memory[10] = (Bus(0, list(map(int, HexToBin('0x17FFFFFD')))))
memory[11] = (Bus(0, list(map(int, HexToBin('0xF80203ED')))))
memory[12] = (Bus(0, list(map(int, HexToBin('0xF84203ED')))))
output = Memory(True)
output.mem = memory
return output
def constructDMem():
memory = [Bus(64) for i in range(5)]
memory[0] = Bus(0, list(map(int, HexToBin('0x0000000000000001'))))
memory[1] = Bus(0, list(map(int, HexToBin('0x000000000000000A'))))
memory[2] = Bus(0, list(map(int, HexToBin('0x0000000000000005'))))
memory[3] = Bus(0, list(map(int, HexToBin('0x123456789ABCEDFA'))))
output = Memory(False)
output.mem = memory
return output
if __name__ == '__main__':
p = Processor(Bus(64), constructIMem(), constructDMem())
PC = Bus(64)
while(locToIndex(PC) < 52):
print("PC:", end='')
PC.print('x')
PC, output = p.runCycle()
print('\n-----------------------------------------')
print("Final Output: ")
output.print()
print('-----------------------------------------\n')
newLines.append(line)
#parse the lines and create the instuctions
print('\n')
print("Hex Instructions: ")
for line in newLines:
instruction = parseLine(line, iNum, symbolTable)
if (instruction == None):
continue
iNum += 1
instruction.print('x')
instructions.append(instruction)
#place the instructions into Instruction Memory
IMem = Memory(True, iCount)
for i in range(iCount):
IMem.mem[i] = instructions[i]
#execute the instructions
proc = Processor(Bus(64), IMem)
DMemOut = Bus(1)
print('\n')
print("Execution of program: ")
while (locToIndex(proc.PC) < (iCount * 4)):
print('PC: 0x', locToIndex(proc.PC), sep='')
trash, DMemOut = proc.runCycle()
print('\n-----------------------------------------')
print("Final Output: ")
DMemOut.print()
print('-----------------------------------------\n')