def FPmem():
while True:
try:
print("How many partition does the machine have: [1-5] [C/c to cancel]")
partitionCount = input("> ")
partSizes = []
if partitionCount.lower() == "c":
return
partitionCount = int(partitionCount)
if partitionCount < 1 or partitionCount > 5:
raise ValueError
partSizesChoices = ["1","2","3","4","5","6","7","8","9","10"]
for i in range(partitionCount):
partSize = "0"
while partSize not in partSizesChoices:
partSize = input(f"Enter partition {i} size: [1-10] ")
if partSize in partSizesChoices:
partSizes.append(int(partSize))
break
else:
print("ERROR: Please input a valid size")
input("press ENTER to continue")
Machine = Memory.FP(partSizes)
break
except ValueError:
print("ERROR: Please input a valid choice")
while True:
print()
Machine.printMemory(freeSymbol,takenSymbol)
Machine.printJobs()
print("\n[1] Add job")
print("[2] Deallocate job")
print("[3] EXIT")
option = "0"
optionChoices = ["1","2","3"]
while option not in optionChoices:
print("Choose an option")
option = input("> ")
if option not in optionChoices:
print("ERROR: Please pick a valid option")
if option == "1": ##########################################
addJob(Machine, "FP")
elif option == "2": ###############################################
jobAmount = 0
for obj in Machine.objects:
jobAmount += len(obj.objects)
if jobAmount == 0:
print("ERROR: No jobs to deallocate")
input("press ENTER to continue")
else:
deleteJob(Machine, "FP")
elif option == "3":
return
