Abstract: The present disclosure relates to maintaining file system consistency on a mounted storage device in a computing system during system runtime. In one embodiment, a method generally includes locking access to a file stored in a file system on the mounted storage volume and metadata associated with the file. A computing system determines one or more properties associated with the file and examines the metadata for inconsistencies between the metadata and the determined properties. Upon determining that the metadata and the determined properties are consistent, the computing system generates a backup copy of the file, commits the backup copy to a backup data repository, and unlocks access to the file.

Abstract: The present disclosure relates to maintaining file system consistency on a mounted storage device in a computing system during system runtime. In one embodiment, a method generally includes locking access to a file stored in a file system on the mounted storage volume and metadata associated with the file. A computing system determines one or more properties associated with the file and examines the metadata for inconsistencies between the metadata and the determined properties. Upon determining that the metadata and the determined properties are consistent, the computing system generates a backup copy of the file, commits the backup copy to a backup data repository, and unlocks access to the file.

Abstract: A property entrance and exit notification, inventory control system of the present invention automates the documentation of entry time, exit time and position of personnel entering, equipment, tools and vehicles exiting and movement throughout the property. Being logged into the system identifies time of entry onto the property and time of exit off the property. Logging in with an identification card into the system is identified and activated by one of the following; “RFID” Radio Frequency Identification, “SAW” Surface Acoustic Wave, Barcode or “GPS” Global Positioning System. Furthermore at time of entry login, GPS Responders are activated to monitor location of personnel on the property. At time of exit off the property the GPS Responders are deactivated.

Abstract: The loading dock traffic automation and inventory control system of the present invention automates the loading dock area by controlling a truck control notification automation system, traffic signal dock lights, loading dock spot light, loading dock fan and dock leveler. The manually operated control panel is energized or de-energized with full automation by the movement of the overhead dock door. The device includes a control panel enclosure mounted on the interior wall of the building next to the loading dock door. One control panel enclosure can service one or two loading dock doors.