MSA1000_如何使用_console_配置阵列VIP免费

MSA1000 如何使用 console 配置阵列 1. 首先要确保在 MSA1000 的第一个控制器插槽按装一个控制器 2 . 使用串口线将主机与控制器相连 3. 设置超级终端连接 a. Access HyperTerminal. b. Open HyperTerminal. 如果是第一次访问，将会出现一个新建对话框，如下图 . See Figure 1 for an example of the New Connection dialog box. c. 输入连接名，点击 OK . The Connect To dialog box is displayed. See Figure 2 for an example of the Connect To dialog box. d. 在上面的对话框里，点击 Connect Using 下拉菜单，选择正确的端口。 会出现如下图所示的端口属性对话框， Figure 3 is an example of the COM1 Properties dialog box. e. 在上面的对话框里，设置正确的值，如下所示，点击 OK . Bits per Second: 19200 Data bits: 8 Parity : None Stop bits: 1 Flow control: None The CLI input screen is displayed. f. 在出现的 CLI 窗口里点击回车键，会出现 cli> 提示符，此时可以输入配置命令了 下面介绍一些常用的命令 创建逻辑驱动器 Creating LUNs 基本命令 Basic command ADD UNIT 命令参数选项 Command options DATA=“DISKzzz” —the number of an individual drive to incorporate into the LUN. Disks are identified by box number and bay number. For example, DISK110 identifies disk 10 in box number 1. DATA=“DISKxxx-DISKyyy” —a range of drives is to be incorporated into the LUN. Disks are identified by box number and bay number. For example, DISK101-DISK105 identifies disks 1 through 5 in box number 1. Note: Quotation marks must be entered both before and after the data disk drives that are to be included in the LUN. RAID_LEVEL= x x x —the RAID fault-tolerance level to use, where x x x represents: 0 = RAID 0 (no fault tolerance) 1 = RAID 1 (mirroring) 5 = RAID 5 (distributed parity) ADG = Advanced Data Guarding (ADG) Note: If more than one pair of drives are included in a RAID 1 array, t...