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IntelliSense Implementation of a Dynamic Language
Míšek, Jakub ; Zavoral, Filip (advisor)
In the context of computer programming, the importance of computer assistance is being understood by many developer communities. Developers are e.g. using the same well known expressions or searching method signatures in library documentations. Code sense or IntelliSense methods make most of these actions unnecessary because they serve the available useful information directly to the programmer in a completely automated way. Recently, with the increased focus of the industry on dynamic languages a problem emerges - the complete knowledge on the source code is postponed until the runtime, since there may be ambiguous semantics in the code fragment. As a part of the Phalanger project the methods for syntax and semantic analysis of the dynamic code were designed, especially targeted for the PHP programming language. These methods produce a list of valid possibilities which can be then used on a specified position in the source code; such as declarations, variables and function parameters. This collected information can be also used to a fine-grained syntax highlighting.
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CodAL Language Editor in Eclipse Framework
Hynek, Jiří ; Dolíhal, Luděk (referee) ; Přikryl, Zdeněk (advisor)
The Master thesis is focused on creation of an editor of CodAL language for the development toolkit of the project Lissom which is based on Eclipse framework. The goal of this thesis is to analyze the problem of editor creation and the features in existing editors which add some value to their usability. The outline of parser creation and subsequent code analysis of the source codes written into the editor is described in the theoretical part. It also explains the syntax and semantic aspects of the CodAL language. In the practical part the new CodAL language editor is designed and developed. The new CodAL language editor integrated into the development toolkit of the project Lissom is the final outcome of this thesis.
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IntelliSense Implementation of a Dynamic Language
Míšek, Jakub ; Zavoral, Filip (advisor)
In the context of computer programming, the importance of computer assistance is being understood by many developer communities. Developers are e.g. using the same well known expressions or searching method signatures in library documentations. Code sense or IntelliSense methods make most of these actions unnecessary because they serve the available useful information directly to the programmer in a completely automated way. Recently, with the increased focus of the industry on dynamic languages a problem emerges - the complete knowledge on the source code is postponed until the runtime, since there may be ambiguous semantics in the code fragment. As a part of the Phalanger project the methods for syntax and semantic analysis of the dynamic code were designed, especially targeted for the PHP programming language. These methods produce a list of valid possibilities which can be then used on a specified position in the source code; such as declarations, variables and function parameters. This collected information can be also used to a fine-grained syntax highlighting.
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C-language code generator for SOFA 2
Ježek, Lukáš ; Bureš, Tomáš (advisor) ; Bulej, Lubomír (referee)
SOFA 2 is a component system employing hierarchically composed components. It provides ADL-based design, behavior specification using behavior protocols, dynamic reconfiguration of the components, and modeling of the component communication by software connectors. This allows seamless and transparent distribution of component applications. The connectors can be automatically generated, SOFA 2 contains Java connector generator allowing to connect components with Java interfaces. The aim of this thesis is to implement C code generator and integrate it into the current SOFA 2 connector generator framework, so that C connectors can be automatically generated and thus components written in C language can be transparently connected in distributed environment. The proposed C code generator is based on the concept of template transformation, where templates containing mixture of C code and a scripting Domain Specific Language are transformed to a pure C code. Strategic term rewriting method provided by Stratego/XT framework is used for evaluation of the scripts within the templates.
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Static Analysis of CodAL Language Source Code
Fajčík, Martin ; Přikryl, Zdeněk (referee) ; Hynek, Jiří (advisor)
The goal of bachelor's thesis is to design and implement extensions devoted to source code static analysis and automatic corrections used in CodAL language editors. This form of analysis is convenient e.g. for the source code semantic checks. The thesis consists of theoretical and practical part. Role of the theoretical part is to overview with extension development related to Eclipse platform, especially with the CodAL language editor, CodAL language itself and to define problems of this language which are suitable to be solved on the static analysis level. Practical part includes specific implementation details of the particular static analysis elements and automatic corrections. These extended CodAL language editors are available in integrated development environment Codasip Studio based first and foremost on the Eclipse platform and project CDT. Codasip Studio has been developed by company Codasip Ltd. in collaboration with Lissom research team.
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Porting of Prawn Library from Ruby to Python 3
Molhanec, Michal ; Pícka, Marek (advisor) ; Mikoláš, Mikoláš (referee)
This work focuses on automatic translation of code written in Ruby programming language into Python 3. First part investigates principles of computer programming languages translation as is described in the literature. Second part compares elements of these two programming languages and suggests ways how these elements can be translated.
Based on this theory I developed Ruby-to-Python translator. Its working is demonstrated on the translation of the Prawn library for generating PDF files.
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Application Backend Generation from a UML Model
Klikar, Václav ; Očenášek, Pavel (referee) ; Burget, Radek (advisor)
The aim of this bachelor's thesis is to design and implement a tool that allows bi-directional synchronization between a UML class diagram and an application backend whenever during application development. Working with the UML model is made possible by using a standardized XMI format. The application backend is created and managed through a web framework Django. To read and write Django program code, the tool uses abstract syntax tree parser.
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Optimalisation of Agent Languages Compiler
Kalmár, Róbert ; Kočí, Radek (referee) ; Zbořil, František (advisor)
The aim of this work is an optimization of AHLL language compiler. Several intermediate representations of compiled code along with code optimization techniques are introduced. The main part of the work is focused on implementing these optimization techniques and generation of the target code in ALLL language. At the end of the work, the results achieved by new version of AHLL compiler are presented. In addition, there are also presented some ideas for the future work on AHLL and the compiler.
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C Language Interactive Interpreter
Blažek, Martin ; Peringer, Petr (referee) ; Martinek, David (advisor)
This master's thesis deals with implementation of ISO C99 language interpreter. The goal of this thesis is to provide support of education in C language programming and fast algorithm prototyping. It enables students to create own C programs and to experiment with language constructions without compiling. User interface includes editor and simple debugger. The interpreter is implemented in a novel grammar development environment written in Java language - ANTLRWorks which includes ANTLR language tool.
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Compiler of State Diagram Language to CHILL Language
Goldmannová, Zuzana ; Matoušek, Petr (referee) ; Ryšavý, Ondřej (advisor)
This thesis deals with the grammar of an existing proprietary state diagram language, which is used to simulate state diagrams employed in telephone exchanges. The goal of this work is to analyze the grammar and existing compiler of this language to CHILL language and also to design and implement a new compiler. This new compiler will be easier to manage and will eliminate errors and imperfections of the current arrangement. Finally this compiler is tested using existing files, that were formerly created for the current compiler, and also using files I created for testing purposes.
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