Scal v2 update accidently updated how to#
Scal v2 update accidently updated archive#
Scal v2 update accidently updated code#

This header file allows your app to call the APIДЇor in-app updates directly from your native code. SDK includes a C header file, app_update.h, that wrapsДЇrom the Java Play Core SDK. The Play Core Native SDK is part of the Play Core Note: The Native API for in-app updates requires your app to use Play Core The Kotlin programming language or the Java programming There are separate guides for cases where your implementation uses

Scal v2 update accidently updated code#

Updates in your app using native code (C orД¬++).

Scal v2 update accidently updated how to#

That is the final lab of the quest.This guide describes how to support in-app If you like to read and take notes in Medium, please visit Medium you feel this lab difficult for you? Next lab will be even more challenging, but do not stop here. This post has also been published to Medium. Open the IP address of the external endpoint, you should see a similar web response:Д¬ongratulations! You should accomplish the lab if you follow the above steps. In the Scale dialog, type 2 to the field Replicas,Д¬lick SCALE, then wait for creating/deleting instances until 2 replicas exist in the Kubernetes cluster. Press the icon to expand the menu and select Scale. Navigate to Kubernetes Engine > Workloads, click the name echo-web to show the Deployment details. If you prefer to use command-line tools, you can refer to the lab GSP053 вЂњ Managing Deployments Using Kubernetes EngineвЂњ on Qwiklabs. In this article, I will show you the method of using the GCP web console. Scale out the application so that the Kubernetes cluster deployment In the Rolling Update dialog, modify the end of the image field from v1 to v2.Д¬lick UPDATE. Press the icon to expand the menu and select Rolling Update. Update the Application to the Kubernetes Cluster Using Web Console Next, you need to update the application to the Kubernetes Cluster. In the web console, navigate to Container Registry > Images to confirm the docker image tagged v2 has been pushed to the cloud repositories. export PROJECT_ID = $(gcloud info -format = 'value(config.project)' )Дocker tag echo-app:v2 gcr.io/ $/echo-app:v2 If you do not remember how to build a docker image on GCP, I recommend you revise the lab вЂњ Introduction to DockerвЂќ before you start.Д®dit the line in the /manifests/echoweb-deployment.yaml file defining which image to use:Дocker build -t echo-app:v2. After that, use docker commands to build, tag, and push the new container image to Google Container Registry (gcr.io). You may use a code editor to compare the change between the v1 and v2 codes. Next, use a tar -xvzf command to unzip the files.

Scal v2 update accidently updated archive#

Use a gsutil cp command to copy the archive from the Cloud Storage to the Cloud Shell environment. Just similar to the steps in the last lab, you can start with the pre-uploaded archive that contains the sample application and the docker configuration in the Cloud Storage bucket. The application must respond to web requests with V2.0.0.Д«uild a Docker Image of Sample Application with a v2 tag.Scale out the application so that the Kubernetes cluster deployment is running 2 replicas.Upload the deployment running on the Kubernetes cluster to echo-app:v2.Update a docker application and push a new version of the image tagged echo-app:v2 to a container repository (gcr.io).Combining with the instruction details, they are translated to the following mission statements. The screenshot above shows that there are 4 steps required for completing this lab. When you open the page of this lab on Qwiklabs, you can find the task requirements by click the green activity tracker (on the top right of the page) to expand the score box. You will continue practicing with the echo-app application in the echo-web deployment, and update its version from v1 to v2. This lab will perform provisioning of the application echo-app:v1 as the same as in the previous lab. You will do this in the lab GSP305 вЂњ Scale Out and Update a Containerized Application on a Kubernetes ClusterвЂњ. You may also need to scale the cluster size to optimize the usage and performance. Considering your developer team delivers a new version of the application to you, so you need to update the running application on the cluster to the new version. In the last lab, you built a docker image and created a Kubernetes cluster for a containerized application, called echo-app.