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# © 2019 Le Filament (<http://www.le-filament.com>)# License AGPL-3.0 or later (http://www.gnu.org/licenses/agpl.html).
from odoo import models, fields, api# import dateutil.rrule as rrule# from datetime import datefrom dateutil.relativedelta import *from dateutil.easter import *from dateutil.rrule import rrule, DAILY, MINUTELY, rrulesetfrom dateutil.parser import *# from datetime import *from datetime import datetime, timedelta
class VracoopPointRetrait(models.Model): _name = "vracoop.point.retrait" _description = "Point de retrait" _inherit = ['website.published.multi.mixin']
@api.model def default_get(self, fields): res = super(VracoopPointRetrait, self).default_get(fields) vracoop_time_ids = self.env['vracoop.time'].search([]) vracoop_retrait_time_ids = [] for vracoop_time_id in vracoop_time_ids: if vracoop_time_id.name == 'samedi' or vracoop_time_id.name == 'dimanche': active_day = False else: active_day = True vals = { 'vracoop_time_id': vracoop_time_id.id, 'name': vracoop_time_id.name, 'first_morning_heure': vracoop_time_id.first_morning_heure, 'last_morning_heure': vracoop_time_id.last_morning_heure, 'first_noon_heure': vracoop_time_id.first_noon_heure, 'last_noon_heure': vracoop_time_id.last_noon_heure, 'preparation_time': vracoop_time_id.preparation_time, 'availability_time': vracoop_time_id.availability_time, 'active_day': active_day } vracoop_retrait_time_ids.append((0, 0, vals)) res.update({'vracoop_retrait_time_ids': vracoop_retrait_time_ids}) return res
name = fields.Char("Nom du point relais") active = fields.Boolean(default=True) street = fields.Char() street2 = fields.Char() zip = fields.Char(change_default=True) city = fields.Char() state_id = fields.Many2one( "res.country.state", string='State', ondelete='restrict', domain="[('country_id', '=?', country_id)]") country_id = fields.Many2one( 'res.country', string='Country', ondelete='restrict') image = fields.Binary("Image", attachment=True,) image_medium = fields.Binary("Medium-sized image", attachment=True) image_small = fields.Binary("Small-sized image", attachment=True) vracoop_retrait_time_ids = fields.One2many( comodel_name='vracoop.retrait.time', inverse_name='vracoop_point_retrait_id', string="Configuration des horaires") nb_max_retrait = fields.Integer( "Nombre de retrait max par tranche horaire") nb_day_available = fields.Integer("Nombre de jours pour commande")
@api.multi def slot_calculate(self): self.ensure_one() LIST_WEEK_DAY = [ ('lundi', 0), ('mardi', 1), ('mercredi', 2), ('jeudi', 3), ('vendredi', 4), ('samedi', 5), ('dimanche', 6), ] for rec in self: my_datetime = datetime.today() return_slot_list = [] vals = [] exclure_days_nb = rec.vracoop_retrait_time_ids.search_count([ ('vracoop_point_retrait_id', '=', rec.id), ('active_day', '=', False)]) count_day = rec.nb_day_available + exclure_days_nb list_week = list(rrule( DAILY, count=count_day, dtstart=datetime.today())) for week in list_week: exclure_the_day = rec.vracoop_retrait_time_ids.search([ ('vracoop_point_retrait_id', '=', rec.id), ('active_day', '=', False), ('name', '=', week.strftime("%A"))]) if exclure_the_day: pass else: corresponding_line = rec.vracoop_retrait_time_ids.search([ ('vracoop_point_retrait_id', '=', rec.id), ('name', '=', week.strftime("%A"))]) for week_day in LIST_WEEK_DAY: if week_day[0] == week.strftime("%A"): byweekday = week_day[1] time_available_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.availability_time) hour = time_available_week.strftime("%H") minute = time_available_week.strftime("%M") interval = int(hour)*60 + int(minute)
if week.day == my_datetime.day: first_morning_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.first_morning_heure) last_morning_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.last_morning_heure) first_noon_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.first_noon_heure) last_noon_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.last_noon_heure) today_hour_available = my_datetime + timedelta( hours=corresponding_line.preparation_time) if (today_hour_available > first_morning_hour_week) and (today_hour_available < last_morning_hour_week): dtstart_morning = today_hour_available dtstart_noon = first_noon_hour_week elif (today_hour_available > first_noon_hour_week) and (today_hour_available < last_noon_hour_week): dtstart_morning = today_hour_available dtstart_noon = today_hour_available elif (today_hour_available > last_morning_hour_week) and (today_hour_available < first_noon_hour_week): dtstart_morning = today_hour_available dtstart_noon = first_noon_hour_week else: dtstart_morning = today_hour_available dtstart_noon = today_hour_available
list_slot_per_day_morning = list( rrule( MINUTELY, interval=interval, byweekday=byweekday, dtstart=dtstart_morning, until=last_morning_hour_week)) list_slot_per_day_noon = list( rrule( MINUTELY, interval=interval, byweekday=byweekday, dtstart=dtstart_noon, until=last_noon_hour_week)) else: first_morning_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.first_morning_heure) last_morning_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.last_morning_heure) first_noon_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.first_noon_heure) last_noon_hour_week = datetime( week.year, week.month, week.day) + timedelta( hours=corresponding_line.last_noon_heure) list_slot_per_day_morning = list( rrule( MINUTELY, interval=interval, byweekday=byweekday, dtstart=first_morning_hour_week, until=last_morning_hour_week)) list_slot_per_day_noon = list( rrule( MINUTELY, interval=interval, byweekday=byweekday, dtstart=first_noon_hour_week, until=last_noon_hour_week)) slots = [] nb_sale_slot = 0 for slot_per_day_morning in list_slot_per_day_morning: first_slot = slot_per_day_morning.strftime("%H:%M") slot_per_day_morning = slot_per_day_morning + timedelta( hours=corresponding_line.availability_time) last_slot = slot_per_day_morning.strftime("%H:%M") first_slot_hour = first_slot.split(":") first_slot_float = float( '%s.%s' % (first_slot_hour[0], first_slot_hour[1])) nb_sale_slot = self.env['sale.order'].search_count( [('vracoop_point_retrait_id', '=', rec.id), ('day_retrait', '=', week.date()), ('hour_retrait', '=', first_slot_float)]) if nb_sale_slot < rec.nb_max_retrait: slots.append((first_slot, last_slot))
nb_sale_slot = 0 for slot_per_day_noon in list_slot_per_day_noon: first_slot = slot_per_day_noon.strftime("%H:%M") slot_per_day_noon = slot_per_day_noon + timedelta( hours=corresponding_line.availability_time) last_slot = slot_per_day_noon.strftime("%H:%M") nb_sale_slot = self.env['sale.order'].search_count( [('vracoop_point_retrait_id', '=', rec.id), ('day_retrait', '=', week.date()), ('hour_retrait', '=', first_slot_float)]) if nb_sale_slot < rec.nb_max_retrait: slots.append((first_slot, last_slot)) return_slot_list = slots if return_slot_list: vals.append( (week.strftime("%a"), week, week.strftime("%b"), return_slot_list)) return vals
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