def product_create(
self, inv_values, line, item_grid, default_category=None):
if not line[2]['fiscal_classification_id']:
fc_env = self.env['account.product.fiscal.classification']
ncm = fc_env.search([('name', '=', line[2]['ncm_xml'])], limit=1)
if not ncm:
ncm = fc_env.create({
'name': line[2]['ncm_xml'],
'company_id': inv_values['company_id'],
'type': 'normal'
})
line[2]['fiscal_classification_id'] = ncm.id
vals = {
'name': line[2]['product_name_xml'],
'type': 'product',
'fiscal_type': 'product',
'ncm_id': line[2]['fiscal_classification_id'],
'default_code': line[2]['product_code_xml'],
}
if default_category:
vals['categ_id'] = default_category.id
if check_ean(line[2]['ean_xml']):
vals['ean13'] = line[2]['ean_xml']
if item_grid.uom_id:
vals['uom_id'] = item_grid.uom_id.id
vals['uom_po_id'] = item_grid.uom_id.id
product_tmpl = self.env['product.template'].create(vals)
return product_tmpl.product_variant_ids[0]
def product_create(
self, inv_values, line, item_grid, default_category=None):
if not line[2]['fiscal_classification_id']:
fc_env = self.env['account.product.fiscal.classification']
ncm = fc_env.search([('name', '=', line[2]['ncm_xml'])], limit=1)
if not ncm:
ncm = fc_env.create({
'name': line[2]['ncm_xml'],
'company_id': inv_values['company_id'],
'type': 'normal'
})
line[2]['fiscal_classification_id'] = ncm.id
vals = {
'name': line[2]['product_name_xml'],
'type': 'product',
'fiscal_type': 'product',
'ncm_id': line[2]['fiscal_classification_id'],
'default_code': line[2]['product_code_xml'],
}
if default_category:
vals['categ_id'] = default_category.id
if check_ean(line[2]['ean_xml']):
vals['ean13'] = line[2]['ean_xml']
if item_grid.uom_id:
vals['uom_id'] = item_grid.uom_id.id
vals['uom_po_id'] = item_grid.uom_id.id
product_tmpl = self.env['product.template'].create(vals)
return product_tmpl.product_variant_ids[0]
def test_generate_serial_id_are_valid_ean(self):
for _ in range(1000):
serial_id = generate_serial_id()
self.assertTrue(
check_ean(serial_id),
'The generate Serial Id "{0}" is not a valid EAN-13'.format(
serial_id))
def ean13(self, record):
if self.has_combinations(record):
return {}
if record['ean13'] in ['', '0']:
return {}
if check_ean(record['ean13']):
return {'ean13': record['ean13']}
return {}
def _check_ean_key(self, cr, uid, ids, context=None):
""" Validate ean code
"""
context = context or {}
ids = isinstance(ids, (int, long)) and [ids] or ids
for pack in self.browse(cr, uid, ids, context=context):
res = Product.check_ean(pack.ean)
return res
def test_create_generates_valid_ean(self):
name = self.get_new_user_name()
user = self.create_user(name=name, login=name)
self.assertTrue(user.serial_id)
self.assertTrue(
check_ean(user.serial_id),
'The user\'s Serial Id is not a valid EAN-13 code.'
)
def _check_ean_key(self, cr, uid, ids, context=None):
""" Validate ean code
"""
context = context or {}
ids = isinstance(ids, (int, long)) and [ids] or ids
for pack in self.browse(cr, uid, ids, context=context):
res = Product.check_ean(pack.ean)
return res
def test_generate_serial_id_are_valid_ean(self):
for _ in range(1000):
serial_id = generate_serial_id()
self.assertTrue(
check_ean(serial_id),
'The generate Serial Id "{0}" is not a valid EAN-13'.format(
serial_id
)
)
def _check_second_ean13(self):
for product in self:
if product.second_ean13:
if not product.ean13:
raise ValidationError(
_("You should use the second EAN13 field only when "
"there is already a value in the main EAN13 field"))
if not check_ean(product.second_ean13):
raise ValidationError(
_("The second EAN13 barcode is invalid."))
def ean13(self, record):
if record['ean13'] in ['', '0']:
backend_adapter = self.unit_for(GenericAdapter,
'tienda_nube.product.template')
template = backend_adapter.read(record['id_product'])
ean13 = template.get('ean13', {})
if ean13 == '0':
return {}
return template['ean13'] and {'ean13': template['ean13']} or {}
if check_ean(record['ean13']):
return {'ean13': record['ean13']}
return {}
def _compute_barcode_image(self):
for data in self:
data.barcode_image = None
if data.name != "/":
if t_product.check_ean(data.name):
try:
barcode = self.env["report"].barcode(
"EAN13", data.name, width=300, height=100, humanreadable=0
)
except (ValueError, AttributeError):
raise Warning(_("Cannot convert into barcode."))
barcode_base64 = base64.b64encode(barcode)
data.barcode_image = "data:image/png;base64," + barcode_base64
def test_generate_fresh_serial_id(self):
name_1 = self.get_new_user_name()
user_1 = self.create_user(name=name_1, login=name_1)
name_2 = self.get_new_user_name()
user_2 = self.create_user(name=name_2, login=name_2)
user_1.serial_id = None
user_2.serial_id = None
user_1.generate_fresh_serial_id()
user_2.generate_fresh_serial_id()
for user in [user_1, user_2]:
self.assertTrue(user.serial_id)
self.assertTrue(
check_ean(user.serial_id),
'The generate Serial Id "{0}" is not a valid EAN-13'.format(
user.serial_id))
def test_generate_fresh_serial_id(self):
name_1 = self.get_new_user_name()
user_1 = self.create_user(name=name_1, login=name_1)
name_2 = self.get_new_user_name()
user_2 = self.create_user(name=name_2, login=name_2)
user_1.serial_id = None
user_2.serial_id = None
user_1.generate_fresh_serial_id()
user_2.generate_fresh_serial_id()
for user in [user_1, user_2]:
self.assertTrue(user.serial_id)
self.assertTrue(
check_ean(user.serial_id),
'The generate Serial Id "{0}" is not a valid EAN-13'.format(
user.serial_id
)
)
def create_new_product(self, cr, uid, line):
vals = {}
# Check if the EAN is valid
# -------------------------
if line[1] and check_ean(line[1]):
vals["ean13"] = line[1]
else:
return {"rejection": "product rejected because EAN is invalid."}
# Determine the category
# ----------------------
if line[10]:
vals["categ_id"] = line[10]
elif line[8]:
vals["categ_id"] = line[8]
elif line[6]:
vals["categ_id"] = line[6]
elif line[4]:
vals["categ_id"] = line[4]
elif line[2]:
vals["categ_id"] = line[2]
else:
return {"rejection": "Product rejected because category is not provided."}
vals["categ_id"] = next((x["id"] for x in self.categories if x["code"] == vals["categ_id"]), None)
if not vals["categ_id"]:
return {"rejection": "Product rejected because category is unknown."}
vals["name"] = " ".join((line[41], line[40], line[42]))
if not vals["name"]:
return {"rejection": "Product rejected because name could not be determined."}
# THR product code
# ----------------
supplier = {}
supplier["name"] = self.thr
supplier["min_qty"] = 1
supplier["product_code"] = line[0]
vals["seller_ids"] = [(0, False, supplier)]
# Properties
vals["properties"] = []
for i, prop in enumerate(line):
if i < 24 or not prop:
continue
new_prop = {}
new_prop["name"] = next((x["id"] for x in self.properties if x["name"] == self.header[i]), None)
if not new_prop["name"]:
continue
new_prop["value"] = prop
vals["properties"].append([0, False, new_prop])
vals["short_description"] = line[12]
vals["description_sale"] = line[13]
vals["procure_method"] = "make_to_order"
vals["type"] = "product"
vals["state"] = "draft"
vals["recommended_price"] = line[24]
return {"id": self.create(cr, uid, vals, context=None)}
def ean13(self, record):
if record['ean13'] in ['', '0']:
return {}
if check_ean(record['ean13']):
return {'ean13': record['ean13']}
return {}
def ean13(self, record):
if record['ean13'] in ['', '0']:
return {}
if check_ean(record['ean13']):
return {'ean13': record['ean13']}
return {}
def test_create_generates_valid_ean(self):
name = self.get_new_user_name()
user = self.create_user(name=name, login=name)
self.assertTrue(user.serial_id)
self.assertTrue(check_ean(user.serial_id),
'The user\'s Serial Id is not a valid EAN-13 code.')
def _validate_serial_id(self, vals):
if 'serial_id' in vals and not check_ean(vals['serial_id']):
raise exceptions.Warning(
_('Serial Id invalid format'),
_('The Serial Id field has not the EAN-13 format standard.')
)
def create_new_product(self, cr, uid, line):
vals = {}
# Check if the EAN is valid
# -------------------------
if line[1] and check_ean(line[1]):
vals['ean13'] = line[1]
else:
return {'rejection': 'product rejected because EAN is invalid.'}
# Determine the category
# ----------------------
if line[10]:
vals['categ_id'] = line[10]
elif line[8]:
vals['categ_id'] = line[8]
elif line[6]:
vals['categ_id'] = line[6]
elif line[4]:
vals['categ_id'] = line[4]
elif line[2]:
vals['categ_id'] = line[2]
else:
return {
'rejection':
'Product rejected because category is not provided.'
}
vals['categ_id'] = next(
(x['id']
for x in self.categories if x['code'] == vals['categ_id']), None)
if not vals['categ_id']:
return {
'rejection': 'Product rejected because category is unknown.'
}
vals['name'] = ' '.join((line[41], line[40], line[42]))
if not vals['name']:
return {
'rejection':
'Product rejected because name could not be determined.'
}
# THR product code
# ----------------
supplier = {}
supplier['name'] = self.thr
supplier['min_qty'] = 1
supplier['product_code'] = line[0]
vals['seller_ids'] = [(0, False, supplier)]
# Properties
vals['properties'] = []
for i, prop in enumerate(line):
if i < 24 or not prop:
continue
new_prop = {}
new_prop['name'] = next(
(x['id']
for x in self.properties if x['name'] == self.header[i]),
None)
if not new_prop['name']:
continue
new_prop['value'] = prop
vals['properties'].append([0, False, new_prop])
vals['short_description'] = line[12]
vals['description_sale'] = line[13]
vals['procure_method'] = 'make_to_order'
vals['type'] = 'product'
vals['state'] = 'draft'
vals['recommended_price'] = line[24]
return {'id': self.create(cr, uid, vals, context=None)}
def update(self):
# TODO: Refactor to satisfy PEP C901
n = len(self.line_ids)
pco = None
t0 = datetime.now()
for i, line in enumerate(self.line_ids):
tdiff = datetime.now() - t0
if tdiff.seconds >= self.timeout:
return
if n != 1:
self.progress = float(i) / (float(n) - 1) * 100.0
else:
self.progress = 100.0
if int(self.progress) != pco:
_logger.info('Import progress %.2f%% (%i/%i)' %
(self.progress, i + 1, n))
pco = int(self.progress)
if line.status:
if line.status == 'done' and self.autoremove_done:
line.unlink()
continue
line.status = False
line.observations = False
# check if product exists (defualt_code)
if not line.default_code:
line.status = 'error'
line.observations = _("Reference cannot be null")
continue
product = {}
pp = self.env['product.product'].search([('default_code', '=',
line.default_code)])
if len(pp) > 1:
if self.disambigute_duplicated_refs:
if self.supplier_id.id:
pp1 = pp.filtered(lambda x: self.supplier_id.id in x.
seller_ids.mapped('name.id'))
if len(pp1) == 1:
pp = pp1
elif len(pp1) == 0:
line.status = 'error'
line.observations = _("There's more than one "
"product with the same "
"Reference and none of them "
"have the Supplier")
continue
else:
line.status = 'error'
line.observations = _("There's more than one "
"product with the same "
"Reference and the same "
"Supplier")
continue
else:
line.status = 'error'
line.observations = _(
"There's more than one product with the same "
"Reference. Select a Supplier to try to narrow "
"the search")
continue
else:
line.status = 'error'
line.observations = _("There's more than one product with "
"the same Reference. Try to enable "
"Disambiguate duplicated and select "
"a Supplier")
continue
product['status'] = 'update' if len(pp) == 1 else 'create'
# check pricelist_sale
if line.pricelist_sale:
price = check_float_format(line.pricelist_sale)
if price is None:
line.status = 'error'
line.observations = _('Unknown float format')
continue
else:
line.pricelist_sale = self._format_decimal(price,
ret_type='text')
# check purchase priceist
if line.pricelist_purchase:
price = check_float_format(line.pricelist_purchase)
if price is None:
line.status = 'error'
line.observations = _('Unknown float format')
continue
else:
line.pricelist_purchase = self._format_decimal(
price, ret_type='text')
# populate data
product['data'] = {}
if product['status'] == 'update':
product['object'] = pp
if self.update_name:
if line.name:
if pp.name != pp.name:
product['data'].update({'name': line.name})
# TODO: Update name on every language
else:
line.status = 'error'
line.observations = _('Description cannot be null')
continue
if self.update_category:
if line.category:
status, cat, msg = self._get_cat(line.category)
if status == 'error':
line.status = status
line.observations = msg
continue
if status == 'exists':
line.category = cat.name
if pp.categ_id != cat.id:
product['data'].update({'categ_id': cat.id})
line.observations = msg
else:
if self.create_category_onupdate:
product['category'] = {
'status': 'create',
'data': {
'name': line.category
}
}
line.observations = msg
else:
line.status = 'error'
line.observations = _(
'Category did not exist. Enable "Create '
'Category" on update options to create it')
continue
else:
line.status = 'error'
line.observations = _('Category cannot be null')
continue
if self.update_ean13:
if line.ean13:
if pp.ean13 != line.ean13:
if check_ean(line.ean13):
product['data'].update({'ean13': line.ean13})
else:
line.status = 'error'
line.observations = _(
'Invalid "EAN13 Barcode"')
continue
else:
line.status = 'error'
line.observations = _('"EAN13 Barcode" cannot be null')
continue
if self.update_saleprice:
if line.pricelist_sale:
price = float(line.pricelist_sale)
if not equal(pp.lst_price, price):
product['data'].update({'lst_price': price})
else:
line.status = 'error'
line.observations = _('Sale Price cannot be null')
continue
if self.update_purchaseprice:
if line.pricelist_purchase:
if not self.supplier_id.id:
line.status = 'error'
line.observations = _(
'If there is a Purchase Pricelist the '
'Supplier cannot be null')
continue
else:
suppinfo = pp.seller_ids.filtered(
lambda x: x.name == self.supplier_id)
if len(suppinfo) > 1:
line.status = 'error'
line.observations = _(
'The Supplier is defined more than once')
continue
elif len(suppinfo) == 0:
product['data'].update({
'seller_ids': [(0, _, {
'name':
self.supplier_id.id,
'delay':
self.purchase_delay,
'pricelist_ids': [(0, _, {
'min_quantity':
0,
'price':
float(line.pricelist_purchase)
})]
})]
})
else:
plist = suppinfo.pricelist_ids
if len(plist) > 1:
plist0 = plist.filtered(
lambda x: x.min_quantity == 0)
line.status = 'error'
line.observations = _(
'There is more than one Purchase '
'Pricelist')
if len(plist0) == 0:
line.observations += _(
' and none has quantity=0')
elif len(plist0) == 1:
line.observations = _(
' and just one has quantity=0')
else:
line.observations = _(
' and more than one has '
'quantity=0')
continue
elif len(plist) == 0:
product['data'].update({
'seller_ids': [(1, suppinfo.id, {
'pricelist_ids': [(0, _, {
'min_quantity':
0,
'price':
float(line.pricelist_purchase)
})]
})]
})
else:
price = float(line.pricelist_purchase)
old_price = pp.seller_ids.filtered(
lambda x: x.id == suppinfo.id
).mapped('pricelist_ids').filtered(
lambda x: x.id == plist.id).price
if not equal(old_price, price):
product['data'].update({
'seller_ids': [(1, suppinfo.id, {
'pricelist_ids':
[(1, plist.id, {
'price': price
})]
})]
})
else:
line.status = 'error'
line.observations = _('Purchase Price cannot be null')
continue
else: # Create product
if not self.create_product:
line.status = 'error'
line.observations = _(
"Product does not exist. Enable 'Create Product' "
"to create it")
continue
product['data'].update({
'default_code': line.default_code,
'sale_delay': self.sale_delay,
'type': self.product_type,
'cost_method': self.cost_method
})
if line.name:
product['data'].update({'name': line.name})
else:
line.status = 'error'
line.observations = _('Description cannot be null')
continue
if line.category:
status, cat, msg = self._get_cat(line.category)
if status == 'error':
line.status = status
line.observations = msg
continue
if status == 'exists':
line.category = cat.name
product['data'].update({'categ_id': cat.id})
line.observations = msg
else:
if self.create_category_oncreate:
product['category'] = {
'status': 'create',
'data': {
'name': line.category
}
}
line.observations = msg
else:
line.status = 'error'
line.observations = _(
'Category did not exist. Enable '
'"Create Category" on create options to '
'create it')
continue
else:
line.status = 'error'
line.observations = _('Category cannot be null')
continue
if line.ean13:
if check_ean(line.ean13):
product['data'].update({'ean13': line.ean13})
else:
line.status = 'error'
line.observations = _('Invalid "EAN13 Barcode"')
continue
if line.pricelist_sale:
product['data'].update(
{'lst_price': float(line.pricelist_sale)})
else:
product['data'].update({'lst_price': self.lst_price})
if line.pricelist_purchase:
if not self.supplier_id.id:
line.status = 'error'
line.observations = _(
'If there is a Purchase Pricelist the Supplier '
'cannot be null')
continue
else:
product['data'].update({
'seller_ids': [(0, _, {
'name':
self.supplier_id.id,
'delay':
self.purchase_delay,
'pricelist_ids': [(0, _, {
'min_quantity':
0,
'price':
float(line.pricelist_purchase)
})]
})]
})
else:
if self.supplier_id.id:
if self.create_always_supplier:
product['data'].update({
'seller_ids': [(0, _, {
'name': self.supplier_id.id,
'delay': self.purchase_delay
})]
})
else:
line.status = 'error'
line.observations = _(
"There is no Purchase Pricelist. Enable "
"'Create always Supplier Info' to force the "
"creation of a product with Supplier and "
"without Purchase Pricelist")
continue
else:
if not self.create_without_supplier:
line.status = 'error'
line.observations = _(
"There is no Purchase Pricelist and there is "
"no Supplier selected. Enable 'Create without "
"Supplier Info' to force the creation of a "
"product without Supplier and "
"Purchase Pricelist")
continue
# save data
if product.get('category') is not None:
if product['category']['status'] == 'create':
cat = self.env['product.category'].create(
product['category']['data'])
product['data'].update({'categ_id': cat.id})
if product['status'] == 'update':
if product['data'] != {}:
product['object'].write(product['data'])
else:
line.observations = _(
"Nothing changed. Data already updated")
else:
self.env['product.product'].create(product['data'])
line.status = 'done'
if self.autoremove_done:
line.unlink()
def _check_ean_key(self):
if self.by_supplier:
res = product.check_ean(string.zfill(self.name, 13))
if not res:
raise Warning(_('Error: Invalid ean code.'))