canary-deployment | 易学教程

Blue Green Deployment with Helm Charts

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问题 We Could deploy applications using 'Helm Charts' with helm install --name the-release helm/the-service-helm --namespace myns And we cold 'Rolling Upgrade' the deployment using, helm upgrade --recreate-pods the-release helm/the-service-helm --namespace myns Is there a way to use 'Helm Charts' to achieve 'Blue/Green' Deployments? 回答1: Let's start from definitions Since there are many deployment strategies, let's start from the definition. As per Martin Flowers' definition of Blue-Green

Blue Green Deployment with Helm Charts

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Setting the route programmatically in Spring Cloud Netflix Zuul

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问题 I have created two AWS Beanstalk envs, each with their own version of the applications. The urls for these envs are https://beta.myserver.com/v1073 and https://beta.myserver.com/v1084. These urls point to the load balancer. Now I also have a Zuul implementation that have the following configurations. zuul: routes: beta: path: /api/** serviceId: beta-root strip-prefix: false sensitive-headers: Cookie,Set-Cookie ribbon: eureka: enabled: false hystrix: command: default: execution: isolation:

Setting the route programmatically in Spring Cloud Netflix Zuul

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I have created two AWS Beanstalk envs, each with their own version of the applications. The urls for these envs are https://beta.myserver.com/v1073 and https://beta.myserver.com/v1084 . These urls point to the load balancer. Now I also have a Zuul implementation that have the following configurations. zuul: routes: beta: path: /api/** serviceId: beta-root strip-prefix: false sensitive-headers: Cookie,Set-Cookie ribbon: eureka: enabled: false hystrix: command: default: execution: isolation: thread: timeoutInMilliseconds: 5000 beta-root: ribbon: listOfServers: https://beta.myserver.com Request

Canary release strategy vs. Blue/Green

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问题 My understanding of a canary release is that it's a partial release to a subset of production nodes with sticky sessions turned on. That way you can control and minimize the number of users/customers that get impacted if you end up releasing a bad bug. My understanding of a blue/green release is that you have 2 mirrored production environments ("blue" and "green"), and you push changes out to all the nodes of either blue or green at once, and then use networking magic to control which

Canary release strategy vs. Blue/Green

阅读更多关于 Canary release strategy vs. Blue/Green

My understanding of a canary release is that it's a partial release to a subset of production nodes with sticky sessions turned on. That way you can control and minimize the number of users/customers that get impacted if you end up releasing a bad bug. My understanding of a blue/green release is that you have 2 mirrored production environments ("blue" and "green"), and you push changes out to all the nodes of either blue or green at once, and then use networking magic to control which environment users are routed to via DNS. So, before I begin, if anything I have said so far is incorrect,

NDK Debugging with gradle-experimental plugin

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问题 I'm trying to add native debugging to a project that is an Android Studio NDK project. In the past I just used gradle to kick off a shell script, which built the NDK lib. Now I'm trying to move to use the gradle-experimental plugin. I've scoured the net for what little info there is, (mostly here, Android Tools Site - Gradle Experimental), about using gradle-experimental with the NDK and I've put together this build.gradle file which is using the preview NDK support for doing the NDK build