New Ways to Deploy Services in Public Cloud with v2 BIG-IP Cloud Solution Templates
The BIG-IP Public Cloud team has developed many solutions over the years to enable customers to easily deploy BIG-IP with a few steps. The latest Cloud Solutions Templates 2.0 (CSTv2) have been designed to improve the user experience with fewer templates, simplify full-stack deployments, enable customization via a new modular nested/linked architecture, and more. In this article, I plan to cover the BIG-IP cloud template history from v1 versus v2 along with some available examples and concepts. Cloud Template History: v1 versus v2 The BIG-IP platform has been supported in public cloud and available in AWS, Azure, and Google Cloud Platform (GCP) Marketplaces for many years. While the BIG-IP can be deployed in variety of ways, let's focus on one method of deployment for this article, using Google as the example (of course, it applies to Azure and AWS as well): Google Deployment Manager (GDM). The F5 Public Cloud team originally created the GitHub repo for v1 BIG-IP GDM templates. The popularity of v1 templates via customer adoption resulted in the explosion of template options as well as GitHub feature requests for customizations. As a result, it became difficult for the product development team to engineer solutions when they were stuck in "fixing mode". Skipping forward a few years, now we have the GitHub repo for v2 BIG-IP GDM templates. Compared to the v1 templates, v2 utilizes a modular approach to deploy the items like BIG-IP, network stacks, and application stacks. A modular template design enables you to use related resources that fall under different administrative domains, group together those resources, and reuse them without one-to-one resource mappings. For example, if the team deploying BIG-IP does not have permission to create IAM roles, they can point a security team to the ACCESS module section for an example of the minimal permissions needed. As a bonus, onboarding now uses BIG-IP Runtime Init for even greater customization control. The BIG-IP Runtime Init uses the F5 Tool Chain declarative APIs for initial setup of the BIG-IP system, IP addresses, routes, application and WAF security policies. The declarative configuration consists of Layer 1-3 system and network settings using Declarative Onboarding (DO). You can configure observability and analytics with Telemetry Streaming (TS). You can also configure Layer 4-7 application settings using Application Services 3 Extension (AS3). Example v2 Templates The v2 example templates should be treated as examples only and will require customizations for your environment. They are meant to act as helpful guides that will assist in a quick deployment of BIG-IP and network stacks. As of the April 2022 release, the following BIG-IP example deployments are available in GCP: Quickstart (standalone) Failover (active/standby) Autoscale (scale up/down with GCP Managed Instance Groups) As of the April 2022 release, the following BIG-IP example deployments are available in AWS: Quickstart (standalone) Failover (active/standby) Autoscale (scale up/down with AWS Auto Scaling Groups)) As of the April 2022 release, the following BIG-IP example deployments are available in Azure: Quickstart (standalone) Failover (active/standby) Autoscale (scale up/down with Azure VM Scale Sets)) Summary This article covers the differences and benefits of the F5 BIG-IP public cloud templates as they progressed from CSTv1 to CSTv2. The next article in this series will show you the "How-to" of deploying BIG-IP with the example v2 templates. Resources F5 BIG-IP v2 Templates using Google Deployment Manager (GDM) F5 BIG-IP v2 Templates using AWS CloudFormation (CFT) F5 BIG-IP v2 Templates using Azure Resource Manager (ARM) F5 BIG-IP Runtime Init Onboarding F5 Declarative Onboarding F5 Application Services 3 Extension F5 Telemetry Streaming Article Series New Ways to Deploy Services in Public Cloud with v2 BIG-IP Cloud Solution Templates Deploy Quickstart BIG-IP with New Stack in Google Cloud using v2 Templates Deploy Quickstart BIG-IP with Existing Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with New Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with Existing Stack in Google Cloud using v2 TemplatesDeploy Quickstart BIG-IP with New Stack in Google Cloud using v2 Templates
The BIG-IP Public Cloud team has developed many solutions over the years to enable customers to easily deploy BIG-IP with a few steps. In the first article of this series, I discussed the differences between the v1 and v2 BIG-IP Cloud Solution Templates for public cloud.In this article, I plan to cover how-to deploy BIG-IP services into a Google Cloud new network stack. How-to v2 Quickstart Example: BIG-IP on Google Cloud with New Network Stack The following section will be a walkthrough with steps to deploy BIG-IP in GCP using the Quickstart example with a new network stack. You can use the same techniques in order to copy the templates, modify as needed, and deploy in your environment. Make sure to review the README for prerequisites. I will deploy BIG-IP with a new network stack in GCP. The result will be the following: 4x New VPCs: mgmt, external, internal, app (and related components) Application instance running docker, container=f5devcentral/f5-demo-app:latest BIG-IP instance, version=16.1.3.2 4x CPU, 3-NICs Usingruntime-init-conf-3nic-payg-with-app.yaml from examples in F5 GitHub repo BIG-IP system, network, application, and WAF configurations Clone GitHub Repository 1. Open a terminal (ex. Visual Studio Code) and clone the repository git clone https://github.com/F5Networks/f5-google-gdm-templates-v2.git Modify Parameters - New Stack 1. From your terminal, setDEPLOYMENT_NAME, set CONFIG_FILE,and change folders DEPLOYMENT_NAME="giroux-bigip-new" CONFIG_FILE="sample_quickstart.yaml" cd f5-google-gdm-templates-v2/examples/quickstart git checkout tags/v2.6.0.0 2. Edit the file sample_quickstart.yaml --- # sample_quickstart.yaml - BIG-IP with new stack # Note: Commented and some Optional lines were removed from # the yaml below. This keeps the code block small # for easier illustration purposes. imports: - path: quickstart.py - path: ../modules/application/application.py - path: ../modules/bastion/bastion.py - path: ../modules/bigip-standalone/bigip_standalone.py - path: ../modules/dag/dag.py - path: ../modules/network/network.py resources: - name: quickstart-py properties: bigIpImageName: f5-bigip-16-1-3-2-0-0-4-payg-best-plus-1gbps-220914234533 bigIpRuntimeInitConfig: >- https://raw.githubusercontent.com/F5Networks/f5-google-gdm-templates-v2/v2.6.0.0/examples/quickstart/bigip-configurations/runtime-init-conf-3nic-payg-with-app.yaml numNics: 3 owner: giroux provisionPublicIp: true region: us-west1 restrictedSrcAddressApp: [0.0.0.0/0] restrictedSrcAddressMgmt: [0.0.0.0/0] uniqueString: giroux123 zone: us-west1-a type: quickstart.py Deploy the BIG-IP - New Stack 1. From your terminal, launch the GDM template gcloud deployment-manager deployments create ${DEPLOYMENT_NAME} --config ${CONFIG_FILE} # Sample Output The fingerprint of the deployment is b's2KjL3L6B3NaZl_r0357sQ==' Waiting for create [operation-1650990003719-5dd9110b30bfc-32269218-fee350de]...done. Create operation operation-1650990003719-5dd9110b30bfc-32269218-fee350de completed successfully. NAME TYPE STATE ERRORS INTENT giroux123-app-int-fw compute.v1.firewall COMPLETED [] giroux123-app-subnet compute.v1.subnetwork COMPLETED [] giroux123-app-vip-fw compute.v1.firewall COMPLETED [] giroux123-application-vm-01 compute.v1.instance COMPLETED [] giroux123-bigip-vm-01-ti compute.v1.targetInstance COMPLETED [] giroux123-bigip-vm-01 compute.v1.instance COMPLETED [] giroux123-ext-network compute.v1.network COMPLETED [] giroux123-ext-subnet compute.v1.subnetwork COMPLETED [] giroux123-fr-01 compute.v1.forwardingRule COMPLETED [] giroux123-http-hc compute.v1.healthCheck COMPLETED [] giroux123-https-hc compute.v1.healthCheck COMPLETED [] giroux123-int-network-02 compute.v1.network COMPLETED [] giroux123-int-subnet-02 compute.v1.subnetwork COMPLETED [] giroux123-mgmt-fw compute.v1.firewall COMPLETED [] giroux123-mgmt-network compute.v1.network COMPLETED [] giroux123-mgmt-subnet compute.v1.subnetwork COMPLETED [] giroux123-public-ip-01 compute.v1.address COMPLETED [] giroux123-tcp-hc compute.v1.healthCheck COMPLETED [] Validating the Deployment See the "Validating the Deployment" section or the "Further Exploring" section in the Quickstart README file for more validation commands. 1. Retrieve the values forbigIpManagementPublicIpandvip1PublicIp gcloud deployment-manager manifests describe --deployment=${DEPLOYMENT_NAME} --format="value(layout)" | yq '.resources[0].outputs[] | select(.name | contains("bigIpManagementPublicIp")).finalValue' # Sample Output "bigIpManagementPublicIp" 35.227.161.180 gcloud deployment-manager manifests describe --deployment=${DEPLOYMENT_NAME} --format="value(layout)" | yq '.resources[0].outputs[] | select(.name | contains("vip1PublicIp")).finalValue' # Sample Output "vip1PublicIp" 35.197.57.26 SSH to BIG-IP and Review Logs 1. Access BIG-IP and enter bash mode (value from bigIpManagementPublicIp) ssh admin@35.227.161.180 -i ~/.ssh/id_rsa admin@(giroux123-bigip1)(Standalone)(Active)(/Common)(tmos)# bash [admin@giroux123-bigip1:Active:Standalone] ~ # 2. Review BIG-IP Runtime Init onboard logs [admin@giroux123-bigip1:Active:Standalone] ~ # cat /var/log/cloud/bigIpRuntimeInit.log # Sample Output ...snippet... 2022-11-04T00:03:12.178Z [5528]: info: Executing inline shell command: tmsh save sys config 2022-11-04T00:03:18.579Z [5528]: info: Shell command: tmsh save sys config execution completed; response: Saving running configuration... ...snippet... - saving ...done 2022-11-04T00:03:18.580Z [5528]: info: Initializing telemetryClient 2022-11-04T00:03:19.425Z [5528]: info: ...snippet... 2022-11-04T00:03:19.524Z [5528]: info: Sending f5-teem report 2022-11-04T00:03:19.529Z [5528]: info: All operations finished successfully Testing the Application and WAF The following tests will work if you deploy the BIG-IP with Layer 4-7 settings. For my demo settings, the "new stack" creates an app server and adds a BIG-IP listener with WAF policy. You can still POST an AS3 declaration to the BIG-IP, or you can login manually and create a pool and listener. Check out the F5 AS3 Docs for more example declarations! 1. From your local machine, curl the demo application (value fromvip1PublicIp) curl http://35.197.57.26 -I # Sample Output HTTP/1.1 200 OK ...snippet... Set-Cookie: BIGipServer~Tenant_1~Shared~Shared_Pool=xxxx; path=/; Httponly Set-Cookie: TS01aa0884=xxxx; Path=/ 2. Perform a security violation by sending a disallowed 'method' of DELETE curl http://35.197.57.26 -sk -X DELETE # Sample Output <html><head><title>Request Rejected</title></head><body>The requested URL was rejected. Please consult with your administrator.<br><br>Your support ID is: 9487250596978229314<br><br><a href='javascript:history.back();'>[Go Back]</a></body></html> Delete and Clean Up 1. Delete the deployment gcloud deployment-manager deployments delete ${DEPLOYMENT_NAME} -q Summary This article shows you how to use the BIG-IP Cloud Solution Templates to easily deploy services and BIG-IP in Google Cloud. I use sample configurations in this article to deploy a BIG-IP device with a new network stack and a demo application server. I then show you how to validate the deployment, review onboard logs, and test the application. This Quickstart example is an easy way to have your applications protected by BIG-IP and running on Google Cloud. Make sure to check out the other examples in the GitHub repository for scenarios like active/standby or autoscale. Resources F5 BIG-IP Google Cloud Deployment Manager (GDM) v2 Templates Article Series New Ways to Deploy Services in Public Cloud with v2 BIG-IP Cloud Solution Templates Deploy Quickstart BIG-IP with New Stack in Google Cloud using v2 Templates Deploy Quickstart BIG-IP with Existing Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with New Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with Existing Stack in Google Cloud using v2 TemplatesDeploy Failover BIG-IP Cluster with Existing Stack in Google Cloud using v2 Templates
In this article, I plan to cover how-to deploy a pair of BIG-IP devices with failover and high availability features into a Google Cloud existing network stack. Review other articles in this series to see alternative deployment options. How-to v2 Failover Example: BIG-IP Cluster on Google Cloud with Existing Network Stack The following section will be a walkthrough with steps to deploy two BIG-IP instances in GCP using the Failover example with an existing network stack. When complete, the BIG-IP devices will form an Active/Standby cluster. You can use the same techniques in order to copy the templates, modify as needed, and deploy in your environment. During a failover event on the BIG-IP devices, the new active device (was standby) will detect the problem via heartbeats. The new active BIG-IP device sends API calls to Google API to move objects like alias IP ranges, forwarding rule IP mappings (aka public IPs), and more. This API failover method is thanks to the magic in the F5 Cloud Failover Extension, part of the F5 Automation Toolchain. Clone GitHub Repository 1. Navigate toGitHub repo for v2 BIG-IP GDM templates 2. Select the "Code" button and copy the HTTPS address 3. Open a terminal (ex. Visual Studio Code) and clone the repository cd ~/Desktop git clone https://github.com/F5Networks/f5-google-gdm-templates-v2.git Create Secret in GCP Secret Manager One prerequisite for this deployment is to use a secret from GCP Secret Manager. Secret Manager storesAPI keys, passwords, certificates, and other sensitive data.The secret will be used for the BIG-IP administrator password during onboarding. 1. From your terminal, create a file called password.txt containing the BIG-IP password in one line. 2. Create the secret with gcloud using the password.txt file Note: For demo purposes of "existing stack", we will use a custom secret name and modify theBIG-IP onboarding files to match. gcloud secrets create giroux-bigip-secret --data-file="password.txt" # Sample Output Created version [1] of the secret [giroux-bigip-secret] Modify Parameters - Existing Stack For this section, I will deploy the BIG-IP with an existingnetwork stack in GCP. I customize the example Runtime Init YAML file from GitHub and then copy it to my GCP Bucket with public access. This allows the BIG-IP to retrieve it during onboard. The result will be the following: Using my existing network stack with 3x VPCs: mgmt, external, internal 2x BIG-IP instance, version=16.1.2.2 4x CPU, 3-NICs Using my customized runtime-init-conf-3nic-payg-instance01-jeff.yamlandruntime-init-conf-3nic-payg-instance02-jeff.yaml from my GCP Bucket BIG-IP cluster and network settings only Here we go! Note: For demo purposes of this article, we will use a tagged version of the repo to maintain article consistency with code. 1. From your terminal, setDEPLOYMENT_NAME, set CONFIG_FILE, change folders, and change branch to pinned tag DEPLOYMENT_NAME=giroux-bigip-failover-existing CONFIG_FILE=sample_failover_existing_network.yaml cd f5-google-gdm-templates-v2/examples/failover git checkout tags/v2.4.0.0 2. Review the entire README for instructions and prerequisites 3. Edit the file sample_failover_existing_network.yaml 4. Modify the BIG-IP addresses to match your existing VPC network Note: My existing network setup consists of the following: mgmt = 10.1.1.0/24, external = 10.1.10.0/24, internal = 10.1.20.0/24. Match your environment and use available IPs within the subnet range. I will also update the cfeTag. # sample_failover_existing_network.yaml - BIG-IP Failover Cluster with existing stack # Note: Commented and some Optional lines were removed from # the yaml below. This keeps the code block small # for easier illustration purposes. imports: - path: failover-existing-network.py - path: ../modules/access/access.py - path: ../modules/bigip-standalone/bigip_standalone.py - path: ../modules/dag/dag.py resources: - name: failover-py properties: bigIpExternalSelfIp01: 10.1.10.101 bigIpExternalSelfIp02: 10.1.10.102 bigIpInternalSelfIp01: 10.1.20.101 bigIpInternalSelfIp02: 10.1.20.102 bigIpMgmtAddress01: 10.1.1.101 bigIpMgmtAddress02: 10.1.1.102 bigIpPeerAddr: 10.1.10.101 bigIpImageName: f5-bigip-16-1-2-2-0-0-28-payg-best-plus-1gbps-220505081153 bigIpRuntimeInitConfig01: >- https://storage.googleapis.com/giroux-public/runtime-init-conf-3nic-payg-instance01-jeff.yaml bigIpRuntimeInitConfig02: >- https://storage.googleapis.com/giroux-public/runtime-init-conf-3nic-payg-instance02-jeff.yaml cfeTag: giroux_bigip_ha cfeBucket: cfe-storage networks: mgmtNetworkName: jgiroux-net-mgmt externalNetworkName: jgiroux-net-ext internalNetworkName: jgiroux-net-int subnets: mgmtSubnetName: jgiroux-subnet-mgmt appSubnetName: jgiroux-subnet-ext internalSubnetName: jgiroux-subnet-int owner: giroux provisionPublicIp: true region: us-west1 restrictedSrcAddressApp: [0.0.0.0/0] restrictedSrcAddressMgmt: [0.0.0.0/0] uniqueString: giroux-ha zone: us-west1-a type: failover-existing-network.py 5.Edit theruntime-init-conf-3nic-payg-instance01.yamlandruntime-init-conf-3nic-payg-instance02.yamlfiles according to your existing network stack. If you changed the cfeTag or secretID in earlier steps, then update the values here too. 6.Save both files and upload to a location accessible by BIG-IP during onboard # runtime-init-conf-3nic-payg-instance01.yaml and # runtime-init-conf-3nic-payg-instance02.yaml - sourced from GitHub examples # My example change... # secretID secretProvider: environment: gcp type: SecretsManager version: latest secretId: giroux-bigip-secret # cfeTag externalStorage: scopingTags: f5_cloud_failover_label: giroux_bigip_ha failoverAddresses: enabled: true scopingTags: f5_cloud_failover_label: giroux_bigip_ha Deploy the BIG-IP Failover Cluster - Existing Stack 1. From your terminal, launch the GDM template gcloud deployment-manager deployments create ${DEPLOYMENT_NAME} --config ${CONFIG_FILE} The fingerprint of the deployment is b'XOHySk6KEgmLFJeHLnO70g==' Waiting for create [operation-1660327289789-5e60f12519bf8-98f7420d-c81fc548]...done. Create operation operation-1660327289789-5e60f12519bf8-98f7420d-c81fc548 completed successfully. NAME TYPE STATE ERRORS INTENT giroux-ha-app-int-fw compute.v1.firewall COMPLETED [] giroux-ha-app-vip-fw compute.v1.firewall COMPLETED [] giroux-ha-bigip-iam-bind gcp-types/cloudresourcemanager- v1:virtual.projects.iamMemberBinding COMPLETED [] giroux-ha-bigip-sa iam.v1.serviceAccount COMPLETED [] giroux-ha-bigip-vm-01 compute.v1.instance COMPLETED [] giroux-ha-bigip-vm-01-ti compute.v1.targetInstance COMPLETED [] giroux-ha-bigip-vm-02 compute.v1.instance COMPLETED [] giroux-ha-bigip-vm-02-ti compute.v1.targetInstance COMPLETED [] giroux-ha-cfe-storage storage.v1.bucket COMPLETED [] giroux-ha-fr-01 compute.v1.forwardingRule COMPLETED [] giroux-ha-ha-fw compute.v1.firewall COMPLETED [] giroux-ha-http-hc compute.v1.healthCheck COMPLETED [] giroux-ha-https-hc compute.v1.healthCheck COMPLETED [] giroux-ha-mgmt-fw compute.v1.firewall COMPLETED [] giroux-ha-public-ip-01 compute.v1.address COMPLETED [] giroux-ha-tcp-hc compute.v1.healthCheck COMPLETED [] girouxhabigipaccessrole gcp-types/iam-v1:projects.roles COMPLETED [] Validating the Deployment See the "Validating the Deployment" section or the "Further Exploring" section in the Failover README file for more validation commands. 1. Retrieve the parent template outputs 2. Copy the values for bigIpManagementPublicIp1,bigIpManagementPublicIp2,andvip1PublicIp gcloud deployment-manager manifests describe --deployment=${DEPLOYMENT_NAME} --format="value(layout)" | yq .resources[0].outputs # Sample Output ...snippet - finalValue: 35.199.156.64 name: bigIpManagementPublicIp1 - finalValue: 34.82.195.63 name: bigIpManagementPublicIp2 ...snippet... - finalValue: 35.233.137.160 name: vip1PublicIp SSH to BIG-IP Cluster and Review Logs 1. Access the BIG-IP devices and enter bash mode (value from bigIpManagementPublicIp1 andbigIpManagementPublicIp2) ssh admin@35.199.156.64 -i ~/.ssh/id_rsa admin@(giroux-ha-bigip1)(cfg-sync In Sync)(Active)(/Common)(tmos)# bash [admin@giroux-ha-bigip1:Active:In Sync] ~ # 2. Review BIG-IP Runtime Init onboard logs [admin@giroux-ha-bigip1:Active:Standalone] ~ # cat /var/log/cloud/bigIpRuntimeInit.log # Sample Output ...snippet... 2022-08-11T19:04:42.573Z [3752]: info: Successfully validated declaration 2022-08-11T19:04:42.661Z [3752]: info: Resolving parameters 2022-08-11T19:04:45.259Z [3752]: info: Executing install operations. 2022-08-11T19:05:15.323Z [3752]: info: Executing service operations. 2022-08-11T19:05:15.369Z [3752]: info: Creating - do 1.31.0 .... 2022-08-11T19:08:38.510Z [3752]: info: Creating - cf 1.11.0 .... 2022-08-11T19:08:52.323Z [3752]: info: Creating - as3 3.38.0 .... 2022-08-11T19:09:25.127Z [3752]: info: Creating - do 1.31.0 .... 2022-08-11T19:10:07.330Z [3752]: info: Initializing telemetryClient 2022-08-11T19:10:08.193Z [3752]: info: Sending f5-teem report 2022-08-11T19:10:08.197Z [3752]: info: All operations finished successfully 2022-08-11T19:10:13.570Z [3752]: info: Successfully sent data to F5 Teem Testing the Application and WAF The following tests will work if you deploy the BIG-IP with Layer 4-7 settings. For my demo settings, the "existing stack" does not create BIG-IP application objects nor does it create an application server. Fear not! You can still POST an AS3 declaration to the BIG-IP, or you can login manually and create a pool and listener. Check out the F5 AS3 Docs for more example declarations! 1. From your local machine, curl the demo application (value fromvip1PublicIp) curl http://35.233.137.160 -I # Sample Output HTTP/1.1 200 OK ...snippet... Set-Cookie: BIGipServer~Tenant_1~Shared~Shared_Pool=xxxx; path=/; Httponly Set-Cookie: TS01aa0884=xxxx; Path=/ 2. Perform a security violation by sending a disallowed 'method' of DELETE curl http://35.233.137.160 -X DELETE # Sample Output <html><head><title>Request Rejected</title></head><body>The requested URL was rejected. Please consult with your administrator.<br><br>Your support ID is: 9487250596978229314<br><br><a href='javascript:history.back();'>[Go Back]</a></body></html> Testing Failover The following tests will work if you deploy the BIG-IP with Layer 4-7 settings. For my demo settings, the "existing stack" does not create BIG-IP application objects nor does it create an application server. Fear not! You can still POST an AS3 declaration to the BIG-IP, or you can login manually and create a pool and listener. Check out the F5 AS3 Docs for more example declarations! Let's validate a few things and then force a failover. 1. From your terminal, run gcloud to list the forwarding rule and verify the target BIG-IP instance (1 or 2) gcloud compute forwarding-rules list --filter="name=(giroux-ha-fr-01)" # Sample Output NAME REGION IP_ADDRESS IP_PROTOCOL TARGET giroux-ha-fr-01 us-west1 35.233.137.160 TCP us-west1-a/targetInstances/giroux-ha-bigip-vm-01-ti The output shows vm-01 which is BIG-IP instance 1. This matches the CLI on each BIG-IP in which instance 1 shows 'active' and instance 2 shows 'standby'. # From instance 1 [admin@giroux-ha-bigip-vm-01:Active:In Sync] ~ # # From instance 2 [admin@giroux-ha-bigip-vm-02:Standby:In Sync] ~ # Now, let's force a failover. 2. From the standby BIG-IP, start a 'tail -f' on the restnoded log file to watch live logs [admin@giroux-ha-bigip-vm-02:Standby:In Sync] ~ # tail -f /var/log/restnoded/restnoded.log 3. From the active BIG-IP, force a failover [admin@giroux-ha-bigip-vm-01:Active:In Sync] ~ # tmsh run sys failover standby [admin@giroux-ha-bigip-vm-01:Standby Sync] 4. Go back to the other BIG-IP instance...now 'active' and review the restnoded logs # Sample Output ... Thu, 11 Aug 2022 19:46:19 GMT - info: [f5-cloud-failover] Performing Failover - update Thu, 11 Aug 2022 19:46:19 GMT - fine: [f5-cloud-failover] Address discovery: .... ... ... Thu, 11 Aug 2022 19:46:19 GMT - finest: [f5-cloud-failover] Updating forwarding rule: giroux-ha-fr-01 to target: xxxx/giroux-ha-bigip-vm-02-ti Thu, 11 Aug 2022 19:46:19 GMT - info: [f5-cloud-failover] Disassociate NICs successful. Thu, 11 Aug 2022 19:46:19 GMT - info: [f5-cloud-failover] Associate NICs successful. Thu, 11 Aug 2022 19:46:20 GMT - finest: [f5-cloud-failover] updateFwdRule operation name: operation-xxxx Thu, 11 Aug 2022 19:46:45 GMT - info: [f5-cloud-failover] Updated forwarding rules successfully ... Thu, 11 Aug 2022 19:46:45 GMT - info: [f5-cloud-failover] Failover Complete Thu, 11 Aug 2022 19:46:48 GMT - finest: [f5-cloud-failover] Download stateFile: .... [admin@giroux-ha1122-bigip-vm-02:Active:In Sync] ~ # The log entries validate the forwarding rule was updated to target instance 2. 5. From your terminal, run gcloud to list the forwarding rules again to validate a new target gcloud compute forwarding-rules list --filter="name=(giroux-ha-fr-01)" # Sample Output NAME REGION IP_ADDRESS IP_PROTOCOL TARGET giroux-ha-fr-01 us-west1 35.233.137.160 TCP us-west1-a/targetInstances/giroux-ha-bigip-vm-02-ti Test traffic again (see earlier sections) and everything should still work like magic! Delete and Clean Up 1. Delete the deployment gcloud deployment-manager deployments delete ${DEPLOYMENT_NAME} -q Summary This article shows you how to use the BIG-IP Cloud Solution Templates to easily deploy services and BIG-IP in Google Cloud. I use sample configurations in this article to deploy two BIG-IP devices in a failover cluster with an existing network stack. I then show you how to validate the deployment and review onboard logs. This Failover example is an easy way to have your applications protected by BIG-IP running in HA on Google Cloud. Make sure to check out the other examples in the GitHub repository for scenarios like standalone or autoscale. Resources F5 BIG-IP Google Cloud Deployment Manager (GDM) v2 Templates Article Series New Ways to Deploy Services in Public Cloud with v2 BIG-IP Cloud Solution Templates Deploy Quickstart BIG-IP with New Stack in Google Cloud using v2 Templates Deploy Quickstart BIG-IP with Existing Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with New Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with Existing Stack in Google Cloud using v2 TemplatesDeploy Quickstart BIG-IP with Existing Stack in Google Cloud using v2 Templates
The BIG-IP Public Cloud team has developed many solutions over the years to enable customers to easily deploy BIG-IP with a few steps. In the first article of this series, I discussed the differences between the v1 and v2 BIG-IP Cloud Solution Templates for public cloud. I plan to cover how-to deploy BIG-IP services into a Google Cloud existing network stack. How-to v2 Quickstart Example: BIG-IP on Google Cloud with Existing Network Stack The following section will be a walkthrough with steps to deploy BIG-IP in GCP using the Quickstart example with an existingnetwork stack. You can use the same techniques in order to copy the templates, modify as needed, and deploy in your environment. Make sure to review the README for prerequisites. I will deploy BIG-IP with an existingnetwork stack in GCP. I customize the example Runtime Init YAML file from GitHub and then copy it to my GCP Bucket with public access. This allows the BIG-IP to retrieve it during onboard. The result will be the following: Using my existing network stack with 3x VPCs: mgmt, external, internal BIG-IP instance, version=16.1.3.2 4x CPU, 3-NICs Using my customized runtime-init-conf-3nic-payg-jeff.yaml from my GCP Bucket BIG-IP system and network settings only Clone GitHub Repository 1. Open a terminal (ex. Visual Studio Code) and clone the repository git clone https://github.com/F5Networks/f5-google-gdm-templates-v2.git Modify Parameters - Existing Stack 1. From your terminal, setDEPLOYMENT_NAME, set CONFIG_FILE,and change folders DEPLOYMENT_NAME="giroux-bigip-existing" CONFIG_FILE="sample_quickstart_existing_network.yaml" cd f5-google-gdm-templates-v2/examples/quickstart git checkout tags/v2.6.0.0 2. Edit the file sample_quickstart_existing_network.yaml --- # sample_quickstart_existing_network.yaml - BIG-IP with existing stack # Note: Commented and some Optional lines were removed from # the yaml below. This keeps the code block small # for easier illustration purposes. imports: - path: quickstart-existing-network.py - path: ../modules/bigip-standalone/bigip_standalone.py - path: ../modules/dag/dag.py resources: - name: quickstart-existing-network-py properties: bigIpImageName: f5-bigip-16-1-3-2-0-0-4-payg-best-plus-1gbps-220914234533 bigIpRuntimeInitConfig: >- https://storage.googleapis.com/giroux-public/runtime-init-conf-3nic-payg-jeff.yaml numNics: 3 networks: mgmtNetworkName: jgiroux-net-mgmt externalNetworkName: jgiroux-net-ext internalNetworkName: jgiroux-net-int subnets: mgmtSubnetName: jgiroux-subnet-mgmt appSubnetName: jgiroux-subnet-ext internalSubnetName: jgiroux-subnet-int owner: giroux provisionPublicIp: true region: us-west1 restrictedSrcAddressApp: [0.0.0.0/0] restrictedSrcAddressMgmt: [0.0.0.0/0] uniqueString: giroux321 zone: us-west1-a type: quickstart-existing-network.py 3. Edit theruntime-init-conf-3nic-payg.yamlfile according to your existing network stack 4. Save file and upload to a location accessible by BIG-IP during onboard # runtime-init-conf-3nic-payg.yaml - sourced from GitHub examples # My example change... app_route: class: Route gw: '10.1.20.1' network: '10.1.0.0/16' mtu: 1500 Deploy the BIG-IP - Existing Stack 1. From your terminal, launch the GDM template gcloud deployment-manager deployments create ${DEPLOYMENT_NAME} --config ${CONFIG_FILE} # Sample Output The fingerprint of the deployment is b'A3qm7z5mY6q5APP9sEhbJA==' Waiting for create [operation-1651006616110-5dd94eee003ec-389d2a10-388bd686]...done. Create operation operation-1651006616110-5dd94eee003ec-389d2a10-388bd686 completed successfully. NAME TYPE STATE ERRORS INTENT giroux321-app-int-fw compute.v1.firewall COMPLETED [] giroux321-app-vip-fw compute.v1.firewall COMPLETED [] giroux321-bigip-vm-01-ti compute.v1.targetInstance COMPLETED [] giroux321-bigip-vm-01 compute.v1.instance COMPLETED [] giroux321-fr-01 compute.v1.forwardingRule COMPLETED [] giroux321-http-hc compute.v1.healthCheck COMPLETED [] giroux321-https-hc compute.v1.healthCheck COMPLETED [] giroux321-mgmt-fw compute.v1.firewall COMPLETED [] giroux321-public-ip-01 compute.v1.address COMPLETED [] giroux321-tcp-hc compute.v1.healthCheck COMPLETED [] Validating the Deployment See the "Validating the Deployment" section or the "Further Exploring" section in the Quickstart README file for more validation commands. 1. Retrieve the values forbigIpManagementPublicIpandvip1PublicIp gcloud deployment-manager manifests describe --deployment=${DEPLOYMENT_NAME} --format="value(layout)" | yq '.resources[0].outputs[] | select(.name | contains("bigIpManagementPublicIp")).finalValue' # Sample Output "bigIpManagementPublicIp" 35.227.161.180 gcloud deployment-manager manifests describe --deployment=${DEPLOYMENT_NAME} --format="value(layout)" | yq '.resources[0].outputs[] | select(.name | contains("vip1PublicIp")).finalValue' # Sample Output "vip1PublicIp" 35.197.57.26 SSH to BIG-IP and Review Logs 1. Access BIG-IP and enter bash mode (value from bigIpManagementPublicIp) ssh admin@35.227.161.180 -i ~/.ssh/id_rsa admin@(giroux123-bigip1)(Standalone)(Active)(/Common)(tmos)# bash [admin@giroux123-bigip1:Active:Standalone] ~ # 2. Review BIG-IP Runtime Init onboard logs [admin@giroux123-bigip1:Active:Standalone] ~ # cat /var/log/cloud/bigIpRuntimeInit.log # Sample Output ...snippet... 2022-11-04T00:03:12.178Z [5528]: info: Executing inline shell command: tmsh save sys config 2022-11-04T00:03:18.579Z [5528]: info: Shell command: tmsh save sys config execution completed; response: Saving running configuration... ...snippet... - saving ...done 2022-11-04T00:03:18.580Z [5528]: info: Initializing telemetryClient 2022-11-04T00:03:19.425Z [5528]: info: ...snippet... 2022-11-04T00:03:19.524Z [5528]: info: Sending f5-teem report 2022-11-04T00:03:19.529Z [5528]: info: All operations finished successfully Testing the Application and WAF The following tests will work if you deploy the BIG-IP with Layer 4-7 settings. For my demo settings, the "existing stack" does not create BIG-IP application objects nor does it create an application server. Fear not! You can still POST an AS3 declaration to the BIG-IP, or you can login manually and create a pool and listener. Check out the F5 AS3 Docs for more example declarations! 1. From your local machine, curl the demo application (value fromvip1PublicIp) curl http://35.197.57.26 -I # Sample Output HTTP/1.1 200 OK ...snippet... Set-Cookie: BIGipServer~Tenant_1~Shared~Shared_Pool=xxxx; path=/; Httponly Set-Cookie: TS01aa0884=xxxx; Path=/ 2. Perform a security violation by sending a disallowed 'method' of DELETE curl http://35.197.57.26 -sk -X DELETE # Sample Output <html><head><title>Request Rejected</title></head><body>The requested URL was rejected. Please consult with your administrator.<br><br>Your support ID is: 9487250596978229314<br><br><a href='javascript:history.back();'>[Go Back]</a></body></html> Delete and Clean Up 1. Delete the deployment gcloud deployment-manager deployments delete ${DEPLOYMENT_NAME} -q Summary This article shows you how to use the BIG-IP Cloud Solution Templates to easily deploy services and BIG-IP in Google Cloud. I use sample configurations in this article to deploy a BIG-IP device with an existing network stack. I then show you how to validate the deployment and review onboard logs. This Quickstart example is an easy way to have your applications protected by BIG-IP and running on Google Cloud. Make sure to check out the other examples in the GitHub repository for scenarios like active/standby or autoscale. Resources F5 BIG-IP Google Cloud Deployment Manager (GDM) v2 Templates Article Series New Ways to Deploy Services in Public Cloud with v2 BIG-IP Cloud Solution Templates Deploy Quickstart BIG-IP with New Stack in Google Cloud using v2 Templates Deploy Quickstart BIG-IP with Existing Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with New Stack in Google Cloud using v2 Templates Deploy Failover BIG-IP Cluster with Existing Stack in Google Cloud using v2 Templates
