def clp_AWS_creator(clp_type):
try:
AWS= session.CreateResource("Cloud Provider", clp_type, clp_type, "None")
print "Creating " + clp_type + " cloudProvider"
except:
print "There is already cloudprovider named AWS"
aws_access_key_id=api.AttributeNameValue("AWS Access Key ID","")
aws_mgmt_sg_id=api.AttributeNameValue("AWS Mgmt SG ID","")
aws_mgmt_vpc_id=api.AttributeNameValue("AWS Mgmt VPC ID","")
aws_secret_access_key=api.AttributeNameValue("AWS Secret Access Key","")
instance_type=api.AttributeNameValue("Instance Type","t2.nano")
keypairs_location=api.AttributeNameValue("Keypairs Location","")
max_storage_iops=api.AttributeNameValue("Max Storage IOPS","1500")
max_storage_size=api.AttributeNameValue("Max Storage Size","30")
networks_in_use=api.AttributeNameValue("Networks In Use","10.0.0.0/24")
region=api.AttributeNameValue("Region","us-east-1")
set_attributes=[aws_access_key_id,aws_mgmt_sg_id,aws_mgmt_vpc_id,aws_secret_access_key,instance_type,keypairs_location,max_storage_iops,max_storage_size,networks_in_use,region]
aws_attributes=api.ResourceAttributesUpdateRequest(clp_type,set_attributes)
session.SetAttributesValues(aws_attributes)
session.AutoLoad(clp_type)
print "AWS EC2 created successfully"
return
#clp_selector(sys.argv[1])
def clp_creator(clp_type):
ip_address="None"
if clp_type=="VMware vCenter":
ip_address=cloudproviders_data["Cloud oroviders addresses"]["VMware vCenter address"]
print "VMware vCenter address is:" + ip_address
try:
cloudprovider = session.CreateResource("Cloud Provider",clp_type,clp_type,ip_address)
print "Starting to create " + clp_type + " cloudProvider"
except:
print "There is already cloudprovider named " + clp_type
attribute_list = Attribute_list_gen(clp_type)
clp_attributes = api.ResourceAttributesUpdateRequest(clp_type, attribute_list)
session.SetAttributesValues(clp_attributes)
#session.UpdateResourceDriver(clp_type, "VCenter Shell Driver")
session.AutoLoad(clp_type)
print clp_type + " created successfully"
return
def clp_OpenStack_creator (clp_type):
try:
OpenStack = session.CreateResource("Cloud Provider", clp_type, clp_type, "None")
print "Creating " + clp_type + " cloudProvider "
except:
print "There is already cloudprovider named OpenStack"
controller_url=api.AttributeNameValue("Controller URL","http://192.168.170.3:5000/v3")
floating_ip_subnet_id=api.AttributeNameValue("Floating IP Subnet ID","9bce5bca-dba5-4244-86e3-605a438ad17b")
openstack_domain_name=api.AttributeNameValue("OpenStack Domain Name","default")
openstack_management_network_id=api.AttributeNameValue("OpenStack Management Network ID","c14241d2-376c-4fb3-8d1e-61f5c1408448")
user_name=api.AttributeNameValue("User Name","admin")
password=api.AttributeNameValue("Password","admin")
vlan_type=api.AttributeNameValue("Vlan Type","VXLAN")
project_name=api.AttributeNameValue("OpenStack Project Name","admin")
set_attributes=[project_name,controller_url,floating_ip_subnet_id,openstack_domain_name,openstack_management_network_id,user_name,password,vlan_type]
openstack_attributes=api.ResourceAttributesUpdateRequest(clp_type,set_attributes)
session.SetAttributesValues(openstack_attributes)
session.AutoLoad(clp_type)
print "OpenStack created successfully"
return
def clp_Azure_creator (clp_type):
try:
Azure = session.CreateResource("Cloud Provider", clp_type, clp_type, "None")
print "Creating " + clp_type + " cloudProvider"
except:
print "There is already cloudprovider named Microsoft Azure"
azure_application_id=api.AttributeNameValue("Azure Application ID","")
azure_application_key=api.AttributeNameValue("Azure Application Key","")
azure_subscription_id=api.AttributeNameValue("Azure Subscription ID", "")
azure_Tenant_ID=api.AttributeNameValue("Azure Tenant ID","")
management_group_name=api.AttributeNameValue("Management Group Name","TorManagementA")
vm_size=api.AttributeNameValue("VM Size","Basic_A0")
region=api.AttributeNameValue("Region","southeastasia")
network_in_use=api.AttributeNameValue("Networks In Use","10.0.0.0/24")
set_attributes=[azure_application_id,azure_application_key,azure_subscription_id,azure_Tenant_ID,management_group_name,vm_size,region,network_in_use]
Azure_attributes=api.ResourceAttributesUpdateRequest(clp_type,set_attributes)
session.SetAttributesValues(Azure_attributes)
session.AutoLoad(clp_type)
print "Azure created successfully"
return
def clp_vcenter_creator (clp_type):
try:
vCenter = session.CreateResource("Cloud Provider",clp_type,clp_type,"192.168.42.110")
print "Creating "+clp_type+" cloudProvider"
except:
print "There is already cloudprovider named VMWare vCenter"
set_attributes = []
User = ""
password = ""
dataCenter = api.AttributeNameValue("Default Datacenter","QualiSB")
dvSwitch = api.AttributeNameValue("Default dvSwitch","dvSwitch")
holding_network = api.AttributeNameValue("Holding Network","Anetwork")
vm_cluster = api.AttributeNameValue("VM Cluster","QualiSB Cluster")
vm_location = api.AttributeNameValue("VM Location","Tor")
vm_resource_pool=api.AttributeNameValue("VM Resource Pool","LiverPool")
vm_storage=api.AttributeNameValue("VM Storage","SB-DS2")
user_name=api.AttributeNameValue("User",User)
vcenter_password=api.AttributeNameValue("Password",password)
set_attributes=[dataCenter,dvSwitch,holding_network,vm_cluster,vm_location,vm_resource_pool,vm_storage,user_name,vcenter_password]
vCenter_attributes = api.ResourceAttributesUpdateRequest(clp_type,set_attributes)
session.SetAttributesValues(vCenter_attributes)
session.AutoLoad(clp_type)
print "vCenter created successfully"
return