-
  I first create a warehouse with pick-pack-ship and receipt in 2 steps
-
  !record {model: stock.warehouse, id: wh_pps}:
    name: WareHouse PickPackShip 
    code: whpps
    reception_steps: 'two_steps'
    delivery_steps: 'pick_pack_ship' 
-
  Next I create a new product in this warehouse
-
  !record {model: product.product, id: product_mto}:
    name: "My Product"
    type: product
    uom_id: product.product_uom_unit
    uom_po_id: product.product_uom_unit
    seller_ids:
      - delay: 1
        name: base.res_partner_2
        min_qty: 2.0
        qty: 10.0
-
  Set routes on product to be MTO and Buy
-
 !python {model: product.product}: |
    route_warehouse0_buy = self.pool.get('stock.warehouse').browse(cr, uid, ref('stock.warehouse0')).buy_pull_id.route_id.id 
    route_warehouse0_mto = self.pool.get('stock.warehouse').browse(cr, uid, ref('stock.warehouse0')).mto_pull_id.route_id.id 
    self.write(cr, uid, ref('product_mto'), { 'route_ids': [(6, 0, [route_warehouse0_mto,route_warehouse0_buy])]}, context=context )
-
  Create a sales order with a line of 5 Units "My Product".
- 
  !record {model: sale.order, id: sale_order_product_mto}:
    partner_id: base.res_partner_3
    note: Create Sales order
    warehouse_id: wh_pps
    order_line:
      - product_id: product_mto
        product_uom_qty: 5.00
- 
  Confirm the sale order
- 
  !workflow {model: sale.order, action: order_confirm, ref: sale_order_product_mto}
-
  Create another sales order with 2 Dozen of the same product
-
  !record {model: sale.order, id: sale_order_product_mto2}:
    partner_id: base.res_partner_4
    note: Create Sales order
    warehouse_id: wh_pps
    order_line:
      - product_id: product_mto
        product_uom_qty: 2.00
        product_uom: product.product_uom_dozen
-
  Confirm the sale order
-
  !workflow {model: sale.order, action: order_confirm, ref: sale_order_product_mto2}
-
  I run scheduler.
-
  !python {model: procurement.order}: |
    self.run_scheduler(cr, uid)
- 
  Check the propagation when we cancel the main procurement 
    * Retrieve related procurements and check that there are all running
    * Check that a purchase order is well created
    * Cancel the main procurement
    * Check that all procurements related and the purchase order are well cancelled   
-
  !python {model: procurement.order}: |
    # Retrieve related procurement
    so = self.pool.get('sale.order').browse(cr, uid, ref('sale_order_product_mto'))
    procu_ids = self.search(cr, uid, [('group_id.name', '=', so.name)])
    assert len(procu_ids)>0, 'No procurement found for sale order %s (with id: %d)' %(so.name,so.id)
    
    # Check that all procurements are running 
    for procu in self.browse(cr,uid,procu_ids,context=context):
        assert procu.state == u'running', 'Procurement with id: %d should be running but is with state : %s!' %(procu.id, procu.state)
    
    # Check that one purchase order has been created
    purchase_ids = [proc.purchase_line_id.order_id for proc in self.browse(cr, uid, procu_ids) if proc.purchase_line_id]
    assert len(purchase_ids) == 1, 'No purchase order found !'

    # Check the total quantity on the purchase order which should be in Unit(s)
    purchase_line = purchase_ids[0].order_line[0]
    assert purchase_line.product_qty == 29.0, 'As we ordered 2 Dozen(s) and 5 Unit(s), total should be 29 Unit(s) and not %s' % (purchase_line.product_qty,)

    # Let us cancel the procurement related to the 2nd sales order first and check that the 2 Dozen(s) are subtracted correctly
    so2 = self.pool.get('sale.order').browse(cr, uid, ref('sale_order_product_mto2'))
    self.cancel(cr, uid, [so2.order_line[0].procurement_ids[0].id], context=context)
    assert so2.order_line[0].procurement_ids[0].state == u'cancel', 'Main procurement should be cancelled !'
    assert purchase_line.product_qty == 5.0, 'As we ordered 2 Dozen(s) and 5 Unit(s) and cancelled the two Dozen, total should be 5 Unit(s) and not %s' % (purchase_line.product_qty,)

    # Cancel the main procurement from the sale order in units
    main_procu_id = self.search(cr, uid, [('origin', '=', so.name)])
    assert len(main_procu_id) == 1, 'Main procurement not identified !'
    self.cancel(cr, uid, main_procu_id, context=context)
    assert self.browse(cr, uid, main_procu_id[0]).state == u'cancel', 'Main procurement should be cancelled !'
    
    # Check that all procurements related are cancelled    
    for procu in self.browse(cr, uid, procu_ids, context=context):
        assert procu.state == u'cancel', 'Procurement %d should be cancelled but is with a state : %s!' %(procu.id, procu.state)

    # Check that the purchase order is cancelled
    for po in self.pool.get('purchase.order').browse(cr, uid, [po.id for po in purchase_ids], context=context):
        assert po.state == u'cancel', 'Purchase order %d should be cancelled but is in state : %s!' %(po.id, po.state)  
