Abstract: A system for operating a data storage device having a plurality of sectors and at least one port, each port having a transmitter and a receiver, is disclosed. In one embodiment the system includes coupling at least one of the transmitters to at least one of the receivers, providing power to the data storage device, detecting that the transmitter is coupled to the receiver, and executing code for exercising the data storage device.

Abstract: A system for operating a data storage device having a plurality of sectors and at least one port, each port having a transmitter and a receiver, is disclosed. In one embodiment the system includes coupling at least one of the transmitters to at least one of the receivers, providing power to the data storage device, detecting that the transmitter is coupled to the receiver, and executing code for exercising the data storage device.

Abstract: A data storage device includes a plurality of sectors and a port, the port having a transmitter and a receiver. In one embodiment a method includes coupling the transmitter to receiver, providing power to the data storage device, detecting that the transmitter is coupled to the receiver, and executing code for exercising the data storage device.

Abstract: A method for operating a data storage device having a plurality of sectors and at least one port, each port having a transmitter and a receiver, is disclosed. In one embodiment the method includes coupling at least one of the transmitters to at least one of the receivers, providing power to the data storage device, detecting that the transmitter is coupled to the receiver, and executing code for exercising the data storage device.

Abstract: A system and method is disclosed for configuring a storage drive. A Serial ATA drive is configured to include a self-describing RAID header. The self-describing RAID header identifies the storage drive as comprising a single volume of a RAID Level 0 array. Within the header, the size of the storage volume is identified and this size is used to limit the addressable space of the user content portion of the Serial ATA storage drive, thereby preventing the content of the standalone user content of the Serial ATA storage drive, which is not RAID complaint, from overlapping with the content of the self-describing RAID header.

Abstract: A faucet lock for use with a lavatory sink faucet having at least one water valve control handle, the faucet lock comprising a base, a bracket, having first and second ends thereof, wherein the first end is adjustably attached to the base such that the second end is positionable adjacent to the control handle preventing the control handle from opening the water valve, thus locking the water valve in a closed position, wherein the faucet lock prevents small children, disabled persons and others from unauthorized use of the water valve. The present invention faucet lock is a safety device to protect children and others especially special needs persons with spasticity or other disabilities from accidentally being exposed to hot water.

Abstract: A faucet lock for use with a lavatory sink faucet having at least one water valve control handle, the faucet lock comprising a base, a bracket, having first and second ends thereof, wherein the first end is adjustably attached to the base such that the second end is positionable adjacent to the control handle preventing the control handle from opening the water valve, thus locking the water valve in a closed position, wherein the faucet lock prevents small children, disabled persons and others from unauthorized use of the water valve. The present invention faucet lock is a safety device to protect children and others especially special needs persons with spasticity or other disabilities from accidentally being exposed to hot water.