def run_backup(runtime='now',exclude_file_name='None'):
if len(sys.argv) == 4:
print '--------exclude file mode--------'
if sys.argv[2] == '-X':
exclude_file_name = sys.argv[3]
backup_cmd = "tar -cvzfX %s %s %s " %(backup_to_file,exclude_file_name,source_file)
else:
print '--------Normal mode:--------'
backup_cmd = "tar -cvzf %s %s |wc -l" %(backup_to_file,source_file)
run_command = os.system(backup_cmd)
if run_command == 0:
logger.record_log('Full Backup','Success','N/A','test')
else:
logger.record_log('Full Backup','Failure','N/A','test')
def run_backup(runtime='now', exclude_file_name='None'):
if len(sys.argv) == 4:
print("----------------exclue file mode-----------------")
if sys.argv[2] == '-X':
exclude_file_name = sys.argv[3]
backup_cmd = "tar -zcvfX %s %s %s" % (
backup_to_file, excludee_file_name, source_file)
else:
print('-----------Normal mode-------------')
backup_cmd = "tar -zcvf %s %s " % (backup_to_file, source_file)
run_command = os.system(backup_cmd)
if run_command == 0:
logger.record_log("Full backup", "Success", "N/A", "test")
else:
logger.record_log("Full backup", "Failure", "N/A", "test")
def alter_center():
#py_mysql.W_mysql('insert into test values(1);')
critical_list = json.loads(redis.r['critical::list'])
well_list = json.loads(redis.r.get('well::list'))
#判断是否需要发critical的邮件
if len(redis.r.get('critical::list')) > 2 :
for i in list(set(critical_list).difference(set(C_list))):
#print 'i===',i
host,service,name= i.split(':')
logger.record_log(host,service,name,'Critical')
'''
#sendemail.s_email(host,service,name,'2')
'''
C_list.append(i)
times = time.strftime("%Y%m%d%H%M%S",time.localtime())
#cmd = 'insert into web_monitor_critical (hostname,service_name,time) values(' +"'"+host+"',"+"'"+service+"',"+"'"+times+"');"
service_name = service+':'+name
num = 'C'
py_mysql.W_mysql(host,service_name,times,num)
if i in G_list:
G_list.remove(i)
#判断是否需要发well的邮件
if len(redis.r.get('well::list')) > 2 :
for i in list(set(well_list).difference(set(G_list))):
host,service,name= i.split(':')
logger.record_log(host,service,name,'OK')
'''
#sendemail.s_email(host,service,name,'3')
'''
G_list.append(i)
#将critical数据插入mysql的well表中
times = time.strftime("%Y%m%d%H%M%S",time.localtime())
service_name = service+':'+name
num = 'W'
py_mysql.W_mysql(host,service_name,times,num)
if i in C_list:
C_list.remove(i)
redis.r['f_critical::list'] = json.dumps(C_list)
redis.r['f_well::list'] = json.dumps(G_list)
print '=============================================='
print 'critical_list===>',critical_list
print 'well_list===>',well_list
print 'C_list===>',C_list
print 'G_list===>',G_list
def recon(account,cost_amount,expense_type):
# re-open the data file with wb mode
pkl_file = open('account.pkl','wb')
old_position = account_list[account][2]
if old_position < cost_amount:
print 'no enough money !'
sys.exit()
else:
global intrest
intrest = 0
if expense_type == 'Withdraw':
intrest = cost_amount * 0.05
new_position = old_position - cost_amount - intrest
else:
new_position = old_position - cost_amount
account_list[account][2] = new_position
print new_position
pickle.dump(account_list,pkl_file) # change the account new amount and dump it into file
pkl_file.close()
print account_list
recon('8908223631',2000,'Withdraw')
logger.record_log('8908223631',2000,'Withdraw',intrest)
# re-open the data file with wb mode
pkl_file = open('account.pkl', 'wb')
old_position = account_list[account][2]
if old_position < cost_amount:
print 'no enough money !'
sys.exit()
else:
global intrest
intrest = 0
if expense_type == 'Withdraw':
intrest = cost_amount * 0.05
new_position = old_position - cost_amount - intrest
else:
new_position = old_position - cost_amount
account_list[account][2] = new_position
print new_position
pickle.dump(
account_list,
pkl_file) # change the account new amount and dump it into file
pkl_file.close()
print account_list
recon('8908223631', 2000, 'Withdraw')
logger.record_log('8908223631', 2000, 'Withdraw', intrest)
account_list = json.load(pkl_file)
#print(type(account_list))
pkl_file.close()
def recon(account, cost_amount, expense_type):
pkl_file = open("account.pkl", 'w')
old_position = account_list[account][2]
if old_position < cost_amount:
print("no enought money!")
json.dump(account_list, pkl_file)
pkl_file.close()
sys.exit()
global intrest
intrest = 0
if expense_type == 'withdraw':
intrest = cost_amount * 0.05
new_position = old_position - cost_amount - intrest
else:
new_position = old_position - cost_amount
account_list[account][2] = new_position
json.dump(account_list, pkl_file)
pkl_file.close()
print(account_list)
recon("123456", 16000, 'withdraw')
#logger.record_log('123456',500,'phone')#花费
logger.record_log('123456', 16000, 'withdraw', intrest) #取款
pkl_file = open('account.pkl','wb')
old_position = account_list[account][2] # 获取账户的可用余额
global intrest
intrest = 0
if old_position < cost_amount:
print '余额不足！'
pickle.dump(account_list,pkl_file) # 将账户新的余额格式化写入pkl文件
pkl_file.close()
return False
else:
if expense_type == 'Withdraw':
intrest = cost_amount * 0.05
new_position = old_position - cost_amount - intrest # 花掉后的余额
account_list[account][2] = new_position # 新的余额写入字典
print new_position # 打印出来看看
pickle.dump(account_list,pkl_file) # 将账户新的余额格式化写入pkl文件
pkl_file.close()
return True
print account_list
# recon('1000000001',500)
# logger.record_log('1000000001',500,'Adidas')
if recon('1000000001',800,'Withdraw'):
logger.record_log('1000000001',800,'Withdraw',intrest)
else:
logger.record_log('1000000001',0,'Withdraw failure!!!',0)
