Jump To Close Expand all Collapse all Table of contents Storage 1. Red Hat build of MicroShift storage overview Expand section "1. Red Hat build of MicroShift storage overview" Collapse section "1. Red Hat build of MicroShift storage overview" 1.1. Storage types Expand section "1.1. Storage types" Collapse section "1.1. Storage types" 1.1.1. Ephemeral storage 1.1.2. Persistent storage 1.1.3. Dynamic storage provisioning 2. Understanding ephemeral storage for Red Hat build of MicroShift Expand section "2. Understanding ephemeral storage for Red Hat build of MicroShift" Collapse section "2. Understanding ephemeral storage for Red Hat build of MicroShift" 2.1. Overview 2.2. Types of ephemeral storage 2.3. Ephemeral storage management 2.4. Monitoring ephemeral storage 3. Generic ephemeral volumes for Red Hat build of MicroShift Expand section "3. Generic ephemeral volumes for Red Hat build of MicroShift" Collapse section "3. Generic ephemeral volumes for Red Hat build of MicroShift" 3.1. Overview 3.2. Lifecycle and persistent volume claims 3.3. Security 3.4. Persistent volume claim naming 3.5. Creating generic ephemeral volumes 4. Understanding persistent storage for Red Hat build of MicroShift Expand section "4. Understanding persistent storage for Red Hat build of MicroShift" Collapse section "4. Understanding persistent storage for Red Hat build of MicroShift" 4.1. Persistent storage overview 4.2. Lifecycle of a volume and claim Expand section "4.2. Lifecycle of a volume and claim" Collapse section "4.2. Lifecycle of a volume and claim" 4.2.1. Provision storage 4.2.2. Bind claims 4.2.3. Use pods and claimed PVs 4.2.4. Release a persistent volume 4.2.5. Reclaim policy for persistent volumes 4.2.6. Reclaiming a persistent volume manually 4.2.7. Changing the reclaim policy of a persistent volume 4.3. Persistent volumes Expand section "4.3. Persistent volumes" Collapse section "4.3. Persistent volumes" 4.3.1. Capacity 4.3.2. Supported access modes 4.3.3. Phase Expand section "4.3.3. Phase" Collapse section "4.3.3. Phase" 4.3.3.1. Mount options 4.4. Persistent volume claims Expand section "4.4. Persistent volume claims" Collapse section "4.4. Persistent volume claims" 4.4.1. Storage classes 4.4.2. Access modes 4.4.3. Resources 4.4.4. Claims as volumes 4.5. Using fsGroup to reduce pod timeouts 5. Expanding persistent volumes for Red Hat build of MicroShift Expand section "5. Expanding persistent volumes for Red Hat build of MicroShift" Collapse section "5. Expanding persistent volumes for Red Hat build of MicroShift" 5.1. Expanding CSI volumes 5.2. Expanding local volumes 5.3. Expanding persistent volume claims (PVCs) with a file system 5.4. Recovering from failure when expanding volumes 6. Dynamic storage using the LVMS plugin Expand section "6. Dynamic storage using the LVMS plugin" Collapse section "6. Dynamic storage using the LVMS plugin" 6.1. LVMS system requirements Expand section "6.1. LVMS system requirements" Collapse section "6.1. LVMS system requirements" 6.1.1. Volume group name 6.1.2. Volume size increments 6.2. LVMS deployment 6.3. Creating an LVMS configuration file 6.4. Configuring the LVMS 6.5. Using the LVMS Legal Notice Settings Close Language: 日本語 English 简体中文 Language: 日本語 English 简体中文 Format: Multi-page Single-page PDF Format: Multi-page Single-page PDF Language and Page Formatting Options Language: 日本語 English 简体中文 Language: 日本語 English 简体中文 Format: Multi-page Single-page PDF Format: Multi-page Single-page PDF Storage Red Hat build of MicroShift 4.12Configuring and managing cluster storageRed Hat OpenShift Documentation TeamLegal NoticeAbstract This document provides information about using storage for MicroShift. Next