def getEricData():
data = readFromJson(path)
firstDay = data["first working day"]
firstHour = data["first hour"]
lastHour = data["last hour"]
measuringDuration = data["duration of one measuring"]
interval = data["interval between measurements"]
return firstDay,firstHour,lastHour,measuringDuration,interval
def doSchedule(firstDay,minutesPerDay,measuringDuration,interval):
print("we are preparing your schedule' please wait")
cycle = math.ceil(interval/measuringDuration) + 1
currentPerson = 1
status = readFromJson("status.json")
currentDay = firstDay
currentMinute = 0
currentWeek = 1
queue = []
for i in range(1,peopleCount+1):
if status[str(i)] == 0:
currentPerson += 1
else:
break
for i in range(currentPerson,currentPerson+cycle):
if str(i) not in status:
break
queue.append(status[str(i)])
queueCounter = 0
flag = 1
while len(queue) != 0:
if currentDay == 6:
currentDay = 1
currentWeek += 1
scheduleThisDay = []
currentMinute = 0
# checking if there is enough time for more measuring this day
while currentMinute <= minutesPerDay - measuringDuration:
if peopleCount - currentPerson == cycle and flag:
for i in range(currentPerson+cycle,peopleCount):
queue.append(status[str(i)])
flag = 0
if len(queue) == 0:
break
if queueCounter == len(queue):
queueCounter = 0
queue[queueCounter] -= 1
scheduleThisDay.append(currentPerson + queueCounter)
currentMinute += measuringDuration
if queue[queueCounter] == 0:
if flag:
del status[str(currentPerson)]
if str(currentPerson + cycle) in status:
queue.append(status[str(currentPerson + cycle)])
queue.pop(0)
currentPerson += 1
else:
queueCounter += 1
solution[str(daysAtWeek[currentDay-1]) + str(currentWeek)] = scheduleThisDay
currentDay += 1
def setFirstWorkingDay(input):
data = readFromJson()
data["first working day"] = str(input)
writeToJson(data)
def updateStatus(personNumber, status):
data = readFromJson("status.json")
data[personNumber] = int(status)
writeToJson("status.json", data)
def setInterval(input):
data = readFromJson(path)
data["interval between measurements"] = str(input)
writeToJson(path, data)
def setMeasuringDuration(input):
data = readFromJson(path)
data["duration of one measuring"] = str(input)
writeToJson(path, data)
def setLastHour(input1, input2):
data = readFromJson(path)
data["last hour"] = str(input1) + ":" + str(input2)
writeToJson(path, data)