Clite
Clite is a small subset of C. There are no structured or derived types, only the primitives Int, Float, Bool, and Char (the inclusion of Bool, technically means that Clite is not a subset of C).
My implementation of the Clite language compiles to Java Bytecode. Included with the homemade bytecode compilation extension is a bash schellscript, clc.sh. This script has a number of options:
$ ./clc.sh --help usage: ./clc.sh [-h|-i|-c|-k|-a] clitefile example: ./clc.sh -k recFib.cpp OPTIONS: -h, --help output this help file -i, --interpret interpret the clite input file -c, --compile compile the clite input to Java Bytecode -k, --compile-and-keep compile the clite input to Java Bytecode and keep the the produced jasmin assembly -a, --assembly produce the jasmin assembly of the clite input file
Notes:
It's best to run clc.sh from the directory it comes in. It uses relative paths to find the right jars to call. This implementation also assumes that the jasmin jar file is located in Clite's bin.
Interpreting the Clite file with the -i or --interpret option will print the the program's abstract syntax tree, type-transformed abstract syntax tree, and final state (the values of all the program's variables upon termination) along with interpreting the program.
Clite was not designed by me and was assigned as a school project. Clite comes as a skeleton. You can find the skeleton here, it goes hand-in-hand with the book Programming Languages: Priniciples and Paradigms by Allen B. Tucker and Robert E. Noonan. However, the JVM ByteCode compilation extension and CliteF interpretation is largely of my own design. I am not responsible for the language' s specification.
Dependencies: Jasmin