def test3():
oppcode3 = [1002, 4, 3, 4, 33]
pointer = 0
returnCode = [0, 0, None]
while (returnCode[0] != 99):
returnCode = callComputer(oppcode3, pointer)
pointer = returnCode[1]
print("Test 3, Return code is 99:"), returnCode[0] == 99
def test1():
returnCode = [0, None, None]
oppcode1 = oppcode[:]
pointer1 = pointer
returnCode[0] = 0
while (returnCode[0] != 99):
returnCode = callComputer(oppcode1, pointer1)
if returnCode[0] == 99:
print("Part 1 result: Oppcode[0] is 3790645:"), oppcode1[0]==3790645
else:
pointer1 = returnCode[1]
def test4():
oppcode4 = [3, 0, 4, 0, 99]
pointer = 0
returnCode = [0, 0, None]
inputCode = 123
results = []
while (returnCode[0] != 99):
returnCode = callComputer(oppcode4, pointer, inputCode)
pointer = returnCode[1]
if returnCode[2]:
results.append(returnCode[2])
print("Test 4, Output value is 123:"), results[0] == 123
def test5():
oppcode5 = oppcodeDay5[:]
pointer = 0
returnCode = [0, 0, None]
inputCode = 1
results = []
while (returnCode[0] != 99):
returnCode = callComputer(oppcode5, pointer, inputCode)
pointer = returnCode[1]
if returnCode[2]:
results.append(returnCode[2])
print("Test 5: Return code is 5821753:"), results[-1] == 5821753
def test2():
for x in range(0, 99):
for y in range(0, 99):
returnCode = [0, None, None]
pointer2 = pointer
oppcode2 = oppcode[:]
oppcode2[1] = x
oppcode2[2] = y
while (returnCode[0] != 99):
returnCode = callComputer(oppcode2, pointer2)
if (returnCode[0] != 99):
pointer2 = returnCode[1]
if oppcode2[0] == 19690720:
print("Part 2 result is 6577:"), str(oppcode2[1])+str(oppcode2[2]) == "6577"
break
def test6():
oppcode = oppcodeDay9[:]
inputCode = 1
pointer = 0
relativebase = 0
returnCode = [pointer, None, None, relativebase]
results = []
setMemory(oppcode)
while (returnCode[0] != 99):
returnCode = callComputer(oppcode, pointer, inputCode, relativebase)
pointer = returnCode[1]
if returnCode[3] or returnCode[3] == 0:
relativebase = returnCode[3]
if returnCode[2] or returnCode[2] == 0:
results.append(returnCode[2])
print("Test 6: Return code is 3533056970:"), results[0] == 3533056970
from settings import oppcodeDay5
from intcodeComputer import callComputer
oppcode = oppcodeDay5[:]
inputCode = 5
pointer = 0
returnCode = [0, None, None]
results = []
while (returnCode[0] != 99):
returnCode = callComputer(oppcode, pointer, inputCode)
pointer = returnCode[1]
if returnCode[2] or returnCode[2] == 0:
results.append(returnCode[2])
#11956381
print("Return code:", results)
from settings import oppcodeDay13
from intcodeComputer import callComputer, setMemory
oppcode = oppcodeDay13[:]
inputCode = 0
pointer = 0
relativebase = 0
returnCode = [pointer, None, None, relativebase]
results = []
outputSequence = []
setMemory(oppcode)
while (returnCode[0] != 99):
returnCode = callComputer(oppcode, pointer, inputCode, relativebase)
pointer = returnCode[1]
if returnCode[3] or returnCode[3] == 0:
relativebase = returnCode[3]
if returnCode[2] or returnCode[2] == 0:
if len(outputSequence) < 2:
outputSequence.append(returnCode[2])
else:
outputSequence.append(returnCode[2])
results.append(outputSequence)
outputSequence = []
numberOfBlockTiles = 0
for sequence in results:
inputs = [0, 1, 2, 3, 4]
phases = permutations(inputs, 5)
results = []
for phase in phases:
previousOutput = 0
for amplifier in phase:
pointer = 0
returnCode = [None, pointer, None]
oppcode = oppcodeDay7[:]
firstRun = True
while (returnCode[0] != 99):
if (firstRun):
returnCode = callComputer(oppcode, pointer, amplifier)
pointer = returnCode[1]
firstRun = False
else:
returnCode = callComputer(oppcode, pointer, previousOutput)
pointer = returnCode[1]
if (returnCode[2] or returnCode[2] == 0):
previousOutput = returnCode[2]
results.append(previousOutput)
#225056
print("Output is 225056:"), max(results) == 225056
