class Module():
def __init__(self, order_module, number):
self.module_id = str(order_module.order_id) + '-' + str(number)
self.order_module = order_module
self.calendar = Calendar()
self.last_step_completed = ''
self.steps_left = copy.deepcopy(self.order_module.module_type.steps)
self.pointer = (datetime.datetime.now().date(), 0) #(date, intervalle)
self.state = 'ready for the next step'
self.create_calendar()
self.Place_in_calendar()
def create_calendar(self):
for n in range(100):
new_date = datetime.datetime.today() + datetime.timedelta(days=n)
day = new_date.day
month = new_date.month
year = new_date.year
self.calendar.add_days_module(day, month, year)
def Place_in_calendar(self):
#FINDING A SLOT FOR THE MODULE
while len(self.steps_left) > 0:
step = self.steps_left.pop(0) #Next manufacturing step
step_nb_inter = step.step_type.duration_intervalle #Duration (in time slots)
step_skill = a.step_type.employee_skill #Skills required
step_equipment = a.step_type.equipment_type #Equipment required
# print(step_nb_inter, step_skill, step_equipment)
module_slot_found = False #True when the manufacturing step is placed in employee and machine calendar
while not module_slot_found:
#EMPLOYEE SLOT
employee_sel = self.place_in_calendar_employee(step, step_nb_inter, step_skill)
self.pointer = employee_sel[1]
#EQUIPMENT SLOT
equipment_sel = self.place_in_calendar_equipment(step, step_nb_inter, step_equipment)
if pointer_employee[1] == pointer_equipment[1]
or pointer_employee[2] == pointer_equipment[2]:
module_slot_found == True
self.modify_module_calendar(step, step_nb_inter)
self.modify_employee_calendar(step, step_nb_inter, employee_sel[1])
self.modify_equipment_calendar(step, step_nb_inter, equipment_sel[1])
self.pointer[1] += step_nb_inter
