GitHub - matt-welch/k1-microcontroller-assembler

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Name		Name	Last commit message	Last commit date
Latest commit History 5 Commits
.hgignore		.hgignore
ArgException.cpp		ArgException.cpp
ArgException.hpp		ArgException.hpp
Args.cpp		Args.cpp
Args.hpp		Args.hpp
Assembler.cpp		Assembler.cpp
Assembler.hpp		Assembler.hpp
Binary.cpp		Binary.cpp
Binary.hpp		Binary.hpp
DataSegment.cpp		DataSegment.cpp
DataSegment.hpp		DataSegment.hpp
Dictionary.cpp		Dictionary.cpp
Dictionary.hpp		Dictionary.hpp
DictionaryIter.cpp		DictionaryIter.cpp
DictionaryIter.hpp		DictionaryIter.hpp
Instr.cpp		Instr.cpp
Instr.hpp		Instr.hpp
InstrTypeB.cpp		InstrTypeB.cpp
InstrTypeB.hpp		InstrTypeB.hpp
InstrTypeR.cpp		InstrTypeR.cpp
InstrTypeR.hpp		InstrTypeR.hpp
InstrTypeRI.cpp		InstrTypeRI.cpp
InstrTypeRI.hpp		InstrTypeRI.hpp
InstrTypeRV.cpp		InstrTypeRV.cpp
InstrTypeRV.hpp		InstrTypeRV.hpp
Integer.cpp		Integer.cpp
Integer.hpp		Integer.hpp
Label.cpp		Label.cpp
Label.hpp		Label.hpp
Lex.cpp		Lex.cpp
Lex.hpp		Lex.hpp
Main.cpp		Main.cpp
Makefile		Makefile
Operand.cpp		Operand.cpp
Operand.hpp		Operand.hpp
README.txt		README.txt
Register.cpp		Register.cpp
Register.hpp		Register.hpp
Segment.cpp		Segment.cpp
Segment.hpp		Segment.hpp
TextSegment.cpp		TextSegment.cpp
TextSegment.hpp		TextSegment.hpp
Tuple.cpp		Tuple.cpp
Tuple.hpp		Tuple.hpp
Types.hpp		Types.hpp
Variable.cpp		Variable.cpp
Variable.hpp		Variable.hpp
Vector.cpp		Vector.cpp
Vector.hpp		Vector.hpp
VectorIter.cpp		VectorIter.cpp
VectorIter.hpp		VectorIter.hpp
binary_analysis.xls		binary_analysis.xls
cse220-f11-p05.pdf		cse220-f11-p05.pdf
sum.s		sum.s
sum_hexdump.txt		sum_hexdump.txt
uml.xls		uml.xls

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Lab Project 05 for CSE220 @ ASU, Fall 2011.   (replaces P04 which may be completed for extra credit)
This project consists of an assembler for the K1 microcontroller.  An assembler is a program which translates code written in the assembly language of a microprocessor into equivalent binary machine language.


THE PLAN: 
1) create a mercurial repository: ~/Dropbox/classes/CSE220/p05/
2) write a main that does SOMEthing
3) ALWAYS keep the code in a running state
4) write small, testable components and move on when each passes