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Lombok Framework Study
Paštrnák, Ján ; Müller, Petr (referee) ; Letko, Zdeněk (advisor)
The aim of this thesis is to analyze Lombok framework and its usage for the development of Java programs. Framework Lombok enables the generation of a primitive, often repetitive code during compilation of the annotated code. Using annotations, programmer specifies what and where the framework needs to generate during the compilation. This thesis explains the basic principles of the framework and design tests that demonstrate practical aspects of its use for creation of Java programs. Emphasis is placed on the estimation of the time saved through the development of Lombok, study its influence on the process of compilation and testing framework integrity with three development environments - NetBeans, Eclipse and IDEA InteliJ. The thesis summarizes the pros and cons of using this framework in real work.
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Translation of PHP Language Subset into C++
Nechutný, Stanislav ; Matula, Peter (referee) ; Křivka, Zbyněk (advisor)
My work is focused on design and execution of an automated translation for functions written in PHP into C++. Generated code may be compiled as a PHP extension and loaded the same way MySQL, PDO, GD or so. As a result these functions may be called from PHP as if they were the initial interpreted functions. Since there is no need for source code analysis, interpretation, nor staging by Garbage Collector general assumption would be a significant speed difference. Created tool executes source code transfer into abstract syntactic tree which is followed up by a static analysis of variable types and consequently generates C++ code. Final speed increase then depends on the particular code being translated and its practical use is slightly elaborate at the moment - owing to the implementation of PHP subset.
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Translation of PHP Language Subset into C++
Nechutný, Stanislav ; Matula, Peter (referee) ; Křivka, Zbyněk (advisor)
My work is focused on design and execution of an automated translation for functions written in PHP into C++. Generated code may be compiled as a PHP extension and loaded the same way MySQL, PDO, GD or so. As a result these functions may be called from PHP as if they were the initial interpreted functions. Since there is no need for source code analysis, interpretation, nor staging by Garbage Collector general assumption would be a significant speed difference. Created tool executes source code transfer into abstract syntactic tree which is followed up by a static analysis of variable types and consequently generates C++ code. Final speed increase then depends on the particular code being translated and its practical use is slightly elaborate at the moment - owing to the implementation of PHP subset.
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Lombok Framework Study
Paštrnák, Ján ; Müller, Petr (referee) ; Letko, Zdeněk (advisor)
The aim of this thesis is to analyze Lombok framework and its usage for the development of Java programs. Framework Lombok enables the generation of a primitive, often repetitive code during compilation of the annotated code. Using annotations, programmer specifies what and where the framework needs to generate during the compilation. This thesis explains the basic principles of the framework and design tests that demonstrate practical aspects of its use for creation of Java programs. Emphasis is placed on the estimation of the time saved through the development of Lombok, study its influence on the process of compilation and testing framework integrity with three development environments - NetBeans, Eclipse and IDEA InteliJ. The thesis summarizes the pros and cons of using this framework in real work.
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