def update_order_status_from_magento(self, order_data=None):
"""Update order status from magento.
:TODO: this only handles complete orders of magento. Should handle
other states too?
"""
Shipment = Pool().get('stock.shipment.out')
if order_data is None:
# XXX: Magento order_data is already there, so need not to
# fetch again
with magento.Order(
self.channel.magento_url, self.channel.magento_api_user,
self.channel.magento_api_key
) as order_api:
order_data = order_api.info(self.reference)
if order_data['status'] == 'complete':
# Order is completed on magento, process shipments and
# invoices.
for shipment in self.shipments:
if shipment.state == 'draft':
Shipment.wait([shipment])
if shipment.state == 'waiting':
Shipment.assign([shipment])
if shipment.state == 'assigned':
Shipment.pack([shipment])
if shipment.state == 'packed':
Shipment.done([shipment])
def update_order_status_from_magento(self):
"""Update order status from magento.
:TODO: this only handles complete orders of magento. Should handle
other states too?
"""
Shipment = Pool().get('stock.shipment.out')
with magento.Order(self.channel.magento_url,
self.channel.magento_api_user,
self.channel.magento_api_key) as order_api:
order_data = order_api.info(self.reference)
if order_data['status'] == 'complete':
# Order is completed on magento, process shipments and
# invoices.
for shipment in self.shipments:
if shipment.state == 'draft':
Shipment.wait([shipment])
if shipment.state == 'waiting':
Shipment.assign([shipment])
if shipment.state == 'assigned':
Shipment.pack([shipment])
if shipment.state == 'packed':
Shipment.done([shipment])
def process(cls, sales):
super(Sale, cls).process(sales)
Invoice = Pool().get('account.invoice')
Shipment = Pool().get('stock.shipment.out')
invoices = []
for sale in sales:
if sale.invoice_method != 'order' or \
sale.shipment_method != 'order':
continue
if sale.state != 'processing':
continue
if sale.shipments:
if len(sale.shipments) > 1:
continue
for ship in sale.shipments:
if ship.__class__.__name__ != 'stock.shipment.out':
continue
if ship.state != 'waiting':
continue
Shipment.assign([ship,])
Shipment.assign([ship,])
Shipment.pack([ship,])
Shipment.done([ship,])
for inv in sale.invoices:
if inv.state == 'draft':
inv.invoice_date = sale.sale_date
inv.save()
invoices.append(inv)
if invoices:
Invoice.post(invoices)
def update_order_status_from_amazon_mws(self, order_data=None):
"""Update order status from amazon mws
:TODO: this only handles shipped orders of amazon mws. Should handle
other states too?
"""
Shipment = Pool().get('stock.shipment.out')
if order_data is None:
order_api = self.channel.get_amazon_order_api()
order_data = order_api.get_order(
[self.channel_identifier]
).parsed['Orders']['Order']
if order_data['OrderStatus']['value'] == "Canceled":
# TODO
# If not done
# - cancel shipment
# - cancel invoice or credit invoice
pass
if order_data['OrderStatus']['value'] == "Shipped":
# Order is completed on amazon, process shipments and
# invoices.
for shipment in self.shipments:
if shipment.state == 'draft':
Shipment.wait([shipment])
if shipment.state == 'waiting':
Shipment.assign([shipment])
if shipment.state == 'assigned':
Shipment.pack([shipment])
if shipment.state == 'packed':
Shipment.done([shipment])
def process_fba_order(self):
"""
Process FBA Orders as they are imported as past orders
and handle their shipments.
"""
Sale = Pool().get('sale.sale')
Shipment = Pool().get('stock.shipment.out')
Sale.quote([self])
Sale.confirm([self])
Sale.process([self])
for shipment in self.shipments:
if shipment.state == 'draft':
Shipment.wait([shipment])
if shipment.state == 'waiting':
Shipment.assign([shipment])
if shipment.state == 'assigned':
Shipment.pack([shipment])
if shipment.state == 'packed':
Shipment.done([shipment])
def do_print_(self, action):
data = {}
for state_name, state in self.states.iteritems():
if isinstance(state, StateView):
data[state_name] = getattr(self, state_name)._default_values
Move = data['start']['moves']
for each in Move:
if each['message_confirm'] == True:
if each['starts'] == '00':
move_apply = each['move_apply']
for i in move_apply:
Moves = Pool().get('stock.move')
move_id = i['move_id']
move_line = Moves.search([('id', '=', move_id)])
if move_line:
dict = {}
dict['quantity'] = i['proposal']
if i['outgoing_audit'] == '00' and float(
i['stock_level']) < float(i['proposal']):
return self.raise_user_error(u'药品请领单数量大于当前库存数')
if i['outgoing_audit']:
dict['outgoing_audit'] = i['outgoing_audit']
else:
dict['outgoing_audit'] = '00'
Moves.write(move_line, dict)
else:
self.raise_user_error(u'该请领单已经修改,请重新进行处理')
if each['starts'] == '01': # 中心请退
move_return = each['move_return']
for i in move_return:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
dict = {}
dict['quantity'] = i['return_quantity']
Moves.write(ddd, dict)
if each['starts'] == '02' or '03': # 冻结/非限制
move_frozen = each['move_frozen']
for i in move_frozen:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
dict = {}
dict['quantity'] = i['proposal']
Moves.write(ddd, dict)
if each['starts'] == '04': # 内部移动
move_straight = each['move_straight']
internal = Pool().get('stock.shipment.internal')
Date = Pool().get('ir.date')
today = Date.today()
lv = {}
lv['starts'] = data['start']['starts']
lv['company'] = 1
lv['to_location'] = data['start']['moves'][0][
'to_location'] # 中转库存地transfers
lv['from_location'] = data['start']['moves'][0][
'from_location']
lv['place_of_service'] = data['start']['moves'][0][
'place_of_service']
lv['state'] = u'draft'
lv['planned_date'] = today
lv['number'] = data['start']['moves'][0]['move_number']
list_dict = []
for i in move_straight:
if i['storage'] == True:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
dict = {}
dict['quantity'] = i['proposal']
Moves.write(ddd, dict)
else:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
Moves.delete(ddd)
dict = {}
dict['origin'] = None # each['origin']
product_name = i['product']
product = Pool().get('product.product')
product_id = product.search([('name', '=',
product_name)])
ProductId = product_id[0].id
dict['product'] = ProductId
dict['from_location'] = data['start']['moves'][0][
'from_location']
dict['to_location'] = data['start']['moves'][0][
'to_location']
dict['lot'] = i['lot']
dict['starts'] = data['start']['starts']
dict['uom'] = i['uom']
dict['real_number'] = i['proposal'] # 产品的请领数量
dict['quantity'] = i['proposal']
list_dict.append(dict)
lv['moves'] = [['create', list_dict]]
if 'moves' in lv.keys():
internal.create([lv])
if each['starts'] == '05': # 二级请退
move_return_two = each['move_return_two']
for i in move_return_two:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
dict = {}
dict['quantity'] = i['return_quantity']
Moves.write(ddd, dict)
if each['starts'] == '06': # 二级药库请领
move_look_two = each['move_look_two']
internal = Pool().get('stock.shipment.internal')
Date = Pool().get('ir.date')
today = Date.today()
lv = {}
lv['starts'] = data['start']['starts']
lv['company'] = 1
lv['to_location'] = data['start']['moves'][0][
'to_location'] # 中转库存地transfers
lv['from_location'] = data['start']['moves'][0][
'from_location']
lv['place_of_service'] = data['start']['moves'][0][
'place_of_service']
lv['state'] = u'draft'
lv['planned_date'] = today
lv['number'] = data['start']['moves'][0]['move_number']
if data['start']['starts'] == '06':
lv['straights'] = True
else:
pass
lv['drug_starts'] = data['start']['drug_starts']
list_dict = []
for i in move_look_two:
if i['storage'] == True:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
dict = {}
dict['quantity'] = i['proposal']
Moves.write(ddd, dict)
else:
Moves = Pool().get('stock.move')
move_id = i['move_id']
ddd = Moves.search([('id', '=', move_id)])
Moves.delete(ddd)
dict = {}
dict['origin'] = None # each['origin']
product_name = i['product']
product = Pool().get('product.product')
product_id = product.search([('name', '=',
product_name)])
ProductId = product_id[0].id
dict['product'] = ProductId
dict['from_location'] = data['start']['moves'][0][
'from_location']
dict['to_location'] = data['start']['moves'][0][
'to_location']
dict['invoice_lines'] = () # each['invoice_lines']
dict['company'] = 1 # each['company']
dict['is_direct_sending'] = i[
'is_direct_sending'] # 是否直送
dict['lot'] = i['lot']
dict['starts'] = data['start']['starts']
dict['uom'] = i['company']
dict['real_number'] = i['proposal'] # 产品的请领数量
dict['quantity'] = i['proposal']
dict['a_charge'] = i['a_charge']
list_dict.append(dict)
lv['moves'] = [['create', list_dict]]
if 'moves' in lv.keys():
internal.create([lv])
for move in data['start']['moves']:
if move['message_confirm'] == True:
move_number = move['move_number']
shipment_id = move['shipment_id']
internal = Pool().get('stock.shipment.internal')
Internal = internal.search([
('number', '=', move_number),
('id', '=', shipment_id),
])
internal.wait(Internal)
internal.assign(Internal)
internal.done(Internal)
else:
pass
def do_create_(self, action):
Product = Pool().get('product.product')
ProductQuantity = Pool().get('product_quantity')
Purchase = Pool().get('purchase.purchase')
Company = Pool().get('company.company')
Date = Pool().get('ir.date')
Move = Pool().get('stock.move')
Lot = Pool().get('stock.lot')
today = str(Date.today())
Config = Pool().get('purchase.configuration')
config = Config(1)
company = Company.search([('id', '=', Transaction().context['company'])
])
currency = company[0].currency
Invoice = Pool().get('account.invoice')
ShipmentIn = Pool().get('stock.shipment.in')
PurchaseBills = Pool().get('purchase_bills')
ShipmentInReturn = Pool().get('stock.shipment.in.return')
data = {}
for state_name, state in self.states.iteritems():
if isinstance(state, StateView):
data[state_name] = getattr(self, state_name)._default_values
message = ''
for each in data['start']['stock_return_lines']:
if each['ensure'] == True and data['start'][
'order_category'] == 'return':
shipmentinreturn = ShipmentInReturn.search([
('id', '=', each['return_id']), ('state', '!=', 'done')
])
if not shipmentinreturn:
message = u'该单号已被处理,请退出后重新查询。'
continue
whether_move = Move.assign_try(
[Move(shipmentinreturn[0].moves[0].id)],
grouping=('product', 'lot'))
if not whether_move:
message += shipmentinreturn[0].moves[
0].product.code + shipmentinreturn[0].moves[
0].product.name + u'-批次:' + Lot(
shipmentinreturn[0].moves[0].lot
).number + u'实际数量有变,请删除该行项目后重新输入\n'
continue
ShipmentInReturn.assign(shipmentinreturn)
ShipmentInReturn.done(shipmentinreturn)
if each['ensure'] == True and data['start'][
'order_category'] == 'purchase':
purchase_bills = PurchaseBills.search([('id', '=',
each['purchase_id'])])
purchase = Purchase.search([
('number', '=', purchase_bills[0].order_code)
]) # ,('state', '!=', 'processing')
if not purchase:
message = u'该单号已被处理,请退出后重新查询。'
continue
PurchaseBills.write(purchase_bills, {'state': 'done'})
Purchase.quote(purchase)
Purchase.confirm(purchase)
Purchase.process(purchase)
moves = Move.search([
('product', '=', purchase_bills[0].product.id),
('purchase', '=', purchase_bills[0].order_code),
('state', '=', 'draft')
])
Move.write(
moves, {
'outgoing_audit': '02',
'lot': purchase_bills[0].lot.id,
'quantity': purchase_bills[0].shipment_quantity,
'move_type': '101'
})
lv = {}
if moves != []:
lv['incoming_moves'] = [['add', [moves[0].id]]]
lv['reference'] = ''
lv['planned_date'] = today
lv['return_shipment'] = purchase_bills[0].return_shipment
lv['company'] = Transaction().context.get('company')
lv['effective_date'] = None
lv['cause'] = '00'
lv['warehouse'] = config.warehouse.id
lv['supplier'] = purchase_bills[0].party.id
lv['inventory_moves'] = []
shipments = ShipmentIn.create([lv])
shipment = ShipmentIn.search([('id', '=', shipments[0].id)])
ShipmentIn.receive(shipment)
ShipmentIn.done(shipment)
invoices = Invoice.search([
('state', '=', 'draft'),
('id', 'in', [
ids.id
for ids in [i
for i in [k.invoices for k in purchase]][0]
])
])
Invoice.write(
invoices, {
'invoice_date': purchase_bills[0].purchase_create_time,
'reference': purchase_bills[0].invoice_code,
'description':
purchase_bills[0].return_shipment.number,
'amount': purchase_bills[0].amount_of_real_pay
})
Invoice.validate_invoice(invoices)
Invoice.validate_invoice(invoices)
product_quantities = ProductQuantity.search(
[('product', '=', purchase_bills[0].product.id)],
order=[["sequence", "ASC"]])
move = {
u'comment': u'',
u'outgoing_audit': u'00',
u'product': purchase_bills[0].product.id,
u'from_location': config.warehouse.storage_location.id,
u'invoice_lines': [],
u'starts': u'05',
u'move_type': '000',
u'company': Transaction().context.get('company'),
u'unit_price': purchase_bills[0].product.cost_price,
u'currency': currency.id,
u'reason': '00',
u'lot': purchase_bills[0].lot.id,
u'planned_date': today,
u'uom': purchase_bills[0].product.default_uom.id,
u'origin': None, # u'sale.line,-1',
}
move_quantity = purchase_bills[0].shipment_quantity
for product_quantity in product_quantities:
with Transaction().set_context(
stock_date_end=Date.today()): # 查看具体库下面的批次对应的数量
warehouse_quant = Product.products_by_location(
[product_quantity.location.id],
[purchase_bills[0].product.id],
with_childs=True)
move['to_location'] = product_quantity.location.id
warehouse_quantity = warehouse_quant[(
product_quantity.location.id,
purchase_bills[0].product.id)]
if product_quantity.quantity - warehouse_quantity >= move_quantity:
move['quantity'] = move_quantity
if move['quantity'] < 0:
self.raise_user_error(u'当前库存已超过最大库存！')
moves = Move.create([move])
Move.do(moves)
break
else:
move[
'quantity'] = product_quantity.quantity - warehouse_quantity
if move['quantity'] < 0:
self.raise_user_error(u'当前库存已超过最大库存！')
move_quantity = move_quantity + warehouse_quantity - product_quantity.quantity
moves = Move.create([move])
Move.do(moves)
if message:
self.raise_user_error(message)
return action, {}
def do_create_(self, action):
Date = Pool().get('ir.date')
today = Date.today()
UserId = Pool().get('hrp_internal_delivery.test_straight')
to_location_id = UserId.get_user_id()
Config = Pool().get('purchase.configuration')
config = Config(1) # 库存地配置
internal = Pool().get('stock.shipment.internal')
new_return = Pool().get('hrp_new_product.new_return')
Product = Pool().get('product.product')
data = {}
for state_name, state in self.states.iteritems():
if isinstance(state, StateView):
data[state_name] = getattr(self, state_name)._default_values
lv = {}
Move = data['start']['moves']
MOVE = Pool().get('hrp_new_product.new_return')
UserId = Pool().get('hrp_internal_delivery.test_straight')
from_location_id = UserId.get_user_id()
list_now = []
scrap = [
('examine', '=', '02'),
('from_location', '=', from_location_id),
]
if data['start']['drug_type'] == '06':
pass
else:
scrap.append(('drug_type', '=', data['start']['drug_type']))
mmm = MOVE.search(scrap)
for i in mmm:
dict = {}
dict['product'] = i.product.id
dict['return_quantity'] = i.can_return_quantity
list_now.append(dict)
now_data = sorted(list_now,
key=lambda x: (x['product'], x['return_quantity']),
reverse=False)
UserId = Pool().get('hrp_internal_delivery.test_straight')
list_compare = []
for each in Move:
dict = {}
dict['product'] = each['product']
dict['return_quantity'] = each['return_quantity']
list_compare.append(dict)
# list_compare = UserId.get_default_moves_now()
before_data = sorted(list_compare,
key=lambda x:
(x['product'], x['return_quantity']),
reverse=False)
product_id = []
for each in before_data:
product_id.append(each['product'])
a = {}
for p_id in product_id:
if product_id.count(p_id) > 1:
a[p_id] = product_id.count(p_id)
key_value = a.keys()
productid = []
now_list = []
for each_ in before_data:
if each_['product'] in key_value:
dict = {}
dict[each_['product']] = each_['return_quantity']
productid.append(dict)
now_list.append(each_)
expected = [l for l in before_data if l not in now_list]
for pro in key_value:
number = 0
dict_ = {}
for i in productid:
try:
number += i[pro]
except:
pass
dict_['product'] = pro
dict_['return_quantity'] = number
expected.append(dict_)
expected_data = sorted(expected,
key=lambda x:
(x['product'], x['return_quantity']),
reverse=False)
if expected_data == now_data:
list = []
for each in Move:
get_apply_number = UserId.get_apply_number(to_location_id)
lv['number'] = get_apply_number
lv['starts'] = '01'
lv['to_location'] = config.transfers.id # 中转库存地
lv['from_location'] = each['to_location']
lv['company'] = 1 # data['start']['company']
lv['state'] = data['start']['state']
lv['place_of_service'] = config.return_of.id # 到达库存地(中心药库冻结区)
lv['drug_starts'] = data['start']['drug_type']
dict = {}
if each['reason'] == '00':
pass
else:
dict['origin'] = None
dict['starts'] = data['start']['actives']
dict['product'] = each['product']
dict['planned_date'] = data['start']['planned_date']
dict['from_location'] = each['to_location']
dict['to_location'] = config.transfers.id # 中转库存地
dict['is_direct_sending'] = each['is_direct_sending']
dict['company'] = 1
dict['reason'] = each['reason']
dict['comment'] = each['comment']
dict['invoice_lines'] = ()
dict['unit_price'] = None # each['unit_price']
dict['lot'] = each['lot']
dict['uom'] = each['uom']
dict['quantity'] = each['return_quantity']
dict['real_number'] = each['return_quantity']
with Transaction().set_context(
stock_date_end=today,
stock_assign=True): # 查看具体库下面的批次对应的数量
warehouse_quant = Product.products_by_location(
[each['to_location']], [each['product']],
[each['lot']],
grouping=('product', 'lot'))
for key, value in warehouse_quant.items():
if value > each['return_quantity']:
pass
else:
return self.raise_user_error(
u'%s,数量不满足,请联系采购确认可退数量',
each['product_name'])
cost_prices = Product.search([('id', '=', each['product'])
])[0].cost_price
list_prices = Product.search([('id', '=', each['product'])
])[0].list_price
list_ = decimal.Decimal(
str(
float(list_prices * decimal.Decimal(
str(each['return_quantity']))))) # 批发总价
cost_ = decimal.Decimal(
str(
float(cost_prices * decimal.Decimal(
str(each['return_quantity']))))) # 零售总价
list_price = decimal.Decimal(-list_).quantize(
decimal.Decimal('0.00'))
cost_price = decimal.Decimal(-cost_).quantize(
decimal.Decimal('0.00'))
dict['list_price'] = list_price
dict['cost_price'] = cost_price
list.append(dict)
lv['moves'] = [['create', list]]
NewReturn = new_return.search([
('product', '=', each['product']),
('from_location', '=', each['from_location']),
])
if NewReturn:
write_dict = {}
write_dict['examine'] = '01'
write_dict['can_return_quantity'] = None
new_return.write(NewReturn, write_dict)
else:
return self.raise_user_error(u'数据有所更新，请您退出该界面重新进行操作')
internal.create([lv])
Internal = internal.search([
('from_location', '=', data['start']['moves'][0]['to_location'])
])
internal.wait(Internal)
internal.assign(Internal)
internal.done(Internal)
return action, {}
def do_create_(self, action):
Config = Pool().get('purchase.configuration')
config = Config(1) # 库存地配置
ShipmentInternal = Pool().get('stock.shipment.internal')
internal = Pool().get('stock.shipment.internal')
MoveNumber = Pool().get('stock.move')
new_return = Pool().get('hrp_new_product.new_return')
Product = Pool().get('product.product')
UOM = Pool().get('product.uom')
data = {}
for state_name, state in self.states.iteritems():
if isinstance(state, StateView):
data[state_name] = getattr(self, state_name)._default_values
lv = {}
lv['company'] = 1
lv['starts'] = data['start']['type']
lv['to_location'] = data['start']['to_location']
lv['from_location'] = data['start']['from_location']
lv['state'] = u'draft'
if data['start']['type'] == '02':
states = '02'
else:
states = '03'
Move = data['start']['moves']
list = []
for each in Move:
if each['is_collar'] == True:
dict = {}
dict['origin'] = None # each['origin']
dict['to_location'] = data['start']['to_location']
dict['product'] = each['product']
dict['from_location'] = data['start']['from_location']
dict['invoice_lines'] = () # each['invoice_lines']
dict['company'] = 1 # each['company']
dict['unit_price'] = None # each['unit_price']产品的价格
dict['lot'] = each['lot'] # 产品批次
dict['uom'] = each['uom'] # 产品单位
dict['starts'] = states
dict['real_number'] = each['proposal'] # 产品的请领数量
dict['quantity'] = each['proposal']
ProductUom = Product.search([('id', '=', each['product'])])
uom = ProductUom[0].template.default_uom
cost_p = Product.search([('id', '=', each['product'])
])[0].cost_price
list_p = Product.search([('id', '=', each['product'])
])[0].list_price
eachuom = UOM.search([('id', '=', each['uom'])])[0]
cost_prices = Uom.compute_price(uom, cost_p, eachuom)
list_prices = Uom.compute_price(uom, list_p, eachuom)
done_list = decimal.Decimal(
str(
float(list_prices *
decimal.Decimal(str(each['proposal']))))) # 批发总价
list_price = decimal.Decimal(done_list).quantize(
decimal.Decimal('0.00'))
done_cost = decimal.Decimal(
str(
float(cost_prices *
decimal.Decimal(str(each['proposal']))))) # 零售总价
cost_price = decimal.Decimal(done_cost).quantize(
decimal.Decimal('0.00'))
dict['list_price'] = list_price
dict['cost_price'] = cost_price
list.append(dict)
lv['moves'] = [['create', list]]
lv['planned_date'] = data['start']['planned_date']
hrp_new_return = new_return.search([
('product', '=', each['product']),
('to_location', '=', data['start']['to_location']),
('from_location', '=', data['start']['from_location']),
])
if hrp_new_return:
return_dicts = {}
number = hrp_new_return[0].return_quantity
if number == None:
number = 0
Numbe = number + each['proposal']
return_dicts['return_quantity'] = Numbe
new_return.write(hrp_new_return, return_dicts)
else:
if data['start']['type'] == '03':
pass
else:
return_dict = {}
return_dict['return_quantity'] = each[
'proposal'] # 产品的冻结/非限制数量
return_dict['to_location'] = data['start'][
'to_location']
return_dict['code'] = each['code']
return_dict['product'] = each['product']
return_dict['drug_specifications'] = each[
'drug_specifications']
return_dict['from_location'] = data['start'][
'from_location']
if data['start'][
'from_location'] == config.warehouse.storage_location.id:
return_dict['examine'] = '00'
else:
return_dict['examine'] = '01'
return_dict['drug_type'] = each['drug_type']
return_dict['retrieve_the_code'] = each[
'retrieve_the_code']
return_dict['lot'] = each['lot'] # 产品批次
# return_dict['list_price'] = done_list
# return_dict['cost_price'] = done_cost
ProductUom = Product.search([('id', '=',
each['product'])])
uom = ProductUom[0].template.default_uom.id
return_dict['uom'] = uom
new_return.create([return_dict]) # 创建到退药的表
internal.create([lv])
Internal = internal.search([
('to_location', '=', data['start']['to_location']),
('from_location', '=', data['start']['from_location']),
('planned_date', '=', data['start']['planned_date']),
('starts', '=', data['start']['type']),
])
moves1 = Internal[0].moves
move_id = []
for i in moves1:
move_id.append(i.id)
move_ = MoveNumber.search([('id', 'in', move_id)])
move_number = MoveNumber.assign_try(move_, grouping=('product', 'lot'))
ShipmentInternal.wait(Internal)
ShipmentInternal.assign(Internal)
ShipmentInternal.done(Internal)
if move_number == True:
ShipmentInternal.wait(Internal)
ShipmentInternal.assign(Internal)
ShipmentInternal.done(Internal)
else:
product_name = move_[0].product.name
product_lot = move_[0].lot.number
return self.raise_user_error(product_name + u',批次:' + product_lot +
u'实际数量有变 请删除该行项目后 重新输入')
return action, {}