def modify_auto_scaling_group():
if (OtcConfig.SCALINGGROUP_ID is
None) and not (OtcConfig.SCALINGGROUP_NAME is None):
autoscaling.convertASNameToId()
#print(SCALINGGROUP_NAME)
#vpc_id
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
#scaling_configuration_id
if not (OtcConfig.SCALING_CONFIGURATION_NAME is None):
autoscaling.convertASConfigurationNameToId()
#lb_listener_id
if not (OtcConfig.LISTENER_NAME is None):
autoscaling.convertLISTENERNameToId()
#network_id
if not OtcConfig.SUBNETNAME is None:
ecs.convertSUBNETNameToId()
#security_group_id
if not OtcConfig.SECUGROUPNAME is None:
ecs.convertSECUGROUPNameToId()
#print(OtcConfig.SECUGROUPNAME)
#print(OtcConfig.SECUGROUP)
REQ_CREATE_SCG = utils_templates.create_request("modify_as_group")
url = "https://" + OtcConfig.DEFAULT_HOST + "/autoscaling-api/v1/" + OtcConfig.PROJECT_ID + "/scaling_group/" + OtcConfig.SCALINGGROUP_ID
ret = utils_http.put(url, REQ_CREATE_SCG)
autoscaling.otcOutputHandler().print_output(ret, mainkey="")
#print(REQ_CREATE_SCG)
return ret
def create_load_balancers():
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
REQ_CREATE_ELB = utils_templates.create_request("create_loadbalancer")
url = "https://" + OtcConfig.DEFAULT_HOST + "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/loadbalancers"
ret = utils_http.post(url, REQ_CREATE_ELB)
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" + maindata["message"])
os._exit(1)
print("created")
return ret
def create_load_balancers():
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
REQ_CREATE_ELB = "{ \"name\": \"" + OtcConfig.LOADBALANCER_NAME + "\", \"description\": \"" + OtcConfig.LOADBALANCER_NAME+ "\", \"vpc_id\": \"" + OtcConfig.VPCID +"\", \"bandwidth\": 10, \"type\": \"External\", \"admin_state_up\": true }"
url = "https://" + OtcConfig.DEFAULT_HOST+ "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/loadbalancers"
ret = utils_http.post(url, REQ_CREATE_ELB)
print(ret)
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" +maindata["message"])
os._exit( 1 )
print("created")
return ret
def create_load_balancers():
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
REQ_CREATE_ELB = "{ \"name\": \"" + OtcConfig.LOADBALANCER_NAME + "\", \"description\": \"" + OtcConfig.LOADBALANCER_NAME+ "\", \"vpc_id\": \"" + OtcConfig.VPCID +"\", \"bandwidth\": 10, \"type\": \"External\", \"admin_state_up\": true }"
url = elb.baseurl+ "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/loadbalancers"
ret = utils_http.post(url, REQ_CREATE_ELB)
print(ret)
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" +maindata["message"])
os._exit( 1 )
print("created")
return ret
def create_listener():
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
REQ_CREATE_LISTENER = utils_templates.create_request("create_listener")
print REQ_CREATE_LISTENER
url = "https://" + OtcConfig.DEFAULT_HOST + "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/listeners"
ret = utils_http.post(url, REQ_CREATE_LISTENER)
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" + maindata["message"])
os._exit(1)
elb.otcOutputHandler().print_output(ret, mainkey="")
print(ret)
#ecs.otcOutputHandler().print_output(ret, mainkey="loadbalancer")
return ret
def create_listeners():
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
#REQ_CREATE_ELB = "{ \"name\": \"" + OtcConfig.LOADBALANCER_NAME + "\", \"description\": \"" + OtcConfig.LOADBALANCER_NAME+ "\", \"vpc_id\": \"" + OtcConfig.VPCID +"\", \"bandwidth\": 10, \"type\": \"External\", \"admin_state_up\": true }"
REQ_CREATE_LISTENER = "{ \"name\":\"listener1\", \"description\":\"\", \"loadbalancer_id\":\"0b07acf06d243925bc24a0ac7445267a\", \"protocol\":\"HTTP\", \"port\":88, \"backend_protocol\":\"HTTP\", \"backend_port\":80, \"lb_algorithm\":\"roundrobin\", \"session_sticky\":true, \"sticky_session_type\":\"insert\", \"cookie_timeout\":100 }"
#print( REQ_CREATE_ELB )
url = "https://" + OtcConfig.DEFAULT_HOST+ "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/listeners"
ret = utils_http.post(url, REQ_CREATE_LISTENER)
print( ret )
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" +maindata["message"])
os._exit( 1 )
print( ret )
#ecs.otcOutputHandler().print_output(ret, mainkey="loadbalancer")
return ret
def create_listeners():
raise RuntimeError('NOT TESTED YET!!!!')
if not (OtcConfig.LOADBALANCER_NAME is None):
elb.convertELBNameToId()
if not (OtcConfig.VPCNAME is None):
ecs.convertVPCNameToId()
#REQ_CREATE_ELB = "{ \"name\": \"" + OtcConfig.LOADBALANCER_NAME + "\", \"description\": \"" + OtcConfig.LOADBALANCER_NAME+ "\", \"vpc_id\": \"" + OtcConfig.VPCID +"\", \"bandwidth\": 10, \"type\": \"External\", \"admin_state_up\": true }"
REQ_CREATE_LISTENER = "{ \"name\":\"listener1\", \"description\":\"\", \"loadbalancer_id\":\"0b07acf06d243925bc24a0ac7445267a\", \"protocol\":\"HTTP\", \"port\":88, \"backend_protocol\":\"HTTP\", \"backend_port\":80, \"lb_algorithm\":\"roundrobin\", \"session_sticky\":true, \"sticky_session_type\":\"insert\", \"cookie_timeout\":100 }"
#print( REQ_CREATE_ELB )
url = elb.baseurl+ "/v1.0/" + OtcConfig.PROJECT_ID + "/elbaas/listeners"
ret = utils_http.post(url, REQ_CREATE_LISTENER)
print( ret )
maindata = json.loads(ret)
if "code" in maindata:
print("Can not create:" +maindata["message"])
os._exit( 1 )
print( ret )
#ecs.otcOutputHandler().print_output(ret, mainkey="loadbalancer")
return ret
