Commit 17a4567b authored by Romain Courteaud's avatar Romain Courteaud

Update getAggregatedAmountList in order to return a AggregatedAmountList object.


git-svn-id: https://svn.erp5.org/repos/public/erp5/trunk@2557 20353a03-c40f-0410-a6d1-a30d3c3de9de
parent 32bc95c9
...@@ -37,7 +37,7 @@ from Products.ERP5Type.Utils import cartesianProduct ...@@ -37,7 +37,7 @@ from Products.ERP5Type.Utils import cartesianProduct
from Products.ERP5Type.Base import TempBase from Products.ERP5Type.Base import TempBase
from Products.ERP5.Document.Amount import Amount from Products.ERP5.Document.Amount import Amount
#from Products.ERP5.Document.TempAmount import TempAmount from Products.ERP5.Document.Transformation import AggregatedAmountList
from Products.CMFCore.Expression import Expression from Products.CMFCore.Expression import Expression
...@@ -169,288 +169,102 @@ class TransformedResource(XMLObject, XMLMatrix, Amount): ...@@ -169,288 +169,102 @@ class TransformedResource(XMLObject, XMLMatrix, Amount):
return result return result
security.declareProtected(Permissions.AccessContentsInformation, 'getAggregatedAmountList') security.declareProtected(Permissions.AccessContentsInformation, 'getAggregatedAmountList')
def getAggregatedAmountList(self, REQUEST): def getAggregatedAmountList(self, context=None, REQUEST=None, **kw):
""" """
Get all interesting amount value and return TempAmount Get all interesting amount value and return TempAmount
""" """
# Start filing the value holder with what we have now context = self.asContext(context=context, REQUEST=REQUEST, **kw)
# Maybe we should define a ValueHolder class XXX # Create the result object
# First we create a object which id is the id of the transformed_resource aggregated_amount_list = AggregatedAmountList()
# create temporary object to store result # Create temporary object to store amount
tmp_amount = TempAmount(self.getId()) from Products.ERP5Type.Document import newTempAmount
tmp_amount = newTempAmount(self.getPortalObject(), self.getId())
error_string = ''
# add resource relation
resource = self.getDefaultResourceValue()
if resource != None:
tmp_amount.setResourceValue(resource)
else:
error_string += 'No resource defined on %s' % self.getRelativeUrl()
# First, we set initial values for quantity and variation # First, we set initial values for quantity and variation
# Currently, we only consider discrete variations # Currently, we only consider discrete variations
# Continuous variations will be implemented in a future version of ERP5 # Continuous variations will be implemented in a future version of ERP5
transformation = self.aq_parent
error_list = []
variation = []
quantity = self.getQuantity()
quantity_unit = self.getQuantityUnit() quantity_unit = self.getQuantityUnit()
efficiency = self.getEfficiency() tmp_amount.setQuantityUnitValue(quantity_unit)
# We look up the resource involved in this transformed resource
resource = self.getDefaultResourceValue()
if resource == None:
tmp_amount.addError("No ressource define.")
else:
resource_id = resource.getId()
# XXX maybe this kind of constraints....
# should be defined in the property sheet and handled
# automaticaly
if efficiency is None or efficiency is '' or efficiency == 0.0:
efficiency = 1.0
else:
efficiency = float(efficiency)
# and get some attributed we need for the summary
priced_quantity = resource.getPricedQuantity()
# XXX maybe this kind of constraints....
# should be defined in the property sheet and handled
# automaticaly
try:
priced_quantity = float(priced_quantity)
if priced_quantity == 0.0: priced_quantity = 1.0
except:
priced_quantity = 1.0
tmp_amount.addError("Priced Quantity could not be converted for resource %s" % resource_id )
# source_base_price is the default base price.
source_base_price = 0.0
# base_price is defined according to the destination.
base_price = 0.0
# duration = 0.0
is_variated_quantity = 0 # The variated quantity is 0 by default
# Try to update some attributes based on the resource attributes
if resource.hasDefaultBasePrice():
base_price = resource.getBasePrice()
try:
base_price = float(base_price)
except:
base_price = 0.0
tmp_amount.addError("Default base price could not be converted for resource %s" % resource_id )
if resource.hasSourceBasePrice():
source_base_price = resource.getSourceBasePrice()
try:
source_base_price = float(source_base_price)
except:
source_base_price = 0.0
tmp_amount.addError("Source base price could not be converted for resource %s" % resource_id )
# resource_quantity_unit = resource.getDefaultQuantityUnit()
# # This is very dirty and we must do some real unit conversion here XXX
# if quantity_unit == "Temps/Minute":
# duration = quantity
transformation_line = self
# and then call edit to update its attributed
# We do not want to reindex Temp object
tmp_amount._edit(
transformation = transformation,
transformation_id = transformation.getId(),
transformation_relative_url = transformation.getRelativeUrl(),
# transformed_resource = self,
transformation_line = self,
transformation_line_id = transformation_line.getId(),
transformation_line_relative_url = transformation_line.getRelativeUrl(),
resource = resource,
resource_id = resource.getId(),
resource_relative_url = resource.getRelativeUrl(),
# XXX is this really correct ?
# Because specialise category on transformation defines template transformation
# specialise_id = transformation.getId(),
# specialise_relative_url = transformation.getRelativeUrl(),
# Properties define on transformation line
description = self.getDescription(),
quantity_unit = quantity_unit,
# duration = duration,
quantity = quantity,
efficiency = efficiency,
base_price = base_price,
# Properties define on resource
source_base_price = source_base_price,
# resource_quantity_unit = resource_quantity_unit
resource_quantity_unit = resource.getDefaultQuantityUnit()
# total_source_base_price = 0.0,
# total_base_price = 0.0,
# total_duration = 0.0,
# base_price_defined_by = '',
# source_base_price_defined_by = '',
# quantity_defined_by = '',
# variation_defined_by = '',
)
# return tmp_amount
# We are going to try to find which variation applies to the current REQUEST
# First we initialize variation to the default variation value define by
# the transformed resource
variation = self.getVariationCategoryList()
variation_base_category_list = resource.getVariationBaseCategoryList()
self.portal_categories.setCategoryMembership(tmp_amount, variation_base_category_list, variation, base=1)
efficiency = self.getEfficiency()
# and update the price with the variation price if necessary if efficiency is None or efficiency is '' or efficiency == 0.0:
# XXX do not understand why we get the default price define on transformation ? efficiency = 1.0
# for resource_variation in self.getValueList( variation_base_category_list, portal_type=self.getPortalVariationTypeList() ): else:
# efficiency = float(efficiency)
# if resource_variation.hasDefaultBasePrice():
# new_base_price = resource_variation.getBasePrice()
# try:
# new_base_price = float(new_base_price)
# except:
# new_base_price = 0.0
#
# tmp_amount.addError("Default base price could not be converted for resource variation %s" % resource_variation.id )
#
#
# if new_base_price > 0.0:
# base_price = new_base_price
# tmp_amount.base_price_defined_by = resource_variation.getId()
# new_source_base_price = resource_variation.getSourceBasePrice()
# if resource_variation.hasSourceBasePrice():
# try:
# new_source_base_price = float(new_source_base_price)
# except:
# new_source_base_price = 0.0
#
# tmp_amount.addError("Source base price could not be converted for resource variation %s" % resource_variation.id )
#
# if new_source_base_price > 0.0:
#
# source_base_price = new_source_base_price
# tmp_amount._edit(
# source_base_price = new_source_base_price,
# source_base_price_defined_by = resource_variation.getId()
# )
quantity_defined_by = None
# Now, let us update variations and quantities # get Quantity
quantity = None
if context != None:
# We will browse the mapped values and determine which apply
for key in self.getCellKeyList( base_id = 'quantity'):
if self.hasCell(base_id='quantity', *key):
mapped_value = self.getCell(base_id='quantity', *key)
if mapped_value.test(context):
if 'quantity' in mapped_value.getMappedValuePropertyList():
quantity = mapped_value.getProperty('quantity')
quantity_defined_by = mapped_value.getRelativeUrl()
if quantity in [None,'']:
quantity = self.getQuantity()
quantity_defined_by = self.getRelativeUrl()
# If we have to do this, then there is a problem....
# We'd better have better API for this, like an update function in the mapped_value
try:
quantity = float(quantity)
except:
error_string += 'Quantity is not a float.'
variation_category_list_defined_by = None
# get Variation Category List
variation_category_list = None
if context != None:
# We will browse the mapped values and determine which apply # We will browse the mapped values and determine which apply
for mapped_value in self.objectValues(): for key in self.getCellKeyList( base_id = 'variation'):
if mapped_value.test(REQUEST): if self.hasCell(base_id='variation', *key):
mapped_value = self.getCell(base_id='variation', *key)
# Update attributes defined by the mapped value
for attribute in mapped_value.getMappedValuePropertyList(): if mapped_value.test(context):
vcl = mapped_value.getCategoryList()
setattr(tmp_amount, attribute, mapped_value.get(attribute)) if vcl != []:
variation_category_list = vcl
if attribute == 'quantity': variation_category_list_defined_by = mapped_value.getRelativeUrl()
# tmp_amount.quantity_defined_by = mapped_value.getId()
tmp_amount._edit( if variation_category_list in [None,'',[], ()]:
quantity_defined_by = mapped_value.getId() variation_category_list = self._getVariationCategoryList()
) variation_category_list_defined_by = self.getRelativeUrl()
# If we have to do this, then there is a problem.... tmp_amount._edit(
# We'd better have better API for this, like an update function in the mapped_value # Properties define on transformation line
try: description = self.getDescription(),
quantity = float(mapped_value.quantity) efficiency = efficiency,
is_variated_quantity = 1 # The variated quantity is 1 quantity = quantity,
# when the quantity is defined by a variation matrix
except: # This fields only store some informations for debugging if necessary
tmp_amount.addError("Quantity defined by %s is not a float" % mapped_value.getId() ) quantity_defined_by = quantity_defined_by,
variation_category_list_defined_by = variation_category_list_defined_by,
error_string = error_string
# Update categories defined by the mapped value )
base_category_list = mapped_value.getMappedValueBaseCategoryList()
if len(base_category_list) > 0: tmp_amount.setVariationCategoryList(variation_category_list)
tmp_amount.variation_defined_by = mapped_value.getId()
#LOG('In Transformation prevariation',0,str(mapped_value.getCategoryMembershipList(base_category_list, base=1))) aggregated_amount_list.append( tmp_amount )
self.portal_categories.setCategoryMembership(tmp_amount, base_category_list,
mapped_value.getCategoryMembershipList(base_category_list, base=1), base=1) return aggregated_amount_list
for resource_variation in mapped_value.getValueList(base_category_list,
portal_type=self.getPortalVariationTypeList()):
if resource_variation.hasDefaultBasePrice():
new_base_price = resource_variation.getBasePrice()
try:
new_base_price = float(new_base_price)
except:
new_base_price = 0.0
tmp_amount.addError("Default base price could not be converted for resource variation %s" % resource_variation.id )
if new_base_price > 0.0:
base_price = new_base_price
tmp_amount.base_price_defined_by = resource_variation.getId()
if resource_variation.hasSourceBasePrice():
new_source_base_price = resource_variation.getSourceBasePrice()
try:
new_source_base_price = float(new_source_base_price)
except:
new_source_base_price = 0.0
tmp_amount.addError("Source base price could not be converted for resource variation %s" % resource_variation.id )
if new_source_base_price > 0.0:
source_base_price = new_source_base_price
tmp_amount.source_base_price_defined_by = resource_variation.getId()
# Convert Quantities
# XXX XXX do not convert anymore ! Convert method must be define on TempAmount
# converted_quantity = resource.convertQuantity(quantity, quantity_unit,
# resource_quantity_unit)
# try:
# converted_quantity = float(converted_quantity)
# except:
# converted_quantity = 0.0
# error_list += ["Quantity could not be converted for resource %s" % resource.id]
# # Convert price to unit price
# unit_base_price = base_price / priced_quantity
# unit_source_base_price = source_base_price / priced_quantity
# variation = self.portal_categories.getCategoryMembershipList(tmp_amount,
# variation_base_category_list, base=1)
# #LOG('In Transformation variation',0,str(variation))
# total_base_price = converted_quantity * unit_base_price / efficiency
# total_source_base_price = converted_quantity * unit_source_base_price / efficiency
# # Define variated price
# if is_variated_quantity:
# total_variated_base_price = total_base_price
# total_variated_source_base_price = total_source_base_price
# else:
# total_variated_base_price = 0.0
# total_variated_source_base_price = 0.0
# # Create a nice presentation of the variation
# pretty_variation = ''
# for variation_item in variation:
# pretty_variation += "<br>%s" % str(variation_item)
# # Update the value and calculate total
# tmp_amount.edit(
# converted_quantity = converted_quantity,
# base_price = base_price,
# unit_base_price = unit_base_price,
# total_base_price = total_base_price,
# source_base_price = source_base_price,
# unit_source_base_price = unit_source_base_price,
# total_source_base_price = total_source_base_price,
# variation = variation,
# variation_category_list = variation,
# quantity = quantity,
# pretty_variation = pretty_variation,
# error_list = error_list
# )
# return [tmp_amount], total_base_price, total_source_base_price, \
# total_variated_base_price, total_variated_source_base_price, duration
return tmp_amount
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