This project implements a simple bytecode virtual machine, assembler,and self-hosting compiler for a scheme-like high-level langauge. It isintended as a vehicle for playing with ideas in bytecode interpretingand compilation.  It is not intended for any sort of real orproduction use.  To build the project,  simply type     $ makeYou will need gcc installed as well as GNU guile, a schemeimplementation used to bootstrap the compiler.  This will build the following products:    interpreter:       the standard bytecode interpreter.    trace_interpreter: a version of the bytecode interpreter that          prints a log describing the machine state as            each instruction is executed    assembler:         the assembler for building executable bytecode           files from bytecode assembly files.     schemer.bytecode:  the scheme-like language compiler, built from           its own image, that can be run using the           interpreter.    A bytecode program can be run using either the regular or tracinginterpreter as:    $ ./[trace-]interpreter program.bytecodeTo use the compiler, a source program should be directed into theinterpreter's standard input, the bytecode assembly will be written tostandard output:    $ ./interpreter schemer.bytecode < program.sch > program.asmTo assemble the compiled program into executable bytecode, send it asinput to the assembler command:    $ ./assembler <program.asm >program.bytecodeNote: The interpreter does not provide any standard-error like outputstream, so the compiler will write its error messages to standard-outwhich will confuse the assembler and lead to bizarre error messages.