sample_data/test_assembler/asm_files contains the asm files which cover all the instructions in the table 2.1. On running the assembler you will get the binary and hex codes of each instruction in sample_data/test_assembler/asm_to_bin_hex_files

sample_data/test_deassembler/bin_files contains the binary bits which we got from previous folder. On running the deassembler you will get the asm format of each instruction in sample_data/test_deassembler/bin_to_asm

Verify that content of sample_data/test_assembler/asm_files and sample_data/test_deassembler/bin_to_asm match.

data/r_format_instructions contains instruction name, opcode, funct

data/i_format_instructions contains instruction name, funct

data/j_format_instructions contains instruction name, funct

Make sure the java compiler and SDK are installed.

Compile the code using the following command in the terminal:

make

Then execute the assembler java file using,

make assemble

and then execute the deassembler java file using,

make deassemble

To delete the *.class and the converted binary and asm files, run:

make clean

All instructions are divided into three categories and therefore three classess are made which inherit the instruction class. Abstract method is used for the conversion of mips to machine code (getMachineCode()) so that while calling the abstract method, the caller doesn't need to know which type the instruction belongs to.