Some prices, as standard_price, being a property, are company dependent. Therefore, when browsing as superuser, force_company is mandatory to get the property of the user company
Implements the UoS TODO items on stock.picking.do_partial() to fix#1432.
Add a new method _compute_uos_qty() on product.product to computes
product's invoicing quantity in UoS from quantity in UoM.
The created invoice will use the product_uos of the stock.move, meaning keeping
the quantity specified on the partial picking and the unit of measure of the
original stock.move (e.g. recieving 1 dozen from a 12 unit picking should either
get uos=dozen, uos_qty=1 or uos=unit, uos_qty=12, not a mix of both)
Fixes#1432, opw 611479
The price_surcharge attribute must be computed based on the reference unit of measure (divided by the factor).
This is to make sure than 12 units and 1 dozen have the same price after pricelist computation (opw 599727).
Added test checking the correctness of pricelist computation based on unit of measures.
Add readonly attribute to avoid sending both factor and factor_inv value to the backend when saving.
This was possible if the user switched between uom_type to fill the two fields.
Remove the hardcoded precision of 12 on factor and factor_inv,
to use the complete natural precision of NUMERIC types,
preserving all significant digits.
e.g. a UoM with a factor_inv of 6.0 used to be computed as:
factor_inv: 6.0 -> factor: 0.166666666667 (1.0/6.0, rounded to 12 digits) -> factor_inv: 5.999999999988 (1.0/factor)
which could lead to errors such 12*0.166666666667 = 2.000000000004 instead of 2.0
Slightly changed the way the ORM handles float fields to allow setting `digits=0`
as a way to explicitly require a NUMERIC value but without enforcing/rounding
the values at the ORM level, i.e. a truly full-precision field.
NUMERIC type has unlimited precision but is less efficient so should not be
used as the default behaviour, which is why we keep float8 as an alternative.
Modified the view to display the product UOM factor with a 5 digits value by default.
This value is for usability purpose only, the field still accepts bigger precision, by
setting the `digits` option on the field in the form view.
This change is safe in a stable series, the `digits=0` alternative is
treated the same as the default `digits=None` everywhere in the framework,
except when creating the database field.
Add rounding_method parameter on float_round method to offer
HALF-UP (default, usual round) or UP (ceiling) rounding method.
Use the second method instead of math.ceil() for product
reservations.
For UP, the python math.ceil() method uses "torwards infinity"
rounding method while we want "away from zero".
Therefore we use the absolute value of normalized_value to make
sure than -1.8 is rounded to -2.0 and not -1.
Fixes#1125#2793
This is a cherry-pick of d4972ff which was reverted at 333852e due
to remaining issue with negative values.
Use group_production_lot for serial options, group_stock_packaging for packaging, use group_tracking_lot for pallet/parcel
Groups are removed completly from the view for stock.tracking as they render the view useless.
Always display weights on the product form
They really have nothing to do with the logistic units and we don't have another group to restrict them to.
Fixes#1443
The name_get of a product will use some information (e.g. default_code) based on the supplier.
The matching of the supplier should use the commercial_partner_id in case the supplier info are on the company and the partner_id in the context belongs to the company (e.g. creates quotation with a contact of the company).
Fixes#1219
This reverts commit d4972ffdb6.
Seems to break some cases, at least in _product_reserve from stock/stock.py
Actual use case:
SELECT product_uom, sum(product_qty) AS product_qty FROM stock_move WHERE location_dest_id=%s AND location_id<>%s AND product_id=3645 AND state='done' GROUP BY product_uom;
returning 1 | 6
SELECT product_uom,-sum(product_qty) AS product_qty FROM stock_move WHERE location_id=%s AND location_dest_id<>%s AND product_id=%s AND state in ('done', 'assigned') GROUP BY product_uom;
returning 1 | -6
results += cr.dictfetchall()
total = 0.0
results2 = 0.0
for r in results:
amount = uom_obj._compute_qty(cr, uid, r['product_uom'], r['product_qty'], context.get('uom', False))
results2 += amount
total += amount
Total = 1, amount = -5
It should actually be
Total = 0, amount = -6
Fixes problem when we try to sell 12 units of a product and change it to 1 dozen,
the algorithm was then trying to recompute the original amount and was getting
12,0000048 as a result which was then passed to the ceiling method, getting 13.0!
See also previous commit and issue #1125, PR #1126
Modified product ceiling() to use float_round() with special mode
for rounding UP (away from zero), avoiding pathological cases where
float representations errors were ceiling to the superior unit.
Also added correspding tests for rounding_method=UP
Fixes issue #1125, and replaces PR #1126.
Denis Ledoux
David Monjoie
Christophe Simonis
Mohammad Alhashash
Martin Trigaux
Christophe Matthieu
Martin Trigaux
Cedric Snauwaert
Olivier Dony
Lionel Sausin (Numérigraphe)
Josse Colpaert
Grzegorz Krukar
Richard deMeester
Fabien Meghazi