The Experts below are selected from a list of 21 Experts worldwide ranked by ideXlab platform
Vassilios Tzerpos - One of the best experts on this subject based on the ideXlab platform.
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automatic source File Dependency structure extraction for c programs
Conference of the Centre for Advanced Studies on Collaborative Research, 1994Co-Authors: Vassilios TzerposAbstract:Visualization of the development and maintenance process is a crucial factor for the successful completion of any software project. Developers can better design, comprehend, modify and document the structure of the system, if they have access to its visual representation. Consequently, automatic structure visualization of already existing systems is currently a major research topic.This paper presents a system that manipulates C source code and produces a layout of its source File Dependency structure. Once provided with the main Filename, the system discovers all include relationships associated with the source Files of the system in question. It then produces a layout of this structure. The final result provides a view of the source-File dependencies of the system. Manual rearranging of the nodes may be required for fairly complex systems. Currently, this system is being tested by having as input the source code from two different IBM projects. It is also extended to provide multiple views of the system in question (object File dependencies, class inheritance etc.).
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CASCON - Automatic source-File Dependency structure extraction for C programs
1994Co-Authors: Vassilios TzerposAbstract:Visualization of the development and maintenance process is a crucial factor for the successful completion of any software project. Developers can better design, comprehend, modify and document the structure of the system, if they have access to its visual representation. Consequently, automatic structure visualization of already existing systems is currently a major research topic.This paper presents a system that manipulates C source code and produces a layout of its source File Dependency structure. Once provided with the main Filename, the system discovers all include relationships associated with the source Files of the system in question. It then produces a layout of this structure. The final result provides a view of the source-File dependencies of the system. Manual rearranging of the nodes may be required for fairly complex systems. Currently, this system is being tested by having as input the source code from two different IBM projects. It is also extended to provide multiple views of the system in question (object File dependencies, class inheritance etc.).
Timo D. Hämäläinen - One of the best experts on this subject based on the ideXlab platform.
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ISSoC - Dependency analysis and visualization tool for Kactus2 IP-XACT design framework
2013 International Symposium on System on Chip (SoC), 2013Co-Authors: Joni-matti Maatta, Mikko Honkonen, Tommi Korhonen, Erno Salminen, Timo D. HämäläinenAbstract:Large-scale HW and SW projects contain thousands of source Files, which requires proper File management in order to keep track of changes and keep the code in compilable state. Different parts of the system depend on each other, and even a small change in a certain part of the code may break the other parts. Dependency analysis can be used to prevent such problems by visualizing the SW structure so that dependencies are easily seen by the developer. This paper presents a novel tool for File Dependency and change analysis and visualization that was implemented into our IP-XACT based Kactus2 design environment (GPL2). The tool is capable of sorting source Files into IP-XACT File sets, extracting and visualizing File dependencies, and keeping track of changed Files. It also offers the ability to create manual dependencies, e.g., between source code and documentation. The Dependency and change analysis of 1k source code Files containing 140k lines of code is performed in less than two minutes.
Joni-matti Maatta - One of the best experts on this subject based on the ideXlab platform.
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ISSoC - Dependency analysis and visualization tool for Kactus2 IP-XACT design framework
2013 International Symposium on System on Chip (SoC), 2013Co-Authors: Joni-matti Maatta, Mikko Honkonen, Tommi Korhonen, Erno Salminen, Timo D. HämäläinenAbstract:Large-scale HW and SW projects contain thousands of source Files, which requires proper File management in order to keep track of changes and keep the code in compilable state. Different parts of the system depend on each other, and even a small change in a certain part of the code may break the other parts. Dependency analysis can be used to prevent such problems by visualizing the SW structure so that dependencies are easily seen by the developer. This paper presents a novel tool for File Dependency and change analysis and visualization that was implemented into our IP-XACT based Kactus2 design environment (GPL2). The tool is capable of sorting source Files into IP-XACT File sets, extracting and visualizing File dependencies, and keeping track of changed Files. It also offers the ability to create manual dependencies, e.g., between source code and documentation. The Dependency and change analysis of 1k source code Files containing 140k lines of code is performed in less than two minutes.
Mikko Honkonen - One of the best experts on this subject based on the ideXlab platform.
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ISSoC - Dependency analysis and visualization tool for Kactus2 IP-XACT design framework
2013 International Symposium on System on Chip (SoC), 2013Co-Authors: Joni-matti Maatta, Mikko Honkonen, Tommi Korhonen, Erno Salminen, Timo D. HämäläinenAbstract:Large-scale HW and SW projects contain thousands of source Files, which requires proper File management in order to keep track of changes and keep the code in compilable state. Different parts of the system depend on each other, and even a small change in a certain part of the code may break the other parts. Dependency analysis can be used to prevent such problems by visualizing the SW structure so that dependencies are easily seen by the developer. This paper presents a novel tool for File Dependency and change analysis and visualization that was implemented into our IP-XACT based Kactus2 design environment (GPL2). The tool is capable of sorting source Files into IP-XACT File sets, extracting and visualizing File dependencies, and keeping track of changed Files. It also offers the ability to create manual dependencies, e.g., between source code and documentation. The Dependency and change analysis of 1k source code Files containing 140k lines of code is performed in less than two minutes.
Tommi Korhonen - One of the best experts on this subject based on the ideXlab platform.
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ISSoC - Dependency analysis and visualization tool for Kactus2 IP-XACT design framework
2013 International Symposium on System on Chip (SoC), 2013Co-Authors: Joni-matti Maatta, Mikko Honkonen, Tommi Korhonen, Erno Salminen, Timo D. HämäläinenAbstract:Large-scale HW and SW projects contain thousands of source Files, which requires proper File management in order to keep track of changes and keep the code in compilable state. Different parts of the system depend on each other, and even a small change in a certain part of the code may break the other parts. Dependency analysis can be used to prevent such problems by visualizing the SW structure so that dependencies are easily seen by the developer. This paper presents a novel tool for File Dependency and change analysis and visualization that was implemented into our IP-XACT based Kactus2 design environment (GPL2). The tool is capable of sorting source Files into IP-XACT File sets, extracting and visualizing File dependencies, and keeping track of changed Files. It also offers the ability to create manual dependencies, e.g., between source code and documentation. The Dependency and change analysis of 1k source code Files containing 140k lines of code is performed in less than two minutes.