ISO8859-1%''M6u;@,) V !r :  Sj4G d !1 . 4 z d h $ e oRRUMS J!*<"g#-a$+%2&='1,(^)&*+,C-.c/60)1J22-&}34&4Q&5E'26K'x72'88'9j(0:N(;l(<L)W=Z)>')?E*'@@*mB*C.+nD~+E,F"-4G-WH$.4I4.YJ1.K4.L0.M20&NU0YO00PK0Q1,RI3S4 T4Ui5MVM5Wv6Xa6|Y6ZK7k[@7\*7]58#^<8Y_88`8a9Yb<9cY:'dV:e?:f;g0;h9<iQ<@j0<kB<lC=m=Jn8=o<>pL>Rq=>r9>sN?tB?fu5@vR@w0B2x<Bcy$Bz B{/B|WC}?Cn~mCDDOEb!E.E3F3F7DFkJFFPGH/I}IfJ$GJCKLLM/_M4N7TNl0NKN4O>~OsLOPP?This is to set the dateThis is to change the passwordThis will setup security for the VIOSThis will configure TCP/IP for the VIOSEnter the last 2 digits of the year, e.g '06' for 2006Enter the 2 digit month number from 01-12, e.g '05' for MayEnter the day of the month from 01-31, e.g. 05 for the fifth dayEnter the hour from 01-24, e.g., 23 for 11pmEnter the minute from 00-59Enter the timezone, e.g 'CST6CDT'Enter the name of the user that needs its password changedTo configure the VIOS network and system security hardening settings. Once configured, the VIOS security system will monitor the system and dynamically adjust security components in response to threats, risk and access levels.To configure the VIOS for intrusion detection. The system administrator will choose what IP activity is allowed according to port, interface, IPaddress and time that it is effective.Displays the current security hardening settings in the format 'name':'description'Sets the system security settings to a certain levelPlease specify the security level where 'Level' is either 'low', 'medium', 'high' or default. The 'low' level is a subset of the 'medium' level which is a subset of the 'high' level. The 'default' level unsets the other levels.Displays the current IP accessable ports. All others are denied access.Turns on the ftp-data, ftp, ssh, www, https, rmc and cimon ports. All other ports are denied access.Turns off all VIOS firewall blocking IP activity.Add a port to the allowed network access list.Removes a port from the allowed network access list.Enter either a port number or service name from /etc/services. For example, enter 'telnet' or '23' to grant telnet access.Enter the IP address that needs access. Do not enter anything if one wants all hosts to have access.Enter the interface, e.g. 'en0'. Do not enter anything if one wants this port allowed on all interfaces.Specify a timeout period that the port is allowed access. The time period can be specified as a number (in seconds) or a number followed by a 'm', 'h' or 'd'. For example, 4h means 4 hours. The maximum timeout period is 30 days unlesss nothing is entered which means unlimited timeout period.Is this a remote port rather than a local port? For example, if one wants to open up rsh client services, then one would specify port 514(shell) with Remote Port = 'yes'. All IP activity to/from remote port 514 would be allowed.Enter either a port number or service name from /etc/services. For example, enter 'telnet' or '23' to remove telnet from the network access list.Enter the IPaddress if an IPaddress was specified in the allow rule to be deleted.Enter the interface if an interface was specified in the allow rule to be deleted.Enter the timeout if a timeout was specified in the allow rule to be deleted.Enter 'yes' if a source(remote) port was specified in the allow rule to be deleted.Specify the interface for this Internet address. Abbreviations for the interfaces include: 'en' for Standard Ethernet or 'et' for IEEE 802.3 Ethernet. Include a numeral after the abbreviation to identify the specific interface. (e.g. 'en0')Manages the storage on virtual I/O server.A volume group is a type of storage pool that contains one or more physical volumes of varying sizes and types. A physical volume can belong to only one volume group per system. There can be up to 4096 active volume groups on the Virtual I/O Server.Displays the list of available volume groups.Sets the characteristics of a volume group.Unlocks the volume group if it is in locked state.Drains I/O's for this volume group and suspends future I/O's.Resumes normal I/O operations for a volume group.Changes the limit of the number of physical partitions per physical volume, specified by a factor. Factor should be between 1 and 16 for 32 disk volume groups and 1 and 64 for 128 disk volume groups.If factor is not supplied, it is set to the lowest value such that the number of physical partitions of the largest disk in volume group is less than factor x 1016. If factor is specified, the maximum number of physical partitions per physical volume for this volume group. Changes to factor x 1016. Notes: This option is ignored for Scalable-type volume groups. 2 factor cannot be changed if there are any stale physical partitions in the volume group. 3 This flag cannot be used if the volume group is varied on in concurrent mode. 4 The maximum number of physical volumes that can be included in this volume group will be reduced to (MAXPVS/factor). Increases the size of volume group by adding one or more physical volumes. The physical volume is checked to verify that it is not already in another volume group. If the system determines the physical volume belongs to a volume group that is activated, it exits. But if the system detects a description area from a volume group that is not activated, it prompts you for confirmation while continuing with the command. The previous contents of the physical volume are lost, so you must be cautious when using the override function.Removes one or more physical volumes represented by the PhysicalVolume parameter from the Volume Group. When you remove all physical volumes in a volume group, the volume group is also removed.Displays information about a physical volume within a volume group.Migrates the settings from the physical adapter interface to the SEA adapter interface. Caution: This operation will bring down the network and bring it back up.Moves allocated physical partitions from one physical volume to one or more other physical volumes.A logical volume is a portion of a physical volume. Within each volume group, one or more logical volumes are defined. Logical volumes are groups of information located on physical volumes. Data on logical volumes appears to the user to be contiguous but can be discontinuous on the physical volume. This allows logical volumes to be resized or relocated and to have their contents replicated. Each logical volume consist of one or more logical partitions. Each logical partition corresponds to at least one physical partition. Although the logical partitions are numbered consecutively, the underlying physical partitions are not necessarily consecutive or contiguous. After installation, the system has one volume group (the rootvg volume group) consisting of a base set of logical volumes required to start the system.Physical volumes can be exported to client partitions as virtual SCSI disks. The Virtual I/O Server is capable of taking a pool of heterogeneous physical disk storage attached to its back end and exporting this as homogeneous storage in the form of SCSI disk LUNs.There are two types of storagepools that can be created on virtual I/O server. 1. Logical volume storage pools (LVPOOL) 2. File storage pools (FBPOOL) Like volume groups, logical volume storage pools are collections of one or more physical volumes. The physical volumes that comprise a logical volume storage pool can be of varying sizes and types. File storage pools are created within a parent logical volume storage pool and contain a logical volume containing a file system with files. Logical volume storage pools store logical volume backing devices, file-backed storage pools, and the virtual media repository. File storage pools store file-backing devices. Using storage pools, you are not required to have extensive knowledge of how to manage volume groups and logical volumes to create and assign logical storage to a client logical partition. Devices created using a storage pool are not limited to the size of the individual physical volumes. Each Virtual I/O Server logical partition has a single default storage pool that can be modified only by the prime administrator. If the default storage pool is not modified by the prime administrator, rootvg, which is a logical volume pool, is used as the default storage pool. Do not create client storage in rootvg. Creating one or more distinct logical volume storage pools rather than using the rootvg volume group allows you to install any newer versions of the Virtual I/O Server while maintaining client data by exporting and importing the volume groups created for virtual I/O. Unless explicitly specified otherwise, the storage pool commands will operate on the default storage pool. This situation can be useful on systems that contain most or all of its backing devices in a single storage pool. Note: Storage pools cannot be used when assigning whole physical volumes as backing devices.Displays the list of storage pools available.Select the type of storage pool you want to display.Displays the contents of backing devices available on the specified storage pool.Enter the storage pool name OR Select the storage pool from the list.Displays the details/list of backing devices available in the storage pool.Adds a new storage pool on the virtual I/O server.Select the type of storage pool that you want to create.The LV storage pool group name. The name must be system-wide unique and can range from 1 to 15 characters.Select one or more physical volumes on which the storage pool will be created.The file storage pool group name. The name must be system-wide unique and can range from 1 to 15 characters.Select the parent storage pool from which this storage pool will be created.Size must consist of an integer number followed by m/M for megabytes or g/G for gigabytes.Increases the size of the storage pool.Select the type of storage pool for which the size will be increased.The StoragePool parameter cannot exceed 15 characters in length.Removes the specified storage pool from the Virtual I/O Server. File storage pools can be removed directly. To remove a logical volume storage pool, remove all physical volumes from the pool.Select the type of storage pool to be removed.Enter one or more physical volumes to be removed. When all the physical volumes are removed, the storage pool will be removed.Each Virtual I/O Server logical partition has a single default storage pool that can be modified only by the prime administrator. If the default storage pool is not modified by the prime administrator, rootvg, which is a logical volume pool, is used as the default storage pool.Displays the default storage pool.Each Virtual I/O Server logical partition has a single default storage pool which can be modified. If the default storage pool is not modified, rootvg, which is a logical volume pool, is used as the default storage pool.Manages the Backing devices on VIOS.Adds a new backing device to the virtual I/O server.Increases the size of a device/ renames a device.Remove a Backing Device from the virtual I/O server.The virtual media repository provides a single container to store and manages file-backed virtual optical media files. Media stored in the repository can be loaded into file-backed virtual optical devices for exporting to client partitions. Only one repository can be created within a Virtual I/O Server.Displays the information about the DVD repository.Creates a new virtual Media Repository on virtual I/O server with the name VMLibrary.Increases the size of the virtual media Library.Removes the virtual Media Repository VMLibrary from the virtual I/O server.The Virtual I/O Server supports exporting optical SCSI devices. These are referred to as a virtual SCSI optical devices. Virtual optical devices can be backed by DVD drives or files. Depending on the backing device, the Virtual I/O Server will export a virtual optical device with one of following profiles: 1) DVD-ROM 2) DVD-RAM Virtual optical devices that are backed by physical optical devices can be assigned to only one client logical partition at a time. In order to use the device on a different client logical partition, it must first be removed from its current logical partition and reassigned to the logical partition that will use the device.Creates a new virtual optical media disk in the Virtual Media Repository.Creates a virtual optical disk (represented as a file) in the virtual DVD repository that can be loaded into one or more file-backed virtual optical drives.The length of the name can not exceed 38 characters in length, and the following characters can not be used for DVD names: . As the first character / Within the nameCreates a virtual optical disk in the virtual DVD repository from a specified virtual optical media file.Enter the path to the file from which the virtual optical disk to be created.Creates a virtual optical disk in the virtual DVD repository from a specified physical optical device containing data.Specify a physical optical device with media loaded. Example: mkvopt -name pressData -dev cd0 -roChanges the access of the specified virtual DVD. This cannot be run while the virtual DVD is loaded into one or more virtual optical drives.Removes the virtual Media Repository VMLibrary from the virtual I/O server.Enter the virtual optical media name OR Select it from the list.Manages the devices on virtual I/O server.Displays the devices available on virtual I/O server.Displays all the devices based on type, status and platform.Displays information for a device given the device name.Configures all devices and optionally installs device software by running the programs specified in the Configuration Rules object class.Configures a specified device and optionally installs device software by running the programs specified in the Configuration Rules object class.Unconfigures the device without removing it from the system.Unconfigures all the child devices of a given device without removing it from the system.Changes the characteristics of a device by modifying one or attributes of that device.Specify the attribute value pairs to be changed for the device.Changes the device's characteristics permanently without actually changing the device. By restarting the system, the changes are applied to the device. Not all devices support this option.Removes the devices from the virtual I/O server.Removes the specified device from the virtual I/O server.Removes only the child devices of a specified device from the virtual I/O server.Adds a new virtual device on virtual I/O server.Creates a virtual target device for assigning storage to a client.Manages the virtual optical backing devices on virtual I/O server.A Shared Ethernet Adapter is a Virtual I/O Server component that bridges a physical Ethernet adapter and one or more virtual Ethernet adapters.Creates a shared Ethernet adapter on virtual I/O server.Enter the physical Ethernet adapter OR Select from the list.One or more virtual Ethernet adapters, shares the physical ethernet adapter.Specifies the virtual Ethernet adapter to be used as default.Specifies the Shared Ethernet Adapter (SEA) default PVID.Specifies the device attribute value pairs to be used instead of the defaults.A Link Aggregation, or EtherChannel, device is a network port-aggregation technology that allows several Ethernet adapters to be aggregated. The adapters can then act as a single Ethernet device. Link Aggregation helps provide more throughput over a single IP address than would be possible with a single Ethernet adapter.Creates a new link aggregation on virtual I/O server.VLAN is a method to logically segment a physical network so that layer 2 connectivity is restricted to members that belong to the same VLAN. This separation is achieved by tagging Ethernet packets with their VLAN membership information and then restricting delivery to members of that VLAN. VLAN is described by the IEEE 802.1Q standard.Creates a new VLAN device on virtual I/O server.Backing device names can not exceed 38 characters in length.Manages the performance of the VIOS.To manage the topas performance.Helps to setup the performance manager on VIOS.Enables PM Data Transmission. PM Data will be send to IBM via Electronic Service Agent.Disables PM Data Transmission. PM Data will not be send to IBM.Helps the user in re-transmitting recorded PM data by specifying date ('YYYYMMDD' format) in subsequent menu.Helps the user to modify the customer information. Customer information will be send to IBM via ESA if PM Data Transmission is enabled.Enter the date in YYYYMMDD. For Example, if the user wants to send PM Data dated: 12th Feb 2009, enter '20090212'. Enter '0', if the user wants to send all the available days of recordings.Customer can configure the data retention using this. Default value is 14 days.Enter the time in 24 hour format.Select the desired cluster name from the list.Select the desired storage pool name from the list.Select the desired logical unit name from the list.Enter the name of the cluster. The name is limited to 63 characters.Enter the name of the storage pool. The name is limited to 127 characters.Select the physical volumes from the list that you want to use for the repository. The repository stores configuration information for the cluster and the nodes within it, including security settings for cluster communication.Select physical volumes from the list that you want to use for the storage pool.Enter 'No' if you do not want the metadata area of the target physical volumes zeroed before the cluster is created. Enter 'Yes' if you want the metadata area of the target physical volumes zeroed before the cluster is created.Enter the network name for the node you want to add to the cluster. The name may be either the host name or the IP address of the node to be addedSelect the physical volumes from the list that you want to add to the storage pool. You can select multiple physical volumes.Select the physical volumes that are currently available in the storage pool that you want to replace.The current threshold alert value is displayed. Enter a new value for the threshold alert level for the storage pool. The threshold alert value identifies the percentage of pool capacity usage at which alerts will be sent indicating that the storage pool is running out of space. Values must be whole numbers between 0 and 100.Enter the logical unit name. The name is limited to 128 characters.Enter the numeric value for the logical unit size. The value must be a whole number greater than zero (0) and represents the size in megabytes.Select the virtual server adapter, from the list, that you want to map to a logical unit. You can select only 1 virtual server adapter.Enter the virtual target device name for the logical unit mapping. The name is limited to 15 characters. A name is automatically generated if you do no specify a name.Enter a name for the Logical Unit snapshot being created. The name is limited to 95 characters.Select the Logical Unit snapshot name from the list.Select physical volumes from the list that you want to remove from the storage pool.Select the virtual target device to be unmapped.Enter the name of the failure group. The name is limited to 127 characters.Select the desired failure group name from the list.Select the physical volumes from the list that you want to add to the failure group. You can select multiple physical volumes.Enter filename which contains a white space separated physical volume names.Enter the new name for the failure group. The name is limited to 127 characters.