ISO8859-1L2T  8u  6O   d=_DFw;_ZF-;t324 ,G K!E!Qc! !!""B#D#L#$s#%?$H&l$';%(F'1)2'x*4'+',-(q-(.=)F/7)0)1*M2+A3,S4'- 5.26 .7c/8L0W90:1$;2<22=2>`3?4@5A5B6}C7JDh8E~=^F=G>qHI>I?CJAKAL<BMABN9BOD9PDQERNF8SGTH!UHV\IsWZIXJ+Y_K ZbKl[vK\nLF]jL^M _?N`cO>aBOb=OcLP#dDPpe&PfPg<Q_hQiRjxSkZl[kmA^n^Uo_p_qarrassUattbaub-vFcw|dcx-dyezbe{he|iff}bf~bg3gh;jSEjT;j jkykl\man~do$goopq=r4 rrs|2t)u1v1x){y[y {e|r}I}~_P fbs_O6{E[HjdItO;6$|[j%tUuS]7}<5+*;VProvides a menu for listing, removing, changing, starting, and stopping existing workload partitions on the system and for creating new ones. Workload partitions are software partitions that can be used to isolate software services and applications.Perform software maintenance on the specified System Workload Partition(s).Displays the name, state, type, hostname, and base directories of all workload partitions. The possible workload partition States are as follows: * (D)efined - The workload partition has been defined and is ready for use, but is not currently active. * (A)ctive - The workload partition is running normally. * (T)ransitional - An administrative operation is in progress. The workload partition is in the process of being created, started, stopped, configured, etc. * (B)roken - An administrative operation failed, leaving this workload partition in a unusable state. The possible workload partition Types are as follows: * (A)pplication - This is an Application Workload Partition, running under a single process (or group of processes invoked thereby) without system services and possibly without file system isolation. * (S)ystem - This is a System Workload Partition, emulating an independent, fully-functional instance of the operating system.Provides a menu for listing, removing, changing, starting, and stopping existing System Workload Partitions on the system and for creating new ones. Workload partitions are software partitions that can be used to isolate software services and applications.Provides a menu for listing, removing, changing, starting, and stopping existing Application Workload Partitions on the system and for creating new ones. Workload partitions are software partitions that can be used to isolate software services and applications.Displays the name, state, type, hostname, and base directories of workload partitions. The possible workload partition States are as follows: * (D)efined - The workload partition has been defined and is ready for use, but is not currently active. * (A)ctive - The workload partition is running normally. * (T)ransitional - An administrative operation is in progress. The workload partition is in the process of being created, started, stopped, configured, etc. * (B)roken - An administrative operation failed, leaving this workload partition in a unusable state.Creates a workload partition or a specification file. A specification file contains all the information necessary to create a workload partition. A specification file can be used to create a workload partition.Start, stop, or reboot the specified workload partition.Allows you to view and change workload partition options. Options may be changed as the workload partition is running, effective on the next restart, or both.Removes a workload partition from the system. Removing a workload partition includes removing the configuration data from the system's workload partition database, deleting workload partition's file systems, and removing the resource controls and security settings associated with the workload partition.Displays the name, state, type, hostname, and base directories of workload partitions. The possible workload partition States are as follows: * (D)efined - The workload partition has been defined and is ready for use, but is not currently active. * (A)ctive - The workload partition is running normally. * (T)ransitional - An administrative operation is in progress. The workload partition is in the process of being created, started, stopped, configured, etc. * (B)roken - An administrative operation failed, leaving this workload partition in a unusable state.Creates a workload partition or a specification file. A specification file contains all the information necessary to create a workload partition. A specification file can be used to create a workload partition.Allows you to view and change workload partition options. Options may be changed as the workload partition is running, effective on the next restart, or both.Stop or remove the specified Application Workload Partition.Sets the required initial values to create a workload partition and configure it on a network.Allows you to create and configure most of the characteristics of the workload partition. The characteristics include basic information, network information, file system information, and resource controls.Creates a specification file based on an existing workload partition.Creates a workload partition based on an existing specification file. Note: Some of the options specified in the specification file may not appear in the Create a Workload Partition from a Specification File menu. For those options that do not appear, they will be preserved and sent to the mkwpar command.Sets the required initial values to create a workload partition and configure it on a network.Allows you to create and configure most of the characteristics of the workload partition. The characteristics include basic information, network information, file system information, and resource controls.Creates a specification file based on an existing workload partition.Creates a workload partition based on an existing specification file. Note: Some of the options specified in the specification file may not appear in the Create a Workload Partition from a Specification File menu. For those options that do not appear, they will be preserved and sent to the mkwpar command.Runs startwpar on the specified workload partition.Specifies that the workload partition should be started in maintenance mode. Networks associated with the workload partition are not configured so that the only access to the workload partition is from the global system.Runs stopwpar on the specified workload partition.Runs rebootwpar on the specified workload partition.Synchronize the software installed on the shared part of the system (e.g. /usr and /opt) with the specified workload partition(s) "root" part.Allows you to view and modify characteristics of a workload partition.Allows you to add and remove network interfaces in the workload partition.Allows you to add and remove file systems in the workload partition.Displays a list of network interfaces and associated internet addresses in the workload partition.Adds a new network interface to the workload partition. Select the workload partition you want to add the interface to and specify the interface you want to add.Removes a network interface from the workload partition. Select the workload partition you want to remove the interface from and the interface you want to remove.Displays a list of file systems that are in a workload partition.Displays a list of file systems that are mounted into a workload partition.Instructs the operating system to make a file system available for use at a specified location (the mount point).Unmounts a previously mounted file system, directory, or file.Stops an Application Workload Partition. When either the tracked processes within the workload partition is finished, or is forced to stop, the Application Workload Partition is destroyed automatically. You may preserve the configuration settings used to create the application workload partition in a specification file, prior to the time it is destroyed.Creates a workload partition based on an existing specification file. Note: Some of the options specified in the specification file may not appear in the Create a Workload Partition from a Specification File menu. For those options that do not appear, they will be preserved and sent to the mkwpar command.Creates a specification file based on an existing workload partition.Runs stopwpar on the specified workload partition.Runs rebootwpar on the specified workload partition.Synchronize the software installed on the shared part of the system (e.g. /usr and /opt) with the specified workload partition(s) "root" part.Select the System Workload Partition by name.Indicates whether you want to preview the software synchronization operation. A preview identifies requirements for the software synchronization to be successful.Indicates whether you want to only update installp filesets.Indicates whether you want to only update RPM filesets.Indicates whether you want to remove or downlevel filesets in the workload partition that are newer than the filesets installed on the system.Specify the name that identifies this workload partition on the system. The name must conform to the following naming restrictions: * May not be more than 25 bytes * May not start with '-' * May not contain '=', ':', or '/'Specify the network interface on the system that this workload partition will use. If a interface is not specified and a network address is specified, then the workload partition will fail to be created if more than one non loop back interface is active on the system.Specify the full internet address(es) of the domain name server(s) to be used by this workload partition using the dotted decimal form seperated by commas (101.64.2.1,101.64.3.4).Use the network mask to specify how much of the network interface address to reserve for subdividing networks into subnetworks. If a network mask is not specified and a network address is specified, then the workload partition will use the same mask as the network interface on the system.Specify the full internet address(es) of the domain name server(s) to be used by this workload partition using the dotted decimal form seperated by commas (101.64.2.1,101.64.3.4).This is the name of the file system as it appears inside the workload partition. If the base directory is /mywpar, then /tmp inside the workload partition will be located in /mywpar/tmp outside of the workload partition. Information in this field is required.Specify the new root directory of the mounted file system. Information in this field is required.Specify the host name of the server that is hosting the remote file system.Specify options to be passed to the mount command. Possible values are: ro - read only access rw - read and write accessThe name of the workload partition being created from the specification file. The name must conform to the following naming restrictions: * May not be more than 25 bytes * May not start with '-' * May not contain '=', ':', or '/'Preserves the file systems created in /etc/filesystems for the workload partition. These file systems can be reused later when creating another workload partition.Runs stopwpar on the specified workload partition.Specify whether running processes should be signaled to stop more aggressively than normal, and whether mounted file systems should be forced to unmount if they appear to be in use.Specify the name and location of the specification file. Information in this field is required.Specify the host name of the workload partition. If not specified, the hostname will be either discovered based on the Internet address of the workload partition or generated based on the workload partition name and the network domain.Specify the base directory for this workload partition. This directory will appear as / inside of the workload partition. If not specified, the /wpars/ directory will be used.Specify the application to start within the Application Workload partition. This application can spawn as many processes as allowed by the resource controls. This is a required field.Specify the default volume group to create the file systems on. This value will be ignored if the volume group name is specified below. A volume group is a collection of one or more physical volumes.Duplicates the network name resolution configuration from the global system. The following files, if they exist, will be copied into the workload partition: * /etc/resolv.conf * /etc/hosts * /etc/netsvc.conf * /etc/irs.conf * /etc/networks If the NSORDER environment variable is defined in the calling environment, it will be added to the workload partition's /etc/environment file.A user script can be supplied to be executed during Workload Partition startup and shutdown. The user script will be executed as follows: /path/to/UserScript The first argument, , is one of two strings, indicating the administrative actions being performed, as follows: * "WPAR_START" - Script run in the global environment after kernel configuration, before the tracked process is spawned. If the script returns non-zero, the workload partition will not be started. * "WPAR_STOP" - Script run in the global environment after all workload partition processes finish, before the kernel is unconfigured. Note that this code path may be executed by a dissociated process with its standard I/O streams closed or redirected to SRC logs. Internal messaging should be handled accordingly. If the script returns non-zero, a warning will be logged, but no other behavior will change. The second argument, , is the name of the workload partition. The script may use the lswpar command to glean any other necessary configuration data.Specify whether the workload partition should be created. If no is selected then only a specification file will be created.Specify the path for the specification file to be created. If the Create the Workload Partition option is set to no then this field is required.Specify whether or not the workload partition will be checkpointable. Checkpointable partitions can only have NFS-type mount points.Specify whether the workload partition should be started at system boot.Indicate when the workload partition is started. Possible values are: * no - Do not start the workload partition. * now - Workload partition is started as soon as it is created. * restart - Workload partition is started automatically at system restart. * both - Combines the system restart and now options so that the workload partition is started after it is created and automatically at system restart.Contains the resource controls for the specified workload partition. If none of the resource control fields are filled, then resource controls will not be enabled.Select if you would like to revert the resource specifications back to their original settings. If you do not want to remove the specifications, they can be turned off temporarily by setting "Active?" to "no".Specify whether or not the Resource Controls are in effect.Specify a resource set to associate with the workload partition.Specify the maximum shares of a CPU. A share is used to specify how much of a resource can be used based on the total number of active shares on the system. For example if there are 5 active shares and a workload partition is assigned 2 CPU shares then the max CPU resource it can use is 2/5, which is 40%.Specify the minimum limit of CPU. A minimum CPU limit ensures that when workload partition processes are run, they will have the highest-priority access to the CPU resources.Specify the soft maximum CPU limit. A soft maximum limit prevents the workload partition from significantly interfering with other applications or workload partitions that are using CPU resources.Specify the hard maximum CPU limit. A hard maximum limit prevents a workload partition from using more than the specified limit.Specify the maximum shares of a memory. A share is used to specify how much of a resource can be used based on the total number of active shares on the system. For example if there are 5 active shares and a workload partition is assigned 2 memory shares then the max memory it can use is 2/5, which is 40% of the system memory.Specify the minimum limit of memory. A minimum memory limit ensures that pages used by this workload partition will not be stolen by page replacement.Specify the soft maximum memory limit. A soft maximum limit prevents the workload partition from significantly interfering with other applications or workload partitions that are using memory pages.Specify the hard maximum memory limit. A hard maximum limit prevents a workload partition from using more than the specified limit.Specify the maximum number of processes that the workload partition can run simultaneously.Specify the maximum number of threads that the workload partition can run simultaneously.Select List Priviledges to select each individual privilege that will be allowed. Select Specify File to select a file to base the initial security configuration, then include additional privileges or exclude privileges.Select one or more privileges to be added to the security settings for the workload partition.Select a security file, which will contain the base security settings for the workload partition.Select and add additional privileges to the security settings, based on the initial settings from the security file.Select and exclude privileges to the security settings, based on the initial settings from the security file.Removes all of the custom security specifications from the Workload partition, reverting to the defaults.Specify whether the file system is a localfs, namefs, NFS, or directory. * localfs - A local file system will be created. * namefs - An existing file system on the system will be mounted. * NFS - A NFS file system on a remote system will be mounted. * directory - A directory will be created in the workload partition and no file system creation or other mounting will occur.Contains the options that can be specified for a namefs mount.Specify the new root directory of the mounted file system. Information in this field is required.Contains the options that can be specified for a NFS file system.Specify the name of the directory on the remote file system.Specify the host name of the server that is hosting the remote file system.Contains the options that can be specified for a local file system.Specify the type of local file system.Specify the default volume group to create the file systems on. A volume group is a collection of one or more physical volumes.Specify in megabytes the size of the file system to create.Specify the options to pass to crfs when creating the file system. The value must be in the form as expected by crfs. For example, if you want to specify the log for the file system add -a logname= to the Create OPTIONS text box.Specify a mount group available in /etc/filesystems that is not being used by either an active or non-active workload partition.A System Workload Partition requires that its file systems are populated and available for mounting upon initialization. By default, the /usr, /opt, and /proc file systems are mounted over their global equivalents with read-only access, and new logical volumes are created for /, /var, /tmp and /home. During workload partition creation, file systems can be specified and populated based on the global's file systems or they can be mounted from a previous installation. In the second case, no changes are made to the file system, but rather it is assumed that all required files are present. This preserved file system can be specified by selecting an unused mount group in the /etc/filesystem. Such a mount group usually exists because a previous workload partition was removed with the option to preserve its file systems (rmwpar -p). Alternatively, each mount point can be explicitly defined. There are three options available: * "No": Select this option if the workload partition's file systems should be populated during workload partition creation. The initial mount points displayed will be based on the default settings, and can be changed as needed prior to creation. * "Yes, preserve file systems from a named mount group: Select this option if there is an existing mount group defined in /etc/filesystems. The mount group cannot be in use by another workload partition. The mount group specified will be assumed to contain all of the necessary files, and will be left unchanged during workload partition creation. * "Yes, preserve file systems by mount point: Select this option if the mounts are not defined in /etc/filesystems. Each mount point will need to be defined. The mounted file systems will be assumed to contain all of the necessary files, and will be left unchanged during workload partition creation.Select the type of Workload Partition you would like to create. * Selecting SYSTEM will create a System Workload Partition. * Selecting APPLICATION will create an Application Workload Partition.Specifies the maximum amount of virtual memory that can be used by a single process. Any process that exceeds the limit will be terminated. The limit must be at least 1M, and cannot exceed: 8796093022207MB (megabytes) -OR- 8589934591GB (gigabytes) -OR- 8388607TB (terabytes). The number can be appended with either an M or MB, G or GB, T or TB, representing megabytes, gigabytes, or terabytes. For example, the entry to represent 10 gigabytes can be either "10G" or "10GB" (without quotes). If no units are specified, it will be assumed the value is in megabytes. If the limit is set to "-1", the virtual memory limitation will be removed.Provides a menu for creating and using workload partition backupsFrom the workload partition backup image, exclude the files and directories listed in the /etc/exclude.wparname file, where wparname is the name of the workload partition to back up.The directory from which to begin the restore. Files from the backup will be restored relative to this directory. The directory cannot be the root directory of the global environment.List of file and directory names to restore from the workload partition backup. The name of the file or directory must be specified as listed in List Files in a Workload Partition Backup menu. If a directory name is specified, then all the files in the named directory are restored. The files and directories are restored relative to the current directory. Leaving the field blank restores all the files in the image.Provides a menu for creating and using backup images for system workload partitions.Create a backup image of a system workload partition to file, tape, writable CD, or writable DVD.Create or recreate a system workload partition from a backup from file, tape, CD, or DVD. The characteristics of the created workload partition may be made different than the backup by specifying various characteristics from the menu.Displays useful information about a workload partition backup such as from file, tape, CD, or DVD. The information includes volume group, date and time backup is made, uname output from backed up system, oslevel, recommended maintenance or technology level, backup size in megabytes, and backup shrink size in megabytes.Displays the equivalent information to that produced by invoking lslpp -l on the backed up workload partition when running.Displays files in a workload partition backupRestores some or all files from a workload partition backup. Files may not be restored into the root directory of the global environment.Uses the savewpar command to create a backup of a workload partition to a specified file or tape.Uses the savewpar command to create a backup of a workload partition to a specified writable CD device.Uses the savewpar command to create a backup of a workload partition to a specified writable DVD device.Uses the savewpar command to create a backup of a workload partition to a specified file or tape.Any content on the specified target device for the workload partition backup will be overwritten.Specifies whether a backup image previously created by savewpar should be used. If not, savewpar will be invoked to create a new workload partition backup image.Creates a workload partition backup (savewpar) DVD from the specified workload partition or from a previously created savewpar image. You can use this workload partition backup image to restore a workload partition or create a new workload partition. You can create two different types of DVD: ISO9660 or UDF. ISO9660 allows the exchange of data among different operating systems, but is a read-only file system. UDF allows the exchange of data among different operating systems, but can be either a write or read file system.Specify the pathname to the savewpar image to be used for the backup.Specify the name of the workload partition to be backed up.Specify the location of the directory or file system used to store the savewpar image. If you leave this field blank, the /mkcd/mksysb_image file system will be used or created. If the command creates this file system, it is removed before the command completes.Create a workload partition and all the logical volumes, file systems, and files from a workload partition backup image.Specify whether the workload partition should be created even if the compatibility check fails between the system from the backup image and this system. If the workload partition from the backup is not compatible with this system, it might not be operable.Specify whether the workload partition should be created even though a workload partition matching the name from the backup exists on this system. If the named workload partition already exists, it is stopped if active, then removed, before the new workload partition is created.Specify to automatically resolve erroneous or conflicting settings if required. Resolvable settings are name, host name, base directory, and network configuration.Settings which can be specified to used instead of the settings from the workload partition backup.Do not specify any of the following if the settings from the workload partition backup are to be used.Specify the path to an alternate workload partition specification file. Any values specified by other restwpar flags override those from the loaded specification file. This specification file takes precedence over the specification file in the backup image.Full path customized image.data file to be placed in the CD or DVD file system. This image.data file takes precedence over the image.data file in the backup image.Specify to see the information regarding the writable NFS file systems from the backup rather than the local system and logical volume information.Specify whether the workload partition should be started now.Specifies the maximum number of PTYs that can be used by a single WPAR. If the specified number of PTYs for a WPAR exceeds the available system PTYs at the starting time of the WPAR, it will be terminated. The limit must be a positive number or -1 for unlimited.Specifies the maximum number of large pages that can be used by a single WPAR. If the specified number of large pages for a WPAR exceeds the available system large pages at the starting time of the WPAR, it will be terminated. The limit must be a positive number or -1 for unlimited.Specifies the percentage of max message queue IDs that can be used by a single WPAR. If the specified amount (in %) for a WPAR exceeds the available system message queue IDs at the starting time of the WPAR, it will be terminated. The limit must be in between 0.01% and 100% where 100% means unlimited.Specifies the percentage of max semaphore IDs that can be used by a single WPAR. If the specified amount (in %) for a WPAR exceeds the available system semaphore IDs at the starting time of the WPAR, it will be terminated. The limit must be in between 0.01% and 100% where 100% means unlimited.Specifies the percentage of max shared memory IDs that can be used by a single WPAR. If the specified amount (in %) for a WPAR exceeds the available system shared memory IDs at the starting time of the WPAR, it will be terminated. The limit must be in between 0.01% and 100% where 100% means unlimited.Specifies the percentage of max pinned memory IDs that can be used by a single WPAR. If the specified amount (in %) for a WPAR exceeds the available system pinned memory IDs at the starting time of the WPAR, it will be terminated. The limit must be in between 0.01% and 100% where 100% means unlimited.Specify whether the workload partition should use its own routing table ("yes") or share that of the global system ("no").An IPv6 address is an 128-bit address represented as 8 16-bit integers separated by colons. Each integer is represented by 4 hex digits. Leading zeros can be skipped, and consecutive null 16-bit integers can be replaced by two colons (one time per address). Some examples are: 1) fe80:abcd:0000:0000:0000:0260:8c2e:00a4 2) fe80:abcd:0:0:0:260:8c2e:a4 3) fe80:abcd::260:8c2e:a4Number of high-order bits used by routing protocols. The prefix is usually denoted following the IPv6 address and a slash mark ('/'). For example, the notation ff12::/16 describes a 16-bit prefix whose value is 1111111100010010. The valid range is 0 through 128.Select the full internet address that is to be removed from the workload partition. The address can be either IPv4 (dotted-decimal) or IPv6 (colon-separated).Items in this section are related to Detached WPAR synchronization. A detached WPAR is a WPAR with a private /usr. Detached WPAR synchronization can be performed to recover from situations where system software in a detached workload partition with writable /usr has diverged from the system software in the global environment.Select to synchronize software in detached system workload partitions. Detached workload partitions have a writable /usr directory. If not selected, only shared system workload partitions which have a read-only /usr will be synchronized.* none No forced-file recovery synchronization is performed. This is the default setting. * basic Minimal forced-file recovery synchronization for the base filesets of a detached system workload partition which has a writable /usr. Only the files from the bos.rte and kernel filesets are copied to the specified detached WPARs. * all Full forced-file recovery synchronization for filesets of a detached system workload partition which has a writable /usr. Files from software install by installp in the global environment which are at levels different from the detached WPARs are copied to specified detached WPARs. Use the "basic" option to only force recovery for the basic filesets for the WPAR.Select to synchronize interim fixes in detached system workload partitions. The default is to fail the synchronization if interim fixes are applied to any filesets involved in the synchronization in either the global environment or the WPAR.Specify the device containing the software with which to synchronize the workload partition. This option is only valid when 'Operating System Files to Replace?' is set to 'none'.Specifies the maximum amount of virtual memory that can be used by the WPAR as a whole. Any process that exceeds the limit will be terminated. The limit must be at least 1M, and cannot exceed: 8796093022207MB (megabytes) -OR- 8589934591GB (gigabytes) -OR- 8388607TB (terabytes). The number can be appended with either an M or MB, G or GB, T or TB, representing megabytes, gigabytes, or terabytes. For example, the entry to represent 10 gigabytes can be either "10G" or "10GB" (without quotes). If no units are specified, it will be assumed the value is in megabytes. If the limit is set to "-1", the virtual memory limitation will be removed.A RootVG System Workload Partition requires that its file systems are populated in its own disk(s) upon initialization. By default, the /usr, /opt, and /proc file systems are mounted over their global equivalents with read-only access, and new logical volumes are created for /, /admin, /var, /tmp and /home. There are two options available: * "No": Select this option to create a file system-based System Workload Partition. * "Yes": Select this option to create a RootVG System Workload Partition.Select one or more storage devices to be added to the device settings for the workload partition.Select one or more rootvg disks to be added to the device settings for the workload partition.Specify whether the rootvg disks for workload partition should be overwritten.Items in this section are used to customize the set of privileges that can be utilized from within the Workload Partition.Specify the expansion factor to be applied to the size of any compressed JFS file systems contained in the mksysb image that the Workload Partition will be created from. Any JFS file system will be converted to JFS2, which does not support compression. To enable the content of a compressed file system to fit into a JFS2 file system that is not compressed, an expansion factor may be specified to multiply the size of the file system. Valid values are integers from 1 to 8. The default value is 1, which does not result in any change in the file system's original size.Select one or more adapters to be added to the device settings for the workload partition.Items in this section are used to specify kernel extensions and their properties to be exported to a WPARIndiciate the preffered action. A kernel extension and its properties can be manually specified, a file containing extension stanzae can be specified, or ALL can be specified to allow the WPAR to use any kernel extension. Note that specifying ALL assumes local=yes and major=no. These properties can be overridden by individually adding the extension.Specify the fully qualified path to a kernel extension from the global file system. This will be the trusted kernel extension. A list of extensions and their properties can be specified with the format: kext;local;major, Note that for a kernel extension to be loaded inside a WPAR, its checksum must match the source exactly.Specify the fully qualified path to a file that contains extension stanzae. A list of export files can be specified by a comma delimited format.Indicate the preffered action. A new kernel extension and its properties can be manually specified, a new file containing extension stanzae can be specified, ALL can be specified to allow the WPAR to use any kernel extension, or all extensions can be removed from the WPAR. Note that specifying ALL assumes local=yes and major=no. These properties can be overridden by individually adding the extension.Recalculate the checksums for the listed kernel extensions.Use NFS mount points that have already been populated.A System Workload Partition requires that its file systems are populated and available for mounting upon initialization. By default, the /usr, /opt, and /proc file systems are mounted over their global equivalents with read-only access, and new logical volumes are created for /, /var, /tmp and /home. During workload partition creation, file systems can be specified and populated based on the global's file systems or they can be mounted from a previous installation. In the second case, no changes are made to the file system, but rather it is assumed that all required files are present. This preserved file system can be specified by selecting an unused mount group in the /etc/filesystem. Such a mount group usually exists because a previous workload partition was removed with the option to preserve its file systems (rmwpar -p). Alternatively, each mount point can be explicitly defined. There are three options available: * "No": Select this option if the workload partition's file systems should be populated during workload partition creation. The initial mount points displayed will be based on the default settings, and can be changed as needed prior to creation. * "Yes, preserve file systems from a named mount group: Select this option if there is an existing mount group defined in /etc/filesystems. The mount group cannot be in use by another workload partition. The mount group specified will be assumed to contain all of the necessary files, and will be left unchanged during workload partition creation. * "Yes, preserve file systems by NFS mount point: Select this option if the mounts are not defined in /etc/filesystems. Each mount point will need to be defined. The mounted file systems will be assumed to contain all of the necessary files, and will be left unchanged during workload partition creation.Specify the lowest architecture level the workload partition will be compatible with. This option is used for workload partition live mobility.Create a workload partition either from an AIX system backup image or directly from an AIX system, including customized files.Specify the path to file or device containing an AIX system backup image which is to be used as the source for the workload partition.Specify whether software from the source system which is designated as private is to be included when the workload partition is created. Private software is not normally installed into workload partitions. This value is ignored unless the workload partition is created as a system copy.Specify whether filesystems from workload partitions from the source system are to be included when the workload partition is created. This value is ignored unless the workload partition is created as a system copy.Select to synchronize software in detached, versioned workload partitions. Synchronizing the software in a versioned workload partition will make it a native workload partition, and reset the ostype attribute to 0. If not selected, only native workload partitions will be synchronized. Version 5 workload partitions cannot be synchronized.Specify whether or not to create a private and writeable versions of /usr and /opt.Synchronizes the predefined device configuration data in the specified versioned workload partition with the current system. This action may be necessary if the global system has predefined device configuration data that was not included in the versioned workload partition when it was created. The ostype for the workload partition is not changed.Add a global file system mount to a workload partition.Remove a global file system mount from a workload partition.Specifies additional flags to pass directly to the mkwpar command to create the workload partition. Note: this cannot include the -i and -f flags as these flags are reserved for use by the restwpar command. Specifying the -i or -f flag will cause an error.Migrates a versioned workload partition to version 7.Allows you to upgrade a workload partition.Installation location used for the detached WPAR migration.