public static SizeableList<WAMInstruction> disassemble(int start, int length, ByteBuffer codeBuf,
        VariableAndFunctorInterner interner, WAMCodeView codeView)
    {
        SizeableList<WAMInstruction> result = new SizeableLinkedList<WAMInstruction>();
        int ip = start;

        while (ip < (start + length))
        {
            // Decode the instruction and its arguments.
            byte iCode = codeBuf.get(ip);

            WAMInstruction instruction = new WAMInstruction(iCode);
            instruction.mnemonic.disassembleArguments(instruction, ip, codeBuf, interner);

            // Restore any label on the instruction.
            Integer label = codeView.getNameForAddress(ip);

            if (label != null)
            {
                FunctorName name = interner.getDeinternedFunctorName(label);

                if (name instanceof WAMLabel)
                {
                    instruction.label = (WAMLabel) name;
                }
            }

            result.add(instruction);

            ip += instruction.mnemonic.length();
        }

        return result;
    }
public static SizeableList<WAMInstruction> disassemble(int start, int length, ByteBuffer codeBuf,
        VariableAndFunctorInterner interner, WAMCodeView codeView)
    {
        SizeableList<WAMInstruction> result = new SizeableLinkedList<WAMInstruction>();
        int ip = start;

        while (ip < (start + length))
        {
            
            byte iCode = codeBuf.get(ip);

            WAMInstruction instruction = new WAMInstruction(iCode);
            instruction.mnemonic.disassembleArguments(instruction, ip, codeBuf, interner);

            
            Integer label = codeView.getNameForAddress(ip);

            if (label != null)
            {
                FunctorName name = interner.getDeinternedFunctorName(label);

                if (name instanceof WAMLabel)
                {
                    instruction.label = (WAMLabel) name;
                }
            }

            result.add(instruction);

            ip += instruction.mnemonic.length();
        }

        return result;
    }
public static SizeableList < WAMInstruction > disassemble ( int start , int length , ByteBuffer codeBuf , VariableAndFunctorInterner interner , WAMCodeView codeView ) { SizeableList < WAMInstruction > result = new SizeableLinkedList < WAMInstruction > ( ) ; int ip = start ; while ( ip < ( start + length ) ) { // Decode the instruction and its arguments. byte iCode = codeBuf . get ( ip ) ; WAMInstruction instruction = new WAMInstruction ( iCode ) ; instruction . mnemonic . disassembleArguments ( instruction , ip , codeBuf , interner ) ; // Restore any label on the instruction. Integer label = codeView . getNameForAddress ( ip ) ; if ( label != null ) { FunctorName name = interner . getDeinternedFunctorName ( label ) ; if ( name instanceof WAMLabel ) { instruction . label = ( WAMLabel ) name ; } } result . add ( instruction ) ; ip += instruction . mnemonic . length ( ) ; } return result ; }
Disassembles the instructions from the specified byte buffer, starting at a given location (ip). An interner for
the functor names encountered in the instruction buffer must also be supplied, in order to look up the functor
names by encoded value.

@param  start    The start offset into the buffer to disassemble.
@param  length   The length of data in the buffer to disassemble.
@param  codeBuf  The code buffer.
@param  interner The interner to look up interned names with.
@param  codeView A view onto the machines code buffer.

@return A list of instructions disassembles from the code buffer.
Disassembles the instructions from the specified byte buffer starting at a given location ( ip ) . An interner for the functor names encountered in the instruction buffer must also be supplied in order to look up the functor names by encoded value .