=============================== Sale Shipment Grouping Scenario =============================== Imports:: >>> from decimal import Decimal >>> from proteus import Model >>> from trytond.modules.account.tests.tools import ( ... create_chart, create_fiscalyear, get_accounts) >>> from trytond.modules.account_invoice.tests.tools import ( ... create_payment_term, set_fiscalyear_invoice_sequences) >>> from trytond.modules.company.tests.tools import create_company >>> from trytond.tests.tools import activate_modules Activate modules:: >>> config = activate_modules( ... 'sale_shipment_grouping', create_company, create_chart) Create fiscal year:: >>> fiscalyear = set_fiscalyear_invoice_sequences(create_fiscalyear()) >>> fiscalyear.click('create_period') Get accounts:: >>> accounts = get_accounts() >>> revenue = accounts['revenue'] >>> expense = accounts['expense'] Create parties:: >>> Party = Model.get('party.party') >>> customer = Party(name='Customer') >>> customer.save() >>> customer_grouped = Party(name='Customer Grouped', ... sale_shipment_grouping_method='standard') >>> customer_grouped.save() Create account category:: >>> ProductCategory = Model.get('product.category') >>> account_category = ProductCategory(name="Account Category") >>> account_category.accounting = True >>> account_category.account_expense = expense >>> account_category.account_revenue = revenue >>> account_category.save() Create product:: >>> ProductUom = Model.get('product.uom') >>> unit, = ProductUom.find([('name', '=', 'Unit')]) >>> ProductTemplate = Model.get('product.template') >>> template = ProductTemplate() >>> template.name = 'product' >>> template.default_uom = unit >>> template.type = 'goods' >>> template.salable = True >>> template.list_price = Decimal('10') >>> template.account_category = account_category >>> template.save() >>> product, = template.products Create payment term:: >>> payment_term = create_payment_term() >>> payment_term.save() Create an inventory:: >>> Inventory = Model.get('stock.inventory') >>> InventoryLine = Model.get('stock.inventory.line') >>> Location = Model.get('stock.location') >>> storage, = Location.find([ ... ('code', '=', 'STO'), ... ]) >>> inventory = Inventory() >>> inventory.location = storage >>> inventory_line = inventory.lines.new() >>> inventory_line.product = product >>> inventory_line.quantity = 100.0 >>> inventory_line.expected_quantity = 0.0 >>> inventory.click('confirm') >>> inventory.state 'done' Sell some products:: >>> Sale = Model.get('sale.sale') >>> sale = Sale() >>> sale.party = customer >>> sale.payment_term = payment_term >>> sale.invoice_method = 'order' >>> sale_line = sale.lines.new() >>> sale_line.product = product >>> sale_line.quantity = 2.0 >>> sale.click('quote') >>> sale.click('confirm') >>> sale.state 'processing' Make another sale:: >>> sale, = Sale.duplicate([sale]) >>> sale.click('quote') >>> sale.click('confirm') >>> sale.state 'processing' Check the shipments:: >>> ShipmentOut = Model.get('stock.shipment.out') >>> shipments = ShipmentOut.find([('customer', '=', customer.id)]) >>> len(shipments) 2 >>> for shipment in shipments: ... shipment.click('assign_try') ... shipment.click('pick') ... shipment.click('pack') ... shipment.click('do') Now we'll use the same scenario with the grouped customer:: >>> sale = Sale() >>> sale.party = customer_grouped >>> sale.payment_term = payment_term >>> sale.invoice_method = 'order' >>> sale_line = sale.lines.new() >>> sale_line.product = product >>> sale_line.quantity = 1.0 >>> sale.click('quote') >>> sale.click('confirm') >>> sale.state 'processing' Make another sale:: >>> sale = Sale() >>> sale.party = customer_grouped >>> sale.payment_term = payment_term >>> sale.invoice_method = 'order' >>> sale_line = sale.lines.new() >>> sale_line.product = product >>> sale_line.quantity = 2.0 >>> sale.click('quote') >>> sale.click('confirm') >>> sale.state 'processing' Check the shipments:: >>> shipments = ShipmentOut.find([ ... ('customer', '=', customer_grouped.id), ... ('state', '=', 'waiting'), ... ]) >>> len(shipments) 1 >>> shipment, = shipments >>> len(shipment.outgoing_moves) 2 >>> sorted([m.quantity for m in shipment.outgoing_moves]) [1.0, 2.0]