def main():
util.kill_ssl_warnings(logging, urllib3)
args = parse_args()
verify_services_are_valid(args.SERVICES)
if args.LIST_SERVICES:
print_service_name_translation()
sys.exit(0)
return
if not args.SERVICES:
print("No services specified")
sys.exit(0)
return
env = util.get_environment(args.BIGIQ_ADDR,
username=args.BIGIQ_USERNAME,
pwd=args.BIGIQ_PWD)
util.poll_for_services_available(env["address"],
auth=env["auth"],
timeout=360)
util.complete()
util.print_partial("Retrieving DCD identifier...")
dcd_self_link = get_dcd_device_reference(env, args.DCD_IP_ADDRESS)
util.complete()
util.print_partial("Activating services: " +
string.join(args.SERVICES, ", ") + "...")
activate_services(env, args.DCD_IP_ADDRESS, dcd_self_link, args.SERVICES)
util.complete()
def main():
alb_dns_name = ""
try:
args = parse_args()
time.sleep(480) # Eight minute wait for SSG to settle down
client = getResourceClient(args)
# Sleep till the time ssg resource group gets created
retry_count = 1
while retry_count < UNHEALTHY_THRESHOLD:
if azureutils.doesResourceGroupExists(client,
args.SSG_NAME) == True:
break
else:
retry_count += 1
time.sleep(30)
retry_count = 1
resource_name = getPublicIpResourceName(args.SSG_NAME)
while retry_count < UNHEALTHY_THRESHOLD:
if doesPublicIpExists(args, resource_name) == True:
alb_dns_name = getDnsName(args, resource_name)
break
else:
retry_count += 1
time.sleep(30)
except Exception as e:
util.print_partial(
"Exception occurred while configuring the traffic generator ,failed with error:"
+ str(e))
print(alb_dns_name)
return alb_dns_name
def main():
args = parse_args()
util.print_partial("Waiting for SSG to be present...")
poll_for_ssg_present()
util.complete()
util.print_partial("Getting SSG reference...")
ssgs = get_ssg_reference()
util.complete()
# Let this reference be unsafe and tacky so that this fails loudly if the SSG is not present
ssg_id = ssgs["items"][0]["id"]
util.print_partial("Waiting for SSG to be ready...")
poll_for_ssg_ready(ssg_id)
util.complete()
time.sleep(180) # Three minute wait for SSG to settle down
util.print_partial("Getting ALB DNS Name reference...")
alb_dns_name = getDnsName(args)
util.complete()
#TODO: can delete file here azureutils.deleteLockFile()
util.print_partial("Deploying application...")
deploy_application(ssg_id, args.NODE_IP, alb_dns_name)
util.complete()
def sanitizeAndGetDnsName(resource_group_name="", alb_dns_name=""):
sanitized_dns_name = ""
try:
if alb_dns_name.startswith(resource_group_name):
index_of = alb_dns_name.index(".")
sanitized_dns_name = alb_dns_name[:index_of]
sanitized_dns_name = sanitized_dns_name + '-' + config_set_name + alb_dns_name[
index_of:]
except Exception as e:
util.print_partial("Error occured while fetching dns Name " +
resource_group_name + "," + alb_dns_name +
" \n error:" + str(e))
return sanitized_dns_name
def getDnsName(args, resource_name):
resource_group_name = ""
alb_dns_name = ""
try:
resource_group_name = args.SSG_NAME
client = getResourceClient(args)
alb_dns_name = azureutils.getDnsName(client, resource_group_name,
args.SUBSCRIPTION_ID,
resource_name)
except Exception as e:
util.print_partial(
"Exception occurred while fetching azure dns name associated with ssg's resource group "
+ resource_group_name + " ,failed with error:" + str(e))
return alb_dns_name
def poll_for_ssg_present(timeout=1200):
count = 0
while True:
result = get_ssg_reference()
if count >= timeout:
sys.exit(-1)
break
if not result["items"]:
time.sleep(1)
else:
break
util.print_partial(".")
count += 1
def poll_for_ssg_ready(ssg_id, timeout=1200):
url = "http://localhost:8100/cm/cloud/service-scaling-groups/" + ssg_id
count = 0
while True:
if count >= timeout:
sys.exit(-1)
break
result = util.req(url, None)
status = result.json()["status"]
if status == "READY":
break
else:
time.sleep(1)
util.print_partial(".")
count += 1
def main():
# load vars from parser
args = parse_args()
# Determine local or remote
environment = get_environment(args.BIGIQ_ADDR,
username=args.DCD_USERNAME,
pwd=args.DCD_PWD)
# Test authentication?
util.poll_for_services_available(environment['address'],
auth=environment['auth'])
util.complete()
# Wait for DCD available and assume basic auth is enabled
util.poll_for_system_setup(args.DCD_IP_ADDRESS,
auth=requests.auth.HTTPBasicAuth(
args.DCD_USERNAME, args.DCD_PWD),
timeout=args.TIMEOUT_SEC)
util.complete()
# Verify that device is not added already
util.print_partial("Checking that device is not already registered...")
check_that_device_not_already_registered(environment, args.DCD_IP_ADDRESS)
util.complete()
# post to add node
util.print_partial("Adding node...")
node_uuid = add_node(environment, args.DCD_IP_ADDRESS,
args.DCD_TRANSPORT_ADDRESS, args.DCD_USERNAME,
args.DCD_PWD)
util.complete()
# poll add until success or failure
util.print_partial("Waiting for result...")
poll_for_result(environment, node_uuid)
util.complete()
def poll_for_result(env, uuid):
# Based on a the UUID returned from add_node poll this endpoint until something happens
# GET
# https://18.232.246.131/mgmt/cm/shared/esmgmt/add-node/0d043d33-7619-404b-b184-58aa5c8ef0cf
# Returns something like this in progress
# {"address":"35.173.117.194","bigIqPassword":"","bigIqUsername":"******","cluster":{"clusterName":"39d30597-4d09-419b-ad64-450e5ba01edf","primaryMachineId":"1f7b1aa0-8fa6-498a-bae6-9c7bb9318435","clusterIndexCollectionReference":{"link":"https://localhost/mgmt/cm/shared/esmgmt/cluster/3fa8567f-b10d-49d1-8e50-09d8741ada4e/indices","isSubcollection":true},"nodes":[{"machineId":"1f7b1aa0-8fa6-498a-bae6-9c7bb9318435","allowData":false,"allowMaster":true,"httpAddress":"127.0.0.1","httpPort":"9200","transportAddress":"10.1.1.169/24","transportPort":"9300","zone":"default","mlockall":false,"repo":"/var/config/rest/elasticsearch/data","generation":0,"lastUpdateMicros":0}],"numberOfDataNodes":0,"id":"3fa8567f-b10d-49d1-8e50-09d8741ada4e","generation":1,"lastUpdateMicros":1525976702076194,"kind":"cm:shared:esmgmt:cluster:esclusterinstancestate","selfLink":"https://localhost/mgmt/cm/shared/esmgmt/cluster/3fa8567f-b10d-49d1-8e50-09d8741ada4e"},"currentStep":"CHECK_DEVICE_STATUS_ADD","deviceReference":{"link":"https://localhost/mgmt/shared/resolver/device-groups/cm-esmgmt-logging-group/devices/f5258bfe-b583-439e-ab92-1d063e3366d1"},"deviceState":{"uuid":"f5258bfe-b583-439e-ab92-1d063e3366d1","deviceUri":"https://35.173.117.194:443","machineId":"f5258bfe-b583-439e-ab92-1d063e3366d1","state":"PENDING","address":"35.173.117.194","httpsPort":443,"properties":{"isLoggingNode":true},"groupName":"cm-esmgmt-logging-group","generation":1,"lastUpdateMicros":1525977026535394,"kind":"shared:resolver:device-groups:restdeviceresolverdevicestate","selfLink":"https://localhost/mgmt/shared/resolver/device-groups/cm-esmgmt-logging-group/devices/f5258bfe-b583-439e-ab92-1d063e3366d1"},"generation":5,"httpPort":"9200","id":"0d043d33-7619-404b-b184-58aa5c8ef0cf","identityReferences":[{"link":"https://localhost/mgmt/shared/authz/users/admin"}],"kind":"cm:shared:esmgmt:add-node:esaddnodetaskstate","lastUpdateMicros":1525977028708833,"ownerMachineId":"1f7b1aa0-8fa6-498a-bae6-9c7bb9318435","selfLink":"https://localhost/mgmt/cm/shared/esmgmt/add-node/0d043d33-7619-404b-b184-58aa5c8ef0cf","startDateTime":"2018-05-10T11:30:26.360-0700","status":"STARTED","transportAddress":"10.1.1.230","transportPort":"9300","userReference":{"link":"https://localhost/mgmt/shared/authz/users/admin"},"username":"******","zone":"default"}
i = 0
while i < 120:
add_node_res = util.req(
env['base_url'] + "cm/shared/esmgmt/add-node/" + uuid, env['auth'])
status = add_node_res.json()['status']
if status == "FINISHED":
break
elif status == "FAILED":
print("")
print("Node addition failed with:")
print(add_node_res.json()['errorMessage'])
sys.exit(1)
util.print_partial(".")
time.sleep(2)
i += 2
def getDnsName(args):
resource_group_name = ""
alb_dns_name = ""
try:
resource_group_name = azureutils.getContentsOfResourceGroupLockFile()
credentials = azureutils.getCredentials(args.TENANT_ID, args.CLIENT_ID,
args.SERVICE_PRINCIPAL_SECRET)
client = azureutils.getResourceClient(credentials,
args.SUBSCRIPTION_ID)
alb_dns_name = azureutils.getDnsName(client, resource_group_name,
args.SUBSCRIPTION_ID)
# Since public ip is created dynamically after deploy application python script execution
# Fetching the sample public ip name without demo application and sanitizing it accordingly
# eg: Dns name associated with alb initially would be azure-f5-ssg.eastus.cloudapp.azure.com
# After below method invocation:o/p would be azure-f5-ssg-apache-test-application.eastus.cloudapp.azure.com
alb_dns_name = sanitizeAndGetDnsName(resource_group_name, alb_dns_name)
util.print_partial(
'Application can be accessible through https on dns Name:' +
alb_dns_name)
except Exception as e:
util.print_partial(
"Exception occurred while fetching azure dns name associated with ssg's resource group "
+ resource_group_name + " ,failed with error:" + str(e))
return alb_dns_name
def main():
args = parse_args()
util.print_partial("Waiting for SSG to be present...")
poll_for_ssg_present()
util.complete()
util.print_partial("Getting SSG reference...")
ssgs = get_ssg_reference()
util.complete()
# Let this reference be unsafe and tacky so that this fails loudly if the SSG is not present
ssg_id = ssgs["items"][0]["id"]
util.print_partial("Waiting for SSG to be ready...")
poll_for_ssg_ready(ssg_id)
util.complete()
time.sleep(180) # Three minute wait for SSG to settle down
util.print_partial("Deploying application...")
deploy_application(ssg_id, args.NODE_IP, args.ELB_NAME, args.ELB_DNS_NAME)
util.complete()
def activate_services(env, dcd_ip, dcd_self_link, services):
for service in services:
activate_service(env, service, dcd_self_link, dcd_ip)
util.print_partial(".")
def main():
if not poll_for_services_available():
print(" Timed out")
sys.exit(1)
else:
complete()
print_partial("Verifying authentication information...")
test_auth()
complete()
if not SKIP_LICENSING:
print_partial("Adding license key...")
enter_license_info(LICENSE_KEY)
complete()
poll_for_licensing_complete()
complete()
print_partial("Configuring role...")
configure_big_iq_type(dcd=(NODE_TYPE == "DCD"))
complete()
print_partial("Setting management address...")
set_management_address()
complete()
poll_for_services_available()
complete()
print_partial("Setting masterkey...")
set_master_key()
complete()
if not poll_for_services_available():
print(" Timed out")
sys.exit(1)
else:
complete()
print_partial("Setting password status to updated...")
set_passwords()
complete()
print_partial("Configuration complete, restarting services")
# Wait for toku to flush everything to disk? Maybe?
time.sleep(10)
do_restart()
complete()
util.poll_for_system_down(BIGIQ_ADDR, timeout=TIMEOUT_SEC)
complete()
poll_for_services_available()
set_system_setup()
complete()