and Security Summary 25 Chapter 5–Repository and Directory Structures Best Practices DRY Parameterize Where You Need To Repository Considerations Monorepo Polyrepo workflow. Continuous integration builds and tests new code changes and merges them into a shared repository on a regular basis. CI is a form of rapid development that emerged as a result of the Agile Manifesto commit directly to your state store or to mark that the change is ready for deployment in a Git repository. In other Chapter 1 – What is GitOps? The Path to GitOps | 13 words, if you’re in GitHub [1

kernel/glibc/ system/GCC/... Core/Base package repository Software package repository of the openEuler LTS and innovation releases. All software packages in this repository have completed the end-to-end quality the community. Extension repository A supplement to the openEuler LTS and innovation software package repository. The source code of the software packages in the repository all comes from the openEuler Third-party package repository (open/closed source) Software repository and build system provided by the openEuler community or third-party systems. Software packages in this repository are compatible with

instead of a deployment. The Git commit is picked up by a deployment solution that monitors the Git repository and takes care of the actual deployment by pulling changes in your cluster (and thus making the want to promote a release to one after the other. What is the GitOps solution? ● A single repository with 10 branches. This means that you need to open/close 10 pull requests each time you do a copies commits between the repositories (or uses Pull Requests between them). ● A single Git repository with 10 subfolders. Again you need an external solution to make sure that changes are propagated

10 GitOps Hands On Tutorial Part 1: Spin up a Kubernetes Cluster Part 2: Fork the Sock Shop Repository Part 3: Setup CI and Connect a Container Registry Part 4: Let’s Get Started with the cluster Runs outside the production cluster Read access to the code repository Read/Write access to container repository Read/Write access to the continuous integration environment Runs inside inside the production cluster Read/Write access to configuration repository Read access to image repository Read/Write access to the production cluster GitOps separates CI from CD and is a more secure

directory. An example of this file is referenced here, along with information on adding or removing repository references from the file. You may edit the file to enable repositories or disable them. For example provide packages which are safe for use with your Ubuntu computer. Packages in the Multiverse repository often have licensing issues that prevent them from being distributed with a free operating system Resources • See the Official Puppet Documentation4 web site. • See the Puppet forge5, online repository of puppet modules. • Also see Pro Puppet6. 4 http://docs.puppetlabs.com/ 5 http://forge.puppetlabs

.... 165 5.1. Installing Games on Ubuntu ............... 166 5.1.1. Installing a Game from a Repository ....................................... 166 5.2. Playing Ubuntu Games ...................... 170 ................. 220 6.8. Software Repositories ........................ 221 6.8.1. Software Repository Cate- gories .............................................. 221 6.9. Adding New Language Settings and Web page creation utility. The Thunderbird e-mail application is available in the Universe repository and can be installed on your computer from the Synaptic Package Manager. Procedure 3.8. To install

......................................................................... 54 Managing the APT Repository .............................................................................................. to connect to the Arm-based computer from your Linux PC. 1. Install minicom from the package repository of your operating system. For Centos and Fedora: user@PC1:~# yum -y install minicom For Ubuntu authentication for secure transmission via HTTPS. The private key pair of the GPG key for the Moxa APT repository is stored in an on-premises Sign Server, accessible only by authorized Moxa personnel. NOTE

Helm 2 is no longer supported [https://helm.sh/blog/helm-v2-deprecation-timeline/]. Setup Helm repository: helm repo add cilium https://helm.cilium.io/ Preload the cilium image into each worker node Helm 2 is no longer supported [https://helm.sh/blog/helm-v2-deprecation-timeline/]. Setup Helm repository: helm repo add cilium https://helm.cilium.io/ Deploy Cilium release via Helm: helm install cilium Helm 2 is no longer supported [https://helm.sh/blog/helm-v2-deprecation-timeline/]. Setup Helm repository: helm repo add cilium https://helm.cilium.io/ Deploy Cilium release via Helm: helm install cilium

sh/docs/topics/v2_v3_migration/]. Cilium chart is targeting Helm 3 (v3.0.3 and above). Setup helm repository: helm repo add cilium https://helm.cilium.io/ (optional, but recommended) Pre-load Cilium images sh/docs/topics/v2_v3_migration/]. Cilium chart is targeting Helm 3 (v3.0.3 and above). Setup helm repository: helm repo add cilium https://helm.cilium.io/ Deploy Cilium release via Helm: helm install cilium sh/docs/topics/v2_v3_migration/]. Cilium chart is targeting Helm 3 (v3.0.3 and above). Setup helm repository: helm repo add cilium https://helm.cilium.io/ Deploy Cilium release via Helm: helm install cilium

Helm 2 is no longer supported [https://helm.sh/blog/helm-v2-deprecation-timeline/]. Setup Helm repository: helm repo add cilium https://helm.cilium.io/ Generic These are the generic instructions on Helm 2 is no longer supported [https://helm.sh/blog/helm-v2-deprecation-timeline/]. Setup Helm repository: helm repo add cilium https://helm.cilium.io/ Deploy Cilium release via Helm: helm install cilium openshift-install create manifests --dir "${CLUSTER_NAME}" Next, obtain Cilium manifest from cilium/cilium-olm repository and copy to ${CLUSTER_NAME}/manifests: cilium_olm_rev="master" cilium_version="1.10.20" curl