testInventory.py 86.1 KB
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##############################################################################
#
# Copyright (c) 2004, 2005 Nexedi SARL and Contributors. All Rights Reserved.
#          Guillaume Michon <guillaume.michon@e-asc.com>
#
# WARNING: This program as such is intended to be used by professional
# programmers who take the whole responsability of assessing all potential
# consequences resulting from its eventual inadequacies and bugs
# End users who are looking for a ready-to-use solution with commercial
# garantees and support are strongly adviced to contract a Free Software
# Service Company
#
# This program is Free Software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or (at your option) any later version.
#
# 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
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
##############################################################################

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# XXX test 1 :
#   - stepTestGetInventoryWithSelectionReport is not launched yet,
#       since it tests a behavior which does not exist yet
# XXX test 2 :
#   - There is an issue about inventory in inventory module :
#       if a movement which is older than the inventory is modified by quantity,
#       the inventory (and the following ones) must be automatically reindexed
#       (and sorted by date). It is not the case now
#   - If an aggregated item is modified by quantity, the same problem appears, but
#       should the inventory be updated by a later quantity modification on an
#       aggregated item ?

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import unittest
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from Products.ERP5Type.Utils import cartesianProduct
from copy import copy
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from Products.ERP5Type.tests.ERP5TypeTestCase import ERP5TypeTestCase
from DateTime import DateTime
from zLOG import LOG
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from Products.ERP5Type.tests.Sequence import SequenceList
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from Products.ERP5Type.DateUtils import addToDate
from testOrder import TestOrderMixin

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from Products.ERP5Form.Selection import DomainSelection
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class TestInventory(TestOrderMixin, ERP5TypeTestCase):
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  """
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    Test Inventory API
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  """
  run_all_test = 1
  packing_list_portal_type = 'Sale Packing List'
  packing_list_line_portal_type = packing_list_portal_type + ' Line'
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  item_portal_type = "Apparel Fabric Item"
  inventory_portal_type = "Inventory"
  inventory_line_portal_type = inventory_portal_type + ' Line'
  inventory_cell_portal_type = inventory_portal_type + ' Cell'
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  def getTitle(self):
    return "Inventory"

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  def getBusinessTemplateList(self):
    """Business Templates required for this test.
    """
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    return ('erp5_base', 'erp5_pdm', 'erp5_trade', 'erp5_apparel',
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            'erp5_accounting')
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  def afterSetUp(self, quiet=1, run=run_all_test):
    self.login()
    self.category_tool = self.getCategoryTool()
    self.createCategories()
    # Patch PackingList.asPacked so that we do not need
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    # to manage containers here, this not the job of this test
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    def isPacked(self):
      return 1
    from Products.ERP5Type.Document.PackingList import PackingList
    PackingList.isPacked = isPacked

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  def createCategory(self, parent, id_list):
      last_category = None
      for category_id in id_list:
        if type(category_id) == type('a'):
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          last_category = parent.newContent(portal_type='Category',
                                            id=category_id)
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        else:
          self.createCategory(last_category, category_id)
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  def stepCreateItemList(self, sequence=None, sequence_list=None, **kw):
    """
      Create some items to manipulate during the module test
    """
    item_list = []
    portal = self.getPortal()
    item_module = portal.getDefaultModule(portal_type=self.item_portal_type)
    for i in range(5):
      item = item_module.newContent(portal_type=self.item_portal_type)
      item_list.append(item)
      item.edit(quantity = (i+1)*10)
    sequence.edit(item_list = item_list)
      
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  def stepCreateOrganisationsForModule(self, sequence=None,
                                        sequence_list=None, **kw):
    """
      Create sections and nodes.
    """
    self.stepCreateOrganisation(sequence=sequence,
                        sequence_list=sequence_list, **kw)
    node = sequence.get('organisation')
    self.stepCreateOrganisation(sequence=sequence,
                        sequence_list=sequence_list, **kw)
    mirror_node = sequence.get('organisation')
    self.stepCreateOrganisation(sequence=sequence,
                        sequence_list=sequence_list, **kw)
    section = sequence.get('organisation')
    self.stepCreateOrganisation(sequence=sequence,
                        sequence_list=sequence_list, **kw)
    mirror_section = sequence.get('organisation')
    sequence.edit(
          node = node,
          section = section,
          mirror_node = mirror_node,
          mirror_section = mirror_section,
        )

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  def stepCreateAggregatingInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Create a Inventory object, with a line which aggregates Items
    """
    inventory_list = sequence.get('inventory_list')
    if inventory_list is None:
      inventory_list = []
    portal = self.getPortal()
    node = sequence.get('node')
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    section = sequence.get('section')
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    item_list = sequence.get('item_list')
    resource = sequence.get('resource')
    inventory_module = portal.getDefaultModule(portal_type = self.inventory_portal_type)
    inventory = inventory_module.newContent(portal_type = self.inventory_portal_type)
    inventory.edit(destination_value = node,
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                   destination_section_value = section,
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                   start_date = DateTime(),
                  )
    aggregate_value_list = [item_list[0], item_list[2]]
    inventory_line = inventory.newContent(portal_type = self.inventory_line_portal_type)
    inventory_line.edit(resource_value = resource,
                        inventory = 12., # Arbitrary inventory ; it should be never accessed while aggregating items
                        aggregate_value_list = aggregate_value_list)
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    inventory.deliver()
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    inventory_list.append(inventory)
    sequence.edit(inventory_list = inventory_list)
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  def createInventory(self, sequence=None):
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    """
    """
    portal = self.getPortal()
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    inventory_list = sequence.get('inventory_list',[])
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    inventory_module = portal.getDefaultModule(portal_type = self.inventory_portal_type)
    inventory = inventory_module.newContent(portal_type = self.inventory_portal_type)
    inventory.edit(destination_value = sequence.get('node'),
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                   destination_section_value = sequence.get('section'),
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                   start_date = DateTime() + 1
                  )
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    inventory_list.append(inventory)
    sequence.edit(inventory_list=inventory_list)
    return inventory
                        
  def stepCreateSingleInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Create a single Inventory object for Inventory Module testing
    """
    inventory = self.createInventory(sequence=sequence)
    inventory_list = sequence.get('inventory_list',[])
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    inventory_line = inventory.newContent(portal_type = self.inventory_line_portal_type)
    inventory_line.edit(resource_value = sequence.get('resource'),
                        inventory = 24.
                       )
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    inventory.deliver()
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    inventory_list.append(inventory)
    sequence.edit(inventory_list=inventory_list)
                        
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  def stepCreateSingleVariatedInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Create a single Inventory object for Inventory Module testing
    """
    inventory = self.createInventory(sequence=sequence)
    inventory_line = inventory.newContent(portal_type = self.inventory_line_portal_type)
    category_list = sequence.get('variation_1')
    inventory_line.edit(resource_value = sequence.get('resource'),
                        variation_category_list=category_list
                       )
    cell = inventory_line.newCell(base_id='movement',*category_list)
    quantity=5
    cell.edit(
        quantity = quantity,
        predicate_category_list = category_list,
        variation_category_list = category_list,
        mapped_value_property_list = ['quantity'],
        )
    category_list = sequence.get('variation_2')
    inventory_line = inventory.newContent(portal_type = self.inventory_line_portal_type)
    inventory_line.edit(resource_value = sequence.get('resource'),
                        variation_category_list=category_list
                       )
    cell = inventory_line.newCell(base_id='movement',*category_list)
    quantity=0
    cell.edit(
        quantity = quantity,
        predicate_category_list = category_list,
        variation_category_list = category_list,
        mapped_value_property_list = ['quantity'],
        )
    inventory.deliver()
                        
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  def stepCreatePackingListForModule(self, sequence=None,
                                      sequence_list=None, **kw):
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    """
      Create a single packing_list for Inventory Module testing
    """
    node = sequence.get('node')
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    section = sequence.get('section')
    mirror_node = sequence.get('mirror_node')
    mirror_section = sequence.get('mirror_section')
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    resource = sequence.get('resource')
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    packing_list_module = self.getPortal().getDefaultModule(
                              portal_type=self.packing_list_portal_type)
    packing_list = packing_list_module.newContent(
                              portal_type=self.packing_list_portal_type)
    packing_list.edit(
                      source_section_value = mirror_section,
                      source_value = mirror_node,
                      destination_section_value = section,
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                      destination_value = node,
                      start_date = DateTime() - 2,
                      stop_date = DateTime() - 2
                     )
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    self.assertNotEquals( packing_list.getSourceSectionValue(), None)
    self.assertNotEquals( packing_list.getSourceValue(), None)
    self.assertNotEquals( packing_list.getSourceSectionValue(),
                          packing_list.getDestinationSectionValue() )
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    sequence.edit(packing_list=packing_list)
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  def stepCreatePackingListLine(self, sequence=None,
                                      sequence_list=None, **kw):
    """
    Create a line not variated
    """
    packing_list = sequence.get('packing_list')
    resource = sequence.get('resource')
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    packing_list_line = packing_list.newContent(
                  portal_type=self.packing_list_line_portal_type)
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    packing_list_line.edit(resource_value = resource,
                           quantity = 100.
                          )
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  def stepCreateVariatedPackingListLine(self, sequence=None,
                                      sequence_list=None, **kw):
    """
    Create a line not variated
    """
    packing_list = sequence.get('packing_list')
    delivery_line_list = sequence.get('delivery_line_list',[])
    # Create Packing List Line
    packing_list_line = packing_list.newContent(portal_type=self.packing_list_line_portal_type)
    delivery_line_list.append(packing_list_line)
    resource = sequence.get('resource')
    variation_category_list = ['size/Child/32',
                               'size/Child/34',
                               'colour/%s/1' % resource.getRelativeUrl(),
                               'morphology/%s/4' % resource.getRelativeUrl()]
    packing_list_line.edit(
        resource_value = resource,
        variation_category_list=variation_category_list)
    # Set cell range

    cell_range = packing_list_line.getCellRange(base_id='movement')
    cartesian_product = cartesianProduct(cell_range)
    for cell_key in cartesian_product:
      cell = packing_list_line.newCell(base_id='movement', *cell_key)
      if 'size/Child/32' in cell_key:
        quantity = 1
        sequence.edit(variation_1=cell_key)
      elif 'size/Child/34' in cell_key:
        sequence.edit(variation_2=cell_key)
        quantity = 3
      cell.edit(
          quantity = quantity,
          predicate_category_list = cell_key,
          variation_category_list = cell_key,
          mapped_value_property_list = ['quantity'],
          )
    sequence.edit(delivery_line_list=delivery_line_list)

  def stepDeliverPackingList(self, sequence=None,
                                      sequence_list=None, **kw):
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    # Switch to "started" state
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    packing_list = sequence.get('packing_list')
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    workflow_tool = self.getPortal().portal_workflow
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    workflow_tool.doActionFor(packing_list,
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                      "confirm_action", "packing_list_workflow")
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    get_transaction().commit()
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    # Apply tic so that the packing list is not in building state
    self.tic() # acceptable here because this is not the job
               # of the test to check if can do all transition
               # without processing messages
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    workflow_tool.doActionFor(packing_list,
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                      "set_ready_action", "packing_list_workflow")
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    get_transaction().commit()
    self.tic()
    workflow_tool.doActionFor(packing_list,
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                      "start_action", "packing_list_workflow")
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    workflow_tool.doActionFor(packing_list,
                      "stop_action", "packing_list_workflow")
    workflow_tool.doActionFor(packing_list,
                      "deliver_action", "packing_list_workflow")
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  def stepCreateOrganisationList(self, sequence=None, sequence_list=None, **kw):
    """
      Create some organisations to manipulate during the test
      Organisations organigram :
        section 0 :
          - payment 1
          - nodes 2, 3
        section 4 (provider) :
          - payment 5
          - node 6
        section 7 (customer) :
          - payment  8
          - node 9
    """
    organisation_list = []
    for i in range(10):
      self.stepCreateOrganisation(sequence=sequence, sequence_list=sequence_list, **kw)
      organisation_list.append(sequence.get('organisation'))
      
    category_tool = self.getPortal().portal_categories
    bc = category_tool.site
    self.createCategory(bc, ['Place1', ['A', 'B'], 'Place2', ['C'], 'Place3', ['D']])
    organisation_list[2] = bc.Place1.A
    organisation_list[3] = bc.Place1.B
    organisation_list[6] = bc.Place2.C
    organisation_list[9] = bc.Place3.D
    
    sequence.edit(
      organisation = None,
      organisation_list = organisation_list)
        

  def stepCreateVariatedResourceList(self, sequence=None, sequence_list=None, **kw):
    """
      Create some variated resources to manipulate during the test
    """
    resource_list = []
    for i in range(3):
      self.stepCreateVariatedResource(sequence=sequence, sequence_list=sequence_list, **kw)
      resource_list.append(sequence.get('resource'))
    sequence.edit(
      resource=None,
      resource_list = resource_list)
      
    
  def stepCreatePackingListList(self, sequence=None, sequence_list=None, **kw):
    """
      Create some packing lists
    """
    base_category_list = ['size', 'colour', 'morphology']
    data_list = [
      { 'source':6, 'destination':2, 'source_section':4, 'destination_section':0,
        'source_payment':5, 'destination_payment':1, 'start_date':DateTime()-30, 'lines':[
           {'resource':0, 'cells': [
                             #size, colour, morphology
               {'variation':['size/Baby', '1', '4'], 'quantity':.5},
               {'variation':['size/Baby', '2', '4'], 'quantity':1.},
               {'variation':['size/Baby', '3', '4'], 'quantity':1.5},
               {'variation':['size/Baby', '1', '5'], 'quantity':2.},
               {'variation':['size/Baby', '2', '5'], 'quantity':2.5},
               {'variation':['size/Baby', '3', '5'], 'quantity':3.},

               {'variation':['size/Child/32', '1', '4'], 'quantity':3.5},
               {'variation':['size/Child/32', '2', '4'], 'quantity':4.},
               {'variation':['size/Child/32', '3', '4'], 'quantity':4.5},
               {'variation':['size/Child/32', '1', '5'], 'quantity':5.},
               {'variation':['size/Child/32', '2', '5'], 'quantity':5.5},
               {'variation':['size/Child/32', '3', '5'], 'quantity':6.},

               {'variation':['size/Child/34', '1', '4'], 'quantity':6.5},
               {'variation':['size/Child/34', '2', '4'], 'quantity':7.},
               {'variation':['size/Child/34', '3', '4'], 'quantity':7.5},
               {'variation':['size/Child/34', '1', '5'], 'quantity':8.},
               {'variation':['size/Child/34', '2', '5'], 'quantity':8.5},
               {'variation':['size/Child/34', '3', '5'], 'quantity':9.},

               {'variation':['size/Man', '1', '4'], 'quantity':9.5},
               {'variation':['size/Man', '2', '4'], 'quantity':10.},
               {'variation':['size/Man', '3', '4'], 'quantity':10.5},
               {'variation':['size/Man', '1', '5'], 'quantity':11.},
               {'variation':['size/Man', '2', '5'], 'quantity':11.5},
               {'variation':['size/Man', '3', '5'], 'quantity':12.},

               {'variation':['size/Woman', '1', '4'], 'quantity':12.5},
               {'variation':['size/Woman', '2', '4'], 'quantity':13.},
               {'variation':['size/Woman', '3', '4'], 'quantity':13.5},
               {'variation':['size/Woman', '1', '5'], 'quantity':14.},
               {'variation':['size/Woman', '2', '5'], 'quantity':14.5},
               {'variation':['size/Woman', '3', '5'], 'quantity':15.},
             ]
           }, # line end
           {'resource':1, 'cells': [
               {'variation':['size/Man', '2', '4'], 'quantity':15.5},
               {'variation':['size/Man', '3', '4'], 'quantity':16.},
             ]
           }, # line end
           {'resource':2, 'cells': [
               {'variation':['size/Baby', '3', '5'], 'quantity':16.5},
             ]
           }  # line end
        ] 
      }, # packing list end
      { 'source':6, 'destination':3, 'source_section':4, 'destination_section':0,
        'source_payment':5, 'destination_payment':1, 'start_date':DateTime()-25, 'lines':[
           {'resource':0, 'cells': [
               {'variation':['size/Baby', '1', '4'], 'quantity':16.5},
               {'variation':['size/Baby', '2', '4'], 'quantity':17.},
               {'variation':['size/Baby', '3', '4'], 'quantity':17.5},
               {'variation':['size/Baby', '1', '5'], 'quantity':18.},
               {'variation':['size/Baby', '2', '5'], 'quantity':18.5},
               {'variation':['size/Baby', '3', '5'], 'quantity':19.},
               {'variation':['size/Woman', '2', '4'], 'quantity':19.5},
             ]
           }, # line end
           {'resource':2, 'cells': [
               {'variation':['size/Baby', '3', '5'], 'quantity':20.},
             ]
           } # line end
        ]
      }, # packing list end
      { 'source':2, 'destination':9, 'source_section':0, 'destination_section':7,
        'source_payment':1, 'destination_payment':8, 'start_date':DateTime()-15, 'lines':[
           {'resource':0, 'cells': [
               {'variation':['size/Baby', '2', '4'], 'quantity':.25},
               {'variation':['size/Baby', '3', '4'], 'quantity':.5},
               {'variation':['size/Baby', '1', '5'], 'quantity':.75},
               {'variation':['size/Baby', '2', '5'], 'quantity':1.},
               {'variation':['size/Baby', '3', '5'], 'quantity':1.25},

               {'variation':['size/Child/32', '1', '4'], 'quantity':1.5},
               {'variation':['size/Child/32', '2', '4'], 'quantity':1.75},
               {'variation':['size/Child/32', '3', '4'], 'quantity':2.},
               {'variation':['size/Child/32', '1', '5'], 'quantity':2.25},
               {'variation':['size/Child/32', '2', '5'], 'quantity':2.5},
               {'variation':['size/Child/32', '3', '5'], 'quantity':2.75},

               {'variation':['size/Child/34', '1', '4'], 'quantity':3.},
               {'variation':['size/Child/34', '2', '4'], 'quantity':3.25},
               {'variation':['size/Child/34', '3', '4'], 'quantity':3.5},
               {'variation':['size/Child/34', '1', '5'], 'quantity':3.75},
               {'variation':['size/Child/34', '2', '5'], 'quantity':4.},
               {'variation':['size/Child/34', '3', '5'], 'quantity':4.25},

               {'variation':['size/Man', '1', '4'], 'quantity':4.5},
               {'variation':['size/Man', '2', '4'], 'quantity':4.75},
               {'variation':['size/Man', '3', '4'], 'quantity':5.},
               {'variation':['size/Man', '1', '5'], 'quantity':5.25},
               {'variation':['size/Man', '2', '5'], 'quantity':5.5},
               {'variation':['size/Man', '3', '5'], 'quantity':5.75},

               {'variation':['size/Woman', '1', '4'], 'quantity':6.},
               {'variation':['size/Woman', '2', '4'], 'quantity':6.5},
               {'variation':['size/Woman', '3', '4'], 'quantity':7.},
               {'variation':['size/Woman', '1', '5'], 'quantity':7.5},
               {'variation':['size/Woman', '2', '5'], 'quantity':8.},
               {'variation':['size/Woman', '3', '5'], 'quantity':8.5},
             ]
           }, # line end
           {'resource':1, 'cells': [
               {'variation':['size/Man', '3', '4'], 'quantity':6.},
             ]
           }, # line end
        ] 
      }, # packing list end
      { 'source':3, 'destination':9, 'source_section':0, 'destination_section':7,
        'source_payment':1, 'destination_payment':8, 'start_date':DateTime()-10, 'lines':[
           {'resource':0, 'cells': [
               {'variation':['size/Baby', '1', '5'], 'quantity':7.5},
               {'variation':['size/Baby', '2', '5'], 'quantity':5.},
               {'variation':['size/Baby', '3', '5'], 'quantity':3.},
             ]
           }, # line end
           {'resource':2, 'cells': [
               {'variation':['size/Baby', '3', '5'], 'quantity':18.},
             ]
           }, # line end
        ] 
      }, # packing list end
    ]
    
    packing_list_list = []
    delivery_line_list = []
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    order = sequence.get('order')
    packing_list_module = self.getPortal().getDefaultModule(self.packing_list_portal_type)
    
    for data in data_list:
      # Create Packing List
      packing_list = packing_list_module.newContent(portal_type=self.packing_list_portal_type)
      packing_list_list.append(packing_list)
      # Add properties
      property_list = [x for x in data.items() if x[0] not in ('lines','start_date')]
      property_list = [(x[0], organisation_list[x[1]].getRelativeUrl()) for x in property_list] + \
                      [x for x in data.items() if x[0] in ('start_date',)]
      property_dict = {}
      for (id, value) in property_list: property_dict[id] = value
      packing_list.edit(**property_dict)
      for line in data['lines']:
        # Create Packing List Line
        packing_list_line = packing_list.newContent(portal_type=self.packing_list_line_portal_type)
        delivery_line_list.append(packing_list_line)
        resource_value = resource_list[line['resource']]
        resource_value.setVariationBaseCategoryList(base_category_list)
        variation_category_list = resource_value.getVariationRangeCategoryList(base_category_list=['size']) + \
            ['colour/' + x.getRelativeUrl() for x in resource_value.objectValues(portal_type='Apparel Model Colour Variation')] + \
            ['morphology/' + x.getRelativeUrl() for x in resource_value.objectValues(portal_type='Apparel Model Morphology Variation')]

        packing_list_line.edit(
            resource_value = resource_value,
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            variation_category_list=variation_category_list
        )
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        # Set cell range
        base_category_dict = {}
        for i in range(len(base_category_list)):
          base_category_dict[base_category_list[i]] = i
        
        # Set cells
        for cell in line['cells']:
          variation = cell['variation']
          for i in range(len(variation)):
            c = variation[i]
            if len(c.split('/')) == 1:
              variation[i] = '%s/%s' % (base_category_list[i], resource_value[c].getRelativeUrl())
          new_variation = []
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          self.failUnless(len(packing_list_line.getVariationBaseCategoryList())>0)
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          for bc in packing_list_line.getVariationBaseCategoryList():
            new_variation.append(variation[base_category_dict[bc]])
          variation = new_variation
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          packing_list_cell = packing_list_line.newCell(base_id='movement', *variation)
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          packing_list_cell.edit(
              quantity = cell['quantity'],
              predicate_category_list = variation,
              variation_category_list = variation,
              mapped_value_property_list = ['quantity'],
              )
    sequence.edit(packing_list_list = packing_list_list)
    
  def stepCreateTestingCategories(self, sequence=None, sequence_list=None, **kw):
    """
      Create some categories and affect them to resources and organisations
    """
    category_tool = self.getPortal().portal_categories
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    bc = category_tool.newContent(portal_type = 'Base Category', id = 'testing_category')
    self.createCategory(bc, ['a', ['aa', 'ab'], 'o', 'z', ['za', 'zb', ['zba', 'zbb'], 'zc'] ])
    self.stepTic()
    
    category_org_list = [ ['testing_category/a/aa', 'testing_category/o'], # 0
                          ['testing_category/a/aa', 'testing_category/z'], # 1
                          ['testing_category/a/aa', 'testing_category/z/zb/zba'], # 2
                          ['testing_category/a/aa', 'testing_category/z/zb/zbb'], # 3
                          ['testing_category/o', 'testing_category/z'], # 4
                          ['testing_category/z', 'testing_category/z/zc'], # 5
                          ['testing_category/z', 'testing_category/a/ab'],# 6
                          ['testing_category/o', 'testing_category/z/zc'], # 7
                          ['testing_category/z', 'testing_category/a/ab'], # 8
                          ['testing_category/a', 'testing_category/z/zb'],# 9
                        ]
                        
    category_res_list = [ ['testing_category/a/aa', 'testing_category/z'],
                          ['testing_category/a/aa', 'testing_category/z/za'],
                          ['testing_category/a/aa', 'testing_category/o']
                        ]
    
    for i in range(len(category_org_list)):
      organisation = organisation_list[i]
      new_categories = category_org_list[i]
      organisation.edit(categories = organisation.getCategoryList() + new_categories)
    for i in range(len(category_res_list)):
      resource = resource_list[i]
      new_categories = category_res_list[i]
      resource.edit(categories = resource.getCategoryList() + new_categories)
      

  def stepTestGetInventoryOnNode(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each node
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':2, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':280.5},
                         {'date':DateTime()-12, 'inventory':162.},
                         {'date':DateTime(),    'inventory':162.},]
      },
      {'id':3, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':146.},
                         {'date':DateTime()-12, 'inventory':146.},
                         {'date':DateTime(),    'inventory':112.5},]
      },
      {'id':6, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-426.5},
                         {'date':DateTime(),    'inventory':-426.5},]
      },
      {'id':9, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':118.5},
                         {'date':DateTime(),    'inventory':152.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, at_date=date, node=url)
  

  def stepTestGetInventoryOnPayment(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each payment
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':1, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':426.5},
                         {'date':DateTime()-12, 'inventory':308.},
                         {'date':DateTime(),    'inventory':274.5},]
      },
      {'id':5, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-426.5},
                         {'date':DateTime(),    'inventory':-426.5},]
      },
      {'id':8, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':118.5},
                         {'date':DateTime(),    'inventory':152.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, at_date=date, payment=url)
        

  def stepTestGetInventoryOnSection(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each section
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':0, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':426.5},
                         {'date':DateTime()-12, 'inventory':308.},
                         {'date':DateTime(),    'inventory':274.5},]
      },
      {'id':4, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-426.5},
                         {'date':DateTime(),    'inventory':-426.5},]
      },
      {'id':7, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':118.5},
                         {'date':DateTime(),    'inventory':152.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, at_date=date, section=url)
        
        
  def stepTestGetInventoryOnMirrorSection(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each mirror section
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':0, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-308.},
                         {'date':DateTime(),    'inventory':-274.5},]
      },
      {'id':4, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':426.5},
                         {'date':DateTime()-12, 'inventory':426.5},
                         {'date':DateTime(),    'inventory':426.5},]
      },
      {'id':7, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':-118.5},
                         {'date':DateTime(),    'inventory':-152.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, at_date=date, mirror_section=url)
        
        
  def stepTestGetInventoryOnResource(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each resource
    """
    resource_list = sequence.get('resource_list')
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':0, 'values':[{'date':DateTime()-28, 'inventory':232.5},
                         {'date':DateTime()-20, 'inventory':358.5},
                         {'date':DateTime()-12, 'inventory':246.},
                         {'date':DateTime(),    'inventory':230.5},]
      },
      {'id':1, 'values':[{'date':DateTime()-28, 'inventory':31.5},
                         {'date':DateTime()-20, 'inventory':31.5},
                         {'date':DateTime()-12, 'inventory':25.5},
                         {'date':DateTime(),    'inventory':25.5},]
      },
      {'id':2, 'values':[{'date':DateTime()-28, 'inventory':16.5},
                         {'date':DateTime()-20, 'inventory':36.5},
                         {'date':DateTime()-12, 'inventory':36.5},
                         {'date':DateTime(),    'inventory':18.5},]
      },
    ]
 
    organisation_url = organisation_list[0].getRelativeUrl()
    for expected_values in expected_values_list:
      resource = resource_list[expected_values['id']]
      url = resource.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, at_date=date, resource=url, section=organisation_url)
        
        
  def stepTestGetInventoryOnVariationText(self, sequence=None, sequence_list=None, **kw):
    """
    
    """
    simulation = self.getPortal().portal_simulation
    delivery = sequence.get('packing_list_list')[0]
    expected_values_list = [
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      {'text':delivery['1']['movement_0_0_0'],
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              'values':[{'inventory':17.},]
      },
    ]
    
    organisation_list = sequence.get('organisation_list')
    organisation_url = organisation_list[0].getRelativeUrl()
    for expected_values in expected_values_list:
      variation_text = expected_values['text'].getVariationText()
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, variation_text=variation_text, section=organisation_url)
    
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  def stepTestInventoryListBrainGetQuantity(self, sequence=None, sequence_list=None, **kw):
    """
    
    """
    simulation = self.getPortal().portal_simulation
    delivery = sequence.get('packing_list_list')[0]
    
    organisation_list = sequence.get('organisation_list')
    organisation_url = organisation_list[0].getRelativeUrl()
    movement = delivery['1']['movement_0_0_0']
    variation_text = movement.getVariationText()
    inventory_kw = {'section':organisation_url,
                    'variation_text':variation_text}
    simulation = self.getPortal().portal_simulation
    uid = movement.getUid()
    inventory_list = simulation.getInventoryList(**inventory_kw)
    found = 0
    for inventory in inventory_list:
      inventory_object = inventory.getObject()
      if inventory_object.getUid()==uid:
        found=1
        self.assertEquals(inventory_object.getQuantity(), 0.5)
        self.assertEquals(inventory.getQuantity(), 0.5)
    self.failUnless(found==1)

    
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  def stepTestGetInventoryOnVariationCategory(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on some variation categories
    """
    resource_list = sequence.get('resource_list')
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'size/Baby', 'values':[{'date':DateTime()-28, 'inventory':27.},
                                   {'date':DateTime()-20, 'inventory':153.5},
                                   {'date':DateTime()-12, 'inventory':149.75},
                                   {'date':DateTime(),    'inventory':116.25},]
      },
      {'id':'size/Child/32', 'values':[{'date':DateTime()-28, 'inventory':28.5},
                                       {'date':DateTime()-20, 'inventory':28.5},
                                       {'date':DateTime()-12, 'inventory':15.75},
                                       {'date':DateTime(),    'inventory':15.75},]
      },
      {'id':'size/Child/34', 'values':[{'date':DateTime()-28, 'inventory':46.5},
                                       {'date':DateTime()-20, 'inventory':46.5},
                                       {'date':DateTime()-12, 'inventory':24.75},
                                       {'date':DateTime(),    'inventory':24.75},]
      },
      {'id':'size/Man', 'values':[{'date':DateTime()-28, 'inventory':96.},
                                  {'date':DateTime()-20, 'inventory':96.},
                                  {'date':DateTime()-12, 'inventory':59.25},
                                  {'date':DateTime(),    'inventory':59.25},]
      },
      {'id':'size/Woman', 'values':[{'date':DateTime()-28, 'inventory':82.5},
                                    {'date':DateTime()-20, 'inventory':102.},
                                    {'date':DateTime()-12, 'inventory':58.5},
                                    {'date':DateTime(),    'inventory':58.5},]
      },
      {'id':['size/Baby', 'colour/' + resource_list[0]['3'].getRelativeUrl()],
                        'values':[{'date':DateTime()-28, 'inventory':105.},
                                  {'date':DateTime()-20, 'inventory':231.5},
                                  {'date':DateTime()-12, 'inventory':189.},
                                  {'date':DateTime(),    'inventory':155.5},]
      },
      {'id':['size/Man', 'colour/' + resource_list[0]['3'].getRelativeUrl(), 'morphology/' + resource_list[0]['4'].getRelativeUrl()],
                        'values':[{'date':DateTime()-28, 'inventory':204.},
                                  {'date':DateTime()-20, 'inventory':293.5},
                                  {'date':DateTime()-12, 'inventory':204.75},
                                  {'date':DateTime(),    'inventory':201.75},]
      },
      
      
    ]
 
    organisation_url = organisation_list[0].getRelativeUrl()
    for expected_values in expected_values_list:
      category_list = expected_values['id']
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               at_date=date,
                               variation_category=category_list,
                               section=organisation_url)
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  def stepTestGetInventoryWithOmitOutput(self, sequence=None,
                                         sequence_list=None, **kw):
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    """
      Test getInventory on each node with omit_output
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':2, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':280.5},
                         {'date':DateTime()-12, 'inventory':280.5},
                         {'date':DateTime(),    'inventory':280.5},]
      },
      {'id':3, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':146.},
                         {'date':DateTime()-12, 'inventory':146.},
                         {'date':DateTime(),    'inventory':146.},]
      },
      {'id':6, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':0.},
                         {'date':DateTime(),    'inventory':0.},]
      },
      {'id':9, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':118.5},
                         {'date':DateTime(),    'inventory':152.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               at_date=date,
                               node=url,
                               omit_output=1)
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  def stepTestGetInventoryWithOmitInput(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory on each node with omit_input
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':2, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':-118.5},
                         {'date':DateTime(),    'inventory':-118.5},]
      },
      {'id':3, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':0.},
                         {'date':DateTime(),    'inventory':-33.5},]
      },
      {'id':6, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-426.5},
                         {'date':DateTime(),    'inventory':-426.5},]
      },
      {'id':9, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':0.},
                         {'date':DateTime(),    'inventory':0.},]
      },
    ]
 
    for expected_values in expected_values_list:
      organisation = organisation_list[expected_values['id']]
      url = organisation.getRelativeUrl()
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               at_date=date,
                               node=url,
                               omit_input=1)
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  def stepTestGetInventoryOnSectionCategory(self, sequence=None,
                                            sequence_list=None, **kw):
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    """
      Test getInventory with a section_category argument
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'testing_category/a/aa', 'values':[{'inventory':274.5},] },
      {'id':'testing_category/z/zc', 'values':[{'inventory':152.},] },
      {'id':'testing_category/z', 'values':[{'inventory':-274.5},] },
      {'id':'testing_category/o', 'values':[{'inventory':0.},] },
    ]
 
    for expected_values in expected_values_list:
      category = expected_values['id']
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               section_category=category)
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  def stepTestGetInventoryOnPaymentCategory(self, sequence=None,
                                            sequence_list=None, **kw):
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    """
      Test getInventory with a payment_category argument
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'testing_category/a/aa', 'values':[{'inventory':274.5},] },
      {'id':'testing_category/z/zc', 'values':[{'inventory':-426.5},] },
      {'id':'testing_category/a/ab', 'values':[{'inventory':152.},] },
      {'id':'testing_category/a', 'values':[{'inventory':426.5},] },
    ]
 
    for expected_values in expected_values_list:
      category = expected_values['id']
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               payment_category=category)
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  def stepTestGetInventoryOnNodeCategory(self, sequence=None,
                                         sequence_list=None, **kw):
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    """
      Test getInventory with a node_category argument
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'testing_category/z/zb/zba', 'values':[{'inventory':162.},] },
      {'id':'testing_category/z/zb/zbb', 'values':[{'inventory':112.5},] },
      {'id':'testing_category/a/ab', 'values':[{'inventory':-426.5},] },
      {'id':'testing_category/a', 'values':[{'inventory':0.},] },
      {'id':'testing_category/z', 'values':[{'inventory':0.},] },
    ]
       
    for expected_values in expected_values_list:
      category = expected_values['id']
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, node_category=category)
        
        
  def stepTestGetInventoryOnMirrorSectionCategory(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory with a section_category argument
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'testing_category/a/aa', 'values':[{'inventory':-274.5},] },
      {'id':'testing_category/z/zc', 'values':[{'inventory':-152.},] },
      {'id':'testing_category/z', 'values':[{'inventory':274.5},] },
      {'id':'testing_category/o', 'values':[{'inventory':0.},] },
    ]
 
    for expected_values in expected_values_list:
      category = expected_values['id']
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
        self._testGetInventory(expected=e_inventory, mirror_section_category=category)
          
  
  def stepTestGetInventoryOnResourceCategory(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventory with a resource_category argument
    """
    organisation_list = sequence.get('organisation_list')
    expected_values_list = [
      {'id':'testing_category/a/aa', 'values':[{'inventory':274.5},] },
      {'id':'testing_category/o', 'values':[{'inventory':18.5},] },
      {'id':'testing_category/z/za', 'values':[{'inventory':25.5},] },
      {'id':'testing_category/z', 'values':[{'inventory':256.},] },
    ]
 
    for expected_values in expected_values_list:
      category = expected_values['id']
      values = expected_values['values']
      for value in values:
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory,
                               resource_category=category,
                               section=organisation_list[0].getRelativeUrl())
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  def _testGetInventory(self, expected, **kw):
    """
      Shared testing method
    """
    simulation = self.getPortal().portal_simulation
    e_inventory = expected
    LOG('Testing inventory with args :', 0, kw)
    a_inventory = simulation.getInventory(**kw)
    if e_inventory != a_inventory:
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      msg = 'Inventory differs between expected (%s) and real (%s) quantities'\
             % (repr(e_inventory), repr(a_inventory))
      LOG('TestInventory._testGetInventory', 0, msg)
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      LOG('SQL Query was : ', 0, str(simulation.getInventory(src__=1, **kw)))
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      self.assertEquals(e_inventory, a_inventory, msg)
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  def stepTestGetInventoryOnSimulationState(self, sequence=None,
                                            sequence_list=None, **kw):
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    """
      Test getInventory with some simulation states, by using
      methods getCurrentInventory, getAvailableInventory and getFutureInventory
    """
    packing_list_workflow = 'packing_list_workflow'
    state_variable = 'simulation_state'
    packing_list_list = sequence.get('packing_list_list')
    workflow_tool = self.getPortal().portal_workflow
    simulation = self.getPortal().portal_simulation
    transit_simulation_state = ['started']
    
    transition_list = [
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       {'id':0, 'action':'confirm_action'}, # a
       {'id':0, 'action':'set_ready_action'}, # b
              {'id':1, 'action':'confirm_action'}, # c
       {'id':0, 'action':'start_action'}, # d
                     {'id':2, 'action':'confirm_action'}, # e
       {'id':0, 'action':'stop_action'}, # f
                     {'id':2, 'action':'set_ready_action'}, # g
                     {'id':2, 'action':'start_action'}, # h
                            {'id':3, 'action':'confirm_action'}, # i
                            {'id':3, 'action':'set_ready_action'}, # j
                            {'id':3, 'action':'start_action'}, # k
                            {'id':3, 'action':'stop_action'}, # l
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    ]
    
    expected_values_list = [
     #( without omit_transit, with omit_transit)
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      ({'Current':  0.  , 'Available': 0.  , 'Future':  0.  },
       {'Current':  0.  , 'Available': 0.  , 'Future':  0.  }),
      ({'Current':  0.  , 'Available': 0.  , 'Future':280.5 }, # a
       {'Current':  0.  , 'Available': 0.  , 'Future':280.5 }),
      ({'Current':  0.  , 'Available': 0.  , 'Future':280.5 }, # b
       {'Current':  0.  , 'Available': 0.  , 'Future':280.5 }),
      ({'Current':  0.  , 'Available': 0.  , 'Future':426.5 }, # c
       {'Current':  0.  , 'Available': 0.  , 'Future':426.5 }),
      ({'Current':280.5 , 'Available': 280.5  , 'Future':426.5 }, # d
       {'Current':  0.  , 'Available': 0.  , 'Future':146.  }),
      ({'Current':280.5 , 'Available': 162.  , 'Future':308.  }, # e
       {'Current':  0.  , 'Available': -118.5  , 'Future': 27.5 }),
      ({'Current':280.5 , 'Available': 162.  , 'Future':308.  }, # f
       {'Current':280.5 , 'Available': 162.  , 'Future':308.  }),
      ({'Current':280.5 , 'Available': 162.  , 'Future':308.  }, # g
       {'Current':280.5 , 'Available': 162.  , 'Future':308.  }),
      ({'Current':162.  , 'Available': 162.  , 'Future':308.  }, # h
       {'Current':162.  , 'Available': 162.  , 'Future':308.  }),
      ({'Current':162.  , 'Available': 128.5  , 'Future':274.5 }, # i
       {'Current':162.  , 'Available': 128.5  , 'Future':274.5 }),
      ({'Current':162.  , 'Available': 128.5   , 'Future':274.5 }, # j
       {'Current':162.  , 'Available': 128.5  , 'Future':274.5 }),
      ({'Current':128.5 , 'Available': 128.5  , 'Future':274.5 }, # k
       {'Current':128.5 , 'Available': 128.5  , 'Future':274.5 }),
      ({'Current':128.5 , 'Available': 128.5  , 'Future':274.5 }, # l
       {'Current':128.5 , 'Available': 128.5  , 'Future':274.5 }),
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    ]
 
    organisation_list = sequence.get('organisation_list')
    organisation_url = organisation_list[0].getRelativeUrl()
    date = DateTime()
    
    def _testWithState(expected_values, omit_transit):
      # Get current workflow states to add it to the log
      state_list = []
      for packing_list in packing_list_list:
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        state_list.append(workflow_tool.getStatusOf(
                packing_list_workflow, packing_list)[state_variable])
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      LOG('Testing with these workflow states :', 0, state_list)
      for name, e_inventory in expected_values.items():
        method_name = 'get%sInventory' % name
        method = getattr(simulation, method_name, None)
        if method is None:
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          LOG('TEST ERROR : Simulation Tool has no %s method'
              % method_name, 0, '')
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          self.failUnless(0)
        a_inventory = method(section=organisation_url, 
                             omit_transit=omit_transit,
                             transit_simulation_state=transit_simulation_state,
                             at_date=date)
        if a_inventory != e_inventory:
          LOG('TEST ERROR : Inventory quantity differs between expected (%s) and real (%s) quantities' % (repr(e_inventory), repr(a_inventory)), 0, 'with method %s and omit_transit=%s' % (method_name, omit_transit))
          LOG('SQL Query was :', 0, method(section=organisation_url, 
                             omit_transit=omit_transit,
                             transit_simulation_state=transit_simulation_state,
                             at_date=date, src__=1))
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          self.assertEquals(a_inventory, e_inventory)
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    # First, test with draft state everywhere
    LOG('Testing Inventory with every Packing List in draft state...', 0, '')
    for omit_transit in (0,1):
      _testWithState(expected_values_list[0][omit_transit], omit_transit)
      
    i = 0
    for expected_values in expected_values_list[1:]:
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      self.tic() # acceptable here because this is not the job
                 # of the test to check if can do all transition
                 # without processing messages
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      transition_step = transition_list[i]
      transited_pl = packing_list_list[transition_step['id']]
      action = transition_step['action']
      LOG("Transiting '%s' on packing list %s" % (action, transition_step['id']), 0, '')
      workflow_tool.doActionFor(transited_pl, action, packing_list_workflow)
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      transited_pl.recursiveImmediateReindexObject() # XXX
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      get_transaction().commit()
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      self.stepTic()
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      for omit_transit in (0,1):
        values = expected_values[omit_transit]
        _testWithState(values, omit_transit)
        
      i += 1

      
  def stepTestGetInventoryWithSelectionReport(self, sequence=None, sequence_list=None, **kw):
    """
    """
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    organisation_list = sequence.get('organisation_list')
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    expected_values_list = [
      {'id':2, 'values':[{'date':DateTime()-28, 'inventory':280.5},
                         {'date':DateTime()-20, 'inventory':280.5},
                         {'date':DateTime()-12, 'inventory':162.},
                         {'date':DateTime(),    'inventory':162.},]
      },
      {'id':3, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':146.},
                         {'date':DateTime()-12, 'inventory':146.},
                         {'date':DateTime(),    'inventory':112.5},]
      },
      {'id':6, 'values':[{'date':DateTime()-28, 'inventory':-280.5},
                         {'date':DateTime()-20, 'inventory':-426.5},
                         {'date':DateTime()-12, 'inventory':-426.5},
                         {'date':DateTime(),    'inventory':-426.5},]
      },
      {'id':9, 'values':[{'date':DateTime()-28, 'inventory':0.},
                         {'date':DateTime()-20, 'inventory':0.},
                         {'date':DateTime()-12, 'inventory':118.5},
                         {'date':DateTime(),    'inventory':152.},]
      },
    ]
 
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    for expected_values in expected_values_list:
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      selection_domain = DomainSelection(domain_dict = {'destination_section':organisation_list[expected_values['id']],
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                                                        'source_section':organisation_list[expected_values['id']]})
      values = expected_values['values']
      for value in values:
        date = value['date']
        e_inventory = value['inventory']
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        self._testGetInventory(expected=e_inventory, at_date=date, selection_domain=selection_domain)
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  def stepTestGetInventoryListOnSection(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventoryList on a section
    """
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    # Build expected list
    expected_list = []
    for i in range(1, 31):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': quantity })
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    for i in range(31, 33):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 1,
                             'inventory': quantity })
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    for i in range(33, 34):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 2,
                             'inventory': quantity })
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    for i in range(33, 40):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 3,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': quantity })
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    for i in range(40, 41):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 3,
                             'section_relative_url': 0,
                             'resource_relative_url': 2,
                             'inventory': quantity })
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    for i in range(1, 24):
      quantity = (i + 0.) / 4
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': - quantity })
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    for i in range(12, 18):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': - quantity })
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    for i in range(12, 13):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 1,
                             'inventory': - quantity })
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    for i in [7.5, 5, 3]:
      quantity = (i + 0.)
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      expected_list.append({ 'node_relative_url': 3,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': - quantity })
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    for i in [18]:
      quantity = (i + 0.)
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      expected_list.append({ 'node_relative_url': 3,
                             'section_relative_url': 0,
                             'resource_relative_url': 2,
                             'inventory': - quantity })

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    for i in [ [2,0,0], [2,0,1], [2,0,2], [3,0,0], [3,0,2],
               [2,0,0], [2,0,1], [3,0,0], [3,0,2] ]:
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      expected_list.append({ 'node_relative_url': i[0],
                             'section_relative_url': i[1],
                             'resource_relative_url': i[2],
                             'inventory':0. })
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    item_dict = { 'node': organisation_list,
                  'section': organisation_list,
                  'resource': resource_list }
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    expected_l = expected_list[:]
    for expected in expected_l:
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      for attribute in [x for x in expected.keys()
                          if x.endswith('_relative_url')]:
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        attr_name = attribute.split('_')[0]
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        expected[attribute] = item_dict[attr_name]\
                                  [expected[attribute]].getRelativeUrl()
    self._testGetInventoryList(expected=expected_l,
                               section=organisation_list[0].getRelativeUrl(),
                               omit_simulation=1)
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  def stepTestGetInventoryListOnNode(self, sequence=None,
                                     sequence_list=None, **kw):
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    """
      Test getInventoryList on a Node
    """
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    # Build expected list
    expected_list = []
    for i in range(1, 31):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': quantity })
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    for i in range(31, 33):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 1,
                             'inventory': quantity })
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    for i in range(33, 34):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 2,
                             'inventory': quantity })
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    for i in range(1, 24):
      quantity = (i + 0.) / 4
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': - quantity })
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    for i in range(12, 18):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 0,
                             'inventory': - quantity })
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    for i in range(12, 13):
      quantity = (i + 0.) / 2
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      expected_list.append({ 'node_relative_url': 2,
                             'section_relative_url': 0,
                             'resource_relative_url': 1,
                             'inventory': - quantity })

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    for i in [ [2,0,0], [2,0,1], [2,0,2], [2,0,0], [2,0,1] ]:
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      expected_list.append({ 'node_relative_url': i[0],
                             'section_relative_url': i[1],
                             'resource_relative_url': i[2],
                             'inventory':0. })
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    item_dict = { 'node': organisation_list,
                  'section': organisation_list,
                  'resource': resource_list }
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    expected_l = expected_list[:]
    for expected in expected_l:
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      for attribute in [x for x in expected.keys()
                            if x.endswith('_relative_url')]:
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        attr_name = attribute.split('_')[0]
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        expected[attribute] = item_dict[attr_name]\
                                [expected[attribute]].getRelativeUrl()
    self._testGetInventoryList( expected=expected_l,
                                node=organisation_list[2].getRelativeUrl(),
                                omit_simulation=1)
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  def stepTestGetInventoryListWithOmitInput(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventoryList on a section with omit_input
    """
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    # Build expected list
    expected_list = []
    for i in range(1, 24):
      quantity = (i + 0.) / 4
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':-quantity })
    for i in range(12, 18):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':-quantity })
    for i in range(12, 13):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':1, 'inventory':-quantity })
    for i in [7.5, 5, 3]:
      quantity = (i + 0.)
      expected_list.append({ 'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':-quantity })
    for i in [18]:
      quantity = (i + 0.)
      expected_list.append({ 'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':2, 'inventory':-quantity })
    
    item_dict = {'node':organisation_list, 'section':organisation_list, 'resource':resource_list}
    expected_l = expected_list[:]
    for expected in expected_l:
      for attribute in [x for x in expected.keys() if x.endswith('_relative_url')]:
        attr_name = attribute.split('_')[0]
        expected[attribute] = item_dict[attr_name][expected[attribute]].getRelativeUrl()
    self._testGetInventoryList(expected=expected_l, section=organisation_list[0].getRelativeUrl(), omit_simulation=1, omit_input=1)
    
    
  def stepTestGetInventoryListWithOmitOutput(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventoryList on a section with omit_output
    """
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    # Build expected list
    expected_list = []
    for i in range(1, 31):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':quantity })
    for i in range(31, 33):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':1, 'inventory':quantity })
    for i in range(33, 34):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':2, 'inventory':quantity })
    for i in range(33, 40):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':quantity })
    for i in range(40, 41):
      quantity = (i + 0.) / 2
      expected_list.append({ 'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':2, 'inventory':quantity })
    
    item_dict = {'node':organisation_list, 'section':organisation_list, 'resource':resource_list}
    expected_l = expected_list[:]
    for expected in expected_l:
      for attribute in [x for x in expected.keys() if x.endswith('_relative_url')]:
        attr_name = attribute.split('_')[0]
        expected[attribute] = item_dict[attr_name][expected[attribute]].getRelativeUrl()
    self._testGetInventoryList(expected=expected_l, section=organisation_list[0].getRelativeUrl(), omit_simulation=1, omit_output=1)
    
    
  def stepTestGetInventoryListWithGroupBy(self, sequence=None, sequence_list=None, **kw):
    """
      Test getInventoryList by using group_by_*
    """
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    
    # Build expected list
    expected_list_list = [ 
      ({'group_by_node':1}, [ 
        {'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':120. },
        {'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':1, 'inventory':25.5 },
        {'node_relative_url': 2, 'section_relative_url':0, 'resource_relative_url':2, 'inventory':16.5 },
        {'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':0, 'inventory':110.5 },
        {'node_relative_url': 3, 'section_relative_url':0, 'resource_relative_url':2, 'inventory':2. },
        {'node_relative_url': 6, 'section_relative_url':4, 'resource_relative_url':0, 'inventory':-358.5 },
        {'node_relative_url': 6, 'section_relative_url':4, 'resource_relative_url':1, 'inventory':-31.5 },
        {'node_relative_url': 6, 'section_relative_url':4, 'resource_relative_url':2, 'inventory':-36.5 },
        {'node_relative_url': 9, 'section_relative_url':7, 'resource_relative_url':0, 'inventory':128. },
        {'node_relative_url': 9, 'section_relative_url':7, 'resource_relative_url':1, 'inventory':6. },
        {'node_relative_url': 9, 'section_relative_url':7, 'resource_relative_url':2, 'inventory':18. },
      ]),
      ({'group_by_variation':1, 'section':organisation_list[0].getRelativeUrl()}, [
        {'resource_relative_url':0, 'inventory':17. },    # Baby
        {'resource_relative_url':0, 'inventory':17.75 },
        {'resource_relative_url':0, 'inventory':18.5 },
        {'resource_relative_url':0, 'inventory':11.75 },
        {'resource_relative_url':0, 'inventory':15. },
        {'resource_relative_url':0, 'inventory':17.75 },
        {'resource_relative_url':0, 'inventory':2. },     # 32
        {'resource_relative_url':0, 'inventory':2.25 },
        {'resource_relative_url':0, 'inventory':2.5 },
        {'resource_relative_url':0, 'inventory':2.75 },
        {'resource_relative_url':0, 'inventory':3. },
        {'resource_relative_url':0, 'inventory':3.25 },
        {'resource_relative_url':0, 'inventory':3.5 },    # 34
        {'resource_relative_url':0, 'inventory':3.75 },
        {'resource_relative_url':0, 'inventory':4. },
        {'resource_relative_url':0, 'inventory':4.25 },
        {'resource_relative_url':0, 'inventory':4.5 },
        {'resource_relative_url':0, 'inventory':4.75 },
        {'resource_relative_url':0, 'inventory':5. },     # Man
        {'resource_relative_url':0, 'inventory':5.25 },
        {'resource_relative_url':0, 'inventory':5.5 },
        {'resource_relative_url':0, 'inventory':5.75 },
        {'resource_relative_url':0, 'inventory':6. },
        {'resource_relative_url':0, 'inventory':6.25 },
        {'resource_relative_url':0, 'inventory':6.5 },    # Woman
        {'resource_relative_url':0, 'inventory':26. },
        {'resource_relative_url':0, 'inventory':6.5 },
        {'resource_relative_url':0, 'inventory':6.5 },
        {'resource_relative_url':0, 'inventory':6.5 },
        {'resource_relative_url':0, 'inventory':6.5 },
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        {'resource_relative_url':0, 'inventory':0.}, #None }, # Sum of lines (quantity of lines is NULL)
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        {'resource_relative_url':1, 'inventory':15.5 },
        {'resource_relative_url':1, 'inventory':10. },
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        {'resource_relative_url':1, 'inventory':0. }, #None }, # Sum of lines (quantity of lines is ULL)
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        {'resource_relative_url':2, 'inventory':18.5 },
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        {'resource_relative_url':2, 'inventory':0. }, #None }, # Sum of lines (quantity of lines is NULL)
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      ]),
    ]
    
    item_dict = {'node':organisation_list, 'section':organisation_list, 'resource':resource_list}
    for expected_tuple in expected_list_list:
      param, expected_list = expected_tuple
      expected_l = expected_list[:]
      for expected in expected_l:
        for attribute in [x for x in expected.keys() if x.endswith('_relative_url')]:
          attr_name = attribute.split('_')[0]
          expected[attribute] = item_dict[attr_name][expected[attribute]].getRelativeUrl()
      LOG('Testing getInventoryList with', 0, param)
      self._testGetInventoryList(expected=expected_l, omit_simulation=1, **param)
        
    
  def _testGetInventoryList(self, expected, **kw):
    """
      Shared testing method
      expected is a list of dictionaries containing identifying keys and 'inventory'
    """
    simulation = self.getPortal().portal_simulation
    expected = expected[:]
    if len(expected) > 0:
      attribute_list = [x for x in expected[0].keys() if x != 'inventory']
    else:
      attribute_list = []
    
    LOG('Testing getInventoryList with args :', 0, kw)
    inventory_list = simulation.getInventoryList(**kw)
    for inventory in inventory_list:
      a_attributes = {}
      for attr in attribute_list:
        if not hasattr(inventory, attr):
          LOG('TEST ERROR : Result of getInventoryList has no %s attribute' % attr, 0, '')
          LOG('SQL Query was : ', 0, repr(simulation.getInventoryList(src__=1, **kw)))
          self.failUnless(0)
        a_attributes[attr] = getattr(inventory, attr)
      a_inventory = inventory.inventory
      # Build a function to filter on attributes
      def cmpfunction(item):
        for (key, value) in a_attributes.items():
          if item[key] != value:
            return 0
        return 1
      # Look for lines with the same attributes in expected list
      expected_list = []
      for i in range(len(expected)):
        exp = expected[i]
        if cmpfunction(exp):
          expected_list.append(dict(exp))
          expected_list[-1].update({'id':i})
      # Now, look in these lines for one which has the same inventory
      found_list = filter(lambda x:x['inventory'] == a_inventory, expected_list)
      if len(found_list) == 0:
        LOG('TEST ERROR : Found a line with getInventoryList which is not expected.', 0, 'Found line : %s (inventory : %s) ; expected values with these attributes : %s' % (a_attributes, a_inventory, expected_list))
        LOG('SQL Query was : ', 0, repr(simulation.getInventoryList(src__=1, **kw)))
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        self.assertNotEquals(len(found_list), 0)
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      found = found_list[0]
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      LOG('found a line with inventory =', 0, repr(found['inventory']))
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      del expected[found['id']]
    # All inventory lines were found. Now check if some expected values remain
    if len(expected) > 0:
      LOG('TEST ERROR : Not all expected values were matched. Remaining =', 0, expected)
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      LOG('SQL Query was : ', 0, str(simulation.getInventoryList(src__=1, **kw)))
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      self.failUnless(len(expected), 0)
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  def stepTestGetNextNegativeInventoryDate(self, sequence=None, sequence_list=None, **kw):
    """
      Test getNextNegativeInventoryDate
    """
    expected_negative_date = addToDate(DateTime())
    base_category_list = ['size', 'colour', 'morphology']
    variation_categories = ['size/Baby', '1', '5'] # size, colour, morphology
    node = 3
    # Set some new deliveries to reach a negative inventory
    # Resource and variation MUST be the same on each new delivery
    data_list = [
      { 'source':node, 'destination':9, 'source_section':0, 'destination_section':7,
        'source_payment':1, 'destination_payment':8, 'start_date':expected_negative_date, 'lines':[
           {'resource':0, 'cells': [
               {'variation':variation_categories, 'quantity':100000.},
             ]
           }, # line end
        ] 
      }, # packing list end
      { 'source':6, 'destination':node, 'source_section':4, 'destination_section':0,
        'source_payment':5, 'destination_payment':1, 'start_date':expected_negative_date+5, 'lines':[
           {'resource':0, 'cells': [
               {'variation':variation_categories, 'quantity':100000.},
             ]
           }, # line end
        ] 
      }, # packing list end
    ]
    
    portal = self.getPortal()
    simulation = portal.portal_simulation
    packing_list_module = portal.getDefaultModule(self.packing_list_portal_type)
    packing_list_list = sequence.get('packing_list_list')
    organisation_list = sequence.get('organisation_list')
    resource_list = sequence.get('resource_list')
    delivery_line_list = []
    
    for data in data_list:
      # Create Packing List
      packing_list = packing_list_module.newContent(portal_type=self.packing_list_portal_type)
      packing_list_list.append(packing_list)
      # Add properties
      property_list = [x for x in data.items() if x[0] not in ('lines','start_date')]
      property_list = [(x[0], organisation_list[x[1]].getRelativeUrl()) for x in property_list] + \
                      [x for x in data.items() if x[0] in ('start_date',)]
      property_dict = {}
      for (id, value) in property_list: property_dict[id] = value
      packing_list.edit(**property_dict)
      for line in data['lines']:
        # Create Packing List Line
        packing_list_line = packing_list.newContent(portal_type=self.packing_list_line_portal_type)
        delivery_line_list.append(packing_list_line)
        resource_value = resource_list[line['resource']]
        resource_value.setVariationBaseCategoryList(base_category_list)
        category_list = packing_list_line.getCategoryList()
        variation_category_list = resource_value.getVariationRangeCategoryList(base_category_list=['size']) + \
            ['colour/' + x.getRelativeUrl() for x in resource_value.objectValues(portal_type='Apparel Model Colour Variation')] + \
            ['morphology/' + x.getRelativeUrl() for x in resource_value.objectValues(portal_type='Apparel Model Morphology Variation')]

        packing_list_line.edit(
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            resource_value=resource_value,
            variation_category_list=variation_category_list,
        )
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        # Set cell range
        base_category_dict = {}
        for i in range(len(base_category_list)):
          base_category_dict[base_category_list[i]] = i
        
        # Set cells
        for cell in line['cells']:
          variation = cell['variation']
          for i in range(len(variation)):
            c = variation[i]
            if len(c.split('/')) == 1:
              variation[i] = '%s/%s' % (base_category_list[i], resource_value[c].getRelativeUrl())
          new_variation = []
          for bc in packing_list_line.getVariationBaseCategoryList():
            new_variation.append(variation[base_category_dict[bc]])
          variation = new_variation
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          packing_list_cell = packing_list_line.newCell(base_id='movement', *variation)
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          packing_list_cell.edit(
              quantity = cell['quantity'],
              predicate_category_list = variation,
              variation_category_list = variation,
              mapped_value_property_list = ['quantity'],
              )
      sequence.edit(packing_list_list = packing_list_list)
    
    get_transaction().commit()
    self.stepTic()
    get_transaction().commit()
    
    # Then test the next negative date
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    next_date = simulation.getNextNegativeInventoryDate(
                      resource=resource_value.getRelativeUrl(),
                      node=organisation_list[node].getRelativeUrl(),
                      variation_category=variation_categories)

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    if type(next_date) == type(''):
      next_date = DateTime(next_date)
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    next_date = next_date.strftime('%Y-%m-%d %H:%M:%S')
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    expected_negative_date = '%.4d-%.2d-%.2d %.2d:%.2d:%.2d' % (
                            expected_negative_date.year(),
                            expected_negative_date.month(),
                            expected_negative_date.day(),
                            expected_negative_date.hour(),
                            expected_negative_date.minute(),
                            expected_negative_date.second())
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    if next_date != expected_negative_date:
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      LOG('TEST ERROR : Next negative date is not the expected one.', 0,
          'calculated : %s, expected : %s' % (
           repr(next_date), repr(expected_negative_date)))
      LOG('SQL Query was ', 0,
          simulation.getNextNegativeInventoryDate(
                    resource=resource_value.getRelativeUrl(),
                    node=organisation_list[node].getRelativeUrl(),
                    variation_category=variation_categories, src__=1))
    self.assertEquals(next_date, expected_negative_date)
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  def checkVariatedInventory(self, sequence=None, sequence_list=None, 
                             variation_category_list=None,
                             quantity=None,**kw):
    """
    """
    simulation = self.getPortal().portal_simulation
    variation_category_list = copy(variation_category_list)
    variation_category_list.sort()
    variation_text = '\n'.join(variation_category_list)
    inventory = simulation.getCurrentInventory(
                    section=sequence.get('section').getRelativeUrl(),
                    node=sequence.get('node').getRelativeUrl(),
                    variation_text=variation_text
                )
    self.assertEquals(inventory, quantity)
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  def stepTestInitialVariatedInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Test Inventory Module behavior
    """
    resource = sequence.get('resource')
    variation_category_list = sequence.get('variation_1')
    quantity = 1
    self.checkVariatedInventory(variation_category_list=variation_category_list,
                                quantity=quantity,sequence=sequence)
    variation_category_list = sequence.get('variation_2')
    quantity = 3
    self.checkVariatedInventory(variation_category_list=variation_category_list,
                                quantity=quantity,sequence=sequence)

  def stepTestVariatedInventoryAfterInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Test Inventory Module behavior
    """
    resource = sequence.get('resource')
    variation_category_list = sequence.get('variation_1')
    quantity = 5
    self.checkVariatedInventory(variation_category_list=variation_category_list,
                                quantity=quantity,sequence=sequence)
    variation_category_list = sequence.get('variation_2')
    quantity = 0
    self.checkVariatedInventory(variation_category_list=variation_category_list,
                                quantity=quantity,sequence=sequence)

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  def stepTestInventoryModule(self, sequence=None, sequence_list=None, **kw):
    """
      Test Inventory Module behavior
    """
    step = sequence.get('step')
    inventory_list = sequence.get('inventory_list')
    simulation = self.getPortal().portal_simulation
    if step is None:
      step = 0
    expected = [(40.,0), (24.,1), (80.,0)]
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    inventory = simulation.getCurrentInventory(
                    section=sequence.get('section').getRelativeUrl(),
                    node=sequence.get('node').getRelativeUrl(),
                    at_date=inventory_list[expected[step][1]].getStartDate()
                )
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    self.assertEquals(inventory, expected[step][0],
                    'section=%s, node=%s' % (
                    sequence.get('section').getRelativeUrl(),
                    sequence.get('node').getRelativeUrl()))
    step += 1
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    sequence.edit(step=step)
    
  def stepModifyFirstInventory(self, sequence=None, sequence_list=None, **kw):
    """
      Modify the first entered Inventory, to test the quantity change
    """
    inventory = sequence.get('inventory_list')[0]
    inventory_line = inventory['1']
    item_list = sequence.get('item_list')
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    inventory_line.edit(
        aggregate_value_list = [item_list[0],item_list[1], item_list[4]])
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  def test_01_getInventory(self, quiet=0, run=run_all_test):
    """
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      Test the getInventory methods
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    """
    if not run: return
    sequence_list = SequenceList()

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    get_inventory_test_sequence= 'stepTestInventoryListBrainGetQuantity \
                                   stepTestGetInventoryOnNode \
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                                   stepTestGetInventoryOnVariationCategory \
                                   stepTestGetInventoryOnPayment \
                                   stepTestGetInventoryOnSection \
                                   stepTestGetInventoryOnMirrorSection \
                                   stepTestGetInventoryOnResource \
                                   stepTestGetInventoryWithOmitInput \
                                   stepTestGetInventoryWithOmitOutput \
                                   stepTestGetInventoryOnSimulationState \
                                   stepTestGetInventoryOnSectionCategory \
                                   stepTestGetInventoryOnPaymentCategory \
                                   stepTestGetInventoryOnNodeCategory \
                                   stepTestGetInventoryOnMirrorSectionCategory \
                                   stepTestGetInventoryOnResourceCategory \
                                   stepTestGetInventoryOnVariationText \
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                                   '
                                   #TestGetInventoryWithSelectionReport \
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    get_inventory_test_sequence += 'stepTestGetInventoryListOnSection \
                                   stepTestGetInventoryListOnNode \
                                   stepTestGetInventoryListWithOmitInput \
                                   stepTestGetInventoryListWithOmitOutput \
                                   stepTestGetInventoryListWithGroupBy \
                                   stepTestGetNextNegativeInventoryDate \
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                                  '
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    sequence_string = 'stepCreateOrganisationList \
                       stepCreateOrder \
                       stepCreateVariatedResourceList \
                       stepCreatePackingListList \
                       stepTic \
                       stepCreateTestingCategories \
                       stepTic \
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                       ' + get_inventory_test_sequence
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    sequence_list.addSequenceString(sequence_string)

    sequence_list.play(self)


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  def test_02_InventoryModule(self, quiet=0, run=run_all_test):
    """
      Test the InventoryModule behavior
    """
    if not run: return
    sequence_list = SequenceList()
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    sequence_string = 'stepCreateOrganisationsForModule \
                       stepCreateVariatedResource \
                       stepCreateItemList \
                       stepCreatePackingListForModule \
                       stepTic \
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                       stepCreatePackingListLine \
                       stepTic \
                       stepDeliverPackingList \
                       stepTic \
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                       stepCreateAggregatingInventory \
                       stepTic \
                       stepTestInventoryModule \
                       stepCreateSingleInventory \
                       stepTic \
                       stepTestInventoryModule \
                       stepModifyFirstInventory \
                       stepTic \
                       stepTestInventoryModule \
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                       '
    sequence_list.addSequenceString(sequence_string)

    sequence_list.play(self)

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  def test_02_InventoryModuleWithVariation(self, quiet=0, run=run_all_test):
    """
      Test the InventoryModule behavior
    """
    if not run: return
    sequence_list = SequenceList()

    sequence_string = 'stepCreateOrganisationsForModule \
                       stepCreateVariatedResource \
                       stepTic \
                       stepCreatePackingListForModule \
                       stepTic \
                       stepCreateVariatedPackingListLine \
                       stepTic \
                       stepDeliverPackingList \
                       stepTic \
                       stepTestInitialVariatedInventory \
                       stepCreateSingleVariatedInventory \
                       stepTic \
                       stepTestVariatedInventoryAfterInventory \
                       '
    sequence_list.addSequenceString(sequence_string)

    sequence_list.play(self)

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def test_suite():
  suite = unittest.TestSuite()
  suite.addTest(unittest.makeSuite(TestInventory))
  return suite
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