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MDE-Optimiser
Description: Username/password: ttcuser/ttcuser. Installed by Tassilo Horn: Compilers/Runtimes (Java: OpenJDK8, Ant, Maven); C#: Mono; Python 2.7/3.4; C/C++: GCC, clang, LLVM, autotools, make, etc.); Editors (vim, Emacs, gedit); Desktop & Tools (XFCE4, Firefox, Thunar file manager, Evince PDF viewer, ristretto image viewer, file-roller (Un-)zipper, bash shell, zsh shell); VCS (git, mercurial, bazaar, subversion); Misc (GraphViz)
TTC16
SDMLib solution for TTC16
Description: Username/password: ttcuser/ttcuser. Installed by Tassilo Horn: Compilers/Runtimes (Java: OpenJDK8, Ant, Maven); C#: Mono; Python 2.7/3.4; C/C++: GCC, clang, LLVM, autotools, make, etc.); Editors (vim, Emacs, gedit); Desktop & Tools (XFCE4, Firefox, Thunar file manager, Evince PDF viewer, ristretto image viewer, file-roller (Un-)zipper, bash shell, zsh shell); VCS (git, mercurial, bazaar, subversion); Misc (GraphViz)
TTC16
TTC16 SIGMA
Description: The SIGMA solution to the TTC 2016 CRA case.
TTC16
Viatra solutions TC16
Description: Username/password: ttcuser/ttcuser. Installed by Tassilo Horn: Compilers/Runtimes (Java: OpenJDK8, Ant, Maven); C#: Mono; Python 2.7/3.4; C/C++: GCC, clang, LLVM, autotools, make, etc.); Editors (vim, Emacs, gedit); Desktop & Tools (XFCE4, Firefox, Thunar file manager, Evince PDF viewer, ristretto image viewer, file-roller (Un-)zipper, bash shell, zsh shell); VCS (git, mercurial, bazaar, subversion); Misc (GraphViz)
TTC16
TTC 2016 Demo for NMF solutions to the CRA case
Description: This is the demo image for the NMF solution to the TTC 2016 Class Responsibilities Assignments case. The solution is implemented in 120 lines C# code. The image contains an IDE (SharpDevelop) to review the code and the solution is precompiled such that it can be tested either on the provided input models or by uploading custom models.
TTC16
TTC16_HenshinPlusGeneticAlgorithm
Description: This image presents a solution to the TTC16 Class Responsibility Assignment Case based on Henshin and a Genetic Algorithm. The solution is provided within an Eclipse installation on top of the Windows XP image. How-to PDFs are included, explaining how to run the solution on the provided input models or any additional ones, to validate the results, and to view the rules. The image was created by cloning the NMF solution image to the same case, hence the short name of the image. Authors: Kristopher Born, Stefan Schulz, Daniel Strüber, and Stefan John.
TTC16
TTC17 State Elimination using Henshin
Description: This image presents a solution to the TTC17 State Elimination Case based on Henshin. The solution is provided within an Eclipse installation on top of the Windows XP image. How-to PDFs are included, explaining how to run the solution on the provided input models or any additional ones, to validate the results, and to view the rules. The image was created by cloning the NMF solution image to the same case, hence the short name of the image. Authors: Kristopher Born, Stefan Schulz, Daniel Strüber, and Stefan John.
TTC16
UML-RSDS for TTC16
Description: UML-RSDS for TTC16
TTC16
Excel demo TTC16
Description: Excel Solution for TTC16. Developer: Maximiliano Vela - maximiliano.vela@hotmail.com GitHub Repository: https://github.com/maximiliano-vela/ttc-2016
TTC16
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