Towards Hybrid Intensional Programming with JLucid, Objective Lucid, and General Imperative Compiler Framework in the GIPSY [microform]Serguei A. Mokhov, 2006 |
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abstract syntax tree application arrays class diagram code segments communication procedures compilation process Computer Science Concordia University context CORBA corresponding D(id data types debug defined definition Design dictionary dimension dot-notation Eduction embed environment evaluated example execution fby.d FC++ funcdecl GICF GIPC GIPC and GEE GIPL GIPSY program grammar hybrid programming imperative languages integration intensional and imperative intensional compilers intensional languages Intensional Programming Language interface Java code Java functions Java methods Java objects Java packages Java’s JavaCC JavaCompiler Jini Joey Paquet JUnit language compilers mmax modules Natural Numbers Problem nodes Objective Lucid operational semantics options package parallel parser Prefix Sum Preprocessor programming language public void Regression Testing RIPE run-time Science and Software Section semantic analysis semantic rules Sequence Diagram sequential threads Serguei Mokhov SIPL Software Engineering source code STs and CPs Sun Microsystems synchronization syntax thesis translation typedecl worker
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