@ARTICLE{26583204_71751882_2012, 
	author = {A. Alexandrov and V. Shilmanov}, 
	keywords = {, domain-specific programming language, a program component, library of program componentscode generation},
	title = {Benches of development and software attending on the basis of code generation},
	journal = {},
	year = {2012},
	number = {4(22)},
	pages = {10-17},
	url = {https://bijournal.hse.ru/en/2012--4(22)/71751882.html},
	publisher = {},
	abstract = {Alexander Aleksandrov - Professor, Department of Personal Computers and Networks, Faculty of Informatics, Moscow State University of Instrumentation and Informatics (MGUPI).Address: 20, Stromynka str., Moscow, 107996, Russian Federation.  E-mail: femsystem@yandex.ruVladimir Shilmanov - Postgraduate Student, Department of Personal Computers and Networks, Faculty of Informatics, Moscow State University of Instrumentation and Informatics (MGUPI).Address: 20, Stromynka str., Moscow, 107996, Russian Federation.  E-mail: femsystem@yandex.ruIn software engineering industry, a steady trend has begun to show for transition from domain-specific programming theory to a new paradigm based on a concept theory and language-oriented programming methods. Within development of software using domain-specific programming, this process appears quite long, while for maintenance and development of software code, everything will be necessary to repeat anew. Application of domain-specific languages could serve as an alternative, where languages fulfill the function of a special interface interrelating higher-level concept theory add up with direct software implementation capability.The goal of the study lies in code generation automation when building a component library based on semantic description received at input, i.е. subject to principles of language-oriented programming methods. For code generation, two main approaches are considered: template generation using convertor. Another main approach to software design is a higher-level model using domain-specific language (DSL), such model is more domain-specific than classes and methods. In such a case software solution code becomes easy to understand by a ‘domain’ specialist without any intervention by a programmer. This results in a solution text reduction by an order of magnitude. A concept of software components provides for their multiple use, building up various software solutions from blocks accounting for their multiple use.As a result, to build up a component library, code generator was developed using Python programming language using PyParsing combinatorial library. The newly developed generator allows to create algorithm software code under a previously done template describing input and output data. Generation using converter is based on creating a software which will receive at input a semantic model, while at output provides a source text for a target language environment.},
	annote = {Alexander Aleksandrov - Professor, Department of Personal Computers and Networks, Faculty of Informatics, Moscow State University of Instrumentation and Informatics (MGUPI).Address: 20, Stromynka str., Moscow, 107996, Russian Federation.  E-mail: femsystem@yandex.ruVladimir Shilmanov - Postgraduate Student, Department of Personal Computers and Networks, Faculty of Informatics, Moscow State University of Instrumentation and Informatics (MGUPI).Address: 20, Stromynka str., Moscow, 107996, Russian Federation.  E-mail: femsystem@yandex.ruIn software engineering industry, a steady trend has begun to show for transition from domain-specific programming theory to a new paradigm based on a concept theory and language-oriented programming methods. Within development of software using domain-specific programming, this process appears quite long, while for maintenance and development of software code, everything will be necessary to repeat anew. Application of domain-specific languages could serve as an alternative, where languages fulfill the function of a special interface interrelating higher-level concept theory add up with direct software implementation capability.The goal of the study lies in code generation automation when building a component library based on semantic description received at input, i.е. subject to principles of language-oriented programming methods. For code generation, two main approaches are considered: template generation using convertor. Another main approach to software design is a higher-level model using domain-specific language (DSL), such model is more domain-specific than classes and methods. In such a case software solution code becomes easy to understand by a ‘domain’ specialist without any intervention by a programmer. This results in a solution text reduction by an order of magnitude. A concept of software components provides for their multiple use, building up various software solutions from blocks accounting for their multiple use.As a result, to build up a component library, code generator was developed using Python programming language using PyParsing combinatorial library. The newly developed generator allows to create algorithm software code under a previously done template describing input and output data. Generation using converter is based on creating a software which will receive at input a semantic model, while at output provides a source text for a target language environment.}
}