No new fields.

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_as_str(self, prod_qty, include_total_units=False, only_packaging=False)
  Return a string representing the qty of each packaging. :param prod_qty: the qty of current product to translate to pkg qty :param include_total_units: includes total qty required initially :param only_packaging: exclude units if you have only units. IOW: if the qty does not match any packaging and this flag is true you'll get an empty string instead of `N units`.

• product_qty_by_packaging_display Char
  compute='_compute_product_qty_by_packaging_display' string='Qty by packaging'

No public methods.

No new fields.

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_as_str(self, prod_qty, include_total_units=False, only_packaging=False)
  Return a string representing the qty of each packaging. :param prod_qty: the qty of current product to translate to pkg qty :param include_total_units: includes total qty required initially :param only_packaging: exclude units if you have only units. IOW: if the qty does not match any packaging and this flag is true you'll get an empty string instead of `N units`.

• product_qty_by_packaging_display Char
  compute='_compute_product_qty_by_packaging_display' string='Qty by packaging'

No public methods.

No new fields.

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_as_str(self, prod_qty, include_total_units=False, only_packaging=False)
  Return a string representing the qty of each packaging. :param prod_qty: the qty of current product to translate to pkg qty :param include_total_units: includes total qty required initially :param only_packaging: exclude units if you have only units. IOW: if the qty does not match any packaging and this flag is true you'll get an empty string instead of `N units`.

• product_qty_by_packaging_display Char
  compute='_compute_product_qty_by_packaging_display' string='Qty by packaging'

No public methods.

No new fields.

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_as_str(self, prod_qty, include_total_units=False, only_packaging=False)
  Return a string representing the qty of each packaging. :param prod_qty: the qty of current product to translate to pkg qty :param include_total_units: includes total qty required initially :param only_packaging: exclude units if you have only units. IOW: if the qty does not match any packaging and this flag is true you'll get an empty string instead of `N units`.

• product_qty_by_packaging_display Char
  compute='_compute_product_qty_by_packaging_display' string='Qty by packaging'

No public methods.

No new fields.

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_as_str(self, prod_qty, include_total_units=False, only_packaging=False)
  Return a string representing the qty of each packaging. :param prod_qty: the qty of current product to translate to pkg qty :param include_total_units: includes total qty required initially :param only_packaging: exclude units if you have only units. IOW: if the qty does not match any packaging and this flag is true you'll get an empty string instead of `N units`.

• product_qty_by_packaging_display Char
  compute='_compute_product_qty_by_packaging_display' string='Qty by packaging'

No public methods.

• packaging_contained_mapping Serialized
  compute='_compute_packaging_contained_mapping' help='Technical field to store contained packaging. '

• product_qty_by_packaging(self, prod_qty, with_contained=False)
  Calculate quantity by packaging. The minimal quantity is always represented by the UoM of the product. Limitation: fractional quantities are lost. :prod_qty: total qty to satisfy. :with_contained: include calculation of contained packagings. eg: 1 pallet contains 4 big boxes and 6 little boxes. :returns: list of dict in the form [{id: 1, qty: qty_per_package, name: package_name}] If `with_contained` is passed, each element will include the quantity of smaller packaging, like: {contained: [{id: 1, qty: 4, name: "Big box"}]}
• product_qty_by_packaging_arg_ctx(self, packaging_filter=_UNDEFINED, packaging_name_getter=_UNDEFINED, packaging_values_handler=_UNDEFINED)
  @contextlib.contextmanager@api.model
  Use `packaging_filter` to pass a function to filter packaging to be considered. Use `packaging_name_getter` to pass a function to change the display name of the packaging.