2018-01-16 06:58:15 +01:00
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Create a new stockable product
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!record {model: product.product, id: product_wise}:
name : Wise Unit
type : product
categ_id : product.product_category_1
uom_id : product.product_uom_unit
uom_po_id : product.product_uom_unit
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Create an incoming picking for this product of 10 PCE from suppliers to stock
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!record {model: stock.picking, id: pick1_wise}:
name : Incoming picking (wise unit)
partner_id : base.res_partner_2
picking_type_id : picking_type_in
move_lines :
- product_id : product_wise
product_uom_qty : 10.00
location_id : stock_location_suppliers
location_dest_id : stock_location_stock
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Confirm and assign picking and prepare partial
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!python {model: stock.picking, id: pick1_wise}: |
self.action_confirm()
self.action_assign()
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Put 4 pieces in shelf1 and 6 pieces in shelf2
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!python {model: stock.picking, id: pick1_wise}: |
stock_pack = self.env['stock.move.line']
stock_quant_pack = self.env['stock.quant.package']
package1 = stock_quant_pack.create({'name': 'Pack 1'})
self.move_line_ids[0].write({
'result_package_id' : package1.id,
'qty_done' : 4 ,
'location_dest_id' : ref('stock_location_components')
})
new_pack1 = stock_pack.create({
'product_id' : ref('product_wise'),
'product_uom_id' : ref('product.product_uom_unit'),
'picking_id' : ref('pick1_wise'),
'qty_done' : 6.0 ,
'location_id' : ref('stock_location_suppliers'),
'location_dest_id' : ref('stock_location_14')
})
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Transfer the receipt
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!python {model: stock.picking, id: pick1_wise}: |
self.do_transfer()
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Check the system created 3 quants
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!python {model: stock.quant, id: False}: |
records = self.search([('product_id','=',ref('product_wise'))])
assert len(records.ids) == 3, "The number of quants created is not correct"
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Make a delivery order of 5 pieces to the customer
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!record {model: stock.picking, id: delivery_order_wise1}:
name : outgoing picking 1 (wise unit)
partner_id : base.res_partner_4
picking_type_id : stock.picking_type_out
move_lines :
- product_id : product_wise
product_uom_qty : 5.0
location_id : stock_location_stock
location_dest_id : stock_location_customers
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Assign and confirm
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!python {model: stock.picking, id: delivery_order_wise1}: |
self.action_confirm()
self.action_assign()
assert self.state == 'assigned'
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Make a delivery order of 5 pieces to the customer
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!record {model: stock.picking, id: delivery_order_wise2}:
name : outgoing picking 2 (wise unit)
partner_id : base.res_partner_4
picking_type_id : stock.picking_type_out
move_lines :
- product_id : product_wise
product_uom_qty : 5.0
location_id : stock_location_stock
location_dest_id : stock_location_customers
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Assign and confirm
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!python {model: stock.picking, id: delivery_order_wise2}: |
self.action_confirm()
self.action_assign()
assert self.state == 'assigned'
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2018-01-16 11:34:37 +01:00
The operator is a wise guy and decides to do the opposite of what Flectra proposes. He uses the products reserved on picking 1 on picking 2 and vice versa
2018-01-16 06:58:15 +01:00
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!python {model: stock.picking, id: False}: |
picking1 = self.browse(ref('delivery_order_wise1'))
picking2 = self.browse(ref('delivery_order_wise2'))
move1 = picking1.move_lines[0]
move2 = picking2.move_lines[0]
pack_ids1 = picking1.move_line_ids
pack_ids2 = picking2.move_line_ids
assert pack_ids1.location_id.id == ref('stock_location_14')
assert set(pack_ids2.mapped('location_id.id')) == set([ref('stock_location_components'), ref('stock_location_14')])
# put the move lines from picking2 into picking1
for pack_id2 in pack_ids2 :
new_pack_id1 = pack_id2.copy(default={'picking_id': picking1.id, 'move_id': move1.id})
new_pack_id1.qty_done = new_pack_id1.product_qty
new_pack_id1.with_context(bypass_reservation_update=True).product_uom_qty = 0
new_move_lines = picking1.move_line_ids.filtered(lambda p : p.qty_done)
assert sum(new_move_lines.mapped('product_qty')) == 0
assert sum(new_move_lines.mapped('qty_done')) == 5
assert set(new_move_lines.mapped('location_id.id')) == set([ref('stock_location_components'), ref('stock_location_14')])
# put the move line from picking1 into picking2
new_pack_id2 = pack_ids1.copy(default={'picking_id': picking2.id, 'move_id': move2.id})
new_pack_id2.qty_done = new_pack_id2.product_qty
new_pack_id2.with_context(bypass_reservation_update=True).product_uom_qty = 0
new_move_lines = picking2.move_line_ids.filtered(lambda p : p.qty_done)
assert len(new_move_lines) == 1
assert sum(new_move_lines.mapped('product_qty')) == 0
assert sum(new_move_lines.mapped('qty_done')) == 5
assert new_move_lines.location_id.id == ref('stock_location_14')
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Process this picking
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!python {model: stock.picking, id: delivery_order_wise1}: |
self.do_transfer()
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Check there was no negative quant created by this picking
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!python {model: stock.quant, id: False}: |
records = self.search([('product_id','=',ref('product_wise')), ('quantity', '<', 0.0), ('location_id.id', '=',
ref('stock_location_stock'))])
assert len(records.ids) == 0, 'This should not have created a negative quant'
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Check the other delivery order has changed its state back to ready
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!python {model: stock.picking, id: delivery_order_wise2}: |
assert self.state == 'assigned', "Delivery order 2 should be back in ready state"
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Process the second picking
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!python {model: stock.picking, id: delivery_order_wise2}: |
self.action_done()
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Check all quants are in Customers and there are no negative quants anymore
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!python {model: stock.quant, id: False}: |
records = self.search([('product_id','=',ref('product_wise')), ('location_id', '!=', ref('stock_location_suppliers'))])
assert all([x.location_id.id==ref('stock_location_customers') and x.quantity > 0.0 for x in records]), "Negative quant or wrong location detected"
