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

Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 Single Cluster Deployment | 11 Multi-Cluster Deployment | 12 System Requirements | 15 2 Install Overview | Introduction Cloud-Native Contrail Networking Overview | 2 Terminology | 4 CN2 Components | 6 Deployment Models | 11 System Requirements | 15 Cloud-Native Contrail Networking Overview SUMMARY plane as necessary. Although any single node can contain only one Contrail controller, a typical deployment contains multiple controllers running on multiple nodes. When there are multiple Contrail controllers

digital infrastructure OS that fits into any server, cloud computing, edge computing, and embedded deployment. This secure, stable, and easy-to-use open source OS is compatible with multiple computing architectures accessible to everyone, HPCRunner is committed to offering comprehensive solutions for application deployment and tuning, with the aim of making HPC accessible to more people. Our closed-loop ecosystem includes simplify the HPC process and provide a one-stop application for all your needs. Challenges The deployment process for HPC applications is not particularly straightforward. Each dependency must be installed

..........................................................................36 4.1 Continuous Deployment – Service Upgrades and Rollbacks .......................................36 4.1.1 A closer look process with another set of instances. Kubernetes supports rolling updates with the use of “deployment” and “rolling-update” abstractions. Deployments are a fairly recent addition to the project, but (note: starting with Rancher 1.1, it is suggested to have at least three hosts for your Kubernetes deployment; having these hosts for etcd ensures a highly-available setup). ©Rancher Labs 2017. All

Usecase diagram • Class diagram • Object diagram • Activity diagram • Component diagram • Deployment diagram • State diagram • Timing diagram The following non-UML diagrams are also supported: #blue;line.dotted;text:blue : blue dotted @enduml [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 the dashed foo --> bar3 #blue;line.dotted;text:blue : blue dotted @enduml [See similar feature on deployment] 3.37 Change class color and style (inline style) You can change the color or style of individual

approach allows the developer to focus on working and pushing code to Git, and then, further deployment and tweaks would be taken care of by an automated mechanism. Since Kubernetes and many other GITOPS FOR KUBERNETES Kubernetes, also known as K8s, is an open-source system for automating the deployment, scaling, and management of containerized applications. From 2013 to 2014, a revolution in software Kubernetes. INCREASED SPEED AND PRODUCTIVITY Continuous deployment automation with integrated feedback and control loops speeds up your deployment frequency. Declarative definitions kept in Git allow

shelf? Or is it just a fancy new term for DevOps [1.1], or continuous integration/continuous deployment (CI/CD) [1.2]? As a matter of fact, GitOps unifies a collection of different topics in automation container platform, in particular, has fostered a whole new way of thinking about application deployment, because con- figuration files are used to declare the creation of container instances and dictate main concepts attributed to CI/CD are continuous integration, continuous delivery, and continuous deployment. If GitOps is just an extension of DevOps, then where does GitOps fit into the CI/CD workflow

Usecase diagram • Class diagram • Object diagram • Activity diagram • Component diagram • Deployment diagram • State diagram • Timing diagram The following non-UML diagrams are also supported: and style (inline style) 2 USE CASE DIAGRAM [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 the dashed foo --> bar3 #blue;line.dotted;text:blue : blue dotted @enduml [See similar feature on deployment] PlantUML Language Reference Guide (1.2021.2) 80 / 415 3.36 Change class color and style (inline

sustain fast flow of work by implementing continuous delivery i. Create the foundation of our deployment pipeline ii. Enabling fast & reliable automated testing iii. Enabling & practicing continuous Integrating objectives of QA & Operations to improve outcomes 2. Ch. 9 – Create the Foundations of Our Deployment Pipeline a. Enterprise Data Warehouse program by Em Campbell-Pretty - $200M, All streams of work INCLUDE RUNNNING IN PRODUCTION-LIKE ENVIRONMENTS i. In general, the longer the interval between deployment, the worse the outcome ii. Ensure Dev & QA routinely integrate with prod-like environments at