Abstract: Mechanisms for optimizing the storage allocation in a virtual desktop environment (VDE) managing a shared storage capacity, are provided. The shared storage capacity includes previously stored files, each being associated with a respective unique first file identifier, the VDE providing a virtual desktop to a processing device of a user. Upon reception of a first write request for writing a second file specified in the request, a second file identifier of the specified second file is determined and compared with the first file identifier of any first file stored to the shared storage capacity. A pointer to the stored first file associated with that first file identifier is created if the second file identifier is identical to one of the first file identifiers and, if not, the specified second file associated with the second file identifier is stored in the shared storage capacity.

Abstract: In a method for compiling information suitable for assisting in creating or updating curriculum vitae (CV), a processor analyzes a plurality of entries to determine that one or more entries of the plurality of entries contains information relevant to creating or updating a CV. A processor organizes the one or more entries containing information relevant to creating or updating a CV. A processor generates a report suitable for assisting in creating or updating a CV using the entries organized into the one or more topics.

Abstract: In a method for compiling information suitable for assisting in creating or updating curriculum vitae (CV), a processor analyzes a plurality of entries to determine that one or more entries of the plurality of entries contains information relevant to creating or updating a CV. A processor organizes the one or more entries containing information relevant to creating or updating a CV. A processor generates a report suitable for assisting in creating or updating a CV using the entries organized into the one or more topics.

Abstract: A method of consolidating machine readable code determines for part of a programming project a projected size L. When available, the actual size of the part, L? is determined. L and L? are compared to determine whether the actual size L? exceeds the projected size. In a case where the actual size of the part L? is determined to exceed the projected size L, the completed project part is rejected. In a case where the size of the completed project part L? does not exceed the projected size L, the part is integrated into the project, and the project is compiled, or built.

Abstract: A method for selecting a storage path in a file system is presented. The method may provide a matching table to correlate a character pattern with at least one storage path in a file system. A file name including one or more character patterns may be received and the character pattern may be identified. The character pattern may then be correlated with the storage path according to the matching table. Finally, the storage path may be selected to store a file associated with the file name.

Abstract: A method of consolidating machine readable code determines for part of a programming project a projected size L. When available, the actual size of the part, L? is determined. L and L? are compared to determine whether the actual size L? exceeds the projected size. In a case where the actual size of the part L? is determined to exceed the projected size L, the completed project part is rejected. In a case where the size of the completed project part L? does not exceed the projected size L, the part is integrated into the project, and the project is compiled, or built.