Jump To Close Expand all Collapse all Table of contents Architecture 1. OpenShift Container Platform architecture Expand section "1. OpenShift Container Platform architecture" Collapse section "1. OpenShift Container Platform architecture" 1.1. Introduction to OpenShift Container Platform Expand section "1.1. Introduction to OpenShift Container Platform" Collapse section "1.1. Introduction to OpenShift Container Platform" 1.1.1. About Kubernetes 1.1.2. The benefits of containerized applications Expand section "1.1.2. The benefits of containerized applications" Collapse section "1.1.2. The benefits of containerized applications" 1.1.2.1. Operating system benefits 1.1.2.2. Deployment and scaling benefits 1.1.3. OpenShift Container Platform overview Expand section "1.1.3. OpenShift Container Platform overview" Collapse section "1.1.3. OpenShift Container Platform overview" 1.1.3.1. Custom operating system 1.1.3.2. Simplified installation and update process 1.1.3.3. Other key features 1.1.3.4. OpenShift Container Platform lifecycle 1.1.4. Internet and Telemetry access for OpenShift Container Platform 2. Installation and update Expand section "2. Installation and update" Collapse section "2. Installation and update" 2.1. OpenShift Container Platform installation overview Expand section "2.1. OpenShift Container Platform installation overview" Collapse section "2.1. OpenShift Container Platform installation overview" 2.1.1. Available platforms 2.1.2. Installation process 2.2. About the OpenShift Container Platform update service 2.3. Support policy for unmanaged Operators 3. The OpenShift Container Platform control plane Expand section "3. The OpenShift Container Platform control plane" Collapse section "3. The OpenShift Container Platform control plane" 3.1. Understanding the OpenShift Container Platform control plane Expand section "3.1. Understanding the OpenShift Container Platform control plane" Collapse section "3.1. Understanding the OpenShift Container Platform control plane" 3.1.1. Node configuration management with machine config pools 3.1.2. Machine roles in OpenShift Container Platform Expand section "3.1.2. Machine roles in OpenShift Container Platform" Collapse section "3.1.2. Machine roles in OpenShift Container Platform" 3.1.2.1. Cluster workers 3.1.2.2. Cluster masters 3.1.3. Operators in OpenShift Container Platform Expand section "3.1.3. Operators in OpenShift Container Platform" Collapse section "3.1.3. Operators in OpenShift Container Platform" 3.1.3.1. Platform Operators in OpenShift Container Platform 3.1.3.2. Operators managed by OLM 3.1.3.3. About the OpenShift Container Platform update service 3.1.3.4. Understanding the Machine Config Operator 4. Understanding OpenShift Container Platform development Expand section "4. Understanding OpenShift Container Platform development" Collapse section "4. Understanding OpenShift Container Platform development" 4.1. About developing containerized applications 4.2. Building a simple container Expand section "4.2. Building a simple container" Collapse section "4.2. Building a simple container" 4.2.1. Container build tool options 4.2.2. Base image options 4.2.3. Registry options 4.3. Creating a Kubernetes manifest for OpenShift Container Platform Expand section "4.3. Creating a Kubernetes manifest for OpenShift Container Platform" Collapse section "4.3. Creating a Kubernetes manifest for OpenShift Container Platform" 4.3.1. About Kubernetes pods and services 4.3.2. Application types 4.3.3. Available supporting components 4.3.4. Applying the manifest 4.3.5. Next steps 4.4. Develop for Operators 5. Red Hat Enterprise Linux CoreOS (RHCOS) Expand section "5. Red Hat Enterprise Linux CoreOS (RHCOS)" Collapse section "5. Red Hat Enterprise Linux CoreOS (RHCOS)" 5.1. About RHCOS Expand section "5.1. About RHCOS" Collapse section "5.1. About RHCOS" 5.1.1. Key RHCOS features 5.1.2. Choosing how to configure RHCOS 5.1.3. Choosing how to configure RHCOS 5.1.4. About Ignition Expand section "5.1.4. About Ignition" Collapse section "5.1.4. About Ignition" 5.1.4.1. How Ignition works 5.1.4.2. The Ignition sequence 5.2. Viewing Ignition configuration files 5.3. Changing Ignition Configs after installation 6. The CI/CD methodology and practice Expand section "6. The CI/CD methodology and practice" Collapse section "6. The CI/CD methodology and practice" 6.1. CI/CD for cluster administration and application configuration management 6.2. The GitOps methodology and practice Expand section "6.2. The GitOps methodology and practice" Collapse section "6.2. The GitOps methodology and practice" 6.2.1. GitOps for single-cluster and multi-cluster administration 6.2.2. GitOps for application configuration management 6.2.3. GitOps technology providers and integrators 7. Using ArgoCD with OpenShift Container Platform Expand section "7. Using ArgoCD with OpenShift Container Platform" Collapse section "7. Using ArgoCD with OpenShift Container Platform" 7.1. What does ArgoCD do? 7.2. Statement of support 7.3. ArgoCD documentation 8. Admission plug-ins Expand section "8. Admission plug-ins" Collapse section "8. Admission plug-ins" 8.1. About admission plug-ins 8.2. Default admission plug-ins 8.3. Webhook admission plug-ins 8.4. Types of webhook admission plug-ins Expand section "8.4. Types of webhook admission plug-ins" Collapse section "8.4. Types of webhook admission plug-ins" 8.4.1. Mutating admission plug-in 8.4.2. Validating admission plug-in 8.5. Configuring dynamic admission 8.6. Additional resources 法律通告 Settings Close Language: 简体中文 日本語 English Language: 简体中文 日本語 English Format: Multi-page Single-page Format: Multi-page Single-page Language and Page Formatting Options Language: 简体中文 日本語 English Language: 简体中文 日本語 English Format: Multi-page Single-page Format: Multi-page Single-page 7.3. ArgoCD documentation For more information about using ArgoCD, see the ArgoCD documentation. Previous Next