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Design of Environment for Many-Core Systems Debugging
Klčo, Michal ; Matula, Peter (referee) ; Hynek, Jiří (advisor)
This thesis describe problem of debugging many-core systems using the integrated development environments. It presents some of the integrated environments, debuggers, their features and analyse them. This thesis also describe designs and implementation of modifications of these tools that helps user to debug many-core system more efficiently and comfortable.
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Incremental Parsing for YARA Language
Dvořák, Vojtěch ; Kolář, Dušan (referee) ; Regéciová, Dominika (advisor)
The main goal of this bachelor thesis is to design and implement a program library that enables incremental static analysis of the YARA language. One of the main purposes of this new library is to integrate with the open-source Yara Language Server project developed by Avast. Compared to the existing solution, which uses a non-incremental approach to analysis, the machine time requirements should be reduced. In addition to information about the software solution, this thesis also includes a summary of the theory focusing on static analysis and its incremental variant, essential information about the YARA tool, and an introduction to the existing solution, the Yaramod-v3 library. The thesis also contains a comparison of the new library with the current solution, in which the achieved results are presented. The experiments performed showed that the new library is able to perform incremental analysis of a modified rule set approximately 20× – 2000× faster depending on the particular set.
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Responsive web interfaces using the CSS framework Bulma.
BURDA, Jakub
The point of bachelor thesis is presentation of utilisation options CSS Bulma framework, which is meant to make coding website or web applications easier and faster. Bulma is open source CSS framework, which is based on CSS Flexible Box Layout (a.k.a. flexbox) and CSS Grid Layout (a.k.a. grid), which we use to achieve an automatic arrangement of responsive elements depending on the screen size, website is therefore fully responzive. Framework Bulma is library of CSS classes, which can be used like precompiled .css file or .sass file so that the framework can be adapted to the needs of a web designer. In case of use .sass file is Bulma fully modular framework. In the theoretical part of bachelor thesis will be defined basic concepts, which are closely related with framework Bulma (e.g. flexbox), listed his properties, introduced technologies related to the framework and description of the installation of the necessary software for work with Bulma technology. Then will be introduced other types of CSS framework like Bootstrap, Foundation and Pure to compare with Framework Bulma and subsequent processing advantages and disadvantages of the Bulma framework. In the practical part of the bachelor thesis will be made a responsive website with help of framework Bulma to introduce possibility that this technology brings and at the same time also to demonstration of practical advantages and disadvantages Bulma framework.
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Tool for editing PDDL projects
Chomut, Miroslav ; Plch, Tomáš (advisor) ; Dvořák, Filip (referee)
Title: Tool for editing PDDL projects Author: Miroslav Chomut Department / Institute: Department of Software and Computer Science Education Supervisor of the bachelor thesis: Mgr. Tomáš Plch Abstract: The Planning Domain Definition Language (PDDL) is one of standard languages used for defining planning domains and problems. PDDL is a syntactically complex language therefore developers often make syntax and semantic errors. Working with larger PDDL files is time consuming. Unlike imperative programming languages (e.g. C#, C++), there is no suitable widespread tool for editing PDDL. Our goal is to provide PDDL developers with tool for comfortable editing, which is known from tools for imperative programming languages (e.g. Microsoft Visual Studio). This thesis describes our project called PDDL Studio, which is capable of a) syntax highlighting, b) context sensitive code completion, c) error detection with Interactive Error Table, d) code collapsing, e) project management, f) XML export and import features, g) planner integration and h) common editor features (e.g. Bracket Matching, Line Counter). Our tool is multiplatform and it is designed to increase efficiency of PDDL developers and code readability. Keywords: Problem Domain Definition Language, Integrated Development Environment, editor, syntax checking,...
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Tool for editing PDDL projects
Chomut, Miroslav ; Plch, Tomáš (advisor) ; Dvořák, Filip (referee)
Title: Tool for editing PDDL projects Author: Miroslav Chomut Department / Institute: Department of Software and Computer Science Education Supervisor of the bachelor thesis: Mgr. Tomáš Plch Abstract: The Planning Domain Definition Language (PDDL) is one of standard languages used for defining planning domains and problems. PDDL is a syntactically complex language therefore developers often make syntax and semantic errors. Working with larger PDDL files is time consuming. Unlike imperative programming languages (e.g. C#, C++), there is no suitable widespread tool for editing PDDL. Our goal is to provide PDDL developers with tool for comfortable editing, which is known from tools for imperative programming languages (e.g. Microsoft Visual Studio). This thesis describes our project called PDDL Studio, which is capable of a) syntax highlighting, b) context sensitive code completion, c) error detection with Interactive Error Table, d) code collapsing, e) project management, f) XML export and import features, g) planner integration and h) common editor features (e.g. Bracket Matching, Line Counter). Our tool is multiplatform and it is designed to increase efficiency of PDDL developers and code readability. Keywords: Problem Domain Definition Language, Integrated Development Environment, editor, syntax checking,...
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Design of Environment for Many-Core Systems Debugging
Klčo, Michal ; Matula, Peter (referee) ; Hynek, Jiří (advisor)
This thesis describe problem of debugging many-core systems using the integrated development environments. It presents some of the integrated environments, debuggers, their features and analyse them. This thesis also describe designs and implementation of modifications of these tools that helps user to debug many-core system more efficiently and comfortable.
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