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How to use cost method in lisa

Best Python code snippet using lisa_python

test_stock_landed_costs_rounding.py

Source:test_stock_landed_costs_rounding.py

...88        stock_landed_cost_2.cost_lines.price_unit = 1589        vals = stock_landed_cost_2._convert_to_write(stock_landed_cost_2._cache)90        stock_landed_cost_2 = self.env['stock.landed.cost'].create(vals)91        # I compute the landed cost using Compute button92        stock_landed_cost_2.compute_landed_cost()93        # I check the valuation adjustment lines94        for valuation in stock_landed_cost_2.valuation_adjustment_lines:95            self.assertEqual(valuation.additional_landed_cost, 15)96        # I confirm the landed cost97        stock_landed_cost_2.button_validate()98        # I check that the landed cost is now "Closed" and that it has an accounting entry99        self.assertEqual(stock_landed_cost_2.state, 'done')100        self.assertTrue(stock_landed_cost_2.account_move_id)101        # We perform all the tests for LC_pick_4102        # I receive picking LC_pick_4, and check how many quants are created103        picking_landed_cost_4.move_lines.price_unit = 17.0/12.0104        picking_landed_cost_4.action_confirm()105        picking_landed_cost_4.action_assign()106        picking_landed_cost_4._action_done()107        # I create a landed cost for picking 4108        default_vals = self.env['stock.landed.cost'].default_get(list(self.env['stock.landed.cost'].fields_get()))109        default_vals.update({110            'picking_ids': [picking_landed_cost_4.id],111            'account_journal_id': self.expenses_journal,112            'cost_lines': [(0, 0, {'product_id': virtual_interior_design.id})],113            'valuation_adjustment_lines': [],114        })115        stock_landed_cost_3 = self.env['stock.landed.cost'].new(default_vals)116        stock_landed_cost_3.cost_lines.onchange_product_id()117        stock_landed_cost_3.cost_lines.name = 'equal split'118        stock_landed_cost_3.cost_lines.split_method = 'equal'119        stock_landed_cost_3.cost_lines.price_unit = 11120        vals = stock_landed_cost_3._convert_to_write(stock_landed_cost_3._cache)121        stock_landed_cost_3 = self.env['stock.landed.cost'].create(vals)122        # I compute the landed cost using Compute button123        stock_landed_cost_3.compute_landed_cost()124        # I check the valuation adjustment lines125        for valuation in stock_landed_cost_3.valuation_adjustment_lines:126            self.assertEqual(valuation.additional_landed_cost, 11)127        # I confirm the landed cost128        stock_landed_cost_3.button_validate()129        # I check that the landed cost is now "Closed" and that it has an accounting entry130        self.assertEqual(stock_landed_cost_3.state, 'done')131        self.assertTrue(stock_landed_cost_3.account_move_id)132    def test_stock_landed_costs_rounding_02(self):133        """ The landed costs should be correctly computed, even when the decimal accuracy134        of the deciaml price is increased. """135        self.env.ref("product.decimal_price").digits = 4136        fifo_pc = self.env['product.category'].create({137            'name': 'Fifo Category',138            'parent_id': self.env.ref("product.product_category_all").id,139            'property_valuation': 'real_time',140            'property_cost_method': 'fifo',141        })142        products = self.Product.create([{143            'name': 'Super Product %s' % price,144            'categ_id': fifo_pc.id,145            'type': 'product',146            'standard_price': price,147        } for price in [0.91, 0.93, 75.17, 20.54]])148        landed_product = self.Product.create({149            'name': 'Landed Costs',150            'type': 'service',151            'landed_cost_ok': True,152            'split_method_landed_cost': 'by_quantity',153            'standard_price': 1000.0,154        })155        po = self.env['purchase.order'].create({156            'partner_id': self.partner_a.id,157            'order_line': [(0, 0, {158                'product_id': product.id,159                'product_qty': qty,160                'price_unit': product.standard_price,161            }) for product, qty in zip(products, [6, 6, 3, 6])]162        })163        po.button_confirm()164        res_dict = po.picking_ids.button_validate()165        validate_wizard = Form(self.env[(res_dict.get('res_model'))].with_context(res_dict.get('context'))).save()166        validate_wizard.process()167        lc_form = Form(self.LandedCost)168        lc_form.picking_ids.add(po.picking_ids)169        with lc_form.cost_lines.new() as line:170            line.product_id = landed_product171        lc = lc_form.save()172        lc.compute_landed_cost()...

test_stock_landed_costs.py

Source:test_stock_landed_costs.py

...108            cost_line.price_unit = cost_lines_values['price_unit'][index]109        vals = stock_landed_cost_1._convert_to_write(stock_landed_cost_1._cache)110        stock_landed_cost_1 = self.env['stock.landed.cost'].create(vals)111        # I compute the landed cost  using Compute button112        stock_landed_cost_1.compute_landed_cost()113        # I check the valuation adjustment lines114        for valuation in stock_landed_cost_1.valuation_adjustment_lines:115            if valuation.cost_line_id.name == 'equal split':116                self.assertEqual(valuation.additional_landed_cost, 5)117            elif valuation.cost_line_id.name == 'split by quantity' and valuation.move_id.name == "move 1":118                self.assertEqual(valuation.additional_landed_cost, 50)119            elif valuation.cost_line_id.name == 'split by quantity' and valuation.move_id.name == "move 2":120                self.assertEqual(valuation.additional_landed_cost, 100)121            elif valuation.cost_line_id.name == 'split by weight' and valuation.move_id.name == "move 1":122                self.assertEqual(valuation.additional_landed_cost, 50)123            elif valuation.cost_line_id.name == 'split by weight' and valuation.move_id.name == "move 2":124                self.assertEqual(valuation.additional_landed_cost, 200)125            elif valuation.cost_line_id.name == 'split by volume' and valuation.move_id.name == "move 1":126                self.assertEqual(valuation.additional_landed_cost, 5)...

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