protected override void ReadOpCodeData(IntComputer computer)
{
long nextMemoryData = computer.ReadNextMemoryAddress();
firstVal = new OpCodeParameter(curInstruction.GetParamMode(0), nextMemoryData, computer);
nextMemoryData = computer.ReadNextMemoryAddress();
secondVal = new OpCodeParameter(curInstruction.GetParamMode(1), nextMemoryData, computer);
}
protected override void ReadOpCodeData(IntComputer computer)
{
long nextMemoryData = computer.ReadNextMemoryAddress();
destinationParam = new OpCodeParameter(curInstruction.GetParamMode(0), nextMemoryData, computer);
inputData = computer.ReadNextInput();
}
public static OpCode ReadNextOpCode(IntComputer computer)
{
// 1002
//ABCDE
//01002 = DE = opcode, c = mode for op 1, b mode for op 2 a, mode for op 3
long opCodeData = computer.ReadNextMemoryAddress();
OpCodeInstruction newInstruction = new OpCodeInstruction(opCodeData);
switch (newInstruction.GetInstruction())
{
case OpCodeInstruction.OPCODE_TYPES.ADD:
return(new AddOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.MUL:
return(new MulOpcode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.EXIT:
return(new ExitOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.INPUT:
return(new InputOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.OUTPUT:
return(new OutputOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.JUMP_IF_TRUE:
return(new JumpIfTrueOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.JUMP_IF_FALSE:
return(new JumpIfFalseOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.LESS_THAN:
return(new LessThanOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.EQUALS:
return(new EqualsOpCode(newInstruction));
case OpCodeInstruction.OPCODE_TYPES.ADJUST_RELATIVE_BASE:
return(new AdjustRelativeBaseOpCode(newInstruction));
default:
Console.WriteLine("DER FARK?");
return(null);
}
}
