and then open http://localhost:12000/. Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation override the security and help the rebels escape. To see this, run: $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py SetAccessCode 1 999 Successfully set AccessCode to 999 Securing Access

components, see the Observability section. Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

Cassandra Database Securing a Kafka cluster Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

Cassandra Database Securing a Kafka cluster Installation using Rancher Pre-Requisites Rancher Version 2.x [https://rancher.com/docs/rancher/v2.x/en/] Create a New Cluster In Rancher UI, navigate to the Clusters the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

KOPS_FEATURE_FLAGS=SpecOverrideFlag : This flag is used to override the etcd version to be used from 2.X[kops default ] to 3.1.x [requirement of cilium] --state=${KOPS_STATE_STORE} : KOPS uses an S3 bucket the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ the door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocat Door

KOPS_FEATURE_FLAGS=SpecOverrideFlag : This flag is used to override the etcd version to be used from 2.X[kops default ] to 3.1.x [requirement of cilium] --state=${KOPS_STATE_STORE} : KOPS uses an S3 bucket the public terminal can properly act as a client to the door service. We can test this by running a Python gRPC client for the door service that exists in the terminal-87 container. We’ll invoke the ‘cc_door_client’ door-id): $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetName 1 Door name is: Spaceport Door #1 $ kubectl exec terminal-87 -- python3 /cloudcity/cc_door_client.py GetLocation

链接 变了 语言、字符集 /etc/sysconfig/i18n /etc/locale.conf 变了 数据库 Mysql MarriaDB 未知，因为 6 默认未安装 桌面 Gnome 2.x Gnome 3.x 不变，桌面升级失败 七、总结： 升级后能否正常进入系统（6.x 为最小化安装版本） 版本 lvm 启动进 入系统 登录(未关闭 selinux) 网络及 sshd 服务

：删除的意思。 8. 9. # 范例：查询一下 /var/www/ 的预设安全性本文设定为何！ 10. [root@www ~]# yum install policycoreutils-python 11. [root@www ~]# semanage fcontext -l | grep '/var/www' 范例：将刚刚 /tmp/hosts 移动至 /root 并以预设的安全 提供的客户端软件功能 啰！ 因此你只要直接安装系统上面提供的默认 samba 版本即可。底下我们会先介绍 samba 服务器，然后再介绍 客户端功能喔！ 目前常见的 samba 版本为 3.x 版，旧版的 2.x 版在设定上有点不一样，因此在进入设定前请先确认你的 samba 版本。 咱们的 CentOS 6.x 主要提供的是 Samba 3.x 的版本，不过也有释出 4.x 的版本 (samba4)，我们这 如果发现上述的错误，这表示你的 smb.conf 有个『 linux charset 』的设定参数，不过 smb.conf 其实是 不支持这个参数的。 可能的问题是 samba 2.x 与 samba 3.x 有一些项目的支持已经不存在了，所以你使用旧版 的 2.x 配置文件来 3.x 上头执行时，就会出现问题。此外，『打字错误』也是很常见的一个问题吶！赶紧测试一 下语法先， 然后根据 smb.conf 存在的项目去进行修改吧。

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 5.18.4 Python distutils . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 5.19 快捷选项（-a，-i） . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62 6.1.1 Python 模块 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62 6.2 Snapshot Makefile（shell，命令行界面） . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87 8.4 setup.py（Python3，命令行界面） . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89 8.5 Makefile（shell，图形界面）