automatic translation of CCFNs to readable Java code. 1

readability, provide good performance and are applicable to a large number of common programming problems. We have developed a prototype extension to Java which tracks all objects in a program using AspectJ and allows first-class queries over them in the program. Our experimental findings indicate

verifier as an instance of this architecture. The emphasis in this paper is on readability of the specification and mathematical clarity. The specification given is consistent with the descriptions in the Lindholm's and Yellin's The Java^TM Virtual Machine Specification. It less committed

Abstract not found

FINCH’s unqualified success at solving a host of problems, including simple and complex regression, trail navigation, image classification, array sum, and tic-tac-toe. FINCH exploits the richness of the Java Virtual Machine architecture and type system, ultimately evolving human-readable solutions

XML is a mark-up language, or more precisely, a definition of mark-up languages which allows information of arbitrary kind to be accurately and hierarchically in a format which is both human-readable as plain text and machine-readable via an XML parser. The XML standard is a subset

We present an overview of JTL (the Java Tools Language, pronounced “Gee-tel”), a novel language for querying JAVA [8] programs. JTL was designed to serve the development of source code software tools for JAVA, and as a small language to aid programming language extensions to JAVA. Applications

In this paper the authors study a pair of constructs in a formal specification language that can be directly translated into readable and relatively efficient code. Those constructs are algebraic types and (an extended concept of logical) quantification. The translation is guided by object

Java decompilers convert Java class files to Java source. Java class files may be created by a number of different tools including standard Java compilers, compilers for other languages such as AspectJ, or other tools such as optimizers or obfuscators. There are two kinds of Java decompilers, javac

Abstract. The Java Language Specification (JLS) is an industrial standard that is critical to the Java platform. Each of the 3 versions of the JLS contains 2 dif-ferent grammars — a “more readable ” one, and a “more implementable ” one. The JLS does not describe the correspondences between the 6