Global ETD Search

1	Extended Metamodelica Based Integrated Copiler Generator Palanisamy, Arunkumar January 2012 (has links) OMCCp is a new generation (not yet released) of the OpenModelica Compiler-Compiler parser generator which contains an LALR parser generator implemented in the MetaModelica language with parsing tables generated by the tools Flex and GNU Bison. It also contains very good error handling and is integrated with the MetaModelica semantics specification language. The main benefit with this master thesis project is the development of new version of OMCCp with complete support for an extended Modelica grammar for a complete OMCCp-based Modelica parser. The implemented parser has been tested and the results have been analyzed. This is a new enhanced generation OMCCp with improvements made from the previous version. This version support Modelica as well as the language extensions for MetaModelica, ParModelica, and optimization problem specification. Moreover, the generated parsers are about three times faster than those from the old OMCCp. OMCCp MetaModelica Modelica Parser Generator flex bison
2	The wisent Parser Generator Preußer, Thomas 14 November 2012 (has links) (PDF) Objective: This document is not an introduction to parser generators. Readers should rather have a good understanding of them, especially of LALR parser generators. This document merely describes the main aspects of the implementation of a LALR parser generator named wisent. It is divided into a concise description of the programming interface and an overview over the data structures and specifics of the implementation of the wisent parser generator. Parsergenerator Compilerbau Parser Parser generator LALR parser generator Lookahead-LR-Parser ddc:004 rvk:SS 5514
3	The wisent Parser Generator Preußer, Thomas 14 November 2012 (has links) Objective: This document is not an introduction to parser generators. Readers should rather have a good understanding of them, especially of LALR parser generators. This document merely describes the main aspects of the implementation of a LALR parser generator named wisent. It is divided into a concise description of the programming interface and an overview over the data structures and specifics of the implementation of the wisent parser generator. Parsergenerator, Compilerbau, Parser info:eu-repo/classification/ddc/004 ddc:004
4	Generátor přívětivých analyzátorů / Kind parser generator Dzurenko, Tomáš January 2016 (has links) Title: Kind parser generator Author: Bc. Tomáš Dzurenko Department: Network and Labs Management Center Supervisor: RNDr. Michal Žemlička, Ph.D., Department of Software and Com- puter Science Education Abstract: This thesis introduces a generator which takes as its input a definition k-kind grammar and creates source code of analyzer or translator for the language generated by this kind grammar. Opposed to traditional LL(k) grammars, k-kind grammars allow usage of direct left recursion in its rules. This allows for more comfortable and clearer formulation of input grammar rules. Keywords: parser, translator, generator, C++, kind grammar
5	GGLL: um gerador de analisadores sintáticos para gramáticas gráficas LL(1) / GGLL: an parser generator for graph grammars LL(1) Pinto, Tasso Tirapani Silva 19 November 2014 (has links) Este trabalho tem como fulcro o desenvolvimento de um gerador de analisadores sintáticos do tipo top-down para gramáticas LL(1) com entrada gráfica da gramática, bem como uma comparação do mesmo com outros geradores em uso no mercado. Como resultado foi obtido um gerador totalmente funcional, e foi mostrado como ele é superior aos outros analisadores. São descritos detalhes da implementação e foi elaborado um manual de uso do sistema implementado em Java independente de ambientes de programação. / This thesis has as its main goal the development a parser generator using top-down syntax analysis for LL(1) grammars. Its input is a graph grammar. A comparison with available parser generators is also presented. As a result a fully executable generator, and the fact that it is superior to the other generators was demonstrated. This work contains details of the implementation, and presents a users manual of the system, which was implemented in Java. The system is independent of programming environments. analisador sintático compilador compiler gerador de analisadores sintáticos gramática grammar LL(1) LL(1) parser generator syntax analyzer
6	GGLL: um gerador de analisadores sintáticos para gramáticas gráficas LL(1) / GGLL: an parser generator for graph grammars LL(1) Tasso Tirapani Silva Pinto 19 November 2014 (has links) Este trabalho tem como fulcro o desenvolvimento de um gerador de analisadores sintáticos do tipo top-down para gramáticas LL(1) com entrada gráfica da gramática, bem como uma comparação do mesmo com outros geradores em uso no mercado. Como resultado foi obtido um gerador totalmente funcional, e foi mostrado como ele é superior aos outros analisadores. São descritos detalhes da implementação e foi elaborado um manual de uso do sistema implementado em Java independente de ambientes de programação. / This thesis has as its main goal the development a parser generator using top-down syntax analysis for LL(1) grammars. Its input is a graph grammar. A comparison with available parser generators is also presented. As a result a fully executable generator, and the fact that it is superior to the other generators was demonstrated. This work contains details of the implementation, and presents a users manual of the system, which was implemented in Java. The system is independent of programming environments. analisador sintático compilador gerador de analisadores sintáticos gramática LL(1) compiler grammar LL(1) parser generator syntax analyzer
7	OMCCp : A MetaModelica Based Parser Generator Applied to Modelica Lopez-Rojas, Edgar Alonso January 2011 (has links) The OpenModelica Compiler-Compiler parser generator (OMCCp) is an LALR(1) parser generator implemented in the MetaModelica language with parsing tables generated by the tools Flex and GNU Bison. The code generated for the parser is in MetaModelica 2.0 language which is the OpenModelica compiler implementation language and is an extension of the Modelica 3.2 language. OMCCp uses as input an LALR(1) grammar that specifies the Modelica language. The generated Parser can be used inside the OpenModelica Compiler (OMC) as a replacement for the current parser generated by the tool ANTLR from an LL(k) Modelica grammar. This report explains the design and implementation of this novel Lexer and Parser Generator called OMCCp. Modelica and its extension MetaModelica are both languages used in the OpenModelica environment. Modelica is an Object-Oriented Equation-Based language for Modeling and Simulation. Compiler Parser Lexer Modelica MetaModelica OpenModelica Simulation LALR Flex Bison Parser Generator OMCC OMCCp Software Engineering Programvaruteknik Computer Sciences Datavetenskap (datalogi)
8	Editor jazyka CodAL v prostředí Eclipse / CodAL Language Editor in Eclipse Framework Hynek, Jiří January 2013 (has links) 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.
9	Interaktivní interpret jazyka C / C Language Interactive Interpreter Blažek, Martin January 2008 (has links) 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.

Search results