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IDE-supported development of component-based applications
Hermann, Lukáš
Unlike many proprietary component systems, the academic ones do not have sufficient support in integrated development environments. This the- sis analyzes development of component-based applications in terms of the SOFA 2 component system and it finds out that the main issue is an in- sufficient connection between processes of common application design and creation of particular components. Based on this analysis, it defines a subset of the UML, a universal language for application design, and its semantics regarding entities of the SOFA 2 component system. Furthermore, it creates a tool integrated to the Eclipse IDE, which enables a developer to automat- ically generate these entities from a UML component model as well as to connect this model with already existing entities enabling their automatic correction in case of model changing. This tool is designed modularly so that it is possible to easily change semantics of the model or using it for other models. Finally, this thesis analyzes possibilities of extensions of this tool for other component systems, code generation and component behaviour verification.
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Agile Modelling in Software Development
Ruprecht, Marek ; Rychlý, Marek (referee) ; Zendulka, Jaroslav (advisor)
The thesis is focused on software development process and its products from initial designs through the way of implementation until final delivery to customer. The thesis brings up some basic facts about software engineering with further detailed description of one of its parts, the modern models of software life cycles with focus on the agile life cycle because of its significant benefits and effective implementation. This model is represented by Agile Model Driven Development which has been submitted not only theoretically but in practice. Finally, there is also a short description of Unified Modeling Language which is used as a modeling language.
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Model Driven Development of Android Applications
Bělehrádek, Stanislav ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
This thesis deals with the design and implementation of Android application development tool based on model driven software development. The first part of the thesis is focused on general software development and next part on software development based on model driven development and executable UML. In next part Android platform, methods of Android application development and existing MDD tools are described. This thesis continues with the design of my own MDD tool for the creation of Android applications. The designed tool is realized like Gradle plugin and independent development environment using thisplugin. The designed tool is based on fUML and ALF language. The features and options of development tool are demonstrated by creation of example application.
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Material nonlinear solution of beam structures
Kabeláč, Jaromír ; Krejsa,, Martin (referee) ; Návrat,, Tomáš (referee) ; Němec, Ivan (advisor)
The dissertation deals with solution of beam and frame structure considering material nonlinearity. The finite elements method (FEM) was used as calculation method. The objective of the dissertation was to develop and test finite beam element considering material nonlinearity. A detailed analysis of the problem provided a group of formulations of beam element. Part of the dissertation´s results has been, in several forms, implemented in commercial software. Beam element focused on solution of stress over solid cross sections is introduced in the theoretical part. In terms of topology it is a classical prismatic beam element with two nodes. Six degrees of freedom for translations and rotations are defined in each node plus 7-th degree of freedom for warping function from torsion. Load form axial force, bending moments, primary torsion, shear forces and eventually bimoment for secondary torsion were considered in cross section. Several variants of formulations were created according to inclusion of loading components into material nonlinearity and according to numeric integration method. Inclusion of geometric nonlinearity and fire resistance calculation are discussed in the dissertation. The above mentioned formulations were tested on prototypes as described in the application part which also provides information on the general procedure, architecture and technologies used for implementation of knowledge from the theoretical part into commercial FEM software. The dissertation shows implementation of plasticity for shell, solutions of cross section characteristics and stress on cross section, implementation of beam element with material nonlinearity and module for fire resistance of column. The above mentioned implementations of theoretical conclusions are the main outputs of the dissertation. These implementations are available in thousands of installations throughout Europe where being used at projection of significant constructions.
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Cross-platform Mobile Development
Čečil, Petr ; Zavoral, Filip (advisor) ; Děcký, Martin (referee)
This thesis will address problems of cross-platform software development for mobile devices. The author will analyze existing frameworks and tools; he will point out their major strengths and weaknesses. Based on this analysis, a pilot cross-platform application will be designed and implemented using the most versatile framework. Particular attention will be paid to the methodology of cross-platform development.
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IDE-supported development of component-based applications
Hermann, Lukáš
Unlike many proprietary component systems, the academic ones do not have sufficient support in integrated development environments. This the- sis analyzes development of component-based applications in terms of the SOFA 2 component system and it finds out that the main issue is an in- sufficient connection between processes of common application design and creation of particular components. Based on this analysis, it defines a subset of the UML, a universal language for application design, and its semantics regarding entities of the SOFA 2 component system. Furthermore, it creates a tool integrated to the Eclipse IDE, which enables a developer to automat- ically generate these entities from a UML component model as well as to connect this model with already existing entities enabling their automatic correction in case of model changing. This tool is designed modularly so that it is possible to easily change semantics of the model or using it for other models. Finally, this thesis analyzes possibilities of extensions of this tool for other component systems, code generation and component behaviour verification.
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IDE-supported development of component-based applications
Hermann, Lukáš ; Bureš, Tomáš (advisor) ; Šimko, Viliam (referee)
Unlike many proprietary component systems, the academic ones do not have sufficient support in integrated development environments. This the- sis analyzes development of component-based applications in terms of the SOFA 2 component system and it finds out that the main issue is an in- sufficient connection between processes of common application design and creation of particular components. Based on this analysis, it defines a subset of the UML, a universal language for application design, and its semantics regarding entities of the SOFA 2 component system. Furthermore, it creates a tool integrated to the Eclipse IDE, which enables a developer to automat- ically generate these entities from a UML component model as well as to connect this model with already existing entities enabling their automatic correction in case of model changing. This tool is designed modularly so that it is possible to easily change semantics of the model or using it for other models. Finally, this thesis analyzes possibilities of extensions of this tool for other component systems, code generation and component behaviour verification.
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Continuous delivery of web application
Češpivo, Jan ; Merunka, Vojtěch (advisor) ; Martin, Martin (referee)
This thesis is dealing with continuous delivery of web applications. The theoretical part contains description and explanation of the basic concepts of the continuous delivery. The objectives, benefits, specifications and basic procedure of implementation of this process are summarized in this part of the thesis. Tools for final implementation of continuous delivery in software company are designed and implemented in the practical part of the thesis.
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