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# -*- coding: utf-8 -*-
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##############################################################################
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#
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# OpenERP, Open Source Management Solution
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# Copyright (C) 2004-2010 Tiny SPRL (<http://tiny.be>).
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#
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# This program is free software: you can redistribute it and/or modify
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# it under the terms of the GNU Affero General Public License as
# published by the Free Software Foundation, either version 3 of the
# License, or (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU Affero General Public License for more details.
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#
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# You should have received a copy of the GNU Affero General Public License
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# along with this program. If not, see <http://www.gnu.org/licenses/>.
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#
##############################################################################
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from datetime import date , datetime
from dateutil import relativedelta
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import time
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from operator import itemgetter
from itertools import groupby
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from openerp . osv import fields , osv
from openerp . tools . translate import _
from openerp import netsvc
from openerp import tools
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from openerp . tools import float_compare , DEFAULT_SERVER_DATETIME_FORMAT
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from openerp import SUPERUSER_ID
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import openerp . addons . decimal_precision as dp
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from openerp . tools . float_utils import float_compare
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import logging
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_logger = logging . getLogger ( __name__ )
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#----------------------------------------------------------
# Incoterms
#----------------------------------------------------------
class stock_incoterms ( osv . osv ) :
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_name = " stock.incoterms "
_description = " Incoterms "
_columns = {
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' name ' : fields . char ( ' Name ' , size = 64 , required = True , help = " Incoterms are series of sales terms.They are used to divide transaction costs and responsibilities between buyer and seller and reflect state-of-the-art transportation practices. " ) ,
' code ' : fields . char ( ' Code ' , size = 3 , required = True , help = " Code for Incoterms " ) ,
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' active ' : fields . boolean ( ' Active ' , help = " By unchecking the active field, you may hide an INCOTERM without deleting it. " ) ,
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}
_defaults = {
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' active ' : True ,
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}
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#----------------------------------------------------------
# Stock Location
#----------------------------------------------------------
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class stock_location ( osv . osv ) :
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_name = " stock.location "
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_description = " Inventory Locations "
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_parent_name = " location_id "
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_parent_store = True
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_parent_order = ' name '
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_order = ' parent_left '
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def name_get ( self , cr , uid , ids , context = None ) :
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res = self . _complete_name ( cr , uid , ids , ' complete_name ' , None , context = context )
return res . items ( )
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def _complete_name ( self , cr , uid , ids , name , args , context = None ) :
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""" Forms complete name of location from parent location to child location.
@return : Dictionary of values
"""
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res = { }
for m in self . browse ( cr , uid , ids , context = context ) :
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res [ m . id ] = m . name
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parent = m . location_id
while parent :
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res [ m . id ] = parent . name + ' / ' + res [ m . id ]
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parent = parent . location_id
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return res
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def _get_sublocations ( self , cr , uid , ids , context = None ) :
""" return all sublocations of the given stock locations (included) """
return self . search ( cr , uid , [ ( ' id ' , ' child_of ' , ids ) ] , context = context )
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_columns = {
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' name ' : fields . char ( ' Location Name ' , size = 64 , required = True , translate = True ) ,
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' active ' : fields . boolean ( ' Active ' , help = " By unchecking the active field, you may hide a location without deleting it. " ) ,
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' usage ' : fields . selection ( [ ( ' supplier ' , ' Supplier Location ' ) , ( ' view ' , ' View ' ) , ( ' internal ' , ' Internal Location ' ) , ( ' customer ' , ' Customer Location ' ) , ( ' inventory ' , ' Inventory ' ) , ( ' procurement ' , ' Procurement ' ) , ( ' production ' , ' Production ' ) , ( ' transit ' , ' Transit Location for Inter-Companies Transfers ' ) ] , ' Location Type ' , required = True ,
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help = """ * Supplier Location: Virtual location representing the source location for products coming from your suppliers
\n * View : Virtual location used to create a hierarchical structures for your warehouse , aggregating its child locations ; can ' t directly contain products
\n * Internal Location : Physical locations inside your own warehouses ,
\n * Customer Location : Virtual location representing the destination location for products sent to your customers
\n * Inventory : Virtual location serving as counterpart for inventory operations used to correct stock levels ( Physical inventories )
\n * Procurement : Virtual location serving as temporary counterpart for procurement operations when the source ( supplier or production ) is not known yet . This location should be empty when the procurement scheduler has finished running .
\n * Production : Virtual counterpart location for production operations : this location consumes the raw material and produces finished products
""" , select = True),
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' complete_name ' : fields . function ( _complete_name , type = ' char ' , string = " Location Name " ,
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store = { ' stock.location ' : ( _get_sublocations , [ ' name ' , ' location_id ' ] , 10 ) } ) ,
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' location_id ' : fields . many2one ( ' stock.location ' , ' Parent Location ' , select = True , ondelete = ' cascade ' ) ,
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' child_ids ' : fields . one2many ( ' stock.location ' , ' location_id ' , ' Contains ' ) ,
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' partner_id ' : fields . many2one ( ' res.partner ' , ' Owner ' , help = " Owner of the location if not internal " ) ,
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' comment ' : fields . text ( ' Additional Information ' ) ,
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' posx ' : fields . integer ( ' Corridor (X) ' , help = " Optional localization details, for information purpose only " ) ,
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' posy ' : fields . integer ( ' Shelves (Y) ' , help = " Optional localization details, for information purpose only " ) ,
' posz ' : fields . integer ( ' Height (Z) ' , help = " Optional localization details, for information purpose only " ) ,
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' parent_left ' : fields . integer ( ' Left Parent ' , select = 1 ) ,
' parent_right ' : fields . integer ( ' Right Parent ' , select = 1 ) ,
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' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , select = 1 , help = ' Let this field empty if this location is shared between all companies ' ) ,
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' scrap_location ' : fields . boolean ( ' Scrap Location ' , help = ' Check this box to allow using this location to put scrapped/damaged goods. ' ) ,
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}
_defaults = {
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' active ' : True ,
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' usage ' : ' internal ' ,
' company_id ' : lambda self , cr , uid , c : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.location ' , context = c ) ,
' posx ' : 0 ,
' posy ' : 0 ,
' posz ' : 0 ,
' scrap_location ' : False ,
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}
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def get_removal_strategy ( self , cr , uid , location , product , context = None ) :
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return None
# categ = product.categ_id
# while (not categ.removal_strategy_id) and categ.parent_id:
# categ = categ.parent_id
# return categ and categ.removal_strategy_id or None
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#----------------------------------------------------------
# Quants
#----------------------------------------------------------
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class stock_quant ( osv . osv ) :
"""
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Quants are the smallest unit of stock physical instances
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"""
_name = " stock.quant "
_description = " Quants "
_columns = {
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' name ' : fields . char ( ' Identifier ' ) ,
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' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , required = True ) ,
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' location_id ' : fields . many2one ( ' stock.location ' , ' Location ' , required = True ) ,
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' qty ' : fields . float ( ' Quantity ' , required = True , help = " Quantity of products in this quant, in the default unit of measure of the product " ) ,
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' package_id ' : fields . many2one ( ' stock.quant.package ' , string = ' Package ' , help = " The package containing this quant " ) ,
' reservation_id ' : fields . many2one ( ' stock.move ' , ' Reserved for Move ' , help = " Is this quant reserved for a stock.move? " ) ,
' lot_id ' : fields . many2one ( ' stock.production.lot ' , ' Lot ' ) ,
' cost ' : fields . float ( ' Unit Cost ' ) ,
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' create_date ' : fields . datetime ( ' Creation Date ' ) ,
' in_date ' : fields . datetime ( ' Incoming Date ' ) ,
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' history_ids ' : fields . many2many ( ' stock.move ' , ' stock_quant_move_rel ' , ' quant_id ' , ' move_id ' , ' Moves ' , help = ' Moves that operate(d) on this quant ' ) ,
' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , help = " The company to which the quants belong " ) ,
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# Used for negative quants to reconcile after compensated by a new positive one
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' propagated_from_id ' : fields . many2one ( ' stock.quant ' , ' Linked Quant ' , help = ' The negative quant this is coming from ' ) ,
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}
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def _check_qorder ( self , word ) :
"""
Needs to pass True to allow " expression order " in search
"""
return True
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def quants_reserve ( self , cr , uid , quants , move , context = None ) :
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toreserve = [ ]
for quant , qty in quants :
if not quant : continue
self . _quant_split ( cr , uid , quant , qty , context = context )
toreserve . append ( quant . id )
return self . write ( cr , uid , toreserve , { ' reservation_id ' : move . id } , context = context )
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# add location_dest_id in parameters (False=use the destination of the move)
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def quants_move ( self , cr , uid , quants , move , context = None ) :
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for quant , qty in quants :
self . move_single_quant ( cr , uid , quant , qty , move , context = context )
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def check_preferred_location ( self , cr , uid , move , context = None ) :
return move . location_dest_id
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def move_single_quant ( self , cr , uid , quant , qty , move , context = None ) :
if not quant :
quant = self . _quant_create ( cr , uid , qty , move , context = context )
else :
self . _quant_split ( cr , uid , quant , qty , context = context )
# FP Note: improve this using preferred locations
location_to = move . location_dest_id
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location_to = self . check_preferred_location ( cr , uid , move , context = context )
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self . write ( cr , uid , [ quant . id ] , {
' location_id ' : location_to . id ,
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' reservation_id ' : move . move_dest_id and move . move_dest_id . id or False ,
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' history_ids ' : [ ( 4 , move . id ) ]
} )
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quant . refresh ( )
self . _quant_reconcile_negative ( cr , uid , quant , context = context )
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return quant
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# FP Note: TODO: implement domain preference that tries to retrieve first with this domain
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# This will be used for reservation
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def quants_get ( self , cr , uid , location , product , qty , domain = None , prefered_order = False , reservedcontext = None , context = None ) :
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"""
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Use the removal strategies of product to search for the correct quants
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If you inherit , put the super at the end of your method .
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: location : browse record of the parent location in which the quants have to be found
: product : browse record of the product to find
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: qty in UoM of product
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: lot_id NOT USED YET !
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"""
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result = [ ]
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domain = domain or [ ( ' qty ' , ' > ' , 0.0 ) ]
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if location :
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removal_strategy = self . pool . get ( ' stock.location ' ) . get_removal_strategy ( cr , uid , location , product , context = context ) or ' fifo '
if removal_strategy == ' fifo ' :
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result + = self . _quants_get_fifo ( cr , uid , location , product , qty , domain , prefered_order = prefered_order , context = context )
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elif removal_strategy == ' lifo ' :
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result + = self . _quants_get_lifo ( cr , uid , location , product , qty , domain , prefered_order = prefered_order , context = context )
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else :
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raise osv . except_osv ( _ ( ' Error! ' ) , _ ( ' Removal strategy %s not implemented. ' % ( removal_strategy , ) ) )
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return result
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#
# Create a quant in the destination location
# Create a negative quant in the source location if it's an internal location
# Reconcile a positive quant with a negative is possible
#
def _quant_create ( self , cr , uid , qty , move , context = None ) :
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# FP Note: TODO: compute the right price according to the move, with currency convert
# QTY is normally already converted to main product's UoM
price_unit = move . price_unit
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vals = {
' product_id ' : move . product_id . id ,
' location_id ' : move . location_dest_id . id ,
' qty ' : qty ,
' cost ' : price_unit ,
' history_ids ' : [ ( 4 , move . id ) ] ,
' in_date ' : datetime . now ( ) . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ,
' company_id ' : move . company_id . id ,
}
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negative_quant_id = False
if move . location_id . usage == ' internal ' :
#if we were trying to move something from an internal location and reach here (quant creation),
#it means that a negative quant has to be created as well.
negative_vals = vals . copy ( )
negative_vals [ ' location_id ' ] = move . location_id . id
negative_vals [ ' qty ' ] = - qty
negative_vals [ ' cost ' ] = price_unit
negative_quant_id = self . create ( cr , uid , negative_vals , context = context )
#create the quant
vals . update ( { ' propagated_from_id ' : negative_quant_id } )
quant_id = self . create ( cr , uid , vals , context = context )
return self . browse ( cr , uid , quant_id , context = context )
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def _quant_split ( self , cr , uid , quant , qty , context = None ) :
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context = context or { }
if ( quant . qty > 0 and quant . qty < = qty ) or ( quant . qty < = 0 and quant . qty > = qty ) :
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return False
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new_quant = self . copy ( cr , uid , quant . id , default = { ' qty ' : quant . qty - qty } , context = context )
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self . write ( cr , uid , quant . id , { ' qty ' : qty } , context = context )
quant . refresh ( )
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return self . browse ( cr , uid , new_quant , context = context )
def _get_latest_move ( self , cr , uid , quant , context = None ) :
move = False
for m in quant . history_ids :
if not move or m . date > move . date :
move = m
return move
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def _quant_reconcile_negative ( self , cr , uid , quant , context = None ) :
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"""
When new quant arrive in a location , try to reconcile it with
negative quants . If it ' s possible, apply the cost of the new
quant to the conter - part of the negative quant .
"""
if quant . location_id . usage != ' internal ' :
return False
quants = self . quants_get ( cr , uid , quant . location_id , quant . product_id , quant . qty , [ ( ' qty ' , ' < ' , ' 0 ' ) ] , context = context )
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result = False
for quant_neg , qty in quants :
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if not quant_neg :
continue
result = True
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to_solve_quant = self . search ( cr , uid , [ ( ' propagated_from_id ' , ' = ' , quant_neg . id ) , ( ' id ' , ' != ' , quant . id ) ] , context = context )
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if not to_solve_quant :
continue
to_solve_quant = self . browse ( cr , uid , to_solve_quant [ 0 ] , context = context )
move = self . _get_latest_move ( cr , uid , to_solve_quant , context = context )
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self . _quant_split ( cr , uid , quant , qty , context = context )
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remaining_to_solve_quant = self . _quant_split ( cr , uid , to_solve_quant , qty , context = context )
remaining_neg_quant = self . _quant_split ( cr , uid , quant_neg , - qty , context = context )
#if the reconciliation was not complete, we need to link together the remaining parts
if remaining_to_solve_quant and remaining_neg_quant :
self . write ( cr , uid , remaining_to_solve_quant . id , { ' propagated_from_id ' : remaining_neg_quant . id } , context = context )
#delete the reconciled quants, as it is replaced by the solving quant
self . unlink ( cr , SUPERUSER_ID , [ quant_neg . id , to_solve_quant . id ] , context = context )
#call move_single_quant to ensure recursivity if necessary and do the stock valuation
self . move_single_quant ( cr , uid , quant , qty , move , context = context )
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return result
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def _price_update ( self , cr , uid , quant , newprice , context = None ) :
self . write ( cr , uid , [ quant . id ] , { ' cost ' : newprice } , context = context )
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def quants_unreserve ( self , cr , uid , move , context = None ) :
cr . execute ( ' update stock_quant set reservation_id=NULL where reservation_id= %s ' , ( move . id , ) )
return True
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#
# Implementation of removal strategies
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# If it can not reserve, it will return a tuple (None, qty)
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#
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def _quants_get_order ( self , cr , uid , location , product , quantity , domain = [ ] , orderby = ' in_date ' , context = None ) :
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domain + = location and [ ( ' location_id ' , ' child_of ' , location . id ) ] or [ ]
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domain + = [ ( ' product_id ' , ' = ' , product . id ) ] + domain
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res = [ ]
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offset = 0
while quantity > 0 :
quants = self . search ( cr , uid , domain , order = orderby , limit = 10 , offset = offset , context = context )
if not quants :
res . append ( ( None , quantity ) )
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break
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for quant in self . browse ( cr , uid , quants , context = context ) :
if quantity > = abs ( quant . qty ) :
res + = [ ( quant , abs ( quant . qty ) ) ]
quantity - = abs ( quant . qty )
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elif quantity != 0 :
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res + = [ ( quant , quantity ) ]
quantity = 0
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break
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offset + = 10
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return res
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def _quants_get_fifo ( self , cr , uid , location , product , quantity , domain = [ ] , prefered_order = False , context = None ) :
order = ' in_date '
if prefered_order :
order = prefered_order + ' , in_date '
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return self . _quants_get_order ( cr , uid , location , product , quantity , domain , order , context = context )
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def _quants_get_lifo ( self , cr , uid , location , product , quantity , domain = [ ] , prefered_order = False , context = None ) :
order = ' in_date desc '
if prefered_order :
order = prefered_order + ' , in_date desc '
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return self . _quants_get_order ( cr , uid , location , product , quantity , domain , order , context = context )
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# Return the company owning the location if any
def _location_owner ( self , cr , uid , quant , location , context = None ) :
return location and ( location . usage == ' internal ' ) and location . company_id or False
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#----------------------------------------------------------
# Stock Picking
#----------------------------------------------------------
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class stock_picking ( osv . osv ) :
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_name = " stock.picking "
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_inherit = [ ' mail.thread ' ]
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_description = " Picking List "
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_order = " id desc "
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def get_min_max_date ( self , cr , uid , ids , field_name , arg , context = None ) :
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""" Finds minimum and maximum dates for picking.
@return : Dictionary of values
"""
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res = { }
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for id in ids :
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res [ id ] = { ' min_date ' : False , ' max_date ' : False }
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if not ids :
return res
cr . execute ( """ select
picking_id ,
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min ( date_expected ) ,
max ( date_expected )
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from
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stock_move
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where
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picking_id IN % s
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group by
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picking_id """ ,(tuple(ids),))
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for pick , dt1 , dt2 in cr . fetchall ( ) :
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res [ pick ] [ ' min_date ' ] = dt1
res [ pick ] [ ' max_date ' ] = dt2
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return res
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def create ( self , cr , user , vals , context = None ) :
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if ( ' name ' not in vals ) or ( vals . get ( ' name ' ) in ( ' / ' , False ) ) :
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sequence_id = self . pool . get ( ' stock.picking.type ' ) . browse ( cr , user , vals [ ' picking_type_id ' ] , context = context ) . sequence_id . id
vals [ ' name ' ] = self . pool . get ( ' ir.sequence ' ) . get_id ( cr , user , sequence_id , ' id ' , context = context )
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return super ( stock_picking , self ) . create ( cr , user , vals , context )
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def _get_state ( self , cr , uid , ids , field_name , arg , context = None ) :
res = { }
for pick in self . browse ( cr , uid , ids , context = context ) :
states = [ x . state for x in pick . move_lines ]
res [ pick . id ] = ' draft '
if not ' draft ' in states :
if ' confirmed ' in states :
res [ pick . id ] = ' confirmed '
elif ' waiting ' in states :
res [ pick . id ] = ' auto '
elif ' assigned ' in states :
res [ pick . id ] = ' assigned '
elif ' done ' in states :
res [ pick . id ] = ' done '
if all ( [ x == ' cancel ' for x in states ] ) :
res [ pick . id ] = ' cancel '
return res
def _get_pickings ( self , cr , uid , ids , context = None ) :
res = set ( )
for move in self . browse ( cr , uid , ids , context = context ) :
if move . picking_id :
res . add ( move . picking_id . id )
return list ( res )
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def _get_pack_operation_exist ( self , cr , uid , ids , field_name , arg , context = None ) :
res = { }
for pick in self . browse ( cr , uid , ids , context = context ) :
res [ pick . id ] = False
if pick . pack_operation_ids :
res [ pick . id ] = True
return res
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_columns = {
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' name ' : fields . char ( ' Reference ' , size = 64 , select = True , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' origin ' : fields . char ( ' Source Document ' , size = 64 , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } , help = " Reference of the document " , select = True ) ,
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' backorder_id ' : fields . many2one ( ' stock.picking ' , ' Back Order of ' , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } , help = " If this shipment was split, then this field links to the shipment which contains the already processed part. " , select = True ) ,
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#'type': fields.selection([('out', 'Sending Goods'), ('in', 'Getting Goods'), ('internal', 'Internal')], 'Shipping Type', required=True, select=True, help="Shipping type specify, goods coming in or going out."),
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' note ' : fields . text ( ' Notes ' , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' move_type ' : fields . selection ( [ ( ' direct ' , ' Partial ' ) , ( ' one ' , ' All at once ' ) ] , ' Delivery Method ' , required = True , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } , help = " It specifies goods to be deliver partially or all at once " ) ,
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' state ' : fields . function ( _get_state , type = " selection " , store = { ' stock.move ' : ( _get_pickings , [ ' state ' ] , 20 ) } , selection = [
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( ' draft ' , ' Draft ' ) ,
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( ' cancel ' , ' Cancelled ' ) ,
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( ' auto ' , ' Waiting Another Operation ' ) ,
( ' confirmed ' , ' Waiting Availability ' ) ,
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( ' assigned ' , ' Ready to Transfer ' ) ,
( ' done ' , ' Transferred ' ) ,
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] , string = ' Status ' , readonly = True , select = True , track_visibility = ' onchange ' , help = """
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* Draft : not confirmed yet and will not be scheduled until confirmed \n
* Waiting Another Operation : waiting for another move to proceed before it becomes automatically available ( e . g . in Make - To - Order flows ) \n
* Waiting Availability : still waiting for the availability of products \n
* Ready to Transfer : products reserved , simply waiting for confirmation . \n
* Transferred : has been processed , can ' t be modified or cancelled anymore \n
* Cancelled : has been cancelled , can ' t be confirmed anymore " " "
) ,
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' min_date ' : fields . function ( get_min_max_date , multi = " min_max_date " ,
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store = { ' stock.move ' : ( _get_pickings , [ ' state ' ] , 20 ) } , type = ' datetime ' , string = ' Scheduled Time ' , select = 1 , help = " Scheduled time for the shipment to be processed " ) ,
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' date ' : fields . datetime ( ' Creation Date ' , help = " Creation date, usually the time of the order. " , select = True , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' date_done ' : fields . datetime ( ' Date of Transfer ' , help = " Date of Completion " , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' max_date ' : fields . function ( get_min_max_date , multi = " min_max_date " ,
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store = { ' stock.move ' : ( _get_pickings , [ ' state ' ] , 20 ) } , type = ' datetime ' , string = ' Max. Expected Date ' , select = 2 ) ,
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' move_lines ' : fields . one2many ( ' stock.move ' , ' picking_id ' , ' Internal Moves ' , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' partner_id ' : fields . many2one ( ' res.partner ' , ' Partner ' , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , required = True , select = True , states = { ' done ' : [ ( ' readonly ' , True ) ] , ' cancel ' : [ ( ' readonly ' , True ) ] } ) ,
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' pack_operation_ids ' : fields . one2many ( ' stock.pack.operation ' , ' picking_id ' , string = ' Related Packing Operations ' ) ,
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# Used to search a product on pickings
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' product_id ' : fields . related ( ' move_lines ' , ' product_id ' , type = ' many2one ' , relation = ' product.product ' , string = ' Product ' ) , #?
' location_id ' : fields . related ( ' move_lines ' , ' location_id ' , type = ' many2one ' , relation = ' stock.location ' , string = ' Location ' , readonly = True ) ,
' location_dest_id ' : fields . related ( ' move_lines ' , ' location_dest_id ' , type = ' many2one ' , relation = ' stock.location ' , string = ' Destination Location ' , readonly = True ) ,
' group_id ' : fields . related ( ' move_lines ' , ' group_id ' , type = ' many2one ' , relation = ' procurement.group ' , string = ' Procurement Group ' , readonly = True ) ,
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#Picking type will be on the picking itself instead
' picking_type_id ' : fields . many2one ( ' stock.picking.type ' , ' Picking Type ' , required = True ) ,
#related('move_lines', 'picking_type_id', type='many2one', relation='stock.picking.type', string="Picking Type", readonly=True),
' rule_id ' : fields . related ( ' move_lines ' , ' rule_id ' , type = ' many2one ' , relation = ' procurement.rule ' , string = " Procurement Rule " , readonly = True ) ,
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' pack_operation_exist ' : fields . function ( _get_pack_operation_exist , type = ' boolean ' , string = ' Pack Operation Exists? ' , help = ' technical field for attrs in view ' ) ,
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}
_defaults = {
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' name ' : lambda self , cr , uid , context : ' / ' ,
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#TODO: not a good solution => we need to remove the partner_id from stock move for internal moves
' partner_id ' : lambda self , cr , uid , context : self . pool . get ( ' stock.move ' ) . _default_destination_address ( cr , uid , context = context ) ,
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' state ' : ' draft ' ,
' move_type ' : ' direct ' ,
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' date ' : lambda * a : time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ,
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' company_id ' : lambda self , cr , uid , c : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.picking ' , context = c )
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}
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_sql_constraints = [
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( ' name_uniq ' , ' unique(name, company_id) ' , ' Reference must be unique per Company! ' ) ,
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]
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def copy ( self , cr , uid , id , default = None , context = None ) :
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if default is None :
default = { }
default = default . copy ( )
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picking_obj = self . browse ( cr , uid , id , context = context )
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move_obj = self . pool . get ( ' stock.move ' )
if ( ' name ' not in default ) or ( picking_obj . name == ' / ' ) :
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default [ ' name ' ] = ' / '
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default [ ' origin ' ] = ' '
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default [ ' backorder_id ' ] = False
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return super ( stock_picking , self ) . copy ( cr , uid , id , default , context )
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def action_confirm ( self , cr , uid , ids , context = None ) :
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""" Confirms picking.
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@return : True
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"""
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proc_group = self . pool . get ( " procurement.group " )
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pickings = self . browse ( cr , uid , ids , context = context )
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todo = [ ]
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for picking in pickings :
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#If no procurement group, create one
new_proc = False
if not picking . group_id :
new_proc = proc_group . create ( cr , uid , { ' name ' : picking . name } , context = context )
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for r in picking . move_lines :
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if r . state == ' draft ' :
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todo . append ( r . id )
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if not r . group_id and new_proc :
self . pool . get ( " stock.move " ) . write ( cr , uid , [ r . id ] , { ' group_id ' : new_proc } , context = context )
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if len ( todo ) :
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self . pool . get ( ' stock.move ' ) . action_confirm ( cr , uid , todo , context = context )
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return True
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def action_assign ( self , cr , uid , ids , * args ) :
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""" Changes state of picking to available if all moves are confirmed.
@return : True
"""
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for pick in self . browse ( cr , uid , ids ) :
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if pick . state == ' draft ' :
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self . action_confirm ( cr , uid , [ pick . id ] )
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move_ids = [ x . id for x in pick . move_lines if x . state == ' confirmed ' ]
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if not move_ids :
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raise osv . except_osv ( _ ( ' Warning! ' ) , _ ( ' Not enough stock, unable to reserve the products. ' ) )
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self . pool . get ( ' stock.move ' ) . action_assign ( cr , uid , move_ids )
return True
def force_assign ( self , cr , uid , ids , * args ) :
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""" Changes state of picking to available if moves are confirmed or waiting.
@return : True
"""
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for pick in self . browse ( cr , uid , ids ) :
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move_ids = [ x . id for x in pick . move_lines if x . state in [ ' confirmed ' , ' waiting ' ] ]
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self . pool . get ( ' stock.move ' ) . force_assign ( cr , uid , move_ids )
return True
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def draft_force_assign ( self , cr , uid , ids , * args ) :
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""" Confirms picking directly from draft state.
@return : True
"""
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return self . action_confirm ( cr , uid , ids )
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def draft_validate ( self , cr , uid , ids , context = None ) :
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""" Validates picking directly from draft state.
@return : True
"""
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self . draft_force_assign ( cr , uid , ids )
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return self . action_done ( cr , uid , ids , context = context )
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def cancel_assign ( self , cr , uid , ids , * args ) :
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""" Cancels picking and moves.
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@return : True
"""
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for pick in self . browse ( cr , uid , ids ) :
move_ids = [ x . id for x in pick . move_lines ]
self . pool . get ( ' stock.move ' ) . cancel_assign ( cr , uid , move_ids )
return True
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def _create_backorder ( self , cr , uid , picking , context = None ) :
sequence_obj = self . pool . get ( ' ir.sequence ' )
new_picking_name = picking . name
#TODO back_order_name is False currently => find why
back_order_name = sequence_obj . get ( cr , uid , ' stock.picking ' ) #TODO: Need to have sequence for every picking type
self . write ( cr , uid , [ picking . id ] , { ' name ' : back_order_name } )
backorder_id = self . copy ( cr , uid , picking . id , {
' name ' : new_picking_name ,
' move_lines ' : [ ] , # the move_lines are linked after
' state ' : ' done ' # the backorder is already created as 'done' because it is created only after the action_done of stock moves
} )
self . message_post ( cr , uid , picking . id , body = _ ( " Back order <em> %s </em> has been <b>created</b>. " ) % ( back_order_name ) , context = context )
unlink_operation_order = [ ( 2 , op . id ) for op in picking . pack_operation_ids ]
self . write ( cr , uid , [ picking . id ] , { ' backorder_id ' : backorder_id , ' pack_operation_ids ' : unlink_operation_order } , context = context )
return backorder_id
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def action_cancel ( self , cr , uid , ids , context = None ) :
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""" Changes picking state to cancel.
@return : True
"""
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for pick in self . browse ( cr , uid , ids , context = context ) :
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ids2 = [ move . id for move in pick . move_lines ]
self . pool . get ( ' stock.move ' ) . action_cancel ( cr , uid , ids2 , context )
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self . write ( cr , uid , ids , { ' state ' : ' cancel ' } )
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return True
def action_done ( self , cr , uid , ids , context = None ) :
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""" Changes picking state to done by processing the Stock Moves of the Picking
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Normally that happens when the button " Done " is pressed on a Picking view .
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@return : True
"""
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for pick in self . browse ( cr , uid , ids , context = context ) :
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todo = [ ]
for move in pick . move_lines :
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if move . state == ' draft ' :
self . pool . get ( ' stock.move ' ) . action_confirm ( cr , uid , [ move . id ] ,
context = context )
todo . append ( move . id )
elif move . state in ( ' assigned ' , ' confirmed ' ) :
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todo . append ( move . id )
if len ( todo ) :
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self . pool . get ( ' stock.move ' ) . action_done ( cr , uid , todo , context = context )
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return True
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def unlink ( self , cr , uid , ids , context = None ) :
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move_obj = self . pool . get ( ' stock.move ' )
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if context is None :
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context = { }
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for pick in self . browse ( cr , uid , ids , context = context ) :
if pick . state in [ ' done ' , ' cancel ' ] :
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raise osv . except_osv ( _ ( ' Error! ' ) , _ ( ' You cannot remove the picking which is in %s state! ' ) % ( pick . state , ) )
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else :
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ids2 = [ move . id for move in pick . move_lines ]
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ctx = context . copy ( )
ctx . update ( { ' call_unlink ' : True } )
if pick . state != ' draft ' :
#Cancelling the move in order to affect Virtual stock of product
move_obj . action_cancel ( cr , uid , ids2 , ctx )
#Removing the move
move_obj . unlink ( cr , uid , ids2 , ctx )
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return super ( stock_picking , self ) . unlink ( cr , uid , ids , context = context )
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# FP Note: review all methods aboce this line for stock.picking
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def make_packaging ( self , cr , uid , picking_id , todo_move_ids , context = None ) :
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quant_obj = self . pool . get ( ' stock.quant ' )
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package_obj = self . pool . get ( ' stock.quant.package ' )
picking = self . browse ( cr , uid , picking_id , context = context )
op_todo = [ ]
for op in picking . pack_operation_ids :
if not op . result_package_id :
continue
if op . package_id :
#pack existing packs
package_obj . write ( cr , uid , op . package_id . id , { ' parent_id ' : op . result_package_id . id } , context = context )
if op . quant_id :
#if the quant was split, work on the new quant because the original quant may be referenced in another operation
quant = quant_obj . _quant_split ( cr , uid , op . quant_id , op . quant_id . qty - op . product_qty , context = context ) or op . quant_id
#TODO raise an error if the quant already had a package_id not null ?
quant_obj . write ( cr , uid , quant . id , { ' package_id ' : op . result_package_id . id } , context = context )
if op . product_id :
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#this kind of operation has the lowest priority so we delay its resolution untill all others are done
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op_todo . append ( op )
for op in op_todo :
all_picking_quants = [ ]
#make the list of all quants involved in this picking
for move in picking . move_lines :
all_picking_quants + = [ q . id for q in move . quant_ids ]
quants = quant_obj . quants_get ( cr , uid , picking . location_dest_id , op . product_id , op . product_qty , domain = [ ( ' id ' , ' in ' , all_picking_quants ) , ( ' package_id ' , ' = ' , False ) ] , context = context )
quant_ids = [ ]
for quant , qty in quants :
quant_obj . _quant_split ( cr , uid , quant , qty , context = context )
quant_ids . append ( quant . id )
quant_obj . write ( cr , uid , quant_ids , { ' package_id ' : op . result_package_id . id } , context = context )
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def _find_moves_from_product ( self , cr , uid , picking_id , product_id , qty_to_dispatch , context = None ) :
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stock_move_obj = self . pool . get ( ' stock.move ' )
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move_ids = stock_move_obj . search ( cr , uid , [ ( ' picking_id ' , ' = ' , picking_id ) , ( ' product_id ' , ' = ' , product_id ) , ( ' state ' , ' not in ' , [ ' cancel ' , ' done ' ] ) ] , limit = 1 , context = context )
res = [ ]
for move in stock_move_obj . browse ( cr , uid , move_ids , context = context ) :
res + = [ ( move . id , min ( move . product_qty , qty_to_dispatch ) ) ]
qty_to_dispatch - = move . product_qty
if qty_to_dispatch > 0 :
res + = [ ( None , qty_to_dispatch ) ]
return res
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def _create_unexpected_move ( self , cr , uid , picking , product , qty , cost , quant = False , context = None ) :
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stock_move_obj = self . pool . get ( ' stock.move ' )
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#TODO fix me
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move_name = ' stock.picking.in '
return stock_move_obj . create ( cr , uid , { ' name ' : move_name ,
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' product_id ' : product . id ,
' product_uom_qty ' : qty ,
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' product_uom ' : product . uom_id . id ,
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#'lot_id': wizard_line.lot_id.id,
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' location_id ' : picking . location_id . id ,
' location_dest_id ' : picking . location_dest_id . id ,
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' picking_id ' : picking . id ,
' reserved_quant_ids ' : quant and [ ( 4 , quant . id ) ] or [ ] ,
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#TODO fix me
' picking_type_id ' : self . pool . get ( ' ir.model.data ' ) . get_object_reference ( cr , uid , ' stock ' , ' picking_type_internal ' ) [ 1 ] ,
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' price_unit ' : cost } , context = context )
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def do_prepare_partial ( self , cr , uid , picking_ids , context = None ) :
assert len ( picking_ids ) == 1 , ' Partial picking is only supported for one record at a time '
pack_operation_obj = self . pool . get ( ' stock.pack.operation ' )
if context is None :
context = { }
picking = self . browse ( cr , uid , picking_ids [ 0 ] , context = context )
vals = [ ]
package_ids = set ( )
for move in picking . move_lines :
remaining_qty = move . product_qty
#if move.move_orig_ids and move.move_orig_ids[0].picking_id: # TODO: check on previous moves ??? o_O
for quant in move . reserved_quant_ids :
qty = min ( quant . qty , move . product_qty ) # TODO: check if min() is necessary here, cause the assignation should have split the quants.. so i'd say probably not necessarry
remaining_qty - = qty
if quant . package_id :
package_ids . add ( quant . package_id . id )
continue
vals + = [ {
' picking_id ' : picking . id ,
' product_qty ' : qty ,
' quant_id ' : quant . id ,
' product_id ' : quant . product_id . id , # TODO: check that we can use product_id + quant_id
' product_uom_id ' : quant . product_id . uom_id . id , # TODO: use move.product_packaging?
' cost ' : quant . cost ,
} ]
if remaining_qty > 0 :
vals + = [ {
' picking_id ' : picking . id ,
' product_qty ' : remaining_qty ,
' product_id ' : move . product_id . id ,
' product_uom_id ' : move . product_id . uom_id . id ,
' cost ' : move . product_id . standard_price ,
} ]
#create the operations for all the packages found
for package_id in list ( package_ids ) :
vals + = [ {
' picking_id ' : picking . id ,
' product_qty ' : 1 ,
' package_id ' : package_id ,
} ]
for values in vals :
pack_operation_obj . create ( cr , uid , values , context = context )
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def do_partial ( self , cr , uid , picking_ids , context = None ) :
""" Makes partial picking based on pack_operation_ids field.
: param only_split_line : boolen that depicts if the moves should not be set to done .
"""
#TODO: this variable should be in argument
only_split_lines = False
stock_move_obj = self . pool . get ( ' stock.move ' )
quant_obj = self . pool . get ( ' stock.quant ' )
quant_package_obj = self . pool . get ( ' stock.quant.package ' )
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todo_move_ids = [ ]
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assert len ( picking_ids ) == 1 , ' Partial picking is only supported for one record at a time '
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picking = self . browse ( cr , uid , picking_ids [ 0 ] , context = context )
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for op in picking . pack_operation_ids :
if op . package_id :
#moving a package that includes several quants
included_package_ids = quant_package_obj . search ( cr , uid , [ ( ' parent_id ' , ' child_of ' , [ op . package_id . id ] ) ] , context = context )
included_quant_ids = quant_obj . search ( cr , uid , [ ( ' package_id ' , ' in ' , included_package_ids ) ] , context = context )
for quant in quant_obj . browse ( cr , uid , included_quant_ids , context = context ) :
qty_to_dispatch = quant . qty * op . product_qty
for move_id , qty in self . _find_moves_from_product ( cr , uid , picking . id , quant . product_id . id , qty_to_dispatch , context = context ) :
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if not move_id :
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move_id = self . _create_unexpected_move ( cr , uid , picking , quant . product_id , qty , quant . cost , quant , context = context )
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todo_move_ids + = [ move_id ]
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else :
partial_datas = {
' product_qty ' : qty ,
' product_uom_id ' : quant . product_id . uom_id . id ,
' cost ' : quant . cost ,
' reserved_quant_ids ' : [ ( 4 , quant . id ) ] ,
}
todo_move_ids + = [ stock_move_obj . do_partial ( cr , uid , move_id , partial_datas , context = context ) ]
else :
product = op . quant_id and op . quant_id . product_id or op . product_id
cost = op . quant_id and op . quant_id . cost or op . product_id . standard_price
reserved_quant_id = op . quant_id and op . quant_id . id or False
for move_id , qty in self . _find_moves_from_product ( cr , uid , picking . id , product . id , op . product_qty , context = context ) :
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if not move_id :
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#product not expected
move_id = self . _create_unexpected_move ( cr , uid , picking , product , qty , cost , quant = reserved_quant_id , context = context )
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todo_move_ids + = [ move_id ]
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else :
partial_datas = {
' product_qty ' : qty ,
' product_uom_id ' : op . product_uom_id . id ,
' cost ' : op . cost ,
' reserved_quant_id ' : [ ( 4 , reserved_quant_id ) ]
}
todo_move_ids + = [ stock_move_obj . do_partial ( cr , uid , move_id , partial_datas , context = context ) ]
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if not only_split_lines and todo_move_ids :
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stock_move_obj . action_done ( cr , uid , todo_move_ids , context = context )
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#if there was a backorder, the picking to package may be different
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picking_to_package = stock_move_obj . browse ( cr , uid , todo_move_ids [ 0 ] , context = context ) . picking_id
self . make_packaging ( cr , uid , picking_to_package . id , todo_move_ids , context = context )
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# views associated to each picking type
def _get_view_id ( self , cr , uid , type ) :
""" Get the view id suiting the given type
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@param type : the picking type as a string
@return : view i , or False if no view found
"""
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res = self . pool . get ( ' ir.model.data ' ) . get_object_reference ( cr , uid ,
' stock ' , ' view_picking_form ' )
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return res and res [ 1 ] or False
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def _get_picking_for_packing_ui ( self , cr , uid , context = None ) :
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res = self . search ( cr , uid , [ ( ' state ' , ' = ' , ' assigned ' ) ] , limit = 1 , context = context )
return res and res [ 0 ] or False # TODO: what to do if nothing is left to do?
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def action_done_from_packing_ui ( self , cr , uid , picking_id , only_split_lines = False , context = None ) :
self . do_partial ( cr , uid , picking_id , only_split_lines , context = context )
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#return id of next picking to work on
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return self . _get_picking_for_packing_ui ( cr , uid , context = context )
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def action_pack ( self , cr , uid , picking_ids , context = None ) :
assert len ( picking_ids ) == 1 , ' Packing operation should be done for one picking at a time '
picking_id = picking_ids [ 0 ]
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#put all the operations of the picking that aren't yet assigned to a package to a new one
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stock_operation_obj = self . pool . get ( ' stock.pack.operation ' )
package_obj = self . pool . get ( ' stock.quant.package ' )
#create a new empty stock.quant.package
package_id = package_obj . create ( cr , uid , { } , context = context )
#put all the operations of the picking that aren't yet assigned to a package to this new one
operation_ids = stock_operation_obj . search ( cr , uid , [ ( ' picking_id ' , ' = ' , picking_id ) , ( ' result_package_id ' , ' = ' , False ) ] , context = context )
stock_operation_obj . write ( cr , uid , operation_ids , { ' result_package_id ' : package_id } , context = context )
pass
#return {'warnings': '', 'stock_move_to_update': [{}], 'package_to_update': [{}]}
def _deal_with_quants ( self , cr , uid , picking_id , quant_ids , context = None ) :
stock_operation_obj = self . pool . get ( ' stock.pack.operation ' )
todo_on_moves = [ ]
todo_on_operations = [ ]
for quant in self . pool . get ( ' stock.quant ' ) . browse ( cr , uid , quant_ids , context = context ) :
tmp_moves , tmp_operations = stock_operation_obj . _search_and_increment ( cr , uid , picking_id , ( ' quant_id ' , ' = ' , quant . id ) , context = context )
todo_on_moves + = tmp_moves
todo_on_operations + = tmp_operations
return todo_on_moves , todo_on_operations
def get_barcode_and_return_todo_stuff ( self , cr , uid , picking_id , barcode_str , context = None ) :
''' This function is called each time there barcode scanner reads an input '''
#TODO: better error messages handling => why not real raised errors
quant_obj = self . pool . get ( ' stock.quant ' )
package_obj = self . pool . get ( ' stock.quant.package ' )
product_obj = self . pool . get ( ' product.product ' )
stock_operation_obj = self . pool . get ( ' stock.pack.operation ' )
error_msg = ' '
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todo_on_moves = [ ]
todo_on_operations = [ ]
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#check if the barcode correspond to a product
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matching_product_ids = product_obj . search ( cr , uid , [ ( ' ean13 ' , ' = ' , barcode_str ) ] , context = context )
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if matching_product_ids :
todo_on_moves , todo_on_operations = stock_operation_obj . _search_and_increment ( cr , uid , picking_id , ( ' product_id ' , ' = ' , matching_product_ids [ 0 ] ) , context = context )
#check if the barcode correspond to a quant
matching_quant_ids = quant_obj . search ( cr , uid , [ ( ' name ' , ' = ' , barcode_str ) ] , context = context ) # TODO need the location clause
if matching_quant_ids :
todo_on_moves , todo_on_operations = self . _deal_with_quants ( cr , uid , picking_id , [ matching_quant_ids [ 0 ] ] , context = context )
#check if the barcode correspond to a package
matching_package_ids = package_obj . search ( cr , uid , [ ( ' name ' , ' = ' , barcode_str ) ] , context = context )
if matching_package_ids :
included_package_ids = package_obj . search ( cr , uid , [ ( ' parent_id ' , ' child_of ' , matching_package_ids [ 0 ] ) ] , context = context )
included_quant_ids = quant_obj . search ( cr , uid , [ ( ' package_id ' , ' in ' , included_package_ids ) ] , context = context )
todo_on_moves , todo_on_operations = self . _deal_with_quants ( cr , uid , picking_id , included_quant_ids , context = context )
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#write remaining qty on stock.move, to ease the treatment server side
for todo in todo_on_moves :
if todo [ 0 ] == 1 :
self . pool . get ( ' stock.move ' ) . write ( cr , uid , todo [ 1 ] , todo [ 2 ] , context = context )
elif todo [ 0 ] == 0 :
self . pool . get ( ' stock.move ' ) . create ( cr , uid , todo [ 2 ] , context = context )
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return { ' warnings ' : error_msg , ' moves_to_update ' : todo_on_moves , ' operations_to_update ' : todo_on_operations }
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class stock_production_lot ( osv . osv ) :
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_name = ' stock.production.lot '
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_inherit = [ ' mail.thread ' ]
_description = ' Lot/Serial '
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_columns = {
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' name ' : fields . char ( ' Serial Number ' , size = 64 , required = True , help = " Unique Serial Number " ) ,
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' ref ' : fields . char ( ' Internal Reference ' , size = 256 , help = " Internal reference number in case it differs from the manufacturer ' s serial number " ) ,
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' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , required = True , domain = [ ( ' type ' , ' <> ' , ' service ' ) ] ) ,
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' quant_ids ' : fields . one2many ( ' stock.quant ' , ' lot_id ' , ' Quants ' ) ,
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' create_date ' : fields . datetime ( ' Creation Date ' ) ,
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}
_defaults = {
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' name ' : lambda x , y , z , c : x . pool . get ( ' ir.sequence ' ) . get ( y , z , ' stock.lot.serial ' ) ,
' product_id ' : lambda x , y , z , c : c . get ( ' product_id ' , False ) ,
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}
_sql_constraints = [
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( ' name_ref_uniq ' , ' unique (name, ref) ' , ' The combination of Serial Number and internal reference must be unique ! ' ) ,
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]
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def action_traceability ( self , cr , uid , ids , context = None ) :
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""" It traces the information of a product
@param self : The object pointer .
@param cr : A database cursor
@param uid : ID of the user currently logged in
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@param ids : List of IDs selected
@param context : A standard dictionary
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@return : A dictionary of values
"""
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value = self . pool . get ( ' action.traceability ' ) . action_traceability ( cr , uid , ids , context )
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return value
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# ----------------------------------------------------
# Move
# ----------------------------------------------------
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class stock_move ( osv . osv ) :
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_name = " stock.move "
_description = " Stock Move "
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_order = ' date_expected desc, id '
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_log_create = False
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def action_partial_move ( self , cr , uid , ids , context = None ) :
if context is None : context = { }
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if context . get ( ' active_model ' ) != self . _name :
context . update ( active_ids = ids , active_model = self . _name )
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partial_id = self . pool . get ( " stock.partial.move " ) . create (
cr , uid , { } , context = context )
return {
' name ' : _ ( " Products to Process " ) ,
' view_mode ' : ' form ' ,
' view_id ' : False ,
' view_type ' : ' form ' ,
' res_model ' : ' stock.partial.move ' ,
' res_id ' : partial_id ,
' type ' : ' ir.actions.act_window ' ,
' nodestroy ' : True ,
' target ' : ' new ' ,
' domain ' : ' [] ' ,
' context ' : context
}
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def name_get ( self , cr , uid , ids , context = None ) :
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res = [ ]
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for line in self . browse ( cr , uid , ids , context = context ) :
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name = line . location_id . name + ' > ' + line . location_dest_id . name
if line . product_id . code :
name = line . product_id . code + ' : ' + name
if line . picking_id . origin :
name = line . picking_id . origin + ' / ' + name
res . append ( ( line . id , name ) )
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return res
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# FP Note: put this on quants, with the auto creation algo
# def _check_tracking(self, cr, uid, ids, context=None):
# """ Checks if serial number is assigned to stock move or not.
# @return: True or False
# """
# for move in self.browse(cr, uid, ids, context=context):
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# if not move.lot_id and \
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# (move.state == 'done' and \
# ( \
# (move.product_id.track_production and move.location_id.usage == 'production') or \
# (move.product_id.track_production and move.location_dest_id.usage == 'production') or \
# (move.product_id.track_incoming and move.location_id.usage == 'supplier') or \
# (move.product_id.track_outgoing and move.location_dest_id.usage == 'customer') or \
# (move.product_id.track_incoming and move.location_id.usage == 'inventory') \
# )):
# return False
# return True
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def _quantity_normalize ( self , cr , uid , ids , name , args , context = None ) :
uom_obj = self . pool . get ( ' product.uom ' )
res = { }
for m in self . browse ( cr , uid , ids , context = context ) :
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res [ m . id ] = uom_obj . _compute_qty_obj ( cr , uid , m . product_uom , m . product_uom_qty , m . product_id . uom_id )
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return res
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def _get_remaining_qty ( self , cr , uid , ids , field_name , args , context = None ) :
#TODO: this function assumes that there aren't several stock move in the same picking with the same product. what should we do in that case?
#TODO take care of the quant on stock moves too
res = dict . fromkeys ( ids , False )
for move in self . browse ( cr , uid , ids , context = context ) :
res [ move . id ] = move . product_qty
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if move . picking_id :
for op in move . picking_id . pack_operation_ids :
if op . product_id == move . product_id or ( op . quant_id and op . quant_id . product_id == move . product_id ) :
res [ move . id ] - = op . product_qty
if op . package_id :
#find the product qty recursively
res [ move . id ] - = self . pool . get ( ' stock.quant.package ' ) . _get_product_total_qty ( cr , uid , op . package_id , move . product_id . id , context = context )
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return res
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_columns = {
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' name ' : fields . char ( ' Description ' , required = True , select = True ) ,
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' priority ' : fields . selection ( [ ( ' 0 ' , ' Not urgent ' ) , ( ' 1 ' , ' Urgent ' ) ] , ' Priority ' ) ,
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' create_date ' : fields . datetime ( ' Creation Date ' , readonly = True , select = True ) ,
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' date ' : fields . datetime ( ' Date ' , required = True , select = True , help = " Move date: scheduled date until move is done, then date of actual move processing " , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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' date_expected ' : fields . datetime ( ' Scheduled Date ' , states = { ' done ' : [ ( ' readonly ' , True ) ] } , required = True , select = True , help = " Scheduled date for the processing of this move " ) ,
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' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , required = True , select = True , domain = [ ( ' type ' , ' <> ' , ' service ' ) ] , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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# TODO: improve store to add dependency on product UoM
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' product_qty ' : fields . function ( _quantity_normalize , type = ' float ' , store = True , string = ' Quantity ' ,
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digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) ,
help = ' Quantity in the default UoM of the product ' ) ,
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' product_uom_qty ' : fields . float ( ' Quantity ' , digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) ,
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required = True , states = { ' done ' : [ ( ' readonly ' , True ) ] } ,
help = " This is the quantity of products from an inventory "
" point of view. For moves in the state ' done ' , this is the "
" quantity of products that were actually moved. For other "
" moves, this is the quantity of product that is planned to "
" be moved. Lowering this quantity does not generate a "
" backorder. Changing this quantity on assigned moves affects "
" the product reservation, and should be done with care. "
) ,
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' product_uom ' : fields . many2one ( ' product.uom ' , ' Unit of Measure ' , required = True , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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' product_uos_qty ' : fields . float ( ' Quantity (UOS) ' , digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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' product_uos ' : fields . many2one ( ' product.uom ' , ' Product UOS ' , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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' product_packaging ' : fields . many2one ( ' product.packaging ' , ' Prefered Packaging ' , help = " It specifies attributes of packaging like type, quantity of packaging,etc. " ) ,
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' location_id ' : fields . many2one ( ' stock.location ' , ' Source Location ' , required = True , select = True , states = { ' done ' : [ ( ' readonly ' , True ) ] } , help = " Sets a location if you produce at a fixed location. This can be a partner location if you subcontract the manufacturing operations. " ) ,
' location_dest_id ' : fields . many2one ( ' stock.location ' , ' Destination Location ' , required = True , states = { ' done ' : [ ( ' readonly ' , True ) ] } , select = True , help = " Location where the system will stock the finished products. " ) ,
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# FP Note: should we remove this?
' partner_id ' : fields . many2one ( ' res.partner ' , ' Destination Address ' , states = { ' done ' : [ ( ' readonly ' , True ) ] } , help = " Optional address where goods are to be delivered, specifically used for allotment " ) ,
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' move_dest_id ' : fields . many2one ( ' stock.move ' , ' Destination Move ' , help = " Optional: next stock move when chaining them " , select = True ) ,
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' move_orig_ids ' : fields . one2many ( ' stock.move ' , ' move_dest_id ' , ' Original Move ' , help = " Optional: previous stock move when chaining them " , select = True ) ,
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' picking_id ' : fields . many2one ( ' stock.picking ' , ' Reference ' , select = True , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
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' note ' : fields . text ( ' Notes ' ) ,
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' state ' : fields . selection ( [ ( ' draft ' , ' New ' ) ,
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( ' cancel ' , ' Cancelled ' ) ,
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( ' waiting ' , ' Waiting Another Move ' ) ,
( ' confirmed ' , ' Waiting Availability ' ) ,
( ' assigned ' , ' Available ' ) ,
( ' done ' , ' Done ' ) ,
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] , ' Status ' , readonly = True , select = True ,
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help = " * New: When the stock move is created and not yet confirmed. \n " \
" * Waiting Another Move: This state can be seen when a move is waiting for another one, for example in a chained flow. \n " \
" * Waiting Availability: This state is reached when the procurement resolution is not straight forward. It may need the scheduler to run, a component to me manufactured... \n " \
" * Available: When products are reserved, it is set to \' Available \' . \n " \
" * Done: When the shipment is processed, the state is \' Done \' . " ) ,
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' price_unit ' : fields . float ( ' Unit Price ' , help = " Technical field used to record the product cost set by the user during a picking confirmation (when average price costing method is used) " ) , # as it's a technical field, we intentionally don't provide the digits attribute
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' price_currency_id ' : fields . many2one ( ' res.currency ' , ' Currency for average price ' , help = " Technical field used to record the currency chosen by the user during a picking confirmation (when average price costing method is used) " ) ,
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' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , required = True , select = True ) ,
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' backorder_id ' : fields . related ( ' picking_id ' , ' backorder_id ' , type = ' many2one ' , relation = " stock.picking " , string = " Back Order of " , select = True ) ,
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' origin ' : fields . related ( ' picking_id ' , ' origin ' , type = ' char ' , size = 64 , relation = " stock.picking " , string = " Source " , store = True ) ,
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' procure_method ' : fields . selection ( [ ( ' make_to_stock ' , ' Make to Stock ' ) , ( ' make_to_order ' , ' Make to Order ' ) ] , ' Procurement Method ' , required = True , help = " Make to Stock: When needed, the product is taken from the stock or we wait for replenishment. \n Make to Order: When needed, the product is purchased or produced. " ) ,
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# used for colors in tree views:
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' scrapped ' : fields . related ( ' location_dest_id ' , ' scrap_location ' , type = ' boolean ' , relation = ' stock.location ' , string = ' Scrapped ' , readonly = True ) ,
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' picking_type_id ' : fields . related ( ' picking_id ' , ' picking_type_id ' , type = ' many2one ' , relation = ' stock.picking.type ' , string = " Picking type " , readonly = True ) ,
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' quant_ids ' : fields . many2many ( ' stock.quant ' , ' stock_quant_move_rel ' , ' move_id ' , ' quant_id ' , ' Quants ' ) ,
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' reserved_quant_ids ' : fields . one2many ( ' stock.quant ' , ' reservation_id ' , ' Reserved quants ' ) ,
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' remaining_qty ' : fields . function ( _get_remaining_qty , type = ' float ' , string = ' Remaining Quantity ' , digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) , states = { ' done ' : [ ( ' readonly ' , True ) ] } ) ,
' group_id ' : fields . many2one ( ' procurement.group ' , ' Procurement Group ' ) ,
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' rule_id ' : fields . many2one ( ' procurement.rule ' , ' Procurement Rule ' ) ,
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' propagate ' : fields . boolean ( ' Propagate cancel and split ' , help = ' If checked, when this move is cancelled, cancel the linked move too ' ) ,
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}
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def _check_location ( self , cr , uid , ids , context = None ) :
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for record in self . browse ( cr , uid , ids , context = context ) :
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if ( record . state == ' done ' ) and ( record . location_id . usage == ' view ' ) :
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raise osv . except_osv ( _ ( ' Error ' ) , _ ( ' You cannot move product %s from a location of type view %s . ' ) % ( record . product_id . name , record . location_id . name ) )
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if ( record . state == ' done ' ) and ( record . location_dest_id . usage == ' view ' ) :
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raise osv . except_osv ( _ ( ' Error ' ) , _ ( ' You cannot move product %s to a location of type view %s . ' ) % ( record . product_id . name , record . location_dest_id . name ) )
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return True
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_constraints = [
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( _check_location , ' You cannot move products from or to a location of the type view. ' ,
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[ ' location_id ' , ' location_dest_id ' ] )
]
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def copy ( self , cr , uid , id , default = None , context = None ) :
if default is None :
default = { }
default = default . copy ( )
default [ ' procurement_group ' ] = False
return super ( stock_move , self ) . copy ( cr , uid , id , default , context )
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def _default_location_destination ( self , cr , uid , context = None ) :
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""" Gets default address of partner for destination location
@return : Address id or False
"""
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location_id = False
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context = context or { }
if ' picking_type_id ' in context and context [ ' picking_type_id ' ] :
pick_type = self . pool . get ( ' stock.picking.type ' ) . browse ( cr , uid , context [ ' picking_type_id ' ] , context = context )
location_id = pick_type . location_dest_id and pick_type . location_dest_id . id or False
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return location_id
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def _default_location_source ( self , cr , uid , context = None ) :
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""" Gets default address of partner for source location
@return : Address id or False
"""
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location_id = False
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context = context or { }
if ' picking_type_id ' in context and context [ ' picking_type_id ' ] :
pick_type = self . pool . get ( ' stock.picking.type ' ) . browse ( cr , uid , context [ ' picking_type_id ' ] , context = context )
location_id = pick_type . location_src_id and pick_type . location_src_id . id or False
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return location_id
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def _default_destination_address ( self , cr , uid , context = None ) :
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user = self . pool . get ( ' res.users ' ) . browse ( cr , uid , uid , context = context )
return user . company_id . partner_id . id
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def _default_picking_type ( self , cr , uid , context = None ) :
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""" Gets default type of move
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@return : type
"""
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context = context or { }
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return context . get ( ' picking_type_id ' , False )
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_defaults = {
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' location_id ' : _default_location_source ,
' location_dest_id ' : _default_location_destination ,
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' partner_id ' : _default_destination_address ,
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' picking_type_id ' : _default_picking_type ,
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' state ' : ' draft ' ,
' priority ' : ' 1 ' ,
' product_qty ' : 1.0 ,
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' scrapped ' : False ,
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' date ' : lambda * a : time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ,
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' company_id ' : lambda self , cr , uid , c : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.move ' , context = c ) ,
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' date_expected ' : lambda * a : time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ,
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' procure_method ' : ' make_to_stock ' ,
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' propagate ' : True ,
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}
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def _create_procurement ( self , cr , uid , move , context = None ) :
"""
This will create a procurement order
"""
proc_obj = self . pool . get ( " procurement.order " )
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origin = _ ( ' Procurement from %s created by rule %s ' ) % ( move . group_id and move . group_id . name or " " , move . rule_id and move . rule_id . name or " " )
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return proc_obj . create ( cr , uid , {
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' name ' : _ ( ' MTO from rule %s ' ) % move . rule_id and move . rule_id . name or " " ,
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' origin ' : origin ,
' company_id ' : move . company_id and move . company_id . id or False ,
' date_planned ' : move . date ,
' product_id ' : move . product_id . id ,
' product_qty ' : move . product_qty ,
' product_uom ' : move . product_uom . id ,
' product_uos_qty ' : ( move . product_uos and move . product_uos_qty ) or move . product_qty ,
' product_uos ' : ( move . product_uos and move . product_uos . id ) or move . product_uom . id ,
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' location_id ' : move . location_id . id ,
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' move_dest_id ' : move . id ,
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' group_id ' : move . group_id and move . group_id . id or False ,
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} )
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# Check that we do not modify a stock.move which is done
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def write ( self , cr , uid , ids , vals , context = None ) :
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if isinstance ( ids , ( int , long ) ) :
ids = [ ids ]
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frozen_fields = set ( [ ' product_qty ' , ' product_uom ' , ' product_uos_qty ' , ' product_uos ' , ' location_id ' , ' location_dest_id ' , ' product_id ' ] )
for move in self . browse ( cr , uid , ids , context = context ) :
if move . state == ' done ' :
if frozen_fields . intersection ( vals ) :
raise osv . except_osv ( _ ( ' Operation Forbidden! ' ) ,
_ ( ' Quantities, Units of Measure, Products and Locations cannot be modified on stock moves that have already been processed (except by the Administrator). ' ) )
result = super ( stock_move , self ) . write ( cr , uid , ids , vals , context = context )
return result
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def _auto_init ( self , cursor , context = None ) :
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res = super ( stock_move , self ) . _auto_init ( cursor , context = context )
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cursor . execute ( ' SELECT indexname \
FROM pg_indexes \
WHERE indexname = \' stock_move_location_id_location_dest_id_product_id_state \' ' )
if not cursor . fetchone ( ) :
cursor . execute ( ' CREATE INDEX stock_move_location_id_location_dest_id_product_id_state \
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ON stock_move ( product_id , state , location_id , location_dest_id ) ' )
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return res
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def onchange_quantity ( self , cr , uid , ids , product_id , product_qty ,
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product_uom , product_uos ) :
""" On change of product quantity finds UoM and UoS quantities
@param product_id : Product id
@param product_qty : Changed Quantity of product
@param product_uom : Unit of measure of product
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@param product_uos : Unit of sale of product
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@return : Dictionary of values
"""
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result = {
' product_uos_qty ' : 0.00
}
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warning = { }
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if ( not product_id ) or ( product_qty < = 0.0 ) :
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result [ ' product_qty ' ] = 0.0
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return { ' value ' : result }
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product_obj = self . pool . get ( ' product.product ' )
uos_coeff = product_obj . read ( cr , uid , product_id , [ ' uos_coeff ' ] )
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# Warn if the quantity was decreased
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if ids :
for move in self . read ( cr , uid , ids , [ ' product_qty ' ] ) :
if product_qty < move [ ' product_qty ' ] :
warning . update ( {
' title ' : _ ( ' Information ' ) ,
' message ' : _ ( " By changing this quantity here, you accept the "
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" new quantity as complete: OpenERP will not "
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" automatically generate a back order. " ) } )
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break
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if product_uos and product_uom and ( product_uom != product_uos ) :
result [ ' product_uos_qty ' ] = product_qty * uos_coeff [ ' uos_coeff ' ]
else :
result [ ' product_uos_qty ' ] = product_qty
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return { ' value ' : result , ' warning ' : warning }
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def onchange_uos_quantity ( self , cr , uid , ids , product_id , product_uos_qty ,
product_uos , product_uom ) :
""" On change of product quantity finds UoM and UoS quantities
@param product_id : Product id
@param product_uos_qty : Changed UoS Quantity of product
@param product_uom : Unit of measure of product
@param product_uos : Unit of sale of product
@return : Dictionary of values
"""
result = {
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' product_uom_qty ' : 0.00
}
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warning = { }
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if ( not product_id ) or ( product_uos_qty < = 0.0 ) :
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result [ ' product_uos_qty ' ] = 0.0
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return { ' value ' : result }
product_obj = self . pool . get ( ' product.product ' )
uos_coeff = product_obj . read ( cr , uid , product_id , [ ' uos_coeff ' ] )
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# Warn if the quantity was decreased
for move in self . read ( cr , uid , ids , [ ' product_uos_qty ' ] ) :
if product_uos_qty < move [ ' product_uos_qty ' ] :
warning . update ( {
' title ' : _ ( ' Warning: No Back Order ' ) ,
' message ' : _ ( " By changing the quantity here, you accept the "
" new quantity as complete: OpenERP will not "
" automatically generate a Back Order. " ) } )
break
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if product_uos and product_uom and ( product_uom != product_uos ) :
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result [ ' product_uom_qty ' ] = product_uos_qty / uos_coeff [ ' uos_coeff ' ]
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else :
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result [ ' product_uom_qty ' ] = product_uos_qty
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return { ' value ' : result , ' warning ' : warning }
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def onchange_product_id ( self , cr , uid , ids , prod_id = False , loc_id = False ,
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loc_dest_id = False , partner_id = False ) :
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""" On change of product id, if finds UoM, UoS, quantity and UoS quantity.
@param prod_id : Changed Product id
@param loc_id : Source location id
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@param loc_dest_id : Destination location id
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@param partner_id : Address id of partner
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@return : Dictionary of values
"""
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if not prod_id :
return { }
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lang = False
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if partner_id :
addr_rec = self . pool . get ( ' res.partner ' ) . browse ( cr , uid , partner_id )
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if addr_rec :
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lang = addr_rec and addr_rec . lang or False
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ctx = { ' lang ' : lang }
product = self . pool . get ( ' product.product ' ) . browse ( cr , uid , [ prod_id ] , context = ctx ) [ 0 ]
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uos_id = product . uos_id and product . uos_id . id or False
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result = {
' product_uom ' : product . uom_id . id ,
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' product_uos ' : uos_id ,
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' product_uom_qty ' : 1.00 ,
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' product_uos_qty ' : self . pool . get ( ' stock.move ' ) . onchange_quantity ( cr , uid , ids , prod_id , 1.00 , product . uom_id . id , uos_id ) [ ' value ' ] [ ' product_uos_qty ' ] ,
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}
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if not ids :
result [ ' name ' ] = product . partner_ref
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if loc_id :
result [ ' location_id ' ] = loc_id
if loc_dest_id :
result [ ' location_dest_id ' ] = loc_dest_id
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return { ' value ' : result }
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def onchange_move_type ( self , cr , uid , ids , picking_type_id , context = None ) :
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""" On change of move type gives sorce and destination location.
@param type : Move Type
@return : Dictionary of values
"""
mod_obj = self . pool . get ( ' ir.model.data ' )
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location_source_id = ' stock_location_stock '
location_dest_id = ' stock_location_stock '
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type = " internal "
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if type == ' in ' :
location_source_id = ' stock_location_suppliers '
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location_dest_id = ' stock_location_stock '
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elif type == ' out ' :
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location_source_id = ' stock_location_stock '
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location_dest_id = ' stock_location_customers '
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source_location = mod_obj . get_object_reference ( cr , uid , ' stock ' , location_source_id )
dest_location = mod_obj . get_object_reference ( cr , uid , ' stock ' , location_dest_id )
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#Check companies
user_company = self . pool . get ( " res.users " ) . browse ( cr , uid , uid , context = context ) . company_id . id
if source_location :
location_company = self . pool . get ( " stock.location " ) . browse ( cr , uid , source_location [ 1 ] , context = context ) . company_id
if location_company and location_company . id != user_company :
source_location = False
if dest_location :
location_company = self . pool . get ( " stock.location " ) . browse ( cr , uid , dest_location [ 1 ] , context = context ) . company_id
if location_company and location_company . id != user_company :
dest_location = False
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return { ' value ' : { ' location_id ' : source_location and source_location [ 1 ] or False , ' location_dest_id ' : dest_location and dest_location [ 1 ] or False } }
def _find_or_create_picking ( self , cr , uid , move , context = None ) :
if context is None :
context = { }
# TODO: Put the move in the right picking according to group_id -> should be more elaborated (draft is nok) and picking should be confirmed
pick_obj = self . pool . get ( " stock.picking " )
picks = pick_obj . search ( cr , uid , [ ( ' group_id ' , ' = ' , move . group_id . id ) , ( ' location_id ' , ' = ' , move . location_id . id ) ,
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( ' location_dest_id ' , ' = ' , move . location_dest_id . id ) , ( ' state ' , ' in ' , [ ' confirmed ' , ' waiting ' , ' draft ' ] ) ] , context = context )
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if picks :
pick = picks [ 0 ]
else :
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#a picking doesn't exist yet, create a new one
values = { ' origin ' : move . origin ,
' company_id ' : move . company_id and move . company_id . id or False ,
' move_type ' : ' one ' ,
' partner_id ' : move . partner_id and move . partner_id . id or False ,
' date_done ' : move . date_expected ,
#'invoice_state': move.invoice_state
' state ' : ' confirmed ' ,
' group_id ' : move . group_id and move . group_id . id or False ,
' picking_type_id ' : move . rule_id and move . rule_id . picking_type_id . id or False ,
}
pick = pick_obj . create ( cr , uid , values , context = context )
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return pick
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def onchange_date ( self , cr , uid , ids , date , date_expected , context = None ) :
""" On change of Scheduled Date gives a Move date.
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@param date_expected : Scheduled Date
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@param date : Move Date
@return : Move Date
"""
if not date_expected :
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date_expected = time . strftime ( ' % Y- % m- %d % H: % M: % S ' )
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return { ' value ' : { ' date ' : date_expected } }
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def action_confirm ( self , cr , uid , ids , context = None ) :
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""" Confirms stock move or put it in waiting if it ' s linked to another move.
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@return : List of ids .
"""
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states = {
' confirmed ' : [ ] ,
' waiting ' : [ ]
}
for move in self . browse ( cr , uid , ids , context = context ) :
state = ' confirmed '
for m in move . move_orig_ids :
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if m . state not in ( ' done ' , ' cancel ' ) :
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state = ' waiting '
states [ state ] . append ( move . id )
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if not move . picking_id and move . location_id . usage not in [ ' production ' , ' inventory ' ] and move . location_dest_id . usage not in [ ' production ' , ' inventory ' ] :
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pick = self . _find_or_create_picking ( cr , uid , move , context = context )
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move . write ( { ' picking_id ' : pick } )
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for state , write_ids in states . items ( ) :
if len ( write_ids ) :
self . write ( cr , uid , write_ids , { ' state ' : state } )
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if state == ' confirmed ' :
for move in self . browse ( cr , uid , write_ids , context = context ) :
if move . procure_method == ' make_to_order ' :
self . _create_procurement ( cr , uid , move , context = context )
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return True
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def force_assign ( self , cr , uid , ids , context = None ) :
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""" Changes the state to assigned.
@return : True
"""
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done = self . action_assign ( cr , uid , ids , context = context )
self . write ( cr , uid , list ( set ( ids ) - set ( done ) ) , { ' state ' : ' assigned ' } )
return True
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def cancel_assign ( self , cr , uid , ids , context = None ) :
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""" Changes the state to confirmed.
@return : True
"""
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return self . write ( cr , uid , ids , { ' state ' : ' confirmed ' } )
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def action_assign ( self , cr , uid , ids , context = None ) :
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""" Checks the product type and accordingly writes the state.
@return : No . of moves done
"""
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context = context or { }
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quant_obj = self . pool . get ( " stock.quant " )
uom_obj = self . pool . get ( " product.uom " )
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done = [ ]
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for move in self . browse ( cr , uid , ids , context = context ) :
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if move . state not in ( ' confirmed ' , ' waiting ' ) :
continue
if move . product_id . type == ' consu ' :
done . append ( move . id )
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continue
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else :
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qty = uom_obj . _compute_qty ( cr , uid , move . product_uom . id , move . product_qty , move . product_id . uom_id . id )
dp = [ ]
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for m2 in move . move_orig_ids :
for q in m2 . quant_ids :
dp . append ( str ( q . id ) )
domain = [ ' | ' , ( ' reservation_id ' , ' = ' , False ) , ( ' reservation_id ' , ' = ' , move . id ) ]
quants = quant_obj . quants_get ( cr , uid , move . location_id , move . product_id , qty , domain = domain , prefered_order = dp and ( ' id not in ( ' + ' , ' . join ( dp ) + ' ) ' ) or False , context = context )
#Will only reserve physical quants, no negative
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quant_obj . quants_reserve ( cr , uid , quants , move , context = context )
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# the total quantity is provided by existing quants
if all ( map ( lambda x : x [ 0 ] , quants ) ) :
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done . append ( move . id )
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self . write ( cr , uid , done , { ' state ' : ' assigned ' } )
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return done
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2010-06-16 08:40:57 +00:00
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#
# Cancel move => cancel others move and pickings
#
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def action_cancel ( self , cr , uid , ids , context = None ) :
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""" Cancels the moves and if all moves are cancelled it cancels the picking.
@return : True
"""
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context = context or { }
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for move in self . browse ( cr , uid , ids , context = context ) :
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# FP Note: should we create a MTS procurement here?
if move . move_dest_id :
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if move . propagate :
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self . action_cancel ( cr , uid , [ move . move_dest_id . id ] , context = context )
elif move . move_dest_id . state == ' waiting ' :
self . write ( cr , uid , [ move . move_dest_id . id ] , { ' state ' : ' confirmed ' } )
return self . write ( cr , uid , ids , { ' state ' : ' cancel ' , ' move_dest_id ' : False } )
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#def _get_quants_from_pack(self, cr, uid, ids, context=None):
# """
# Suppose for the moment we don't have any packaging
# """
# res = {}
# for move in self.browse(cr, uid, ids, context=context):
# #Split according to pack wizard if necessary
# res[move.id] = [x.id for x in move.reserved_quant_ids]
# return res
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def action_done ( self , cr , uid , ids , context = None ) :
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""" Makes the move done and if all moves are done, it will finish the picking.
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If quants are not assigned yet , it should assign them
Putaway strategies should be applied
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@return :
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"""
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context = context or { }
quant_obj = self . pool . get ( " stock.quant " )
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picking_obj = self . pool . get ( ' stock.picking ' )
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todo = [ move . id for move in self . browse ( cr , uid , ids , context = context ) if move . state == " draft " ]
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if todo :
self . action_confirm ( cr , uid , todo , context = context )
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pickings = set ( )
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for move in self . browse ( cr , uid , ids , context = context ) :
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if move . picking_id :
pickings . add ( move . picking_id . id )
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qty = move . product_uom_qty
# for qty, location_id in move_id.prefered_location_ids:
# quants = quant_obj.quants_get(cr, uid, move.location_id, move.product_id, qty, context=context)
# quant_obj.quants_move(cr, uid, quants, move, location_dest_id, context=context)
# should replace the above 2 lines
domain = [ ' | ' , ( ' reservation_id ' , ' = ' , False ) , ( ' reservation_id ' , ' = ' , move . id ) ]
quants = quant_obj . quants_get ( cr , uid , move . location_id , move . product_id , qty , domain = domain , prefered_order = ' reservation_id<> ' + str ( move . id ) , context = context )
#Will move all quants_get and as such create negative quants
quant_obj . quants_move ( cr , uid , quants , move , context = context )
quant_obj . quants_unreserve ( cr , uid , move , context = context )
#
#Check moves that were pushed
if move . move_dest_id . state in ( ' waiting ' , ' confirmed ' ) :
other_upstream_move_ids = self . search ( cr , uid , [ ( ' id ' , ' != ' , move . id ) , ( ' state ' , ' not in ' , [ ' done ' , ' cancel ' ] ) ,
( ' move_dest_id ' , ' = ' , move . move_dest_id . id ) ] , context = context )
#If no other moves for the move that got pushed:
if not other_upstream_move_ids and move . move_dest_id . state in ( ' waiting ' , ' confirmed ' ) :
self . action_assign ( cr , uid , [ move . move_dest_id . id ] , context = context )
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self . write ( cr , uid , ids , { ' state ' : ' done ' , ' date ' : time . strftime ( DEFAULT_SERVER_DATETIME_FORMAT ) } , context = context )
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#if all moves of a picking aren't done, we create a backorder
for picking in picking_obj . browse ( cr , uid , list ( pickings ) , context = context ) :
if picking . state != ' done ' :
backorder_id = picking_obj . _create_backorder ( cr , uid , picking , context = context )
done_move_ids = [ x . id for x in picking . move_lines if x . state == ' done ' ]
self . write ( cr , uid , done_move_ids , { ' picking_id ' : backorder_id } , context = context )
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return True
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def unlink ( self , cr , uid , ids , context = None ) :
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if context is None :
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context = { }
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ctx = context . copy ( )
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for move in self . browse ( cr , uid , ids , context = context ) :
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if move . state != ' draft ' and not ctx . get ( ' call_unlink ' , False ) :
raise osv . except_osv ( _ ( ' User Error! ' ) , _ ( ' You can only delete draft moves. ' ) )
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return super ( stock_move , self ) . unlink (
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cr , uid , ids , context = ctx )
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def action_scrap ( self , cr , uid , ids , quantity , location_id , context = None ) :
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""" Move the scrap/damaged product into scrap location
@param cr : the database cursor
@param uid : the user id
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@param ids : ids of stock move object to be scrapped
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@param quantity : specify scrap qty
@param location_id : specify scrap location
@param context : context arguments
@return : Scraped lines
"""
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#quantity should in MOVE UOM
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if quantity < = 0 :
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raise osv . except_osv ( _ ( ' Warning! ' ) , _ ( ' Please provide a positive quantity to scrap. ' ) )
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res = [ ]
for move in self . browse ( cr , uid , ids , context = context ) :
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source_location = move . location_id
if move . state == ' done ' :
source_location = move . location_dest_id
if source_location . usage != ' internal ' :
#restrict to scrap from a virtual location because it's meaningless and it may introduce errors in stock ('creating' new products from nowhere)
raise osv . except_osv ( _ ( ' Error! ' ) , _ ( ' Forbidden operation: it is not allowed to scrap products from a virtual location. ' ) )
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move_qty = move . product_qty
uos_qty = quantity / move_qty * move . product_uos_qty
default_val = {
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' location_id ' : source_location . id ,
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' product_qty ' : quantity ,
' product_uos_qty ' : uos_qty ,
' state ' : move . state ,
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' scrapped ' : True ,
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' location_dest_id ' : location_id ,
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' tracking_id ' : move . tracking_id . id ,
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' lot_id ' : move . lot_id . id ,
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}
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new_move = self . copy ( cr , uid , move . id , default_val )
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2011-04-07 11:32:08 +00:00
res + = [ new_move ]
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product_obj = self . pool . get ( ' product.product ' )
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for product in product_obj . browse ( cr , uid , [ move . product_id . id ] , context = context ) :
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if move . picking_id :
uom = product . uom_id . name if product . uom_id else ' '
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message = _ ( " %s %s %s has been <b>moved to</b> scrap. " ) % ( quantity , uom , product . name )
move . picking_id . message_post ( body = message )
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self . action_done ( cr , uid , res , context = context )
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return res
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def action_consume ( self , cr , uid , ids , quantity , location_id = False , context = None ) :
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""" Consumed product with specific quatity from specific source location
@param cr : the database cursor
@param uid : the user id
@param ids : ids of stock move object to be consumed
@param quantity : specify consume quantity
@param location_id : specify source location
@param context : context arguments
@return : Consumed lines
"""
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#quantity should in MOVE UOM
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if context is None :
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context = { }
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if quantity < = 0 :
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raise osv . except_osv ( _ ( ' Warning! ' ) , _ ( ' Please provide proper quantity. ' ) )
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res = [ ]
for move in self . browse ( cr , uid , ids , context = context ) :
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move_qty = move . product_qty
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if move_qty < = 0 :
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raise osv . except_osv ( _ ( ' Error! ' ) , _ ( ' Cannot consume a move with negative or zero quantity. ' ) )
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quantity_rest = move . product_qty
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quantity_rest - = quantity
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uos_qty_rest = quantity_rest / move_qty * move . product_uos_qty
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if quantity_rest < = 0 :
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quantity_rest = 0
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uos_qty_rest = 0
quantity = move . product_qty
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uos_qty = quantity / move_qty * move . product_uos_qty
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if quantity_rest > 0 :
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default_val = {
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' product_qty ' : quantity ,
' product_uos_qty ' : uos_qty ,
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' state ' : move . state ,
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' location_id ' : location_id or move . location_id . id ,
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}
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current_move = self . copy ( cr , uid , move . id , default_val )
res + = [ current_move ]
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update_val = { }
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update_val [ ' product_qty ' ] = quantity_rest
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update_val [ ' product_uos_qty ' ] = uos_qty_rest
self . write ( cr , uid , [ move . id ] , update_val )
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2010-03-18 11:25:02 +00:00
else :
quantity_rest = quantity
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uos_qty_rest = uos_qty
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res + = [ move . id ]
update_val = {
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' product_qty ' : quantity_rest ,
' product_uos_qty ' : uos_qty_rest ,
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' location_id ' : location_id or move . location_id . id ,
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}
self . write ( cr , uid , [ move . id ] , update_val )
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self . action_done ( cr , uid , res , context = context )
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return res
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# def price_calculation(self, cr, uid, ids, quants, context=None):
# '''
# This method puts the right price on the stock move,
# adapts the price on the product when necessary
# and creates the necessary stock move matchings
# :param quants: are quants to be reconciled and needs to be done when IN move reconciles out move
#
# It returns a list of tuples with (move_id, match_id)
# which is used for generating the accounting entries when FIFO/LIFO
# '''
# product_obj = self.pool.get('product.product')
# currency_obj = self.pool.get('res.currency')
# matching_obj = self.pool.get('stock.move.matching')
# uom_obj = self.pool.get('product.uom')
# quant_obj = self.pool.get('stock.quant')
#
# product_avail = {}
# res = {}
# for move in self.browse(cr, uid, ids, context=context):
# # Initialize variables
# res[move.id] = []
# move_qty = move.product_qty
# move_uom = move.product_uom.id
# company_id = move.company_id.id
# ctx = context.copy()
# user = self.pool.get('res.users').browse(cr, uid, uid, context=context)
# ctx['force_company'] = move.company_id.id
# product = product_obj.browse(cr, uid, move.product_id.id, context=ctx)
# cost_method = product.cost_method
# product_uom_qty = uom_obj._compute_qty(cr, uid, move_uom, move_qty, product.uom_id.id, round=False)
# if not product.id in product_avail:
# product_avail[product.id] = product.qty_available
#
# # Check if out -> do stock move matchings and if fifo/lifo -> update price
# # only update the cost price on the product form on stock moves of type == 'out' because if a valuation has to be made without PO,
# # for inventories for example we want to use the last value used for an outgoing move
# if move.location_id.usage == 'internal' and move.location_dest_id.usage != 'internal':
# fifo = (cost_method != 'lifo')
# #Ok -> do calculation based on quants
# price_amount = 0.0
# amount = 0.0
# #if move.id in quants???
# #search quants_move which are the quants associated with this move, which are not propagated quants
# quants_move = quant_obj.search(cr, uid, [('history_ids', 'in', move.id), ('propagated_from_id', '=', False)], context=context)
# for quant in quant_obj.browse(cr, uid, quants_move, context=context):
# price_amount += quant.qty * quant.price_unit
# amount += quant.qty
#
## tuples = product_obj.get_stock_matchings_fifolifo(cr, uid, [product.id], move_qty, fifo,
## move_uom, move.company_id.currency_id.id, context=ctx) #TODO Would be better to use price_currency_id for migration?
## price_amount = 0.0
## amount = 0.0
## #Write stock matchings
## for match in tuples:
## matchvals = {'move_in_id': match[0], 'qty': match[1],
## 'move_out_id': move.id}
## match_id = matching_obj.create(cr, uid, matchvals, context=context)
## res[move.id].append(match_id)
## price_amount += match[1] * match[2]
## amount += match[1]
# #Write price on out move
# if product_avail[product.id] >= product_uom_qty and product.cost_method in ['real']:
# if amount > 0:
# self.write(cr, uid, move.id, {'price_unit': price_amount / move_qty}, context=context) #Should be converted
# product_obj.write(cr, uid, product.id, {'standard_price': price_amount / amount}, context=ctx)
# else:
# pass
## raise osv.except_osv(_('Error'), _("Something went wrong finding quants ") + str(self.search(cr, uid, [('company_id','=', company_id), ('qty_remaining', '>', 0), ('state', '=', 'done'),
## ('location_id.usage', '!=', 'internal'), ('location_dest_id.usage', '=', 'internal'), ('product_id', '=', product.id)],
## order = 'date, id', context=context)) + str(move_qty) + str(move_uom) + str(move.company_id.currency_id.id))
# else:
# new_price = uom_obj._compute_price(cr, uid, product.uom_id.id, product.standard_price, move_uom)
# self.write(cr, uid, move.id, {'price_unit': new_price}, context=ctx)
# #Adjust product_avail when not average and move returned from
# if product.cost_method != 'average':
# product_avail[product.id] -= product_uom_qty
#
# #Check if in => if price 0.0, take standard price / Update price when average price and price on move != standard price
# if move.location_id.usage != 'internal' and move.location_dest_id.usage == 'internal':
# if move.price_unit == 0.0:
# new_price = uom_obj._compute_price(cr, uid, product.uom_id.id, product.standard_price, move_uom)
# self.write(cr, uid, move.id, {'price_unit': new_price}, context=ctx)
# elif product.cost_method == 'average':
# move_product_price = uom_obj._compute_price(cr, uid, move_uom, move.price_unit, product.uom_id.id)
# if product_avail[product.id] > 0.0:
# amount_unit = product.standard_price
# new_std_price = ((amount_unit * product_avail[product.id])\
# + (move_product_price * product_uom_qty))/(product_avail[product.id] + product_uom_qty)
# else:
# new_std_price = move_product_price
# product_obj.write(cr, uid, [product.id], {'standard_price': new_std_price}, context=ctx)
# # Should create the stock move matchings for previous outs for the negative stock that can be matched with is in
# if product_avail[product.id] < 0.0: #TODO LATER
# resneg = self._generate_negative_stock_matchings(cr, uid, [move.id], product, quants[move.id], context=ctx)
# res[move.id] += resneg
# product_avail[product.id] += product_uom_qty
# return res
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def do_partial ( self , cr , uid , move_id , partial_datas , context = None ) :
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""" Partially (or not) moves a stock.move.
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@param partial_datas : Dictionary containing details of partial picking
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like partner_id , delivery_date , delivery
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moves with product_id , product_qty , uom
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"""
uom_obj = self . pool . get ( ' product.uom ' )
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if context is None :
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context = { }
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move = self . browse ( cr , uid , move_id , context = context )
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product_uom_qty = partial_datas . get ( ' product_qty ' , 0.0 )
product_uom = partial_datas . get ( ' product_uom_id ' )
#lot_id = partial_datas.get('lot_id')
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if move . state in ( ' done ' , ' cancel ' ) or product_uom_qty == 0 :
return
#TODO add back these constraint checks
##Compute the quantity for respective wizard_line in the line uom (this jsut do the rounding if necessary)
#qty_in_line_uom = uom_obj._compute_qty(cr, uid, line_uom.id, wizard_line.quantity, line_uom.id)
#if line_uom.factor and line_uom.factor <> 0:
# if float_compare(qty_in_line_uom, wizard_line.quantity, precision_rounding=line_uom.rounding) != 0:
# raise osv.except_osv(_('Warning!'), _('The unit of measure rounding does not allow you to ship "%s %s", only rounding of "%s %s" is accepted by the Unit of Measure.') % (wizard_line.quantity, line_uom.name, line_uom.rounding, line_uom.name))
##Check rounding Quantity.ex.
##picking: 1kg, uom kg rounding = 0.01 (rounding to 10g),
##partial delivery: 253g
##=> result= refused, as the qty left on picking would be 0.747kg and only 0.75 is accepted by the uom.
#initial_uom = wizard_line.move_id.product_uom
##Compute the quantity for respective wizard_line in the initial uom
#qty_in_initial_uom = uom_obj._compute_qty(cr, uid, line_uom.id, wizard_line.quantity, initial_uom.id)
#without_rounding_qty = (wizard_line.quantity / line_uom.factor) * initial_uom.factor
#if float_compare(qty_in_initial_uom, without_rounding_qty, precision_rounding=initial_uom.rounding) != 0:
# raise osv.except_osv(_('Warning!'), _('The rounding of the initial uom does not allow you to ship "%s %s", as it would let a quantity of "%s %s" to ship and only roundings of "%s %s" are accepted by the uom.') % (wizard_line.quantity, line_uom.name, wizard_line.move_id.product_qty - without_rounding_qty, initial_uom.name, initial_uom.rounding, initial_uom.name))
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##Quantity must be Positive
#if wizard_line.quantity < 0:
# raise osv.except_osv(_('Warning!'), _('Please provide proper Quantity.'))
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#partial_qty is the quantity processed in the normalized product uom
partial_qty = uom_obj . _compute_qty ( cr , uid , product_uom , product_uom_qty , move . product_id . uom_id . id )
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if move . product_qty > partial_qty :
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defaults = {
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' product_uom_qty ' : product_uom_qty ,
' product_uos_qty ' : product_uom_qty ,
' state ' : ' assigned ' ,
' move_dest_id ' : False ,
' price_unit ' : partial_datas . get ( ' cost ' , 0.0 ) ,
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' reserved_quant_ids ' : partial_datas . get ( ' reserved_quant_ids ' , [ ] )
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}
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new_move = self . copy ( cr , uid , move . id , defaults )
todo_move_id = new_move
self . write ( cr , uid , [ move . id ] , { ' product_uom_qty ' : move . product_qty - product_uom_qty ,
' product_uos_qty ' : move . product_qty - product_uom_qty ,
' lot_id ' : False ,
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' tracking_id ' : False ,
' reserved_quant_ids ' : [ ] } )
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else :
todo_move_id = move . id
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#TODO LOT management
#self.write(cr, uid, [todo_move_id], {'prefered_lot_ids': })
return todo_move_id
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def get_type_from_usage ( self , cr , uid , location , location_dest , context = None ) :
'''
Returns the type to be chosen based on the usages of the locations
'''
if location . usage == ' internal ' and location_dest . usage in [ ' supplier ' , ' customer ' ] :
return ' out '
if location . usage in [ ' supplier ' , ' customer ' ] and location_dest . usage == ' internal ' :
return ' in '
return ' internal '
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class stock_inventory ( osv . osv ) :
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_name = " stock.inventory "
_description = " Inventory "
_columns = {
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' name ' : fields . char ( ' Inventory Reference ' , size = 64 , required = True , readonly = True , states = { ' draft ' : [ ( ' readonly ' , False ) ] } ) ,
' date ' : fields . datetime ( ' Creation Date ' , required = True , readonly = True , states = { ' draft ' : [ ( ' readonly ' , False ) ] } ) ,
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' date_done ' : fields . datetime ( ' Date done ' ) ,
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' inventory_line_id ' : fields . one2many ( ' stock.inventory.line ' , ' inventory_id ' , ' Inventories ' , readonly = True , states = { ' draft ' : [ ( ' readonly ' , False ) ] } ) ,
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' move_ids ' : fields . many2many ( ' stock.move ' , ' stock_inventory_move_rel ' , ' inventory_id ' , ' move_id ' , ' Created Moves ' ) ,
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' state ' : fields . selection ( ( ( ' draft ' , ' Draft ' ) , ( ' cancel ' , ' Cancelled ' ) , ( ' confirm ' , ' Confirmed ' ) , ( ' done ' , ' Done ' ) ) , ' Status ' , readonly = True , select = True ) ,
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' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , required = True , select = True , readonly = True , states = { ' draft ' : [ ( ' readonly ' , False ) ] } ) ,
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}
_defaults = {
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' date ' : lambda * a : time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ,
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' state ' : ' draft ' ,
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' company_id ' : lambda self , cr , uid , c : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.inventory ' , context = c )
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}
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def copy ( self , cr , uid , id , default = None , context = None ) :
if default is None :
default = { }
default = default . copy ( )
default . update ( { ' move_ids ' : [ ] , ' date_done ' : False } )
return super ( stock_inventory , self ) . copy ( cr , uid , id , default , context = context )
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def _inventory_line_hook ( self , cr , uid , inventory_line , move_vals ) :
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""" Creates a stock move from an inventory line
@param inventory_line :
@param move_vals :
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@return :
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"""
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return self . pool . get ( ' stock.move ' ) . create ( cr , uid , move_vals )
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def action_done ( self , cr , uid , ids , context = None ) :
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""" Finish the inventory
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@return : True
"""
if context is None :
context = { }
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move_obj = self . pool . get ( ' stock.move ' )
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for inv in self . browse ( cr , uid , ids , context = context ) :
move_obj . action_done ( cr , uid , [ x . id for x in inv . move_ids ] , context = context )
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self . write ( cr , uid , [ inv . id ] , { ' state ' : ' done ' , ' date_done ' : time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) } , context = context )
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return True
def action_confirm ( self , cr , uid , ids , context = None ) :
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""" Confirm the inventory and writes its finished date
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@return : True
"""
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if context is None :
context = { }
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# to perform the correct inventory corrections we need analyze stock location by
# location, never recursively, so we use a special context
product_context = dict ( context , compute_child = False )
location_obj = self . pool . get ( ' stock.location ' )
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for inv in self . browse ( cr , uid , ids , context = context ) :
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move_ids = [ ]
for line in inv . inventory_line_id :
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pid = line . product_id . id
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product_context . update (
location = line . location_id . id ,
lot_id = line . prod_lot_id and line . prod_lot_id . id or False
)
qty = self . pool . get ( ' product.product ' ) . browse ( cr , uid , line . product_id . id , context = product_context ) . qty_available
amount = self . pool . get ( ' product.uom ' ) . _compute_qty_obj ( cr , uid , line . product_id . uom_id , qty , line . product_uom , context = context )
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change = line . product_qty - amount
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lot_id = line . prod_lot_id . id
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if change :
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location_id = line . product_id . property_stock_inventory . id
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value = {
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' name ' : _ ( ' INV: ' ) + ( line . inventory_id . name or ' ' ) ,
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' product_id ' : line . product_id . id ,
' product_uom ' : line . product_uom . id ,
' date ' : inv . date ,
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' company_id ' : line . location_id . company_id . id ,
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}
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if change > 0 :
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value . update ( {
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' product_uom_qty ' : change ,
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' location_id ' : location_id ,
' location_dest_id ' : line . location_id . id ,
} )
else :
value . update ( {
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' product_uom_qty ' : - change ,
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' location_id ' : line . location_id . id ,
' location_dest_id ' : location_id ,
} )
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move_ids . append ( self . _inventory_line_hook ( cr , uid , line , value ) )
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self . write ( cr , uid , [ inv . id ] , { ' state ' : ' confirm ' , ' move_ids ' : [ ( 6 , 0 , move_ids ) ] } )
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self . pool . get ( ' stock.move ' ) . action_confirm ( cr , uid , move_ids , context = context )
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return True
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def action_cancel_draft ( self , cr , uid , ids , context = None ) :
""" Cancels the stock move and change inventory state to draft.
@return : True
"""
for inv in self . browse ( cr , uid , ids , context = context ) :
self . pool . get ( ' stock.move ' ) . action_cancel ( cr , uid , [ x . id for x in inv . move_ids ] , context = context )
self . write ( cr , uid , [ inv . id ] , { ' state ' : ' draft ' } , context = context )
return True
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def action_cancel_inventory ( self , cr , uid , ids , context = None ) :
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#TODO test
self . action_cancel_draft ( cr , uid , ids , context = context )
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class stock_inventory_line ( osv . osv ) :
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_name = " stock.inventory.line "
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_description = " Inventory Line "
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_rec_name = " inventory_id "
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_columns = {
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' inventory_id ' : fields . many2one ( ' stock.inventory ' , ' Inventory ' , ondelete = ' cascade ' , select = True ) ,
' location_id ' : fields . many2one ( ' stock.location ' , ' Location ' , required = True ) ,
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' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , required = True , select = True ) ,
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' product_uom ' : fields . many2one ( ' product.uom ' , ' Product Unit of Measure ' , required = True ) ,
' product_qty ' : fields . float ( ' Quantity ' , digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) ) ,
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' company_id ' : fields . related ( ' inventory_id ' , ' company_id ' , type = ' many2one ' , relation = ' res.company ' , string = ' Company ' , store = True , select = True , readonly = True ) ,
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' prod_lot_id ' : fields . many2one ( ' stock.production.lot ' , ' Serial Number ' , domain = " [( ' product_id ' , ' = ' ,product_id)] " ) ,
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' state ' : fields . related ( ' inventory_id ' , ' state ' , type = ' char ' , string = ' Status ' , readonly = True ) ,
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}
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def _default_stock_location ( self , cr , uid , context = None ) :
stock_location = self . pool . get ( ' ir.model.data ' ) . get_object ( cr , uid , ' stock ' , ' stock_location_stock ' )
return stock_location . id
_defaults = {
' location_id ' : _default_stock_location
}
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def on_change_product_id ( self , cr , uid , ids , location_id , product , uom = False , to_date = False , context = None ) :
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""" Changes UoM and name if product_id changes.
@param location_id : Location id
@param product : Changed product_id
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@param uom : UoM product
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@return : Dictionary of changed values
"""
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context = context or { }
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if not product :
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return { ' value ' : { ' product_qty ' : 0.0 , ' product_uom ' : False } }
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context [ ' location ' ] = location_id
obj_product = self . pool . get ( ' product.product ' ) . browse ( cr , uid , product , context = context )
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uom = uom or obj_product . uom_id . id
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amount = obj_product . qty_available
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result = { ' product_qty ' : amount , ' product_uom ' : uom }
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return { ' value ' : result }
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#----------------------------------------------------------
# Stock Warehouse
#----------------------------------------------------------
class stock_warehouse ( osv . osv ) :
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_name = " stock.warehouse "
_description = " Warehouse "
_columns = {
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' name ' : fields . char ( ' Name ' , size = 128 , required = True , select = True ) ,
' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , required = True , select = True ) ,
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' partner_id ' : fields . many2one ( ' res.partner ' , ' Owner Address ' ) ,
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' lot_input_id ' : fields . many2one ( ' stock.location ' , ' Location Input ' , required = True , domain = [ ( ' usage ' , ' <> ' , ' view ' ) ] ) ,
' lot_stock_id ' : fields . many2one ( ' stock.location ' , ' Location Stock ' , required = True , domain = [ ( ' usage ' , ' = ' , ' internal ' ) ] ) ,
' lot_output_id ' : fields . many2one ( ' stock.location ' , ' Location Output ' , required = True , domain = [ ( ' usage ' , ' <> ' , ' view ' ) ] ) ,
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}
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def _default_lot_input_stock_id ( self , cr , uid , context = None ) :
lot_input_stock = self . pool . get ( ' ir.model.data ' ) . get_object ( cr , uid , ' stock ' , ' stock_location_stock ' )
return lot_input_stock . id
def _default_lot_output_id ( self , cr , uid , context = None ) :
lot_output = self . pool . get ( ' ir.model.data ' ) . get_object ( cr , uid , ' stock ' , ' stock_location_output ' )
return lot_output . id
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_defaults = {
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' company_id ' : lambda self , cr , uid , c : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.inventory ' , context = c ) ,
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' lot_input_id ' : _default_lot_input_stock_id ,
' lot_stock_id ' : _default_lot_input_stock_id ,
' lot_output_id ' : _default_lot_output_id ,
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}
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# -------------------------
# Packaging related stuff
# -------------------------
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from openerp . report import report_sxw
report_sxw . report_sxw ( ' report.stock.quant.package.barcode ' , ' stock.quant.package ' , ' addons/stock/report/picking_barcode.rml ' )
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class stock_package ( osv . osv ) :
"""
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These are the packages , containing quants and / or others packages
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"""
_name = " stock.quant.package "
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_description = " Physical Packages "
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_order = ' name '
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def name_get ( self , cr , uid , ids , context = None ) :
res = self . _complete_name ( cr , uid , ids , ' complete_name ' , None , context = context )
return res . items ( )
def _complete_name ( self , cr , uid , ids , name , args , context = None ) :
""" Forms complete name of location from parent location to child location.
@return : Dictionary of values
"""
res = { }
for m in self . browse ( cr , uid , ids , context = context ) :
res [ m . id ] = m . name
parent = m . parent_id
while parent :
res [ m . id ] = parent . name + ' / ' + res [ m . id ]
parent = parent . location_id
return res
def _get_subpackages ( self , cr , uid , ids , context = None ) :
""" return all sublocations of the given stock locations (included) """
return self . search ( cr , uid , [ ( ' id ' , ' child_of ' , ids ) ] , context = context )
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def _get_packages ( self , cr , uid , ids , context = None ) :
""" Returns packages from quants for store """
res = set ( )
for quant in self . browse ( cr , uid , ids , context = context ) :
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if quant . package_id :
res . add ( quant . package_id . id )
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return list ( res )
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_columns = {
' name ' : fields . char ( ' Package Reference ' , size = 64 , select = True ) ,
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' complete_name ' : fields . function ( _complete_name , type = ' char ' , string = " Package Name " ,
store = { ' stock.quant.package ' : ( _get_subpackages , [ ' name ' , ' parent_id ' ] , 10 ) } ) ,
' parent_left ' : fields . integer ( ' Left Parent ' , select = 1 ) ,
' parent_right ' : fields . integer ( ' Right Parent ' , select = 1 ) ,
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' packaging_id ' : fields . many2one ( ' product.packaging ' , ' Type of Packaging ' ) ,
' location_id ' : fields . related ( ' quant_ids ' , ' location_id ' , type = ' many2one ' , relation = ' stock.location ' , string = ' Location ' ,
store = { ' stock.quant ' : ( _get_packages , [ ' location_id ' ] , 10 ) } , readonly = True ) ,
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' quant_ids ' : fields . one2many ( ' stock.quant ' , ' package_id ' , ' Bulk Content ' ) ,
' parent_id ' : fields . many2one ( ' stock.quant.package ' , ' Container Package ' , help = " The package containing this item " ) ,
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' children_ids ' : fields . one2many ( ' stock.quant.package ' , ' parent_id ' , ' Contained Packages ' ) ,
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}
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_defaults = {
' name ' : lambda self , cr , uid , context : self . pool . get ( ' ir.sequence ' ) . get ( cr , uid , ' stock.quant.package ' ) or _ ( ' Unknown Pack ' )
}
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def _check_location ( self , cr , uid , ids , context = None ) :
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''' checks that all quants in a package are stored in the same location '''
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for pack in self . browse ( cr , uid , ids , context = context ) :
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if not all ( [ quant . location_id . id == pack . quant_ids [ 0 ] . location_id . id for quant in pack . quant_ids ] ) :
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return False
return True
_constraints = [
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( _check_location , ' All quants inside a package should be in the same location ' , [ ' location_id ' ] ) ,
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]
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def action_print ( self , cr , uid , ids , context = None ) :
if context is None :
context = { }
datas = {
' ids ' : context . get ( ' active_id ' ) and [ context . get ( ' active_id ' ) ] or ids ,
' model ' : ' stock.quant.package ' ,
' form ' : self . read ( cr , uid , ids ) [ 0 ]
}
return {
' type ' : ' ir.actions.report.xml ' ,
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' report_name ' : ' stock.quant.package.barcode ' ,
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' datas ' : datas
}
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def quants_get ( self , cr , uid , package_record , context = None ) :
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''' find all the quants in the given package (browse record) recursively '''
res = [ ]
for child in package_record . children_ids :
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res + = self . quants_get ( cr , uid , child , context = context )
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res + = [ qt . id for qt in package_record . quant_ids ]
return res
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def _get_product_total_qty ( self , cr , uid , package_record , product_id , context = None ) :
''' find the total of given product ' product_id ' inside the given package ' package_id '''
quant_obj = self . pool . get ( ' stock.quant ' )
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included_package_ids = self . search ( cr , uid , [ ( ' parent_id ' , ' child_of ' , [ package_record . id ] ) ] , context = context )
all_quant_ids = quant_obj . search ( cr , uid , [ ( ' package_id ' , ' in ' , included_package_ids ) ] , context = context )
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total = 0
for quant in quant_obj . browse ( cr , uid , all_quant_ids , context = context ) :
if quant . product_id . id == product_id :
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total + = quant . qty
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return total
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class stock_pack_operation ( osv . osv ) :
_name = " stock.pack.operation "
_description = " Packing Operation "
_columns = {
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' picking_id ' : fields . many2one ( ' stock.picking ' , ' Stock Picking ' , help = ' The stock operation where the packing has been made ' , required = True ) ,
' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , ondelete = " CASCADE " ) , # 1
' product_uom_id ' : fields . many2one ( ' product.uom ' , ' Product Unit of Measure ' ) ,
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' product_qty ' : fields . float ( ' Quantity ' , digits_compute = dp . get_precision ( ' Product Unit of Measure ' ) , required = True ) ,
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' package_id ' : fields . many2one ( ' stock.quant.package ' , ' Package ' ) , # 2
' quant_id ' : fields . many2one ( ' stock.quant ' , ' Quant ' ) , # 3
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' result_package_id ' : fields . many2one ( ' stock.quant.package ' , ' Container Package ' , help = " If set, the operations are packed into this package " , required = False , ondelete = ' cascade ' ) ,
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' date ' : fields . datetime ( ' Date ' , required = True ) ,
#'lot_id': fields.many2one('stock.production.lot', 'Serial Number', ondelete='CASCADE'),
#'update_cost': fields.boolean('Need cost update'),
' cost ' : fields . float ( " Cost " , help = " Unit Cost for this product line " ) ,
' currency ' : fields . many2one ( ' res.currency ' , string = " Currency " , help = " Currency in which Unit cost is expressed " , ondelete = ' CASCADE ' ) ,
}
_defaults = {
' date ' : fields . date . context_today ,
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}
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def _find_product_ids ( self , cr , uid , operation_id , context = None ) :
quant_obj = self . pool . get ( ' stock.quant ' )
operation = self . browse ( cr , uid , operation_id , context = context )
if operation . product_id :
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return [ operation . product_id . id ]
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elif operation . quant_id :
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return [ operation . quant_id . product_id . id ]
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elif operation . package_id :
included_package_ids = self . pool . get ( ' stock.quant.package ' ) . search ( cr , uid , [ ( ' parent_id ' , ' child_of ' , [ operation . package_id . id ] ) ] , context = context )
included_quant_ids = quant_obj . search ( cr , uid , [ ( ' package_id ' , ' in ' , included_package_ids ) ] , context = context )
return [ quant . product_id . id for quant in quant_obj . browse ( cr , uid , included_quant_ids , context = context ) ]
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#TODO: this function can be refactored
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def _search_and_increment ( self , cr , uid , picking_id , key , context = None ) :
''' Search for an operation on an existing key in a picking, if it exists increment the qty (+1) otherwise create it
: param key : tuple directly reusable in a domain
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context can receive a key ' current_package_id ' with the package to consider for this operation
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returns True
previously : returns the update to do in stock . move one2many field of picking ( adapt remaining quantities ) and to the list of package in the classic one2many syntax
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( 0 , 0 , { values } ) link to a new record that needs to be created with the given values dictionary
( 1 , ID , { values } ) update the linked record with id = ID ( write * values * on it )
( 2 , ID ) remove and delete the linked record with id = ID ( calls unlink on ID , that will delete the object completely , and the link to it as well )
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'''
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quant_obj = self . pool . get ( ' stock.quant ' )
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if context is None :
context = { }
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#if current_package_id is given in the context, we increase the number of items in this package
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package_clause = [ ( ' result_package_id ' , ' = ' , context . get ( ' current_package_id ' , False ) ) ]
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existing_operation_ids = self . search ( cr , uid , [ ( ' picking_id ' , ' = ' , picking_id ) , key ] + package_clause , context = context )
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if existing_operation_ids :
#existing operation found for the given key and picking => increment its quantity
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operation_id = existing_operation_ids [ 0 ]
qty = self . browse ( cr , uid , operation_id , context = context ) . product_qty + 1
self . write ( cr , uid , operation_id , { ' product_qty ' : qty } , context = context )
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else :
#no existing operation found for the given key and picking => create a new one
var_name , dummy , value = key
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uom_id = False
if var_name == ' product_id ' :
uom_id = self . pool . get ( ' product.product ' ) . browse ( cr , uid , value , context = context ) . uom_id . id
elif var_name == ' quant_id ' :
quant = quant_obj . browse ( cr , uid , value , context = context )
uom_id = quant . product_id . uom_id . id
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values = {
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' picking_id ' : picking_id ,
var_name : value ,
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' product_qty ' : 1 ,
' product_uom_id ' : uom_id ,
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}
operation_id = self . create ( cr , uid , values , context = context )
values . update ( { ' id ' : operation_id } )
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return True
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class stock_warehouse_orderpoint ( osv . osv ) :
"""
Defines Minimum stock rules .
"""
_name = " stock.warehouse.orderpoint "
_description = " Minimum Inventory Rule "
def _get_draft_procurements ( self , cr , uid , ids , field_name , arg , context = None ) :
if context is None :
context = { }
result = { }
procurement_obj = self . pool . get ( ' procurement.order ' )
for orderpoint in self . browse ( cr , uid , ids , context = context ) :
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procurement_ids = procurement_obj . search ( cr , uid , [ ( ' state ' , ' = ' , ' draft ' ) , ( ' product_id ' , ' = ' , orderpoint . product_id . id ) , ( ' location_id ' , ' = ' , orderpoint . location_id . id ) ] )
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result [ orderpoint . id ] = procurement_ids
return result
def _check_product_uom ( self , cr , uid , ids , context = None ) :
'''
Check if the UoM has the same category as the product standard UoM
'''
if not context :
context = { }
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for rule in self . browse ( cr , uid , ids , context = context ) :
if rule . product_id . uom_id . category_id . id != rule . product_uom . category_id . id :
return False
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return True
_columns = {
' name ' : fields . char ( ' Name ' , size = 32 , required = True ) ,
' active ' : fields . boolean ( ' Active ' , help = " If the active field is set to False, it will allow you to hide the orderpoint without removing it. " ) ,
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' logic ' : fields . selection ( [ ( ' max ' , ' Order to Max ' ) , ( ' price ' , ' Best price (not yet active!) ' ) ] , ' Reordering Mode ' , required = True ) ,
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' warehouse_id ' : fields . many2one ( ' stock.warehouse ' , ' Warehouse ' , required = True , ondelete = " cascade " ) ,
' location_id ' : fields . many2one ( ' stock.location ' , ' Location ' , required = True , ondelete = " cascade " ) ,
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' product_id ' : fields . many2one ( ' product.product ' , ' Product ' , required = True , ondelete = ' cascade ' , domain = [ ( ' type ' , ' != ' , ' service ' ) ] ) ,
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' product_uom ' : fields . many2one ( ' product.uom ' , ' Product Unit of Measure ' , required = True ) ,
' product_min_qty ' : fields . float ( ' Minimum Quantity ' , required = True ,
help = " When the virtual stock goes below the Min Quantity specified for this field, OpenERP generates " \
" a procurement to bring the forecasted quantity to the Max Quantity. " ) ,
' product_max_qty ' : fields . float ( ' Maximum Quantity ' , required = True ,
help = " When the virtual stock goes below the Min Quantity, OpenERP generates " \
" a procurement to bring the forecasted quantity to the Quantity specified as Max Quantity. " ) ,
' qty_multiple ' : fields . integer ( ' Qty Multiple ' , required = True ,
help = " The procurement quantity will be rounded up to this multiple. " ) ,
' procurement_id ' : fields . many2one ( ' procurement.order ' , ' Latest procurement ' , ondelete = " set null " ) ,
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' company_id ' : fields . many2one ( ' res.company ' , ' Company ' , required = True ) ,
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' procurement_draft_ids ' : fields . function ( _get_draft_procurements , type = ' many2many ' , relation = " procurement.order " , \
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string = " Related Procurement Orders " , help = " Draft procurement of the product and location of that orderpoint " ) ,
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}
_defaults = {
' active ' : lambda * a : 1 ,
' logic ' : lambda * a : ' max ' ,
' qty_multiple ' : lambda * a : 1 ,
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' name ' : lambda self , cr , uid , context : self . pool . get ( ' ir.sequence ' ) . get ( cr , uid , ' stock.orderpoint ' ) or ' ' ,
' product_uom ' : lambda self , cr , uid , context : context . get ( ' product_uom ' , False ) ,
' company_id ' : lambda self , cr , uid , context : self . pool . get ( ' res.company ' ) . _company_default_get ( cr , uid , ' stock.warehouse.orderpoint ' , context = context )
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}
_sql_constraints = [
( ' qty_multiple_check ' , ' CHECK( qty_multiple > 0 ) ' , ' Qty Multiple must be greater than zero. ' ) ,
]
_constraints = [
( _check_product_uom , ' You have to select a product unit of measure in the same category than the default unit of measure of the product ' , [ ' product_id ' , ' product_uom ' ] ) ,
]
def default_get ( self , cr , uid , fields , context = None ) :
res = super ( stock_warehouse_orderpoint , self ) . default_get ( cr , uid , fields , context )
# default 'warehouse_id' and 'location_id'
if ' warehouse_id ' not in res :
warehouse = self . pool . get ( ' ir.model.data ' ) . get_object ( cr , uid , ' stock ' , ' warehouse0 ' , context )
res [ ' warehouse_id ' ] = warehouse . id
if ' location_id ' not in res :
warehouse = self . pool . get ( ' stock.warehouse ' ) . browse ( cr , uid , res [ ' warehouse_id ' ] , context )
res [ ' location_id ' ] = warehouse . lot_stock_id . id
return res
def onchange_warehouse_id ( self , cr , uid , ids , warehouse_id , context = None ) :
""" Finds location id for changed warehouse.
@param warehouse_id : Changed id of warehouse .
@return : Dictionary of values .
"""
if warehouse_id :
w = self . pool . get ( ' stock.warehouse ' ) . browse ( cr , uid , warehouse_id , context = context )
v = { ' location_id ' : w . lot_stock_id . id }
return { ' value ' : v }
return { }
def onchange_product_id ( self , cr , uid , ids , product_id , context = None ) :
""" Finds UoM for changed product.
@param product_id : Changed id of product .
@return : Dictionary of values .
"""
if product_id :
prod = self . pool . get ( ' product.product ' ) . browse ( cr , uid , product_id , context = context )
d = { ' product_uom ' : [ ( ' category_id ' , ' = ' , prod . uom_id . category_id . id ) ] }
v = { ' product_uom ' : prod . uom_id . id }
return { ' value ' : v , ' domain ' : d }
return { ' domain ' : { ' product_uom ' : [ ] } }
def copy ( self , cr , uid , id , default = None , context = None ) :
if not default :
default = { }
default . update ( {
' name ' : self . pool . get ( ' ir.sequence ' ) . get ( cr , uid , ' stock.orderpoint ' ) or ' ' ,
} )
return super ( stock_warehouse_orderpoint , self ) . copy ( cr , uid , id , default , context = context )
class product_template ( osv . osv ) :
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_inherit = " product.template "
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_columns = {
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' type ' : fields . selection ( [ ( ' product ' , ' Stockable Product ' ) , ( ' consu ' , ' Consumable ' ) , ( ' service ' , ' Service ' ) ] , ' Product Type ' , required = True , help = " Consumable: Will not imply stock management for this product. \n Stockable product: Will imply stock management for this product. " ) ,
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' supply_method ' : fields . selection ( [ ( ' produce ' , ' Manufacture ' ) , ( ' buy ' , ' Buy ' ) , ( ' wait ' , ' None ' ) ] , ' Supply Method ' , required = True , help = " Manufacture: When procuring the product, a manufacturing order or a task will be generated, depending on the product type. \n Buy: When procuring the product, a purchase order will be generated. " ) ,
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}
_defaults = {
' supply_method ' : ' buy ' ,
}
class product_product ( osv . osv ) :
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_inherit = " product.product "
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_columns = {
' orderpoint_ids ' : fields . one2many ( ' stock.warehouse.orderpoint ' , ' product_id ' , ' Minimum Stock Rules ' ) ,
}
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class stock_picking_code ( osv . osv ) :
_name = " stock.picking.code "
_description = " Will group picking types for kanban view "
_columns = {
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' name ' : fields . char ( " Picking Type " , translate = True ) ,
}
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class stock_picking_type ( osv . osv ) :
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_name = " stock.picking.type "
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_description = " The picking type determines the picking view "
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def __get_bar_values ( self , cr , uid , obj , domain , read_fields , value_field , groupby_field , context = None ) :
""" Generic method to generate data for bar chart values using SparklineBarWidget.
This method performs obj . read_group ( cr , uid , domain , read_fields , groupby_field ) .
: param obj : the target model ( i . e . crm_lead )
: param domain : the domain applied to the read_group
: param list read_fields : the list of fields to read in the read_group
: param str value_field : the field used to compute the value of the bar slice
: param str groupby_field : the fields used to group
: return list section_result : a list of dicts : [
{ ' value ' : ( int ) bar_column_value ,
' tootip ' : ( str ) bar_column_tooltip ,
}
]
"""
month_begin = date . today ( ) . replace ( day = 1 )
section_result = [ {
' value ' : 0 ,
' tooltip ' : ( month_begin + relativedelta . relativedelta ( months = - i ) ) . strftime ( ' % B ' ) ,
} for i in range ( 10 , - 1 , - 1 ) ]
group_obj = obj . read_group ( cr , uid , domain , read_fields , groupby_field , context = context )
for group in group_obj :
group_begin_date = datetime . strptime ( group [ ' __domain ' ] [ 0 ] [ 2 ] , tools . DEFAULT_SERVER_DATE_FORMAT )
month_delta = relativedelta . relativedelta ( month_begin , group_begin_date )
section_result [ 10 - ( month_delta . months + 1 ) ] = { ' value ' : group . get ( value_field , 0 ) , ' tooltip ' : group_begin_date . strftime ( ' % B ' ) }
return section_result
def _get_picking_data ( self , cr , uid , ids , field_name , arg , context = None ) :
obj = self . pool . get ( ' stock.picking ' )
res = dict . fromkeys ( ids , False )
month_begin = date . today ( ) . replace ( day = 1 )
groupby_begin = ( month_begin + relativedelta . relativedelta ( months = - 4 ) ) . strftime ( tools . DEFAULT_SERVER_DATE_FORMAT )
groupby_end = ( month_begin + relativedelta . relativedelta ( months = 3 ) ) . strftime ( tools . DEFAULT_SERVER_DATE_FORMAT )
for id in ids :
created_domain = [
( ' picking_type_id ' , ' = ' , id ) ,
( ' state ' , ' not in ' , [ ' draft ' , ' cancel ' ] ) ,
( ' date ' , ' >= ' , groupby_begin ) ,
( ' date ' , ' < ' , groupby_end ) ,
]
res [ id ] = self . __get_bar_values ( cr , uid , obj , created_domain , [ ' date ' ] , ' __count ' , ' date ' , context = context )
return res
def _get_picking_count ( self , cr , uid , ids , field_names , arg , context = None ) :
obj = self . pool . get ( ' stock.picking ' )
domains = {
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' count_picking_waiting ' : [ ( ' state ' , ' = ' , ' confirmed ' ) ] ,
' count_picking ' : [ ( ' state ' , ' = ' , ' assigned ' ) ] ,
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' count_picking_late ' : [ ( ' min_date ' , ' < ' , time . strftime ( ' % Y- % m- %d % H: % M: % S ' ) ) ] ,
' count_picking_backorders ' : [ ( ' backorder_id ' , ' <> ' , False ) ] ,
}
result = { }
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for field in domains :
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data = obj . read_group ( cr , uid , domains [ field ] +
[ ( ' state ' , ' not in ' , ( ' done ' , ' cancel ' , ' draft ' ) ) , ( ' picking_type_id ' , ' in ' , ids ) ] ,
[ ' picking_type_id ' ] , [ ' picking_type_id ' ] , context = context )
count = dict ( map ( lambda x : ( x [ ' picking_type_id ' ] , x [ ' __count ' ] ) , data ) )
for tid in ids :
result . setdefault ( tid , { } ) [ field ] = count . get ( tid , 0 )
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for tid in ids :
if result [ tid ] [ ' count_picking ' ] :
result [ tid ] [ ' rate_picking_late ' ] = result [ tid ] [ ' count_picking_late ' ] * 100 / result [ tid ] [ ' count_picking ' ]
result [ tid ] [ ' rate_picking_backorders ' ] = result [ tid ] [ ' count_picking_backorders ' ] * 100 / result [ tid ] [ ' count_picking ' ]
else :
result [ tid ] [ ' rate_picking_late ' ] = 0
result [ tid ] [ ' rate_picking_backorders ' ] = 0
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return result
def _get_picking_history ( self , cr , uid , ids , field_names , arg , context = None ) :
obj = self . pool . get ( ' stock.picking ' )
result = { }
for id in ids :
result [ id ] = {
' latest_picking_late ' : [ ] ,
' latest_picking_backorders ' : [ ]
}
for type_id in ids :
pick_ids = obj . search ( cr , uid , [ ( ' state ' , ' = ' , ' done ' ) , ( ' picking_type_id ' , ' = ' , type_id ) ] , limit = 12 , order = " date desc " , context = context )
for pick in obj . browse ( cr , uid , pick_ids , context = context ) :
result [ type_id ] [ ' latest_picking_late ' ] = cmp ( pick . date [ : 10 ] , time . strftime ( ' % Y- % m- %d ' ) )
result [ type_id ] [ ' latest_picking_backorders ' ] = bool ( pick . backorder_id )
return result
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_columns = {
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' name ' : fields . char ( ' name ' , translate = True ) ,
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' pack ' : fields . boolean ( ' Pack ' , ' This picking type needs packing interface ' ) ,
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' color ' : fields . integer ( ' Color Index ' ) ,
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' delivery ' : fields . boolean ( ' Print delivery ' ) ,
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' sequence_id ' : fields . many2one ( ' ir.sequence ' , ' Sequence ' , required = True ) ,
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' default_location_src_id ' : fields . many2one ( ' stock.location ' , ' Default Source Location ' ) ,
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' default_location_dest_id ' : fields . many2one ( ' stock.location ' , ' Default Destination Location ' ) ,
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' code_id ' : fields . many2one ( ' stock.picking.code ' , ' Picking type code ' , required = True ) ,
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# Statistics for the kanban view
' weekly_picking ' : fields . function ( _get_picking_data ,
type = ' string ' ,
string = ' Scheduled pickings per week ' ) ,
' count_picking ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
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' count_picking_waiting ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
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' count_picking_late ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
' count_picking_backorders ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
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' rate_picking_late ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
' rate_picking_backorders ' : fields . function ( _get_picking_count ,
type = ' integer ' , multi = ' _get_picking_count ' ) ,
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' latest_picking_late ' : fields . function ( _get_picking_history ,
type = ' string ' , multi = ' _get_picking_history ' ) ,
' latest_picking_backorders ' : fields . function ( _get_picking_history ,
type = ' string ' , multi = ' _get_picking_history ' ) ,
}
2013-07-26 15:40:20 +00:00
2013-07-23 09:44:36 +00:00
2013-07-09 13:22:39 +00:00
# vim:expandtab:smartindent:tabstop=4:softtabstop=4:shiftwidth=4: