def gen_service_config(self):
utilities.print_split_info()
utilities.print_badage("generate service config")
ret = self.service_controller.gen_all_service_config()
if ret is True:
utilities.print_badage("generate service config success")
else:
utilities.log_error("generate service config failed")
utilities.print_split_info()
return ret
def execute_command(self, function, notice_info):
utilities.print_split_info()
utilities.print_badage(notice_info)
ret = getattr(self.node_controller, function)()
if ret is True:
utilities.print_badage("%s success" % notice_info)
else:
utilities.log_error("%s failed" % notice_info)
utilities.print_split_info()
return ret
def stop_service(self):
utilities.print_split_info()
utilities.print_badage("stop service, type: %s" % self.service_type)
ret = self.service_controller.stop_all()
if ret is True:
utilities.print_badage("stop service success, type: %s" %
self.service_type)
else:
utilities.log_error("stop service failed, type: %s" %
self.service_type)
utilities.print_split_info()
return ret
def upload_service(self):
# upload the generated_config
utilities.print_split_info()
utilities.print_badage("upload service, type: %s" % self.service_type)
ret = self.service_controller.deploy_all()
if ret is True:
utilities.print_badage("upload service success, type: %s" %
self.service_type)
else:
utilities.log_error("upload service failed, type: %s" %
self.service_type)
utilities.print_split_info()
return ret
def create_subnet_operation(args):
if parser_handler.is_create_subnet_command(args) is False:
return
docker_network_name = args.name
if docker_network_name is None or len(docker_network_name) == 0:
utilities.log_error(
"Must set the docker network name! e.g. tars-network")
sys.exit(-1)
subnet_ip_segment = args.subnet
if subnet_ip_segment is None or len(subnet_ip_segment) == 0:
utilities.log_error("Must set the subnet! e.g. 172.25.0.0.1")
sys.exist(-1)
NetworkManager.create_sub_net(subnet_ip_segment, docker_network_name)
utilities.print_split_info()
def deploy_service(self):
# generate_config
utilities.print_split_info()
utilities.print_badage("deploy service, type: %s" % self.service_type)
ret = self.gen_service_config()
if ret is False:
utilities.log_error(
"deploy service failed for generate config failed, type: %s" %
self.service_type)
return False
ret = self.service_controller.deploy_all()
if ret is True:
utilities.print_badage("deploy service success, type: %s" %
self.service_type)
else:
utilities.log_error("deploy service failed, type: %s" %
self.service_type)
utilities.print_split_info()
return ret
def download_binary_operation(args):
if parser_handler.is_download_binary_command(args) is False:
return
utilities.print_split_info()
binary_path = args.path
version = args.version
if version.startswith("v") is False:
version = "v" + version
if args.type not in CommandInfo.download_type:
utilities.log_error(
"Unsupported download type %s, only support %s now" %
(args.type, ', '.join(CommandInfo.download_type)))
return
use_cdn = True
if args.type == "git":
use_cdn = False
binary_controller = BinaryController(version, binary_path, use_cdn)
binary_controller.download_all_binary()
utilities.print_split_info()
def add_vxlan_operation(args):
if parser_handler.is_add_vxlan_command(args) is False:
return
utilities.print_split_info()
network = args.network
if network is None or len(network) == 0:
utilities.log_error(
"Must set a valid non-empty network name, e.g. tars-network")
return
dstip = args.dstip
if dstip is None or len(dstip) == 0:
utilities.log_error("Must set a valid non-empty dst ip")
return
vxlan_name = args.vxlan
if vxlan_name is None or len(vxlan_name) == 0:
utilities.log_error("Must set a valid non-empty vxlan name")
return
NetworkManager.create_bridge(network, vxlan_name, dstip)
utilities.print_split_info()
def expand_service(self):
utilities.print_split_info()
utilities.print_badage("expand service, type: %s" % self.service_type)
# generate config
ret = self.gen_service_config()
if ret is False:
utilities.log_error(
"expand service failed for generate config failed, type: %s" %
self.service_type)
return False
# expand service
utilities.print_badage("begin expand service")
ret = self.service_controller.expand_all()
if ret is True:
utilities.print_badage("expand service success, type: %s" %
self.service_type)
else:
utilities.log_error("expand service failed, type: %s" %
self.service_type)
utilities.print_split_info()
return ret