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An Extension of a Visual Programming Editor for Lua/LÖVE with Ability to Generate Blocks from Text Code
Rešetár, René ; Křivka, Zbyněk (referee) ; Rychlý, Marek (advisor)
This thesis deals with the processing of Lua source code extended with the LÖVE framework using the Tree-Sitter parser. Then processing its output and generating the corresponding representation of this code in the Blockly environment using blocks. As part of the work, a tool was developed to extend an existing application to generate blocks backwards from code. The tool could not be integrated directly into the existing application, even with the help of the developed API. However, it should allow this integration in the future. In addition, a tool has been created to serve as a development environment that should allow for easier implementation of the additional functionality of this extension.
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Extension of Apache Tika with Industrial File Formats Text Extraction
Rešetár, René ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
The goal of the bachelor's thesis was to extend the parsers of the Apache Tika project with data and table extraction from industrial document formats from laboratory instruments. These data will be stored in a structured format according to a certain scheme. In the theoretical part, the supplied industrial formats, the Apache Tika project and the possibilities of its expansion were examined. In the practical part, a tool was designed and implemented, which classifies documents using the Apache Tika project, processes them, creates structured data from them in the JSON format and subsequently validates them. Finally, a set of tests was created to verify and demonstrate the properties of the solution.
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Extension of Apache Tika with Industrial File Formats Text Extraction
Rešetár, René ; Burget, Radek (referee) ; Rychlý, Marek (advisor)
The goal of the bachelor's thesis was to extend the parsers of the Apache Tika project with data and table extraction from industrial document formats from laboratory instruments. These data will be stored in a structured format according to a certain scheme. In the theoretical part, the supplied industrial formats, the Apache Tika project and the possibilities of its expansion were examined. In the practical part, a tool was designed and implemented, which classifies documents using the Apache Tika project, processes them, creates structured data from them in the JSON format and subsequently validates them. Finally, a set of tests was created to verify and demonstrate the properties of the solution.
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