AbstractThe JastAdd system enables modular specifications of extensible compiler tools and languages. Java has been extended with the Rewritable Circular Reference Attributed Grammars formalism that supports modularization and extensibility through several synergistic mechanisms. Object-orientation and static aspect-oriented programming are combined with declarative attributes and context-dependent rewrites to allow highly modular specifications. The techniques have been verified by implementing a full Java 1.4 compiler with modular extensions for non-null types and Java 5 features
New extensions to programming languages are constantly being proposed. But implementing these extens...
Extensible programming languages and their compilers are experimental systems that use highly modula...
AbstractExtensible programming languages and their compilers use highly modular specifications of la...
AbstractThe JastAdd system enables modular specifications of extensible compiler tools and languages...
The JastAdd system enables modular specifications of extensible compiler tools and languages. Java h...
AbstractWe describe JastAdd, a Java-based system for compiler construction. JastAdd is centered arou...
The JastAdd Extensible Java Compiler is a high quality Java compiler that is easy to extend with new...
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...
We describe JastAdd, a Java-based system for specifying and implementing the parts of compiler front...
ExtendJ (formerly JastAddJ) is an extensible Java compiler, supporting full Java source-to-bytecode ...
JastAddJ is an extensible Java compiler, implemented using reference attribute grammars. It has been...
JastAddJ is an extensible Java 7 compiler built using the meta-compilation system JastAdd. One of th...
This paper presents an object-oriented technique for rewriting abstract syntax trees in order to sim...
Name analysis for Java is challenging with its complex visibility rules involving nested scopes, inh...
New extensions to programming languages are constantly being proposed. But implementing these extens...
Extensible programming languages and their compilers are experimental systems that use highly modula...
AbstractExtensible programming languages and their compilers use highly modular specifications of la...
AbstractThe JastAdd system enables modular specifications of extensible compiler tools and languages...
The JastAdd system enables modular specifications of extensible compiler tools and languages. Java h...
AbstractWe describe JastAdd, a Java-based system for compiler construction. JastAdd is centered arou...
The JastAdd Extensible Java Compiler is a high quality Java compiler that is easy to extend with new...
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...
We describe JastAdd, a Java-based system for specifying and implementing the parts of compiler front...
ExtendJ (formerly JastAddJ) is an extensible Java compiler, supporting full Java source-to-bytecode ...
JastAddJ is an extensible Java compiler, implemented using reference attribute grammars. It has been...
JastAddJ is an extensible Java 7 compiler built using the meta-compilation system JastAdd. One of th...
This paper presents an object-oriented technique for rewriting abstract syntax trees in order to sim...
Name analysis for Java is challenging with its complex visibility rules involving nested scopes, inh...
New extensions to programming languages are constantly being proposed. But implementing these extens...
Extensible programming languages and their compilers are experimental systems that use highly modula...
AbstractExtensible programming languages and their compilers use highly modular specifications of la...