baetyl.sock (only on Linux) file is generated in the var/run/ directory. 3. The Master will then attempt to load the application configuration var/db/baetyl/application.yml and will not start any service adopts HTTP/1. By default, Unix Domain Socket is used on Linux systems, and the fixed address is /var/run/baetyl.sock. Other environments use TCP. The default address is tcp://127.0.0.1:50050. At present BAETYL_MASTER_API_ADDRESS. For example, the BAETYL_MASTER_API_ADDRESS under Linux system is unix:///var/run/baetyl.sock; In the container mode under other systems, the default value of BAETYL_MASTER_API_ADDRESS

baetyl.sock (only on Linux) file is generated in the var/run/ directory. 3. The Master will then attempt to load the application configuration var/db/baetyl/application.yml and will not start any service adopts HTTP/1. By default, Unix Domain Socket is used on Linux systems, and the fixed address is /var/run/baetyl.sock. Other environments use TCP. The default address is tcp://127.0.0.1:50050. At present BAETYL_MASTER_API_ADDRESS. For example, the BAETYL_MASTER_API_ADDRESS under Linux sys- tem is unix:///var/run/baetyl.sock; In the container mode under other systems, the default value of BAETYL_MASTER_API_ADDRESS

baetyl.sock (only on Linux) file is generated in the var/run/ directory. 3. The Master will then attempt to load the application configuration var/db/baetyl/application.yml and will not start any service adopts HTTP/1. By default, Unix Domain Socket is used on Linux systems, and the fixed address is /var/run/baetyl.sock. Other environments use TCP. The default address is tcp://127.0.0.1:50050. At present BAETYL_MASTER_API_ADDRESS. For example, the BAETYL_MASTER_API_ADDRESS under Linux sys- tem is unix:///var/run/baetyl.sock; In the container mode under other systems, the default value of BAETYL_MASTER_API_ADDRESS

baetyl.sock (only on Linux) file is generated in the var/run/ directory. 3. The Master will then attempt to load the application configuration var/db/baetyl/application.yml and will not start any service adopts HTTP/1. By default, Unix Domain Socket is used on Linux systems, and the fixed address is /var/run/baetyl.sock. Other environments use TCP. The default address is tcp://127.0.0.1:50050. At present BAETYL_MASTER_API_ADDRESS. For example, the BAETYL_MASTER_API_ADDRESS under Linux system is unix:///var/run/baetyl.sock; In the container mode under other systems, the default value of BAETYL_MASTER_API_ADDRESS

command (based on the etcd data directory found above). For example, chmod 700 /var/lib/etcd Audit: stat -c %a /node/var/lib/etcd Expected Result: '700' is equal to '700' Returned Value: 700 1.1 Run the below command (based on the etcd data directory found above). For example, chown etcd:etcd /var/lib/etcd A system service account is required for etcd data directory ownership. Refer to Rancher's hardening guide for more details on how to configure this ownership. Audit: stat -c %U:%G /node/var/lib/etcd CIS 1.6 Benchmark - Self-Assessment Guide - Rancher v2.5.4 10 Expected Result: 'etcd:etcd'

Platform 节点时，在两种情况下您可能需要覆盖默认分区： 创建单独的分区：对于在空磁盘中的 greenfield 安装，您可能想要在分区中添加单独的存储。这 只在生成 /var 或者一个 /var 独立分区的子目录（如 /var/lib/etcd ）时被正式支持，但不支持两 者。 重要 重要 Kubernetes 只支持两个文件系统分区。如果您在原始配置中添加多个分 区，Kubernetes 无法监控所有这些分区。 创建一个独立的 建一个独立的 /var 分区 分区 通常情况下，OpenShift Container Platform 的磁盘分区应该留给安装程序。然而，在有些情况下您可能 需要在文件系统的一部分中创建独立分区。 OpenShift Container Platform 支持添加单个分区来将存储附加到 /var 分区或 /var 的子目录。例如： /var/lib/containers：保 存镜像相关的内容，随着更多镜像和容器添加到系统中，它所占用的存储 会增加。 /var/lib/etcd：保存您可能希望保持独立的数据，比如 etcd 存储的性能优化。 /var：保存您希望独立保留的数据，用于特定目的（如审计）。 单独存储 /var 目录的内容可方便地根据需要对区域扩展存储，并可以在以后重新安装 OpenShift Container Platform 时保持该数据地完整。使

understanding: exports.lambdahandler = (event, context, callback) => { // TODO implement var error = new Error("There is error in code"); callback(error); }; AWS Lambda return new Promise(resolve => { setTimeout(() => { let a = 0; for (var i in items) { if (items[i] % 2 == 0) { a++; } return new Promise(resolve => { setTimeout(() => { let a = 0; for (var i in items) { if (items[i] % 2 == 0) { a++; }

(RHCOS) 机器 1.4.12. 在 vSphere 中创建更多 Red Hat Enterprise Linux CoreOS（RHCOS）机器 1.4.13. 磁盘分区 创建一个独立的 /var 分区 1.4.14. 通过下载二进制文件安装 OpenShift CLI 1.4.14.1. 在 Linux 上安装 OpenShift CLI 1.4.14.2. 在 Windows 上安装 (RHCOS) 机器 1.5.15. 在 vSphere 中创建更多 Red Hat Enterprise Linux CoreOS（RHCOS）机器 1.5.16. 磁盘分区 创建一个独立的 /var 分区 1.5.17. 创建集群 1.5.18. 使用 CLI 登录到集群 1.5.19. 批准机器的证书签名请求 1.5.19.1. 初始 Operator 配置 1.5.19.2. 安装过程中删除的镜像 (RHCOS) 机器 1.6.13. 在 vSphere 中创建更多 Red Hat Enterprise Linux CoreOS（RHCOS）机器 1.6.14. 磁盘分区 创建一个独立的 /var 分区 1.6.15. 创建集群 1.6.16. 使用 CLI 登录到集群 1.6.17. 批准机器的证书签名请求 1.6.18. 初始 Operator 配置 1.6.18.1. 禁用默认的

direct-lvm 。 除了前面说到的问题外， devicemapper + loop-lvm 还有一个缺陷，因为它是稀疏文件，所 以它会不断增长。用户在使用过程中会注意到 /var/lib/docker/devicemapper/devicemapper/data 不断增长，而且无法控制。很多人会希望删 除镜像或者可以解决这个问题，结果发现效果并不明显。原因就是这个稀疏文件的空间释放 ndex.html C /var C /var/cache C /var/cache/nginx A /var/cache/nginx/client_temp A /var/cache/nginx/fastcgi_temp A /var/cache/nginx/proxy_temp A /var/cache/nginx/scgi_temp A /var/cache/nginx/uwsgi_temp 443/tcp 80/tcp 0 B 4 weeks ago /bin/sh -c ln -sf /dev/stdout /var/log/nginx/ 22 B 4 weeks ago /bin/sh -c apt-key adv --keyserver hkp://pgp

kube-apiserver | jq -e '.[0].Args[] | match("--audit-log-path=/var/log/kube-audit/audit-log.json").string' Returned Value: --audit-log-log=/var/log/kube-audit/audit-log.json Result: Pass 1.1.16 - Ensure check. Audit ( /var/lib/cni/networks/k8s-pod-network ) Note This may return a lockfile. Permissions on this file do not need to be as restrictive as the CNI files. stat -c "%n - %a" /var/lib/cni/netw Returned Value: /var/lib/cni/networks/k8s-pod-network/10.42.0.2 - 644 /var/lib/cni/networks/k8s-pod-network/10.42.0.3 - 644 /var/lib/cni/networks/k8s-pod-network/last_reserved_ip.0 - 644 /var/lib/cni/netw