AbstractWe describe JastAdd, a Java-based system for compiler construction. JastAdd is centered around an object-oriented representation of the abstract syntax tree where reference variables can be used to link together different parts of the tree. JastAdd supports the combination of declarative techniques (using Reference Attributed Grammars) and imperative techniques (using ordinary Java code) in implementing the compiler. The behavior can be modularized into different aspects, e.g. name analysis, type checking, code generation, etc., that are woven together into classes using aspect-oriented programming techniques, providing a safer and more powerful alternative to the Visitor pattern. The JastAdd system is independent of the underlying ...
Name analysis for Java is challenging with its complex visibility rules involving nested scopes, inh...
JAC (Java Aspect Components) is a framework for aspect-oriented programming in Java. It is developed...
Compilers are among the most widely-studied pieces of software; and, modularizing these valuable art...
AbstractThe JastAdd system enables modular specifications of extensible compiler tools and languages...
We describe JastAdd, a Java-based system for specifying and implementing the parts of compiler front...
The JastAdd system enables modular specifications of extensible compiler tools and languages. Java h...
We have reimplemented the frontend of the extensible As-pectBench Compiler for AspectJ, using the as...
This thesis presents an object-oriented technique for rewriting abstract syntax trees in order to si...
Compilers for modern object-oriented programming languages generate code in a platform independent i...
The JastAdd Extensible Java Compiler is a high quality Java compiler that is easy to extend with new...
This paper presents an object-oriented technique for rewriting abstract syntax trees in order to sim...
The use of object-oriented techniques and concepts, like encapsulation and inheritance, greatly imp...
AbstractThe use of object-oriented techniques and concepts, like encapsulation and inheritance, grea...
Programming languages are the main tools used to describe models of the real world and algorithms wh...
Research in the design of aspect-oriented programming languages requires a workbench that facilitate...
Name analysis for Java is challenging with its complex visibility rules involving nested scopes, inh...
JAC (Java Aspect Components) is a framework for aspect-oriented programming in Java. It is developed...
Compilers are among the most widely-studied pieces of software; and, modularizing these valuable art...
AbstractThe JastAdd system enables modular specifications of extensible compiler tools and languages...
We describe JastAdd, a Java-based system for specifying and implementing the parts of compiler front...
The JastAdd system enables modular specifications of extensible compiler tools and languages. Java h...
We have reimplemented the frontend of the extensible As-pectBench Compiler for AspectJ, using the as...
This thesis presents an object-oriented technique for rewriting abstract syntax trees in order to si...
Compilers for modern object-oriented programming languages generate code in a platform independent i...
The JastAdd Extensible Java Compiler is a high quality Java compiler that is easy to extend with new...
This paper presents an object-oriented technique for rewriting abstract syntax trees in order to sim...
The use of object-oriented techniques and concepts, like encapsulation and inheritance, greatly imp...
AbstractThe use of object-oriented techniques and concepts, like encapsulation and inheritance, grea...
Programming languages are the main tools used to describe models of the real world and algorithms wh...
Research in the design of aspect-oriented programming languages requires a workbench that facilitate...
Name analysis for Java is challenging with its complex visibility rules involving nested scopes, inh...
JAC (Java Aspect Components) is a framework for aspect-oriented programming in Java. It is developed...
Compilers are among the most widely-studied pieces of software; and, modularizing these valuable art...