private Instructions.Instruction[] mapUnprefixedInstructions()
{
Instructions.Instruction[] instructions = new Instructions.Instruction[256];
instructions[0x00] = Instructions.Ox0_0_noop;
instructions[0x01] = Instructions.Ox0_1_LD_BC_D16;
instructions[0x02] = Instructions.Ox0_2_LD_M_BC_A;
instructions[0x03] = Instructions.Ox0_3_INC_BC;
instructions[0x04] = Instructions.Ox0_4_INC_B;
instructions[0x05] = Instructions.Ox0_5_DEC_B;
return(instructions);
}
//Start execution of the program
public void run()
{
//Setup running environment
Console.Out.WriteLine("Setting up environment...");
//Create the initial stack frame
StackFrame initialStackFrame = new StackFrame();
//Setup the stack with the initial stack frame `initialStackFrame`
stack = new Stack(initialStackFrame);
//Setup the heap
heap = new Heap();
//Begin execution of the program
Console.Out.WriteLine("Environment all setup, beginning execution of program...");
//Execution begins with the entry block which would be the first block in the ProgramData and hence the currentBlock
Block entryBlock = programData.getCurrentBlock();
//Loop through each instruction of the entryBlock and execute them whilst the instruction pointer is (//TODO)
while (true)
{
//Get the current block being executed
//Note: On first run this block will be the `entryBlock` (the first in the List<Block>)
Block currentBlock = programData.getCurrentBlock();
//Execute the instruction in the block `currentBlock` pointed to by the instruction pointer in the block `currentBlock`
Instructions.Instruction currentInstruction = currentBlock.getCurrentInstruction();
bool errored = currentInstruction.execute();
//After execution check if the program must still be running (or has been set to false and hence an error occurred)
if (errored)
{
Console.Out.WriteLine("An error occurred somewhere in executing the instruction and the interpreter will now halt.");
break;
}
}
Console.Out.WriteLine("Code run completed");
}
public DataPiece(Instructions.Instruction mInstruction, string mData)
{
Data = mData;
Instruction = mInstruction;
}
