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Integration of the Telosys Code Generator into Visual Paradigm
Vrána, Ondřej ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
This thesis aims at creating a Visual Paradigm plugin, which would make it possible to use Telosys code generator inside this program. Plugin must implement the designing of diagrams used for visualisation of Telosys DSL models and their translation to Telosys project. This thesis therefore includes an overview of both Visual Paradigm and Telosys together with their application programming interfaces. It then continues with designing the graphical representation of Telosys named Telosys diagram and describes an algorithm for the diagram’s translation. Next chapter describes the implementation of this plugin together with description of all its user functions. Last chapter tests the implemented plugin with example demonstration.
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UML Diagrams Conversion between Visual Paradigm and Text-Based Formats
Ondrák, Lukáš ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
This master's thesis deals with possibilities of modifying and extending functionality of Visual Paradigm with plug-ins as well as the study of tools for creating UML diagrams. The primary goal of this thesis is to describe graphical tools and simultaneously, the less known variants of creating UML diagrams. Those are tools that process text UML formats. Special attention is given to text tool PlantUML and to the graphical tool Visual Paradigm. Furthermore, the thesis deals with use of the Visual Paradigm open interface for programmers to create plug-ins. The main output is an implemented plug-in that allows you to convert UML diagrams between Visual Paradigm and text format PlantUML, which was published as open source software. Grammar for the PlantUML language have also been created for this plug-in.
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A Tool for Checking Correctness of Design Diagrams in UML
Dlouhý, Ivo ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
Aim of this master's thesis is to create a tool for checking correctness of design diagrams in UML. The work describes the UML language and connected standards, defines the problem of UML correctness and explains the approach of using incorrectness pattern database to check the UML correctness. Furthermore it suggests the QVT language as a suitable for implementing the incorrectness patterns. The problem is decomposed into shared incorrectness pattern database manageable via web interface, standalone tool for use from the command line and a plugin for the UML design software Visual Paradigm. All of the components are designed, implemented, tested and evaluated. The important aspect is the openness and extensibility of the tool.
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UML Diagrams Conversion between Visual Paradigm and Text-Based Formats
Ondrák, Lukáš ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
This master's thesis deals with possibilities of modifying and extending functionality of Visual Paradigm with plug-ins as well as the study of tools for creating UML diagrams. The primary goal of this thesis is to describe graphical tools and simultaneously, the less known variants of creating UML diagrams. Those are tools that process text UML formats. Special attention is given to text tool PlantUML and to the graphical tool Visual Paradigm. Furthermore, the thesis deals with use of the Visual Paradigm open interface for programmers to create plug-ins. The main output is an implemented plug-in that allows you to convert UML diagrams between Visual Paradigm and text format PlantUML, which was published as open source software. Grammar for the PlantUML language have also been created for this plug-in.
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A Tool for Checking Correctness of Design Diagrams in UML
Dlouhý, Ivo ; Bartík, Vladimír (referee) ; Rychlý, Marek (advisor)
Aim of this master's thesis is to create a tool for checking correctness of design diagrams in UML. The work describes the UML language and connected standards, defines the problem of UML correctness and explains the approach of using incorrectness pattern database to check the UML correctness. Furthermore it suggests the QVT language as a suitable for implementing the incorrectness patterns. The problem is decomposed into shared incorrectness pattern database manageable via web interface, standalone tool for use from the command line and a plugin for the UML design software Visual Paradigm. All of the components are designed, implemented, tested and evaluated. The important aspect is the openness and extensibility of the tool.
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Analýza a návrh informačního systému firmy MP - elektroninstalace
Prokopová, Veronika
This bachelor thesis deals with the analysis and design of information system for the company MP-elektroinstalace. For the creation of analysis and design will be used object-oriented approach. The model of the information system will be created using UML diagrams by CASE tool Visual Paradigm. The final solution will be implemented using the script language PHP, HTML, Cascading Style Sheets and the database system MySQL. There is an economic assessment of the reached solutions at the end of this thesis.
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Selection and Guide to CASE tool for teaching UML
Pucholt, Vladimír ; Buchalcevová, Alena (advisor) ; Pavlíček, Luboš (referee)
The aim of this bachelor thesis is to select a CASE tool for UML modeling and write a manual for this instrument, which will subsequently be used for teaching at the VŠE. In this work, therefore, can set the selection criteria and method of election of the resulting CASE tool for teaching. On the resulting CASE tool is written guide for use. Assuming that expectations of use are similar to VŠE, the program can also be recommend to use by other subjects. The first part deals primarily with the suitable candidates for teaching UML, setting of criteria for their selection and comparison. The second part is a practical guide to program- from download to creation the first diagram.
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