H. A. M uller, K. Wong, and S. R. Tilley. "Understanding Software Systems Using Reverse Engineering Technology". In Proceedings of the 62nd Congress of L'Association Canadienne Francaise pour l'Avancement des Sciences (ACFAS), 1994. Home/Search Document Not in Database Summary Related Articles Check |
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Static And Dynamic Reverse Engineering Techniques for Java.. - Systä (2000) (1 citation) (Correct)
....aids the performance of reverse engineering tasks. An experimental environment called Shimba has been built to support reverse engineering of Java software systems. The static information is extracted from Java byte code [118] It can be viewed and analyzed with the Rigi reverse engineering tool [74]. The dynamic event trace information is generated automatically as a result of running the target system under a customized Java Development Kit (JDK) debugger. Information about the dynamic control flow of selected objects or methods can also be extracted. The event trace can then be viewed and ....
....static reverse engineering or design recovery tools is followed by a description seven tools that emphasize dynamic reverse engineer13 ing. The tools are selected to give examples of unique categories of reverse engineering and design recovery approaches. The Rigi reverse engineering environment [74], for example, uses a directed graph to view the software artifacts and their relations and supports the extraction of abstractions and design information out of existing software systems [73] To build more abstract views to the software, the user can form hierarchical structures for the graph by ....
[Article contains additional citation context not shown here]
M uller H., Wong K., and Tilley S., Understanding Software Systems Using Reverse Engineering Technology, In Proc. of the 62nd Congress of L'Association Canadienne Francaise pour l'Avancement des Sciences Proceedings (ACFAS), 1994.
Data Exchange with the Columbus Schema for C - Ferenc, Beszedes (2002) (2 citations) (Correct)
.... project with the Crocodile metrics tool [17] One of the most important applications is probably the currently ongoing work on exchange between Columbus and the GUPRO tool, which uses GXL as its input format [3] Another example of a successful interchange is with the rigi graph visualizer tool [13, 16]. 4 Conclusion This work was motivated by the observation that successful data exchange is crucial among reverse engineering tools. This requires a common format, which is applicable in various reverse engineering tools, such as front ends and metrics tools. A standard (or at least reference) ....
H. A. M uller, K. Wong, and S. R. Tilley. Understanding software systems using reverse engineering technology. In Proceedings of the 62nd Congress of L'Association Canadienne Francaise pour l'Avancement des Sciences (ACFAS), 1994.
Identifying and Modeling Components in the SawMill Operating System - Wagner Self-citation (Uller) (Correct)
....starting from PUMA s AST. AST analysis methods extract information from the AST. The graph is constructed due to this information and stored in the RSF format. This information also clusters the graph to transform it into component graphs. and visualization of these graphs. We chose the rigiedit [MWT94] graph editor. Lastly, the PUMA library can transform the code. This transformation is not implemented yet. The implemented tool provides a class rsfGraph to extract and manipulate the graph from the AST. After the AST is constructed and attributed, a database holds information objects for each ....
....PUMA: AST Analysis transform write read read Figure 4.3: The rigiedit graph editor visualizes the program graph or the component graphs. It may also modify these graphs. is added to a component, its type is added to the component, too. Duplicates are removed by the graph editor rigiedit [MWT94] Every arc is connected with its start node and its end node. Adding nodes to components doesn t change this relationship. The nodes within one component should have unique names. Otherwise, rigiedit takes these nodes as duplicates and merges them. This may happen if local variables with the ....
[Article contains additional citation context not shown here]
H. A. Muller, K. Wong, and S. R. Tilley. Understanding software systems using reverse engineering technology. In The 62nd Congress of L'Association Canadienne Francaise pour l'Avancement des Sciences Proceedins, 1994.
Transparent Reverse Engineering Tool Integration Using a.. - Transaction Adapter Dean (Correct)
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H. A. M uller, K. Wong, and S. R. Tilley. "Understanding Software Systems Using Reverse Engineering Technology". In Proceedings of the 62nd Congress of L'Association Canadienne Francaise pour l'Avancement des Sciences (ACFAS), 1994.
Extracting Facts with Columbus from C++ Code - Arp (Correct)
No context found.
H. A. M uller, K. Wong, and S. R. Tilley. Understanding Software Systems Using Reverse Engineering Technology. In Proceedings of ACFAS, 1994.
Columbus - Tool for Reverse Engineering Large.. - Ferenc, Magyar.. (2001) (3 citations) (Correct)
No context found.
Muller, H. Understanding Software Systems Using Reverse Engineering Technologies: Research and Practice. In Proc. of the 18th Int. Conf. on Software Engineering. Mar. 1996. Software release v5.4.4.
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