############################################################################## # # Copyright (c) 2002 Nexedi SARL and Contributors. All Rights Reserved. # Sebastien Robin <seb@nexedi.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. # ############################################################################## """ Define in this class all classes intended to group every kind of movement """ from Products.ERP5Type.Base import Base from Products.ERP5Type.Document.Folder import Folder from Products.ERP5Type import Permissions, PropertySheet, Constraint, Interface from AccessControl import ClassSecurityInfo from Globals import InitializeClass, DTMLFile from Products.CMFCategory.Category import Category from zLOG import LOG from Products.PythonScripts.Utility import allow_class class RootMovementGroup: def getNestedClass(self, check_list): if len(check_list)>0: return check_list[0] return None def setNestedClass(self,check_list=None): """ This sets an appropriate nested class. """ LOG('RootGroup.setNestedClass, check_list:',0,check_list) for i in range(len(check_list)): LOG('RootGroup.setNestedClass, check_list[i]:',0,check_list[i]) LOG('RootGroup.setNestedClass, check_list[i].getId():',0,check_list[i].getId()) LOG('RootGroup.setNestedClass, self.getId():',0,self.getId()) if check_list[i].getId() == self.getId(): break else: raise RuntimeError, "no appropriate nested class is found for %s" % str(self) self.nested_class = self.getNestedClass(check_list[i+1:]) def initialize(self, movement=None,check_list=None): self.nested_class = None self.setNestedClass(check_list=check_list) self.movement_list = [] self.group_list = [] if movement is not None : self.append(movement,check_list=check_list) def appendGroup(self, movement,check_list=None): if self.nested_class is not None: LOG('RootGroup.appendGroup, check_list',0,check_list) nested_instance = self.nested_class(movement=movement,check_list=check_list) self.group_list.append(nested_instance) def append(self,movement,check_list=None): self.movement_list.append(movement) movement_in_group = 0 for group in self.group_list : if group.test(movement) : group.append(movement,check_list=check_list) movement_in_group = 1 break if movement_in_group == 0 : LOG('RootGroup.append, check_list',0,check_list) self.appendGroup(movement,check_list=check_list) class OrderMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): LOG('OrderMovementGroup.initialize, kw:',0,kw) RootMovementGroup.initialize(self,movement,**kw) if hasattr(movement, 'getRootAppliedRule'): # This is a simulation movement order_value = movement.getRootAppliedRule().getCausalityValue( portal_type=movement.getPortalOrderTypeList()) if order_value is None: # In some cases (ex. DeliveryRule), there is no order # we may consider a PackingList as the order in the OrderGroup order_value = movement.getRootAppliedRule().getCausalityValue( portal_type=movement.getPortalDeliveryTypeList()) else: # This is a temp movement order_value = None if order_value is None: order_relative_url = None else: # get the id of the enclosing delivery # for this cell or line order_relative_url = order_value.getRelativeUrl() self.order = order_relative_url def test(self,movement): if hasattr(movement, 'getRootAppliedRule'): order_value = movement.getRootAppliedRule().getCausalityValue( portal_type=movement.getPortalOrderTypeList()) if order_value is None: # In some cases (ex. DeliveryRule), there is no order # we may consider a PackingList as the order in the OrderGroup order_value = movement.getRootAppliedRule().getCausalityValue( portal_type=movement.getPortalDeliveryTypeList()) else: # This is a temp movement order_value = None if order_value is None: order_relative_url = None else: # get the id of the enclosing delivery # for this cell or line order_relative_url = order_value.getRelativeUrl() if order_relative_url == self.order: return 1 else : return 0 allow_class(OrderMovementGroup) class PathMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) self.source = movement.getSource() LOG('PathGroup.initialize source',0,self.source) self.destination = movement.getDestination() LOG('PathGroup.initialize destination',0,self.destination) self.source_section = movement.getSourceSection() LOG('PathGroup.initialize source_section',0,self.source_section) self.destination_section = movement.getDestinationSection() LOG('PathGroup.initialize destination_section',0,self.destination_section) self.target_source = movement.getTargetSource() LOG('PathGroup.initialize target_source',0,self.target_source) self.target_destination = movement.getTargetDestination() LOG('PathGroup.initialize target_destination',0,self.target_destination) self.target_source_section = movement.getTargetSourceSection() LOG('PathGroup.initialize target_source_section',0,self.target_source_section) self.target_destination_section = movement.getTargetDestinationSection() LOG('PathGroup.initialize target_destination_section',0,self.target_destination_section) def test(self,movement): if movement.getSource() == self.source and \ movement.getDestination() == self.destination and \ movement.getSourceSection() == self.source_section and \ movement.getDestinationSection() == self.destination_section and \ movement.getTargetSource() == self.target_source and \ movement.getTargetDestination() == self.target_destination and \ movement.getTargetSourceSection() == self.target_source_section and \ movement.getTargetDestinationSection() == self.target_destination_section : return 1 else : return 0 allow_class(PathMovementGroup) class DateMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) self.target_start_date = movement.getTargetStartDate() self.target_stop_date = movement.getTargetStopDate() self.start_date = movement.getStartDate() self.stop_date = movement.getStopDate() def test(self,movement): if movement.getStartDate() == self.start_date and \ movement.getStopDate() == self.stop_date : return 1 else : return 0 allow_class(DateMovementGroup) class CriterionMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) if hasattr(movement, 'getGroupCriterion'): self.criterion = movement.getGroupCriterion() else: self.criterion = None def test(self,movement): # we must have the same criterion if hasattr(movement, 'getGroupCriterion'): criterion = movement.getGroupCriterion() else: criterion = None return self.criterion == criterion allow_class(CriterionMovementGroup) class ResourceMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) self.resource = movement.getResource() def test(self,movement): if movement.getResource() == self.resource : return 1 else : return 0 allow_class(ResourceMovementGroup) class BaseVariantMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) self.base_category_list = movement.getVariationBaseCategoryList() if self.base_category_list is None: LOG('BaseVariantGroup initialize', 0, 'movement = %s, movement.showDict() = %s' % (repr(movement), repr(movement.showDict()))) self.base_category_list = [] def test(self,movement): # we must have the same number of categories categories_identity = 0 #LOG('BaseVariantGroup', 0, 'self.base_category_list = %s, movement = %s, movement.getVariationBaseCategoryList() = %s' % (repr(self.base_category_list), repr(movement), repr(movement.getVariationBaseCategoryList()))) movement_base_category_list = movement.getVariationBaseCategoryList() if movement_base_category_list is None: LOG('BaseVariantGroup test', 0, 'movement = %s, movement.showDict() = %s' % (repr(movement), repr(movement.showDict()))) movement_base_category_list = [] if len(self.base_category_list) == len(movement_base_category_list): for category in movement_base_category_list: if not category in self.base_category_list : break else : categories_identity = 1 return categories_identity allow_class(RootMovementGroup) class VariantMovementGroup(RootMovementGroup): def initialize(self,movement,**kw): RootMovementGroup.initialize(self,movement,**kw) self.category_list = movement.getVariationCategoryList() if self.category_list is None: LOG('VariantGroup initialize', 0, 'movement = %s, movement.showDict() = %s' % (repr(movement), repr(movement.showDict()))) self.category_list = [] def test(self,movement): # we must have the same number of categories categories_identity = 0 movement_category_list = movement.getVariationCategoryList() if movement_category_list is None: LOG('VariantGroup test', 0, 'movement = %s, movement.showDict() = %s' % (repr(movement), repr(movement.showDict()))) movement_category_list = [] if len(self.category_list) == len(movement_category_list): for category in movement_category_list: if not category in self.category_list : break else : categories_identity = 1 return categories_identity allow_class(VariantMovementGroup)