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sbdadm(1m) [opensolaris man page]

sbdadm(1M)						  System Administration Commands						sbdadm(1M)

NAME
sbdadm - SCSI Block Disk command line interface SYNOPSIS
sbdadm create-lu [-s, --size size] filename sbdadm delete-lu lu_name sbdadm import-lu lu_name sbdadm list-lu lu_name sbdadm modify-lu [-s, --size size] lu_name | filename DESCRIPTION
The sbdadm command creates and manages SCSI-block-device-based logical units that are registered with the SCSI Target Mode Framework (STMF). SUB-COMMANDS The sbdadm command supports the subcommands listed below. Note that if you enter a question mark as an argument to the command (sbdadm ?), sbdadm responds with a help display. create-lu [-s, --size size] filename Create a logical unit that can be registered with the STMF. For the -s option, size is an integer followed by one of the following let- ters, to indicate a unit of size: k kilobyte m megabyte g gigabyte t terabyte p petabyte e exabyte If you do not specify size, the size defaults to the size of filename. The size specified can exceed the size of the file or device. delete-lu lu_name Deletes an existing logical unit that was created using sbdadm create-lu. This effectively unloads the logical unit from the STMF framework. Any existing data on the logical unit remains intact. import-lu lu_name Imports and loads a logical unit into the STMF that was previously created using sbdadm create-lu and was since deleted from the STMF using sbdadm delete-lu. On success, the logical unit is again made available to the STMF. filename is the filename used in the sbdadm create-lu command for this logical unit. list-lu List all logical units that were created using the sbdadm create-lu command. modify-lu [-s, --size size] lu_name | filename Modifies attributes of an logical unit created using the sbdadm create-lu command. For the -s option, size is an integer value followed by a unit specifier. The unit specifiers are as described above under create-lu. When this option is specified, the existing size of the logical unit is changed to the new size. The size specified can exceed the size of the file or device represented by lu_name. OPERANDS
sbdadm use the following operands: filename Name of an existing file or a fully qualified path to a raw block device. lu_name The 32-byte hexadecimal representation of the logical unit. EXAMPLES
Example 1 Creating a Logical Unit The following series of commands creates a 10-gigabyte logical unit. # touch /export/lun/0 # sbdadm create-lu -s 10g /export/lun/0 # sbdadm create-lu /dev/rdsk/c1t1d0s0 Example 2 Listing Logical Units The following command lists all logical units. # sbdadm list-lu Found 2 LU(s) GUID DATA SIZE SOURCE -------------------------------- ----------- ------ 6000ae4000144f21d92c47b0dd650002 10737352704 /export/lun/0 6000ae4000144f21d92c47b0de300032 134283264 /dev/rdsk/c1t1d0s0 EXIT STATUS
0 Successful completion. non-zero An error occurred. ATTRIBUTES
See attributes(5) for descriptions of the following attributes: +-----------------------------+-----------------------------+ | ATTRIBUTE TYPE | ATTRIBUTE VALUE | +-----------------------------+-----------------------------+ |Availability |SUNWstmfu | +-----------------------------+-----------------------------+ |Interface Stability |Committed | +-----------------------------+-----------------------------+ SEE ALSO
stmfadm(1M), attributes(5) SunOS 5.11 12 Jun 2008 sbdadm(1M)

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tran_reset(9E)                                                  Driver Entry Points                                                 tran_reset(9E)

NAME
tran_reset - reset a SCSI bus or target SYNOPSIS
#include <sys/scsi/scsi.h> int prefixtran_reset(struct scsi_address *ap, int level); INTERFACE LEVEL
Solaris architecture specific (Solaris DDI). PARAMETERS
ap Pointer to the scsi_address(9S) structure. level The level of reset required. DESCRIPTION
The tran_reset() vector in the scsi_hba_tran(9S) structure must be initialized during the HBA driver's attach(9E) to point to an HBA entry point to be called when a target driver calls scsi_reset(9F). tran_reset() must reset either the SCSI bus, a SCSI target device, or a SCSI logical unit as specified by level. level must be one of the following: RESET_ALL Reset the SCSI bus. RESET_TARGET Reset the target specified by ap. RESET_LUN Reset the logical unit specified by ap. tran_reset should set the pkt_reason field of all outstanding packets in the transport layer associated with each target or logical unit that was successfully reset to CMD_RESET and the pkt_statistics field must be OR'ed with either STAT_BUS_RESET (if the SCSI bus was reset) or STAT_DEV_RESET (if the target or logical unit was reset). The HBA driver should use a SCSI Bus Device Reset Message to reset a target device. The HBA driver should use a SCSI Logical Unit Reset Message to reset a logical unit. Packets that are in the transport layer but not yet active on the bus should be returned with pkt_reason set to CMD_RESET and pkt_statis- tics OR'ed with STAT_ABORTED. Support for RESET_LUN is optional but strongly encouraged for new and updated HBA drivers. If an HBA driver provides RESET_LUN support, it must also create the lun-reset capability with a value of zero for each target device instance represented by a valid ap. The HBA is also required to provide the means to return the current value of the lun-reset capability in its tran_getcap(9E) routine, as well as the means to change the value of the lun_reset capability in its tran_setcap(9E) routine. RETURN VALUES
tran_reset() should return: 1 on success. 0 on failure. SEE ALSO
attach(9E), ddi_dma_buf_setup(9F), scsi_hba_attach(9F), scsi_reset(9F), scsi_address(9S), scsi_hba_tran(9S) Writing Device Drivers NOTES
If pkt_reason already indicates that an earlier error had occurred for a particular pkt, tran_reset() should not overwrite pkt_reason with CMD_RESET. SunOS 5.10 12 Jul 2002 tran_reset(9E)
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