sys.exit(1)
# initialize the etcd table for recovery
token = tools.gen_token()
tokenfile = open(fs_path + "/global/token", 'w')
tokenfile.write(token)
tokenfile.write("\n")
tokenfile.close()
etcdclient.setkey("token", token)
etcdclient.setkey("service/master", ipaddr)
etcdclient.setkey("service/mode", mode)
if etcdclient.isdir("_lock")[0]:
etcdclient.deldir("_lock")
#init portcontrol
portcontrol.init_new()
G_ulockmgr = lockmgr.LockMgr()
clusternet = env.getenv("CLUSTER_NET")
logger.info("using CLUSTER_NET %s" % clusternet)
G_sysmgr = sysmgr.SystemManager()
G_networkmgr = network.NetworkMgr(clusternet, etcdclient, mode, ipaddr)
G_networkmgr.printpools()
G_cloudmgr = cloudmgr.CloudMgr()
# start NodeMgr and NodeMgr will wait for all nodes to start ...
G_nodemgr = nodemgr.NodeMgr(G_networkmgr,
etcdclient,
addr=ipaddr,
global G_usermgr
global G_notificationmgr
global G_sysmgr
global G_historymgr
global G_applicationmgr
global G_lockmgr
fs_path = env.getenv("FS_PREFIX")
logger.info("using FS_PREFIX %s" % fs_path)
mode = 'recovery'
if len(sys.argv) > 1 and sys.argv[1] == "new":
mode = 'new'
G_lockmgr = lockmgr.LockMgr()
G_usermgr = userManager.userManager('root')
#if mode == "new":
# G_usermgr.initUsage()
G_notificationmgr = notificationmgr.NotificationMgr()
#userip = env.getenv('USER_IP')
userip = "0.0.0.0"
logger.info("using USER_IP %s", userip)
#userport = env.getenv('USER_PORT')
userport = 9100
logger.info("using USER_PORT %d", int(userport))
G_applicationmgr = beansapplicationmgr.ApplicationMgr()
approvalrbt = beansapplicationmgr.ApprovalRobot()