class StockHistoryDetailModel(BasicModel):
class Meta:
label_name = {
'is_enable': u'啟用',
'title': u'完整規格名稱',
}
history = Fields.KeyProperty(verbose_name=u'歷史記錄', kind=StockHistoryModel)
product_name = Fields.StringProperty(verbose_name=u'產品名稱')
product_image = Fields.StringProperty(verbose_name=u'產品圖片')
sku_object = Fields.KeyProperty(verbose_name=u'SKU 對象')
spec_full_name = Fields.SearchingHelperProperty(verbose_name=u'完整規格名稱', target='sku_object', target_field_name='spec_full_name')
sku_full_name = Fields.SearchingHelperProperty(verbose_name=u'sku 編號', target='sku_object', target_field_name='sku_full_name')
operation_type = Fields.StringProperty(verbose_name=u'操作類型') # 出庫、入庫、轉倉
warehouse = Fields.StringProperty(verbose_name=u'倉庫')
warehouse_target = Fields.StringProperty(verbose_name=u'目標倉庫')
quantity = Fields.IntegerProperty(verbose_name=u'數量')
@classmethod
def all_with_history(cls, history):
return cls.query(cls.history == history.key).order(-cls.sort)
@property
def sku_instance(self):
if not hasattr(self, '_sku'):
self._sku = self.sku_object.get()
return self._sku
class StockKeepingUnitModel(BasicModel):
class Meta:
label_name = {
'is_enable': u'啟用',
'title': u'完整規格名稱',
'sku_full_name': u'sku 完整編號'
}
name = Fields.StringProperty(verbose_name=u'識別名稱')
product_no = Fields.StringProperty(verbose_name=u'產品編號')
sku_no = Fields.StringProperty(verbose_name=u'sku 編號')
spec_full_name = Fields.StringProperty(verbose_name=u'完整規格名稱')
image = Fields.ImageProperty(verbose_name=u'圖片')
use_price = Fields.BooleanProperty(verbose_name=u'使用獨立銷售價格', default=False)
price = Fields.FloatProperty(verbose_name=u'獨立銷售價格', default=-1)
use_cost = Fields.BooleanProperty(verbose_name=u'使用成本', default=False)
cost = Fields.FloatProperty(verbose_name=u'成本', default=0.0)
quantity = Fields.IntegerProperty(verbose_name=u'現存數量', default=0)
estimate = Fields.IntegerProperty(verbose_name=u'預估數量', default=0)
in_order_quantity = Fields.IntegerProperty(verbose_name=u'在訂單中的數量',
default=0)
pre_order_quantity = Fields.IntegerProperty(verbose_name=u'在預購中的數量',
default=0)
low_stock_quantity = Fields.IntegerProperty(verbose_name=u'庫存警戒線',
default=-1)
last_in_quantity = Fields.IntegerProperty(verbose_name=u'最後入庫數量',
default=0)
last_in_datetime = Fields.DateTimeProperty(verbose_name=u'最後入庫時間',
auto_now_add=True)
last_out_quantity = Fields.IntegerProperty(verbose_name=u'最後出庫數量',
default=0)
last_out_datetime = Fields.DateTimeProperty(verbose_name=u'最後入庫時間',
auto_now_add=True)
is_enable = Fields.BooleanProperty(verbose_name=u'顯示於前台', default=True)
can_be_purchased = Fields.BooleanProperty(verbose_name=u'可購買',
default=True)
use_automatic_increment = Fields.BooleanProperty(verbose_name=u'自動增量',
default=False)
automatic_increment_quantity = Fields.IntegerProperty(
verbose_name=u'增量的數量', default=0)
product = Fields.SearchingHelperProperty(verbose_name=u'所屬產品',
target='product_object',
target_field_name='title')
product_object = Fields.KeyProperty(verbose_name=u'所屬產品',
kind=ProductModel)
spec_name_1 = Fields.HiddenProperty(verbose_name=u'規格名稱 1')
spec_name_2 = Fields.HiddenProperty(verbose_name=u'規格名稱 2')
spec_name_3 = Fields.HiddenProperty(verbose_name=u'規格名稱 3')
spec_name_4 = Fields.HiddenProperty(verbose_name=u'規格名稱 4')
spec_name_5 = Fields.HiddenProperty(verbose_name=u'規格名稱 5')
spec_value_1 = Fields.HiddenProperty(verbose_name=u'規格值 1')
spec_value_2 = Fields.HiddenProperty(verbose_name=u'規格值 2')
spec_value_3 = Fields.HiddenProperty(verbose_name=u'規格值 3')
spec_value_4 = Fields.HiddenProperty(verbose_name=u'規格值 4')
spec_value_5 = Fields.HiddenProperty(verbose_name=u'規格值 5')
@property
def sku_full_name(self):
product_no = u''
if self.product_no is not u'' and self.product_no is not None:
product_no = '%s' % self.product_no
sku_post_name = u''
if self.name is not u'' and self.name is not None:
sku_post_name = self.name
if self.sku_no is not u'' and self.sku_no is not None:
sku_post_name = self.sku_no
if product_no is not u'' and sku_post_name is not u'':
return '%s-%s' % (product_no, sku_post_name)
return '%s%s' % (product_no, sku_post_name)
def before_put(self):
super(StockKeepingUnitModel, self).before_put()
product_no = u''
cat = self.product_object
if cat is not None:
try:
cat = cat.get()
product_no = cat.product_no
except:
pass
spec_list = (u'%s' % self.spec_full_name).split(u',')
i = 0
setattr(self, 'product_no', product_no)
for index in range(0, len(spec_list)):
spec = spec_list[index].split(u':')
setattr(self, 'spec_name_%s' % (index + 1), spec[0])
setattr(self, 'spec_value_%s' % (index + 1), spec[1])
@property
def title(self):
return self.spec_full_name
@property
def quantity_percent(self):
quantity = self.quantity if self.quantity is not None else 0
last_in_quantity = self.last_in_quantity if self.last_in_quantity is not None else 0
if last_in_quantity == 0:
return 0
if last_in_quantity < self.low_stock_quantity:
last_in_quantity = self.low_stock_quantity
return int((float(quantity) / float(last_in_quantity)) * 10000) / 100.0
@property
def is_low_stock_level(self):
quantity = self.quantity if self.quantity is not None else 0
low_stock_quantity = self.low_stock_quantity if self.low_stock_quantity is not None else -1
return quantity <= low_stock_quantity
@classmethod
def all_enable(cls, product=None, *args, **kwargs):
cat = None
if product:
cat = ProductModel.get_by_name(product)
if cat is None:
return cls.query(cls.is_enable == True).order(-cls.sort)
else:
return cls.query(cls.product_object == cat.key,
cls.is_enable == True).order(-cls.sort)
@classmethod
def find_by_product(cls, product):
return cls.query(cls.product_object == product.key).order(
cls.spec_full_name)
def change_estimate_quantity(self, sub_quantity=0, add_quantity=0):
self.estimate = self.estimate - abs(sub_quantity) + abs(add_quantity)
if self.estimate < 0:
self.estimate = 0
def change_pre_order_quantity(self, sub_quantity=0, add_quantity=0):
self.pre_order_quantity = self.pre_order_quantity - abs(
sub_quantity) + abs(add_quantity)
if self.pre_order_quantity < 0:
self.pre_order_quantity = 0
def change_in_order_quantity(self, sub_quantity=0, add_quantity=0):
self.in_order_quantity = self.in_order_quantity - abs(
sub_quantity) + abs(add_quantity)
if self.in_order_quantity < 0:
self.in_order_quantity = 0
@property
def quantity_can_be_used(self):
n = self.quantity - self.in_order_quantity - self.estimate
if n < 0:
return 0
return n