Abstract: An information handling system may include a processor, a tape drive coupled to the processor, and a cache control module. The cache control module may be configured to receive a request from the processor for the tape drive; determine whether the tape drive is powered off; determine whether the tape drive needs to be powered on to process the request; and respond to the request on behalf of the tape drive if it is determined that (a) the tape drive is powered off and (b) the tape drive does not need to be powered on to process the request.

Abstract: Methods, systems, and computer programs are disclosed. The method includes issuing a command in a first protocol, converting the first protocol into a second protocol, adding information to the command in the second protocol that identifies the host that may have issued the command, and sending the command to a target device.

Abstract: An information handling system may include a processor, a tape drive coupled to the processor, and a cache control module. The cache control module may be configured to receive a request from the processor for the tape drive; determine whether the tape drive is powered off; determine whether the tape drive needs to be powered on to process the request; and respond to the request on behalf of the tape drive if it is determined that (a) the tape drive is powered off and (b) the tape drive does not need to be powered on to process the request.

Abstract: A method, software and system are disclosed for enabling multi-path error recovery of failed communicators with sequential storage device systems. In one embodiment, an information handling system (IHS) coupled to a sequential storage device via first and second communication paths is provided. Information exchanges between the IHS and the sequential storage device are monitored for communication path failure. In response to a failure event on a primary communication path, status of the halted information exchange is maintained by a host bus adapter and its supporting software on the IHS and in a fibre channel interface module of the sequential storage device. Status information regarding the halted information exchange is communicated to a fail-over host bus adapter of the IHS. The information exchange is completed on the fail-over communications path beginning from the point of failure such that data of the sequential information exchange is maintained in order.

Abstract: A system and method for automatically creating and enabling zoning in a network are disclosed. A method includes transmitting data from a host device coupled to the network to at least one switch coupled to the network. The transmitted data includes information indicating that the host device requested access to at least one target device coupled to the network. A zone is then created and enabled comprising the host device and the at least one target device.

Abstract: A bus reset control module associated with a fibre-SCSI bridge manages target resets sent from a fibre bus to one or more SCSI buses to reduce or eliminate unnecessary bus resets of SCSI buses having sequential devices, such as tape storage drives. The bus reset control module accepts target resets from a fibre bus host to intercept the initiation of bus resets and communicates with target devices of the SCSI bus to determine whether the target devices are faulty. The bus reset control module issues bus resets to SCSI buses having a faulty target device but prevents issuance of bus resets to SCSI buses that do not have a faulty target device so that a sequential device interfaced with a SCSI bus is not subject to a bus reset if all devices associated with the SCSI bus are operating properly.

Abstract: The present disclosure provides a method, system and software to backup a data volume containing snapshots using a block copy process and a raw data enabled device. In addition, the present disclosure provides a method, system and software for restoring snapshots to a snapshot volume that then allows system volume restoration to a selected point-in-time image.

Abstract: A system and method for providing automatic data restoration after a storage device failure are disclosed. An agent module detects a failure at a logical unit located at a primary storage device. The agent module locates backup data from the failed logical unit that is stored on a backup storage device and transfers the backup data from the backup storage device to a spare logical unit located on the primary storage device. The agent module then maps the spare logical unit to an address associated with a host in response to detecting the failure at the logical unit.

Abstract: A method, software and system are disclosed for enabling multi-path error recovery of failed communicators with sequential storage device systems. In one embodiment, an information handling system (IHS) coupled to a sequential storage device via first and second communication paths is provided. Information exchanges between the IHS and the sequential storage device are monitored for communication path failure. In response to a failure event on a primary communication path, status of the halted information exchange is maintained by a host bus adapter and its supporting software on the IHS and in a fibre channel interface module of the sequential storage device. Status information regarding the halted information exchange is communicated to a fail-over host bus adapter of the IHS. The information exchange is completed on the fail-over communications path beginning from the point of failure such that data of the sequential information exchange is maintained in order.

Abstract: Methods, systems, and computer programs are disclosed. The method includes issuing a command in a first protocol, converting the first protocol into a second protocol, adding information to the command in the second protocol that identifies the host that may have issued the command, and sending the command to a target device.

Abstract: A bus reset control module associated with a fibre-SCSI bridge manages target resets sent from a fibre bus to one or more SCSI buses to reduce or eliminate unnecessary bus resets of SCSI buses having sequential devices, such as tape storage drives. The bus reset control module accepts target resets from a fibre bus host to intercept the initiation of bus resets and communicates with target devices of the SCSI bus to determine whether the target devices are faulty. The bus reset control module issues bus resets to SCSI buses having a faulty target device but prevents issuance of bus resets to SCSI buses that do not have a faulty target device so that a sequential device interfaced with a SCSI bus is not subject to a bus reset if all devices associated with the SCSI bus are operating properly.