8. Examples 5.3. Programmatically connect 5.3.1. To the console 5.3.2. To the management layer 5.4. Branding 5.4.1. Console 5.4.2. Adding a branding.properties file to etc 5.5. Adding a branding-ssh │ true │ false │ 1 zabbix/zabbix-java-gateway │ Zabbix Java Gateway │ true │ false │ 13 jetty It’s not always easy to use a JMX client with the RMI protocol. Some monitoring tools (Nagios, Zabbix, …) are not native JMX clients. But most of them can use HTTP. More over, you may want to write

Network Policies (Manual) 5.3.2 Ensure that all Namespaces have Network Policies defined (Automated) 5.4 Secrets Management 5.4.1 Prefer using secrets as files over secrets as environment variables (Manual) echo "true" Returned Value: true CIS 1.6 Benchmark - Self-Assessment Guide - Rancher v2.5.4 127 5.4 Secrets Management 5.4.1 Prefer using secrets as files over secrets as environment variables (Manual)

LOGGING 5.4.5 1.5. LOGGING 5.4.4 1.6. LOGGING 5.4.3 1.7. LOGGING 5.4.2 1.8. LOGGING 5.4.1 1.9. LOGGING 5.4 1.10. LOGGING 5.3.13 1.11. LOGGING 5.3.12 1.12. LOGGING 5.3.11 1.13. LOGGING 5.3.10 1.14. LOGGING OPENSHIFT LOGGING 5.2 中支持的日志数据输出类型 7.4. OPENSHIFT LOGGING 5.3 中支持的日志数据输出类型 7.5. OPENSHIFT LOGGING 5.4 中支持的日志数据输出类型 7.6. OPENSHIFT LOGGING 5.5 中支持的日志数据输出类型 7.7. OPENSHIFT LOGGING 5.6 中支持的日志数据输出类型 7.8 CVE-2022-21476 CVE-2022-21496 CVE-2022-21698 CVE-2022-25636 1.9. LOGGING 5.4 以下公告可用于日志 5.4： Red Hat OpenShift 版本 5.4 的 Logging 子系统 OpenShift Container Platform 4.8 日志 日志记录 记录 14 1.9.1. 技术预览 重要

OpenShift CLI 5.3.7. 使用 CLI 登录到集群 5.3.8. OpenShift Container Platform 的 Telemetry 访问 5.3.9. 后续步骤 5.4. 使用自定义在 AZURE 上安装集群 5.4.1. 先决条件 5.4.2. OpenShift Container Platform 的互联网访问 5.4.3. 生成 SSH 私钥并将其添加到代理中 4xlarge x x m4.10xlarge x x m4.16xlarge x x m5.large x m5.xlarge x x m5.2xlarge x x m5.4xlarge x x m5.8xlarge x x m5.12xlarge x x m5.16xlarge x x m5a.large x m5a.xlarge 16xlarge x x c4.2xlarge x x c4.4xlarge x x c4.8xlarge x x c5.xlarge x c5.2xlarge x x c5.4xlarge x x c5.9xlarge x x c5.12xlarge x x c5.18xlarge x x c5.24xlarge x x c5a.xlarge

AWS 上卸载集群 第 第 5 章 章 在 在 AZURE 上安装 上安装 5.1. 准备在 AZURE 上安装 5.2. 配置 AZURE 帐户 5.3. 为 AZURE 手动创建 IAM 5.4. 在 AZURE 上快速安装集群 5.5. 使用自定义在 AZURE 上安装集群 5.6. 使用网络自定义在 AZURE 上安装集群 5.7. 将 AZURE 上的集群安装到现有的 VNET Container Platform 组件提供容 器镜像的 Quay.io。 aws: amiID: ami-06c4d345f7c207239 1 type: m5.4xlarge replicas: 3 metadata: name: test-cluster platform: aws: region: us-east-2 2 sshKey: 安装 76 m4.10xlarge x x m4.16xlarge x x m5.large x m5.xlarge x x m5.2xlarge x x m5.4xlarge x x m5.8xlarge x x m5.12xlarge x x m5.16xlarge x x m5a.large x m5a.xlarge

. . . . . 88 5.3 The Virtual Media Manager . . . . . . . . . . . . . . . . . . . . . . . . . 89 5.4 Special image write modes . . . . . . . . . . . . . . . . . . . . . . . . . 91 5.5 Differencing images drives are not included in snap- shots, they remain unaltered when a machine is reverted. See chapter 5.4, Special image write modes, page 91 for details. By restoring an earlier snapshot and taking more above, you can configure disks to behave differently with snapshots; 27 1 First steps see chapter 5.4, Special image write modes, page 91. Even more formally and technically correct, it is not the virtual

2. 监控 KEPLER 状态 第 第 5 章 章 视觉 视觉化 化电 电源 源监 监控指 控指标 标 5.1. 电源监控仪表板概述 5.2. 访问电源监控仪表板 5.3. 电源监控指标概述 5.4. 其他资源 第 第 6 章 章 卸 卸载电 载电源 源监 监控 控 6.1. 删除 KEPLER 6.2. 卸载 POWER 监控 OPERATOR 3 3 4 4 4 4 5 6 el_qat 在某个节点上利用 Intel QAT 加速器。如果系统包含 Intel QATs，Kepler 可以通过遥测来计算节点的 QAT 的利用率。 指 指标 标名称 名称 描述 描述 5.4. 其他资源 为用户定义的项目启用监控 OpenShift Container Platform 4.14 电 电源 源监 监控 控 14 第 6 章 卸载电源监控 重要 重要 电源监控

. 87 5.3 The Virtual Media Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88 5.4 Special Image Write Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90 5.5 Differencing drives are not included in snapshots, they remain unaltered when a machine is reverted. See chapter 5.4, Special Image Write Modes, page 90. To avoid losing the current state when restoring a snapshot, disks in “normal” mode. You can config- ure disks to behave differently with snapshots, see chapter 5.4, Special Image Write Modes, page 90. In technical terms, it is not the virtual disk itself that is

. 91 5.3 The Virtual Media Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 92 5.4 Special Image Write Modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94 5.5 Differencing drives are not included in snapshots, they remain unaltered when a machine is reverted. See chapter 5.4, Special Image Write Modes, page 94. To avoid losing the current state when restoring a snapshot, disks in “normal” mode. You can config- ure disks to behave differently with snapshots, see chapter 5.4, Special Image Write Modes, page 94. In technical terms, it is not the virtual disk itself that is

. 72 5.3 The Virtual Media Manager . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73 5.4 Special image write modes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75 5.5 Differencing drives are not included in snapshots, they remain unaltered when a machine is reverted. See chapter 5.4, Special image write modes, page 75 for details. By restoring an earlier snapshot and taking more mode. As mentioned above, you can configure disks to behave differently with snapshots; see chapter 5.4, Special image write modes, page 75. Even more formally and technically correct, it is not the virtual