Abstract: In one aspect of the invention, a computer system comprises application logic executable to search an optical medium for at least one type of file system that may be resident on the optical medium. In response to identifying the presence of at least one type of file system resident on the optical medium, the system readies a media driver of an apparatus to make the at least one file system available for access.

Abstract: In one aspect of the invention, a computer system comprises application logic executable to search an optical medium for at least one type of file system that may be resident on the optical medium. In response to identifying the presence of at least one type of file system resident on the optical medium, the system readies a media driver of an apparatus to make the at least one file system available for access.

Abstract: One aspect of the invention is an automatic configuration method. The method comprises monitoring a network for data sent by a server in response to a configuring notice, receiving the data, and automatically configuring a processing platform to the network based on the data. Another aspect of the invention is an automatic configuration system. The system comprises a processing platform and application logic operatively associated with the processing platform. The application is operable to monitor a network for data sent by a server in response to a configuring notice, receive the data, and automatically configure the processing platform to the network based on the data.

Abstract: In one aspect of the invention, a computer system comprises application logic executable to search an optical medium for at least one type of file system that may be resident on the optical medium. In response to identifying the presence of at least one type of file system resident on the optical medium, the system readies a media driver of an apparatus to make the at least one file system available for access.

Abstract: One aspect of the invention is a method for automatically readying a medium. The method comprises monitoring a state of a storage medium using readying logic and determining a physical media type for the storage medium using the readying logic. The method also comprises determining a recorded type for the storage medium using the readying logic and selecting, using the readying logic, a file system type for the storage medium if the storage medium is formatted using a file system. The method further comprises automatically readying the storage medium in response to the determinations and selection.

Abstract: One aspect of the invention is a method for automatically readying a medium. The method comprises monitoring a state of a storage medium using readying logic and determining a physical media type for the storage medium using the readying logic. The method also comprises determining a recorded type for the storage medium using the readying logic and selecting, using the readying logic, a file system type for the storage medium if the storage medium is formatted using a file system. The method further comprises automatically readying the storage medium in response to the determinations and selection.

Abstract: One aspect of the invention is an automatic configuration method. The method comprises monitoring a network for data sent by a server in response to a configuring notice, receiving the data, and automatically configuring a processing platform to the network based on the data. Another aspect of the invention is an automatic configuration system. The system comprises a processing platform and application logic operatively associated with the processing platform. The application is operable to monitor a network for data sent by a server in response to a configuring notice, receive the data, and automatically configure the processing platform to the network based on the data.

Abstract: An embodiment of a secure remote network access method comprises monitoring a state of a first storage medium using a shared access point operable to enable a process to read data on the first storage medium. The method also comprises, when a threshold has been reached, selecting at least one file resident on the first storage medium, and transferring the at least one file to a second storage medium.

Abstract: One aspect of the invention is a method for automatically readying a medium. The method comprises monitoring a state of a storage medium using readying logic and determining a physical media type for the storage medium using the readying logic. The method also comprises determining a recorded type for the storage medium using the readying logic and selecting, using the readying logic, a file system type for the storage medium if the storage medium is formatted using a file system. The method further comprises automatically readying the storage medium in response to the determinations and selection.

Abstract: Disclosed is a system that stores write management information identifying which sectors have been written and which sectors are available to be written in a magneto-optical disk with write-once-read-many (WORM) capability. The write management information is stored in a separate write management directory on the media, which is typically loaded into the drive controller memory when the media is first loaded into the drive. Whenever the drive receives a write command, it checks the write management directory to determine if the sector has already been written. If the directory indicates that the sector has already been written, the drive returns an error, otherwise, the drive writes the sector and updates the write management directory. In the preferred embodiment, two separate methods are used to indicate that a sector has been written.

Abstract: An apparatus and method for allowing writable, magneto-optic (MO) data storage media to be defined as read-only. Because the MO media specification is compatible with WORM media, each sector of the media contains an error recovery section, called the defect management pointer (DMP). In MO media, error recovery information is stored at a common location, so the DMP of each sector is used to indicate the state of the sector--writable or read-only. A special data pattern is used to indicate whether the sector is blank or contains user data. With the DMP information set in the writable state, the sector can be written, however, the process of writing the sector also sets the DMP information to the data pattern that indicates that the sector is now in a read-only state. Once the storage state has been changed to the read-only state, the drive will no longer write data into this sector. The drive will also not allow the state to be changed from the read-only state back to the writable state.