def remember(self, densities, reward):
state = self.local_state
action = self.action
self.assign_local_state(densities)
new_state = self.local_state
times = {'old': Globals().time - 1, 'new': Globals().time}
memory = Memory(state=state, action=action, new_state=new_state, reward=reward, times=times)
self.memories.append(memory)
def createMemory():
#Memory size input
resultValue = self.view.insertMemSizeMessage()
#Verify if value is not none
if resultValue is 0 or resultValue is None:
self.view.programFinishMessage()
exit()
#Verify if value is less than 0
elif resultValue < 0:
self.view.incorrectValueMessage()
self.view.tryAgainMessage()
createMemory()
else:
try:
Memory.createMemories(self, resultValue)
return True
except Exception as error:
self.view.failedToCreateMemoryMessage()
print(error)
self.view.programFinishMessage()
exit()
def createProcess():
allMemoriesList = Memory.memory_List
self.view.insertProcessChosen()
#Returning 'name' and 'size'
processInfo = self.view.createProcessMessage()
#Check if dict is not null
if processInfo != None:
processName = processInfo['name']
processSize = processInfo['size']
counter = 0
for each in allMemoriesList:
if processSize <= each.memory_MaxForProcess:
counter += 1
if counter > 0:
newProcess = Process(processName, processSize)
for each in allMemoriesList:
if processSize > each.memory_MaxForProcess:
#print(each) Criar view depois
self.view.notAvailableMemoryMessage(
each.memoryName())
else:
if each.memory_Id == 0:
#FirstFit
content = Memory.firstFit(
each, newProcess.process_Size,
newProcess.process_PID)
newProcess.process_Memories[
'First Fit'] = content['position']
self.view.showFitPosition(
content['fit'], content['position'])
elif each.memory_Id == 1:
#BestFit
content = Memory.bestFit(
each, newProcess.process_Size,
newProcess.process_PID)
newProcess.process_Memories[
'Best Fit'] = content['position']
self.view.showFitPosition(
content['fit'], content['position'])
elif each.memory_Id == 2:
#WorstFit
content = Memory.worstFit(
each, newProcess.process_Size,
newProcess.process_PID)
newProcess.process_Memories[
'Worst Fit'] = content['position']
self.view.showFitPosition(
content['fit'], content['position'])
else:
#CircularFit
content = Memory.circularFit(
each, newProcess.process_Size,
newProcess.process_PID)
newProcess.process_Memories[
'Circular Fit'] = content['position']
self.view.showFitPosition(
content['fit'], content['position'])
else:
self.view.processNotCreatedMessage()
self.view.clickToContinueMessage()
return
else:
self.view.clickToContinueMessage()
return
self.view.successfullyCreatedProcessMessage(
newProcess.process_Name, newProcess.process_PID)
self.view.clickToContinueMessage()