@ -1,7 +1,6 @@
# -*- coding: utf-8 -*- # -*- coding: utf-8 -*-
# License AGPL-3.0 or later (http://www.gnu.org/licenses/agpl.html). # License AGPL-3.0 or later (http://www.gnu.org/licenses/agpl.html).
from openerp.tests import common
from odoo.tests import common
class PartnerContactInSeveralCompaniesCase ( common . TransactionCase ) : class PartnerContactInSeveralCompaniesCase ( common . TransactionCase ) :
@ -9,254 +8,212 @@ class PartnerContactInSeveralCompaniesCase(common.TransactionCase):
def setUp ( self ) : def setUp ( self ) :
""" *****setUp***** """ """ *****setUp***** """
super ( PartnerContactInSeveralCompaniesCase , self ) . setUp ( ) super ( PartnerContactInSeveralCompaniesCase , self ) . setUp ( )
cr , uid = self . cr , self . uid
ModelData = self . registry ( ' ir.model.data ' )
self . partner = self . registry ( ' res.partner ' )
self . action = self . registry ( ' ir.actions.act_window ' )
self . partner = self . env [ ' res.partner ' ]
self . action = self . env [ ' ir.actions.act_window ' ]
current_module = ' partner_contact_in_several_companies '
# Get test records reference # Get test records reference
for attr , module , name in [
( ' main_partner_id ' , ' base ' , ' main_partner ' ) ,
( ' bob_contact_id ' ,
' partner_contact_in_several_companies ' ,
' res_partner_contact1 ' ) ,
( ' bob_job1_id ' ,
' partner_contact_in_several_companies ' ,
' res_partner_contact1_work_position1 ' ) ,
( ' roger_contact_id ' , ' base ' , ' res_partner_main2 ' ) ,
( ' roger_job2_id ' ,
' partner_contact_in_several_companies ' ,
' res_partner_main2_position_consultant ' ) ,
( ' base_partner_action_id ' , ' base ' , ' action_partner_form ' ) ,
( ' custom_partner_action_id ' ,
' partner_contact_in_several_companies ' ,
' action_partner_form ' ) ,
] :
r = ModelData . get_object_reference ( cr , uid , module , name )
setattr ( self , attr , r [ 1 ] if r else False )
self . main_partner = self . env . ref ( ' base.main_partner ' )
self . bob_contact = self . env . ref (
' %s .res_partner_contact1 ' % current_module )
self . bob_job1 = self . env . ref (
' %s .res_partner_contact1_work_position1 ' % current_module )
self . roger_contact = self . env . ref ( ' base.res_partner_main2 ' )
self . roger_job2 = self . env . ref (
' %s .res_partner_main2_position_consultant ' % current_module )
def test_00_show_only_standalone_contact ( self ) : def test_00_show_only_standalone_contact ( self ) :
""" Check that only standalone contact are shown if context """ Check that only standalone contact are shown if context
explicitly state to not display all positions explicitly state to not display all positions
""" """
cr , uid = self . cr , self . uid
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : False ' set_value ' : False
} } } }
partner_ids = self . partner . search ( cr , uid , [ ] , context = ctx )
partner_ids . sort ( )
self . assertTrue ( self . bob_job1_id not in partner_ids )
self . assertTrue ( self . roger_job2_id not in partner_ids )
partner_ids = self . partner . with_context ( ctx ) . search ( [ ] )
self . assertTrue ( self . bob_job1 not in partner_ids )
self . assertTrue ( self . roger_job2 not in partner_ids )
def test_01_show_all_positions ( self ) : def test_01_show_all_positions ( self ) :
""" Check that all contact are show if context is empty or """ Check that all contact are show if context is empty or
explicitly state to display all positions or the " is_set " explicitly state to display all positions or the " is_set "
value has been set to False . value has been set to False .
""" """
cr , uid = self . cr , self . uid
partner_ids = self . partner . search ( cr , uid , [ ] , context = None )
self . assertTrue ( self . bob_job1_id in partner_ids )
self . assertTrue ( self . roger_job2_id in partner_ids )
partner_ids = self . partner . search ( [ ] )
self . assertTrue ( self . bob_job1 in partner_ids )
self . assertTrue ( self . roger_job2 in partner_ids )
ctx = { ' search_show_all_positions ' : { ' is_set ' : False } } ctx = { ' search_show_all_positions ' : { ' is_set ' : False } }
partner_ids = self . partner . search ( cr , uid , [ ] , context = ctx )
self . assertTrue ( self . bob_job1_id in partner_ids )
self . assertTrue ( self . roger_job2_id in partner_ids )
partner_ids = self . partner . with_context ( ctx ) . search ( [ ] )
self . assertTrue ( self . bob_job1 in partner_ids )
self . assertTrue ( self . roger_job2 in partner_ids )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : True ' set_value ' : True
} } } }
partner_ids = self . partner . search ( cr , uid , [ ] , context = ctx )
self . assertTrue ( self . bob_job1_id in partner_ids )
self . assertTrue ( self . roger_job2_id in partner_ids )
partner_ids = self . partner . with_context ( ctx ) . search ( [ ] )
self . assertTrue ( self . bob_job1 in partner_ids )
self . assertTrue ( self . roger_job2 in partner_ids )
def test_02_reading_other_contact_one2many_show_all_positions ( self ) : def test_02_reading_other_contact_one2many_show_all_positions ( self ) :
""" Check that readonly partner ' s ``other_contact_ids`` return """ Check that readonly partner ' s ``other_contact_ids`` return
all values whatever the context all values whatever the context
""" """
cr , uid = self . cr , self . uid
def read_other_contacts ( pid , context = None ) :
return self . partner . read (
cr , uid , [ pid ] , [ ' other_contact_ids ' ] ,
context = context ) [ 0 ] [ ' other_contact_ids ' ]
def read_contacts ( pid , context = None ) :
return self . partner . read (
cr , uid , [ pid ] , [ ' child_ids ' ] , context = context ) [ 0 ] [ ' child_ids ' ]
ctx = None
ctx = { }
self . assertEqual ( self . assertEqual (
read_other_contacts ( self . bob_contact_id , context = ctx ) ,
[ self . bob_job1_id ] ,
self . bob_job1 , self . bob_contact . with_context ( ctx ) . other_contact_ids
) )
ctx = { ' search_show_all_positions ' : { ' is_set ' : False } } ctx = { ' search_show_all_positions ' : { ' is_set ' : False } }
self . assertEqual ( read_other_contacts (
self . bob_contact_id , context = ctx ) ,
[ self . bob_job1_id ] ,
self . assertEqual (
self . bob_job1 , self . bob_contact . with_context ( ctx ) . other_contact_ids
) )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : False
' set_value ' : False ,
} } } }
self . assertEqual ( read_other_contacts (
self . bob_contact_id , context = ctx ) ,
[ self . bob_job1_id ] ,
self . assertEqual (
self . bob_job1 , self . bob_contact . with_context ( ctx ) . other_contact_ids
) )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : True
' set_value ' : True ,
} } } }
self . assertEqual ( self . assertEqual (
read_other_contacts ( self . bob_contact_id , context = ctx ) ,
[ self . bob_job1_id ] ,
self . bob_job1 , self . bob_contact . with_context ( ctx ) . other_contact_ids
) )
ctx = None
ctx = { }
self . assertIn ( self . assertIn (
self . bob_job1_id ,
read_contacts ( self . main_partner_id , context = ctx ) ,
)
self . bob_job1 ,
self . main_partner . with_context ( ctx ) . child_ids )
ctx = { ' search_show_all_positions ' : { ' is_set ' : False } } ctx = { ' search_show_all_positions ' : { ' is_set ' : False } }
self . assertIn ( self . assertIn (
self . bob_job1_id ,
read_contacts ( self . main_partner_id , context = ctx ) ,
)
self . bob_job1 ,
self . main_partner . with_context ( ctx ) . child_ids )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : False
' set_value ' : False ,
} } } }
self . assertIn ( self . assertIn (
self . bob_job1_id ,
read_contacts ( self . main_partner_id , context = ctx ) ,
)
self . bob_job1 ,
self . main_partner . with_context ( ctx ) . child_ids )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : True
' set_value ' : True ,
} } } }
self . assertIn ( self . assertIn (
self . bob_job1_id ,
read_contacts ( self . main_partner_id , context = ctx ) ,
)
self . bob_job1 ,
self . main_partner . with_context ( ctx ) . child_ids )
def test_03_search_match_attached_contacts ( self ) : def test_03_search_match_attached_contacts ( self ) :
""" Check that searching partner also return partners having """ Check that searching partner also return partners having
attached contacts matching search criteria attached contacts matching search criteria
""" """
cr , uid = self . cr , self . uid
# Bob's contact has one other position which is related to # Bob's contact has one other position which is related to
# 'YourCompany' # 'YourCompany'
# so search for all contacts working for 'YourCompany' # so search for all contacts working for 'YourCompany'
# should contain Bob position. # should contain Bob position.
partner_ids = self . partner . search ( partner_ids = self . partner . search (
cr , uid ,
[ ( ' parent_id ' , ' ilike ' , ' YourCompany ' ) ] ,
context = None
)
self . assertIn ( self . bob_job1_id , partner_ids , )
[ ( ' parent_id ' , ' ilike ' , ' YourCompany ' ) ] )
self . assertTrue ( self . bob_job1 in partner_ids )
# but when searching without 'all positions', # but when searching without 'all positions',
# we should get the position standalone contact instead. # we should get the position standalone contact instead.
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : False
' set_value ' : False ,
} } } }
partner_ids = self . partner . search (
cr , uid ,
[ ( ' parent_id ' , ' ilike ' , ' YourCompany ' ) ] ,
context = ctx
)
self . assertIn ( self . bob_contact_id , partner_ids , )
partner_ids = self . partner . with_context ( ctx ) . search (
[ ( ' parent_id ' , ' ilike ' , ' YourCompany ' ) ] )
self . assertTrue ( self . bob_contact in partner_ids )
def test_04_contact_creation ( self ) : def test_04_contact_creation ( self ) :
""" Check that we ' re begin to create a contact """ """ Check that we ' re begin to create a contact """
cr , uid = self . cr , self . uid
# Create a contact using only name # Create a contact using only name
new_contact_id = self . partner . create ( cr , uid , { ' name ' : ' Bob Egnops ' } )
new_contact = self . partner . create ( { ' name ' : ' Bob Egnops ' } )
self . assertEqual ( self . assertEqual (
self . partner . browse ( cr , uid , new_contact_id ) . contact_type ,
new_contact . contact_type ,
' standalone ' , ' standalone ' ,
) )
# Create a contact with only contact_id # Create a contact with only contact_id
new_contact_id = self . partner . create (
cr , uid , { ' contact_id ' : self . bob_contact_ id }
new_contact = self . partner . create (
{ ' contact_id ' : self . bob_contact . id }
) )
new_contact = self . partner . browse ( cr , uid , new_contact_id )
self . assertEqual ( new_contact . name , ' Bob Egnops ' )
self . assertEqual ( new_contact . contact_type , ' attached ' )
self . assertEqual ( new_contact . name , u ' Bob Egnops ' )
self . assertEqual ( new_contact . contact_type , u ' attached ' )
# Create a contact with both contact_id and name; # Create a contact with both contact_id and name;
# contact's name should override provided value in that case # contact's name should override provided value in that case
new_contact_id = self . partner . create (
cr , uid , { ' contact_id ' : self . bob_contact_ id , ' name ' : ' Rob Egnops ' }
new_contact = self . partner . create (
{ ' contact_id ' : self . bob_contact . id , ' name ' : ' Rob Egnops ' }
) )
self . assertEqual ( self . assertEqual (
self . partner . browse ( cr , uid , new_contact_id ) . name ,
' Bob Egnops '
new_contact . name ,
u ' Bob Egnops '
) )
# Reset contact to standalone # Reset contact to standalone
self . partner . write ( cr , uid , [ new_contact_id ] , { ' contact_id ' : False } )
new_contact . write ( { ' contact_id ' : False } )
self . assertEqual ( self . assertEqual (
self . partner . browse ( cr , uid , new_contact_id ) . contact_type ,
' standalone ' ,
new_contact . contact_type ,
u ' standalone ' ,
) )
# Reset contact to attached, and ensure only it is unlinked (i.e. # Reset contact to attached, and ensure only it is unlinked (i.e.
# context is ignored). # context is ignored).
self . partner . write ( cr , uid , [ new_contact_id ] ,
{ ' contact_id ' : self . bob_contact_id } )
new_contact . write ( { ' contact_id ' : self . bob_contact . id } )
ctx = { ' search_show_all_positions ' : { ' is_set ' : True , ctx = { ' search_show_all_positions ' : { ' is_set ' : True ,
' set_value ' : True ' set_value ' : True
} } } }
self . partner . unlink ( cr , uid , [ new_contact_id ] , context = ctx )
partner_ids = self . partner . search (
cr , uid , [ ( ' id ' , ' in ' , [ new_contact_ id , self . bob_contact_ id ] ) ] )
self . assertIn ( self . bob_contact_id , partner_ids )
self . assertNotIn ( new_contact_id , partner_ids )
new_contact . with_context ( ctx ) . unlink ( )
partner_ids = self . partner . with_context ( ctx ) . search (
[ ( ' id ' , ' in ' , [ new_contact . id , self . bob_contact . id ] ) ] )
self . assertIn ( self . bob_contact , partner_ids )
self . assertNotIn ( new_contact , partner_ids )
def test_05_contact_fields_sync ( self ) : def test_05_contact_fields_sync ( self ) :
""" Check that contact ' s fields are correctly synced between """ Check that contact ' s fields are correctly synced between
parent contact or related contacts parent contact or related contacts
""" """
cr , uid = self . cr , self . uid
# Test DOWNSTREAM sync # Test DOWNSTREAM sync
self . partner . write (
cr , uid , [ self . bob_contact_id ] , { ' name ' : ' Rob Egnops ' }
self . bob_contact . write (
{ ' name ' : ' Rob Egnops ' }
) )
self . assertEqual ( self . assertEqual (
self . partner . browse ( cr , uid , self . bob_job1_id ) . name ,
self . bob_job1 . name ,
' Rob Egnops ' , ' Rob Egnops ' ,
) )
# Test UPSTREAM sync # Test UPSTREAM sync
self . partner . write ( cr , uid , [ self . bob_job1_id ] , { ' name ' : ' Bob Egnops ' } )
self . bob_job1 . write ( { ' name ' : ' Bob Egnops ' } )
self . assertEqual ( self . assertEqual (
self . partner . browse ( cr , uid , self . bob_contact_id ) . name ,
self . bob_contact . name ,
' Bob Egnops ' , ' Bob Egnops ' ,
) )
def test_06_ir_action ( self ) : def test_06_ir_action ( self ) :
""" Check ir_action context is auto updated. """ Check ir_action context is auto updated.
""" """
cr , uid = self . cr , self . uid
new_context_val = " ' search_show_all_positions ' : " \ new_context_val = " ' search_show_all_positions ' : " \
" { ' is_set ' : True, ' set_value ' : False}, "
" { ' is_set ' : True, ' set_value ' : False} "
details = self . env [ ' ir.actions.act_window ' ] . for_xml_id (
' base ' ,
' action_partner_form ' )
details = self . action . read (
cr , uid , [ self . base_partner_action_id ]
)
self . assertIn ( self . assertIn (
new_context_val , new_context_val ,
details [ 0 ] [ ' context ' ] ,
details [ ' context ' ] ,
msg = ' Default actions not updated with new context ' msg = ' Default actions not updated with new context '
) )
details = self . action . read (
cr , uid , [ self . custom_partner_action_id ]
)
details = self . env [ ' ir.actions.act_window ' ] . for_xml_id (
' partner_contact_in_several_companies ' ,
' action_partner_form ' )
self . assertNotIn ( self . assertNotIn (
new_context_val , new_context_val ,
details [ 0 ] [ ' context ' ] ,
details [ ' context ' ] ,
msg = ' Custom actions incorrectly updated with new context ' msg = ' Custom actions incorrectly updated with new context '
) )
Nicolas JEUDY
7 years ago
Jacob Oldfield