Continuous Integration and Deployment with Docker and Rancher Usman Ismail · Bilal Sheikh · January 2016 ’ alt=‘OCR图片’/> Contents Introduction…2 Part 1: Continuous Integration…3 1.1 Challenges of Scaling Branching Model...11 1.4.2 Creating CI pipeline with Jenkins...13 1.5 Summary…20 Part 2: Continuous Deployment…21 2.1 Creating long running application environments…21 2.1.1 Creating an Integration environment a Continuous Deployment Pipeline…32 2.2.1 Publishing Docker images...32 2.2.2 Deploying to Integration environment...34 2.2.3 Releasing and deploying a new version...37 2.3 Deployment Strategies…39

instructions #### 2.1.1 Installing Weblate ## I nstalling using Docker With dockerized Weblate deployment you can get your personal Weblate instance up and running in seconds. All of Weblate's dependencies yml file to change it. ### 3. Start Weblate containers: docker-compose up Enjoy your Weblate deployment, it's accessible on port 80 of the weblate container. Changed in version 2.15-2: The setup management commands ## Docker container with HTTPS support Please see Installation for generic deployment instructions, this section only mentions differences compared to it. ## Using own SSL certificates

minutes ago 912MB ## 创建 Deployment Kubernetes Pod 是一个或多个容器组合在一起得共享资源，Kubernetes Deployment 是检查 Pod 的健康状况。 kubectl create deployment hello-node --image=hello-node:v1 # 输出: deployment.apps/hello-node created created # 查看 Deployment kubectl get deployments # NAME READY UP-TO-DATE AVAILABLE AGE # hello-node 1/1 1 1 19s kubectl run hello-node --image=hello-node:v1 --port=8080 # 输出: pod/hello-node Kubernetes 虚拟网络外部访问，须要使用 Kubernetes Service 暴露 Pod。 使用 kubectl expose 命令将 Pod 暴露到外部环境: kubectl expose deployment hello-node --type=LoadBalancer --port 8080 # 输出: service/hello-node exposed kubectl get services

User guide 5 3 Contributing 7 3.1 Getting started 7 3.2 Cheat sheet 11 3.3 API 12 3.4 Deployment 21 3.5 Limitations 24 3.6 Changelog 24 3.7 License 27 Python Module Index 29 websockets one. If the response contains a body, it may be read from stream after this coroutine returns. Deployment Backpressure Note: This section discusses the concept of backpressure from the perspective of argument to connect() or serve(). • OS buffers: you shouldn’t need to tune them in general. ## Deployment The author of websockets isn’t aware of best practices for deploying network services based on

support the WebSocket protocol. Here is an example of Nginx WebSocket configuration. ## Notes ## Deployment in production In your production system, you may want to deploy the web applications with some

Other notes - Weblate deployments ○ Running Weblate in the Docker ■ Deployment ■ Upgrading Docker container ■ Maintenance tasks ■ Docker environment [https://docs.djangoproject.com/en/stable/howto/deployment/], Deploying static files [https://docs.djangoproject.com/en/stable/howto/static-files/deployment/] ## Sample configuration for Apache Following 0022 ## See also How to use Django with uWSGI [https://docs.djangoproject.com/en/stable/howto/deployment/wsgi/uwsgi/] ## Running Weblate under path Changed in version 1.3: This is supported since Weblate

Usecase diagram • Class diagram • Object diagram • Activity diagram • Component diagram • Deployment diagram • State diagram • Timing diagram The following non-UML diagrams are also supported: 7ed1ccf86452444d50a59d7db60ae0b/p53_3.jpg) [Ref. QA-3770 and QA-3816] [See similar feature on deployment-diagram or class diagram] ### 2.17 Change element color and style (inline style) You can change [Image](/uploads/documents/0/7/e/d/07ed1ccf86452444d50a59d7db60ae0b/p81_2.jpg) [See similar feature on deployment] ### 3.36 Change class color and style (inline style) You can change the color or style of individual

11-K8s架构及基本概念 1.12 12-Master与Node的通信 1.13 13-Node 1.14 14-Pod 1.15 15-Replica Set 1.16 16-Deployment 1.17 17-StatefulSet 1.18 18-Demon Set 1.19 19-配置最佳实践 1.20 20-管理容器的计算资源 1.21 21-Kubernetes资源分配 启动一个单节点nginx ]# kubectl run nginx --image=nginx:1.7.9 --port=80 # 为“nginx”服务暴露端口 ]# kubectl expose deployment nginx --type=NodePort # 查看nginx服务详情 ]# kubectl get svc nginx NAME TYPE CLUSTER-IP EXTERNAL-IP kube-scheduler 监视新创建的、还没分配 Node 的 Pod，并选择一个 Node 供这些 Pod 运行。 ## addons（插件） Addon是实现集群功能的Pod和Service。Pod可由Deployment、ReplicationController等进行管理。Namespace的插件对象则是在kube-system这个namespace中被创建的。 Addon manager创建并维护addon的资源。详见这里：here。

Observability 1.8. Auditing 1.9. Running at scale 1.10. GitOps and Helm 1.11. Continuous Deployment 1.12. Secrets management 2. A Vision of GitOps 2.0 2.1. Visibility into the whole software and business metrics 2.3. Promotion among different environments 2.4. Achieving Continuous deployment and full Git automation 2.5. Built-in handling for rollbacks and secrets 2.6. Running GitOps reality 3. GitOps 2.0 with Codefresh & ArgoCD 3.1. Getting visibility into deployments 3.2. Deployment value comes from features and not Git hashes 3.3. The new Codefresh GitOps dashboard 3.4. Argo