Pivotal/Cloud Foundry/Tasks
Cloud Foundry | Cloud Foundry CLI | Apps | Tasks | Logs | OpsManager
Contents |
Blue/Green App Deployment
https://docs.cloudfoundry.org/devguide/deploy-apps/blue-green.html
Push an app
start by pushing the app and defining the subdomain (hostname) and domain.
~$ cf push web-app -n daring-wildebeest -d cfapps.io
Update the app and push a new version
This will be done along side the old version and given a new subdomain. The old version will retain its existing route and traffic to it will still go to the old app version.
~$ cf push web-app-2 -n responsive-aligator -d cfapps.io
Map original route to new app
Now that we have (2) separate instances of the web-app running, one of the old version and one of the new version, we can map the old route to the new app. This will not replace the old app, instead both the old and new apps will be accessible from the old route (quasi load balanced).
~$ cf map-route web-app-2 cfapps.io --hostname web-app-daring-wildebeest
Unmap old app from old route
Next we can unmap the old app from the old route, leaving only the new app accessible from the old route.
~$ cf unmap-route web-app cfapps.io --hostname web-app-daring-wildebeest
Unmap new app from new route
With the new app deployed on the old route, we can remove the new route that we initially setup during the app deployment. Once the new app has been vested, you can delete the new route altogether.
~$ cf unmap-route web-app-2 cfapps.io --hostname web-app-2-responsive-aligator ~$ cf delete-route cfapps.io --hostname web-app-2-responsive-aligator
Attach route service to app
https://docs.cloudfoundry.org/services/route-services.html
sample app:https://github.com/cloudfoundry-samples/spring-music
sample route service: https://github.com/cloudfoundry-samples/logging-route-service
push app and service
~$ git clone https://github.com/cloudfoundry-samples/spring-music.git && git clone https://github.com/cloudfoundry-samples/logging-route-service.git ~$ ./spring-music/gradlew -b ./spring-music/build.gradle clean assemble ~$ cf push spring-music -f ./spring-music/manifest.yml ~$ cd ./logging-route-service ~$ cf push logging-route-service -f ./manifest.yml -m 1G ~$ cd ..
create service and bind
~$ [Git] cf routes | grep -E 'host|spring-music|logging' space host domain port path type apps service user_test_space spring-music-grouchy-cassowary cfapps-16.haas-59.pez.pivotal.io spring-music user_test_space logging-route-service cfapps-16.haas-59.pez.pivotal.io logging-route-service ~$ [Git] cf app logging-route-service | grep routes routes: logging-route-service.cfapps-16.haas-59.pez.pivotal.io ~$ cf create-user-provided-service mylogger -r https://logging-route-service.cfapps-16.haas-59.pez.pivotal.io ~$ cf bind-route-service cfapps-16.haas-59.pez.pivotal.io mylogger --hostname spring-music-grouchy-cassowary
review logs from service
~$ curl spring-music-grouchy-cassowary.cfapps-16.haas-59.pez.pivotal.io ~$ cf logs logging-route-service --recent
removal
~$ cf unbind-route-service cfapps-16.haas-59.pez.pivotal.io mylogger --hostname spring-music-grouchy-cassowary -f ~$ cf delete spring-music -f && cf delete logging-route-service -f ~$ cf delete-orphaned-routes -f
Add TCP route to app
PWS
For PWS, you need an exception granted to use TCP ports with your apps outside of the standard 80/443. see here
CF/PCF Instance
reference
For a stand alone instance, you can follow the steps below to add the TCP route.
Synopsis: Add domain (if needed) > Add quota with TCP routes > assign quota to ORG > Push app with TCP port > publish A record for hostname for each TCP router IP.
Add Domain
If you need to add a domain, its fairly easy. You need to add it as a shared domain so that you can specify the router-group
~$ cf router-groups Getting router groups as admin ... name type default-tcp tcp ~$ cf create-shared-domain domain.com --router-group default-tcp Creating shared domain domain.com as admin... OK
Add Quota
Next the org needs to be assigned a quota with TCP routes. You can also do this for the space if desired.
~$ cf quotas Getting quotas as admin... OK name total memory instance memory routes service instances paid plans app instances route ports default 10G unlimited 1000 100 allowed unlimited 0 runaway 100G unlimited 1000 unlimited allowed unlimited 0 ~$ cf create-quota tcp -m 10G -i -1 -r 1000 -s 100 --allow-paid-service-plans -a -1 --reserved-route-ports 10 Creating quota tcp as admin... OK ~$ cf quotas Getting quotas as admin... OK name total memory instance memory routes service instances paid plans app instances route ports default 10G unlimited 1000 100 allowed unlimited 0 runaway 100G unlimited 1000 unlimited allowed unlimited 0 tcp 10G unlimited 1000 100 allowed unlimited 10
Assign quota
Again, we are doing this to the org, you can also do it to the space if desired.
~$ cf org test Getting info for org test as admin... name: test domains: apps.internal, cfapps-04.haas-59.pez.pivotal.io, domain.com quota: default spaces: test isolation segments: ~$ cf set-quota test tcp Setting quota tcp to org test as admin... OK
Push app with TCP
Almost done, lets push the app with the TCP port.
NOTE: If you want to specify a specific port, you'll need to create the route first and then specify it with --route-path during the push.
~$ cf push spring-music -d domains.com Pushing from manifest to org test / space test as admin... Using manifest file /Users/User/Git/spring-music/manifest.yml Getting app info... Creating app with these attributes... + name: spring-music path: /Users/User/Git/spring-music/build/libs/spring-music-1.0.jar + memory: 1G routes: + domain.com:???? Creating app spring-music...
A Record
And the final step, create the A record.
