Abstract: A configuration management system that uses a data compression method to compress entries in a data set. An entry is selected as a prefix value and prefix compression of the data set is performed. The entry to serve as the prefix value is quickly selected using an iterative approach. In each iteration, subgroups of entries are formed from groups formed in prior iterations based on the values of characters at successive positions in the entries. The approach is readily implemented using data structures represented as lists.

Abstract: A configuration management system that uses a data compression method to compress entries in a data set. An entry is selected as a prefix value and prefix compression of the data set is performed. The entry to serve as the prefix value is quickly selected using an iterative approach. In each iteration, subgroups of entries are formed from groups formed in prior iterations based on the values of characters at successive positions in the entries. The approach is readily implemented using data structures represented as lists.

Abstract: Carrying out maintaining a software configuration management system are disclosed. In particular, a way to reverse prior revisions without removing their history in the server are described. When a client submits an undo command to reverse the effects of one or more revisions within a stated revision range of a file, the revision history is updated by submitting a new revision that effectively removes the changes embodied within the range of undone revisions. Implementing undoing prior revisions preserves the revision history for a file, in case there is a need to access the undone revisions at a later time.

Abstract: A method and system provides an improved representation of merge conflicts in a three-way merge operation of three sequences: Original, Version1, and Version2. A merge program first compares the three sequences to identify a list of difference chunks of elements between the Original and Version1, and a list of difference chunks between the Original and Version2. From the two sets of difference chunks, the merge program creates an annotated list of chunks. Each chunk in the annotated list is identified by a conflict flag that indicates whether the chunk is a part of a conflict and if it is, what sequence(s) being merged it belongs to. A merged document is then constructed based on the annotated list of chunks, with the chunks identified in the merged document with conflict markers for viewing by a user.

Abstract: Methods and data structures are disclosed for carrying out identifying differences between large files comprising many lines (or other units of comparison such as rows, words, paragraphs, sentences, etc.). The disclosed methods and data structures facilitate and carry out a streamlined, yet thorough comparison of two files to identify differences between them. The streamlining is achieved by pre-processing the files prior to submitting them to any known longest common subsequence (LCS) search engine. The output of the LCS generator is post-processed to compensate for changes to the sequences introduced by the pre-processing stage.

Abstract: Methods and data structures are disclosed for carrying out identifying differences between large files comprising many lines (or other units of comparison such as rows, words, paragraphs, sentences, etc.). The disclosed methods and data structures facilitate and carry out a streamlined, yet thorough comparison of two files to identify differences between them. The streamlining is achieved by pre-processing the files prior to submitting them to any known longest common subsequence (LCS) search engine. The output of the LCS generator is post-processed to compensate for changes to the sequences introduced by the pre-processing stage.

Abstract: A system and methods for carrying out maintaining a software configuration management system are disclosed. In particular, a way to reverse prior revisions without removing their history in the server are described. When a client submits an undo command to reverse the effects of one or more revisions within a stated revision range of a file, the revision history is updated by submitting a new revision that effectively removes the changes embodied within the range of undone revisions. The new method for implementing undoing prior revisions preserves the revision history for a file in case there is a need to access the undone revisions at a later time.

Abstract: A method and system provides an improved representation of merge conflicts in a three-way merge operation of three sequences: Original, Version1, and Version2. A merge program first compares the three sequences to identify a list of difference chunks of elements between the Original and Version1, and a list of difference chunks between the Original and Version2. From the two sets of difference chunks, the merge program creates an annotated list of chunks. Each chunk in the annotated list is identified by a conflict flag that indicates whether the chunk is a part of a conflict and if it is, what sequence(s) being merged it belongs to. A merged document is then constructed based on the annotated list of chunks, with the chunks identified in the merged document with conflict markers for viewing by a user.