名号码:" %(datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),totalCount,totalSms,topCount)
for res in resPhone:
message='(号码:%s,数量:%s,转企:%s,省份:%s)' %res
msgList.append(message)
elif totalCount == 0:
msg="%s:短信错单无异常，大于100条的号码%s个" %(datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),totalCount)
message=','.join(msgList)
messageList=[msg+message]
info='%s%s' % (msg,message)
with open(r'./log/mainSms_info.log','a') as info_log:
print >> info_log,('%s') %(info)
return messageList
except Exception,e:
err='%s %s' % (datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),'execute mainSmsError.dealRes falied')
with open(r'./log/mainSms_error.log','a') as error_log:
print >> error_log,('%s %s') %(err,e)
if __name__ == '__main__':
phoneNumList=['13041230875','18611184461','13146074440','18611397905','13146096668','13120370754']
#phoneNumList=['13146096668']
try:
resultlist=dealRes()
if len(resultlist) != 0:
message.message_send(resultlist,phoneNumList)
except Exception,e:
smserr='%s %s' % (datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),'短信发送失败')
with open(r'./log/sms_error.log','a') as error_log:
print >> error_log,('%s %s' % (smserr,e))