Add to ORKGReference attributed grammars (RAGs) extend Knuth’s attribute grammars with references. These references can be used to extend the abstract syntax tree to a graph. We investigate how RAGs can be used for implementing tools for visual languages. Programs in those languages can often be expressed as graphs
Reference attribute grammars (RAGs) is a powerful formalism for developing modular extensible compil...
In this paper, we suggest a class of (attributed) expansive graph grammars which generate languages ...
In editors for visual languages it is often useful to provide interactive feedback that depends on t...
The semantic formalism reference attribute grammars (RAGs) allows graphs to be superimposed on abstr...
This paper describes how attribute grammars can be used to integrate program visualization in langua...
This paper describes how attribute grammars can be used to generate state diagrams from a program wr...
Attribute Grammars were proposed by Donald Knuth (1968) as a tool for describing and implementing th...
Programming languages are the main tools used to describe models of the real world and algorithms wh...
Reference attribute grammars are a well-known language engineering technique for the implementation ...
Considerable effort has been directed towards the development of tools for the inherently complex ta...
Reference attribute grammars (RAGs) have reached a level of maturity where they are supported by sev...
An extension to canonical attribute grammars is introduced, permitting attributes to be references t...
Graphics are graphs with attributes at their vertices. Graphic grammars are natural extensions of gr...
Grafchart is a graphical programming language for sequential control applications. It exists in two ...
Syntax Graph ASG represents Coupled Graph Grammar is represented by create create Production Appli...
Reference attribute grammars (RAGs) is a powerful formalism for developing modular extensible compil...
In this paper, we suggest a class of (attributed) expansive graph grammars which generate languages ...
In editors for visual languages it is often useful to provide interactive feedback that depends on t...
The semantic formalism reference attribute grammars (RAGs) allows graphs to be superimposed on abstr...
This paper describes how attribute grammars can be used to integrate program visualization in langua...
This paper describes how attribute grammars can be used to generate state diagrams from a program wr...
Attribute Grammars were proposed by Donald Knuth (1968) as a tool for describing and implementing th...
Programming languages are the main tools used to describe models of the real world and algorithms wh...
Reference attribute grammars are a well-known language engineering technique for the implementation ...
Considerable effort has been directed towards the development of tools for the inherently complex ta...
Reference attribute grammars (RAGs) have reached a level of maturity where they are supported by sev...
An extension to canonical attribute grammars is introduced, permitting attributes to be references t...
Graphics are graphs with attributes at their vertices. Graphic grammars are natural extensions of gr...
Grafchart is a graphical programming language for sequential control applications. It exists in two ...
Syntax Graph ASG represents Coupled Graph Grammar is represented by create create Production Appli...
Reference attribute grammars (RAGs) is a powerful formalism for developing modular extensible compil...
In this paper, we suggest a class of (attributed) expansive graph grammars which generate languages ...
In editors for visual languages it is often useful to provide interactive feedback that depends on t...