def setUp( self ):
super( CollectionProxyCase, self ).setUp()
session = Session()
self.collection = list( session.query( Person ).all() )
self.proxy = CollectionProxy( self.person_admin,
collection_getter=lambda:self.collection,
columns_getter=self.person_admin.get_columns )
def setUp(self):
super(CollectionProxyCase, self).setUp()
session = Session()
self.collection = list(session.query(Person).all())
self.proxy = CollectionProxy(
self.person_admin,
collection_getter=lambda: self.collection,
columns_getter=self.person_admin.get_columns)
def get_or_create( cls, username ):
session = Session()
authentication = session.query( cls ).filter_by( username = username ).first()
if not authentication:
authentication = cls( username = username )
session.add( authentication )
session.flush()
return authentication
def get_or_create( cls, username ):
session = Session()
authentication = session.query( cls ).filter_by( username = username ).first()
if not authentication:
authentication = cls( username = username )
session.add( authentication )
session.flush()
return authentication
class SearchCase( unittest.TestCase ):
"""Test the creation of search queries"""
def setUp( self ):
metadata.bind = settings.ENGINE()
metadata.create_all()
self.session = Session()
#
# insert the value of i in each column of T, that can be searched for
#
for (i,name), definition in types_to_test.items():
value = self.value_for_type( definition, i )
t = T()
setattr( t, name, value )
self.session.flush()
self.admin = TAdmin()
def value_for_type( self, definition, i ):
value = i
if issubclass( definition, sqlalchemy.types.DateTime ):
value = datetime.datetime( year = 2000, month = 1, day = 1, hour = 1, minute = i )
elif issubclass( definition, sqlalchemy.types.Date ):
value = datetime.date( year = 2000, month = 1, day = i%31 )
elif issubclass( definition, sqlalchemy.types.Time ):
value = datetime.time( hour = 1, minute = i )
elif issubclass( definition, sqlalchemy.types.String ):
value = str( i )
elif issubclass( definition, sqlalchemy.types.Boolean ):
value = True
return value
def test_search_decorator( self ):
"""Verify it search works for most common types"""
from camelot.view.search import create_entity_search_query_decorator
for (i,name), definition in types_to_test.items():
value = self.value_for_type( definition, i )
#
# @todo : search for types that need special conversion to string
# is skipped for now because the test would become too
# convoluted, this should work through a to_string field
# attribute.
#
if isinstance( value, ( datetime.date, datetime.time, bool) ):
continue
string_value = str( value )
search_decorator = create_entity_search_query_decorator( self.admin,
string_value )
query = self.session.query( T )
query = search_decorator( query )
#print query
self.assertTrue( query.count() > 0 )
def model_run(self, model_context):
from camelot.view.action_steps import (SelectFile,
UpdateProgress,
Refresh,
FlushSession)
select_files = SelectFile('Txt Files (*.txt *.csv);;All Files (*)')
select_files.single = False
file_names = yield select_files
file_count = len(file_names)
import os
from camelot.core.orm import Session
from rms.Model.ResurseUmane import ResurseUmane
from rms.Model.Discipline import Discipline
from rms.Model.OreSuplimentare import OreSuplimentare
session = Session()
for i, file_name in enumerate(file_names):
yield UpdateProgress(i, file_count)
f = open(file_name)
info_prof = f.readline().split(";")[:-1]
if session.query(Profesor).filter(Profesor.username == info_prof[0]).first() != None:
raise UserException("Exista deja profesorul "+info_prof[2])
prof = Profesor(*info_prof)
session.add(prof)
for line in f:
if line[-1] == ';':
vals = line[:-1].split(',')
else:
vals = line[:-2].split(',')
print(vals)
try:
vals[0] = int(vals[0])
oresup = OreSuplimentare(*vals)
oresup.profesor = prof
session.add(oresup)
except ValueError:
disc = Discipline(*vals)
disc.titular = prof
session.add(disc)
yield FlushSession(session)
# begin refresh
yield Refresh()
# end refresh
def get_current_version(cls, fixture_class=None, session=None):
"""Get the current version of the fixtures in the database for a certain
fixture class.
:param fixture_class: the fixture class for which to get the version
:param session: the session to use to query the database, if `None` is
given, the default Camelot session is used
:return: an integer representing the current version, 0 if no version found
"""
if session is None:
session = Session()
obj = session.query(cls).filter_by(fixture_class=fixture_class).first()
if obj:
return obj.fixture_version
return 0
def set_current_version(cls,
fixture_class=None,
fixture_version=0,
session=None):
"""Set the current version of the fixtures in the database for a certain
fixture class.
:param fixture_class: the fixture class for which to get the version
:param fixture_version: the version number to which to set the fixture
version
:param session: the session to use to query the database, if `None` is
given, the default Camelot session is used
"""
if session is None:
session = Session()
obj = session.query(cls).filter_by(fixture_class=fixture_class).first()
if not obj:
obj = FixtureVersion(fixture_class=fixture_class, _session=session)
obj.fixture_version = fixture_version
session.flush()
def translate_or_register( cls, source, language ):
"""Translate source to language, if no translation is found, register the
source as to be translated and return the source"""
if source:
source = unicode( source )
translation = cls.translate( source, language )
if not translation:
session = Session()
query = session.query( cls )
translation = query.filter_by( source = source,
language = language ).first()
if not translation:
if ( source, language ) not in cls._cache:
registered_translation = Translation( source = source,
language = language )
cls._cache[( source, language )] = source
session.flush( [registered_translation] )
logger.debug( 'registed %s with id %s' % ( source, registered_translation.id ) )
return source
return translation
return ''
def model_run(self, model_context):
from camelot.view.action_steps import (SelectFile,
UpdateProgress,
Refresh,
FlushSession)
select_files = SelectFile('Txt Files (*.txt *.csv);;All Files (*)')
select_files.single = False
file_names = yield select_files
file_count = len(file_names)
import os
from camelot.core.orm import Session
from rms.Model.Orar import Orar
session = Session()
for i, file_name in enumerate(file_names):
yield UpdateProgress(i, file_count)
title = os.path.splitext(os.path.basename(file_name))[0]
print(file_name)
for line in open(file_name):
vals = line.split(';')[:-1]
if len(vals) != 8:
raise ImportException("Fisierul nu e dat bine")
if vals[2] not in ['0', '1', '2']:
raise ImportException("Frecventa nu e data bine")
print(vals)
orar = Orar(*vals)
print(orar)
session.add(orar)
disc = session.query(Discipline).filter(Discipline.disc==orar.disc).first()
if disc:
orar.disciplina = disc
session.flush()
yield FlushSession(session)
# begin refresh
yield Refresh()
# end refresh
def translate_or_register(cls, source, language):
"""Translate source to language, if no translation is found, register the
source as to be translated and return the source"""
if source:
source = unicode(source)
translation = cls.translate(source, language)
if not translation:
session = Session()
query = session.query(cls)
translation = query.filter_by(source=source,
language=language).first()
if not translation:
if (source, language) not in cls._cache:
registered_translation = Translation(source=source,
language=language)
cls._cache[(source, language)] = source
session.flush([registered_translation])
logger.debug('registed %s with id %s' %
(source, registered_translation.id))
return source
return translation
return ''
class PartyCase(ModelThreadTestCase):
"""Test the build in party - address - contact mechanism model"""
def setUp(self):
super(PartyCase, self).setUp()
from camelot.admin.application_admin import ApplicationAdmin
self.session = Session()
self.app_admin = ApplicationAdmin()
self.person_admin = self.app_admin.get_related_admin(party.Person)
self.organization_admin = self.app_admin.get_related_admin(
party.Organization)
def tearDown(self):
self.session.expunge_all()
def test_party(self):
p = party.Party()
self.assertFalse(p.name)
def test_geographic_boundary(self):
belgium = party.Country.get_or_create(code=u'BE', name=u'Belgium')
self.assertTrue(unicode(belgium))
city = party.City.get_or_create(country=belgium,
code='1000',
name='Brussels')
return city
def test_address(self):
city = self.test_geographic_boundary()
address = party.Address.get_or_create(street1='Avenue Louise',
street2=None,
city=city)
self.assertTrue(unicode(address))
return address
def test_party_address(self):
city = self.test_geographic_boundary()
org = party.Organization(name='PSF')
party_address = party.PartyAddress(party=org)
party_address.street1 = 'Avenue Louise 5'
party_address.street2 = 'Boite 4'
party_address.city = city
party_address_admin = party.AddressAdmin(self.app_admin,
party.PartyAddress)
self.assertTrue(party_address.address in party_address_admin.
get_compounding_objects(party_address))
self.assertTrue(party_address.address in self.session.new)
# everything should be flushed through the party admin
org_admin = self.app_admin.get_related_admin(party.Organization)
org_validator = org_admin.get_validator()
self.assertTrue(
party_address in org_admin.get_compounding_objects(org))
org_admin.flush(org)
self.assertFalse(party_address.address in self.session.new)
party_address_admin.refresh(party_address)
# test hybrid property getters on Party and PartyAddress
self.assertEqual(party_address.street1, 'Avenue Louise 5')
self.assertEqual(party_address.street2, 'Boite 4')
self.assertEqual(party_address.city, city)
self.assertEqual(org.street1, 'Avenue Louise 5')
self.assertEqual(org.street2, 'Boite 4')
self.assertEqual(org.city, city)
self.assertTrue(unicode(party_address))
query = self.session.query(party.PartyAddress)
self.assertTrue(
query.filter(
party.PartyAddress.street1 == 'Avenue Louise 5').first())
self.assertTrue(
query.filter(party.PartyAddress.street2 == 'Boite 4').first())
# if party address changes, party should be updated
depending_objects = list(
party_address_admin.get_depending_objects(party_address))
self.assertTrue(org in depending_objects)
# if address changes, party address and party should be updated
address = party_address.address
address_admin = self.app_admin.get_related_admin(party.Address)
depending_objects = list(address_admin.get_depending_objects(address))
self.assertTrue(party_address in depending_objects)
self.assertTrue(org in depending_objects)
# test hybrid property setters on Party
org.street1 = 'Rue Belliard 1'
org.street2 = 'Second floor'
org.city = None
# expunge should expunge the related address objects as well, so
# after an expunge, the session as a whole can be flushed
org_admin.expunge(org)
self.session.flush()
# test hybrid property setters on a new party
org = party.Organization(name='PSF')
org.street1 = 'Rue Belliard 1'
org.street2 = 'Second floor'
org.city = city
org_admin.flush(org)
self.assertEqual(len(org.addresses), 1)
self.assertEqual(org.street1, 'Rue Belliard 1')
self.assertEqual(org.street2, 'Second floor')
self.assertEqual(org.city, city)
# test invalidation of org object and refresh it
self.assertFalse(org_validator.validate_object(org))
org.city = None
self.assertTrue(org_validator.validate_object(org))
org_admin.refresh(org)
self.assertFalse(org_validator.validate_object(org))
# removing all the address properties should make the
# object valid again
org.street1 = None
org.street2 = None
org.city = None
self.assertFalse(org_validator.validate_object(org))
# removing all address properties of a not yet flushed
# address should expunge the address
org = party.Organization(name='PSF')
org.street1 = 'Rue Belliard 1'
for address in org.addresses:
self.assertTrue(address in self.session.new)
org.street1 = None
self.assertTrue(address not in self.session)
self.assertEqual(len(org.addresses), 0)
def test_person(self):
person = party.Person(first_name=u'Robin', last_name=u'The brave')
self.assertEqual(person.email, None)
self.assertEqual(person.phone, None)
self.assertEqual(person.fax, None)
self.assertEqual(person.street1, None)
self.assertEqual(person.street2, None)
self.assertEqual(person.city, None)
self.person_admin.flush(person)
person2 = party.Person(first_name=u'Robin')
self.assertFalse(person2.note)
person2.last_name = u'The brave'
# gui should warn this person exists
self.assertTrue(person2.note)
return person
def test_contact_mechanism(self):
contact_mechanism = party.ContactMechanism(mechanism=(u'email',
u'*****@*****.**'))
self.assertTrue(unicode(contact_mechanism))
def test_person_contact_mechanism(self):
# create a new person
person = party.Person(first_name=u'Robin', last_name=u'The brave')
self.person_admin.flush(person)
self.assertEqual(person.email, None)
# set the contact mechanism
mechanism_1 = (u'email', u'*****@*****.**')
person.email = mechanism_1
# the default from and thru dates should be set when
# setting the party defaults
self.person_admin.set_defaults(person)
self.assertTrue(person.contact_mechanisms[0].from_date)
self.person_admin.flush(person)
self.assertEqual(person.email, mechanism_1)
# change the contact mechanism, after a flush
mechanism_2 = (u'email', u'*****@*****.**')
person.email = mechanism_2
self.person_admin.flush(person)
self.assertEqual(person.email, mechanism_2)
# remove the contact mechanism after a flush
person.email = ('email', '')
self.assertEqual(person.email, None)
self.person_admin.flush(person)
self.assertEqual(person.email, None)
admin = party.PartyContactMechanismAdmin(self.app_admin,
party.PartyContactMechanism)
contact_mechanism = party.ContactMechanism(mechanism=mechanism_1)
party_contact_mechanism = party.PartyContactMechanism(
party=person, contact_mechanism=contact_mechanism)
admin.flush(party_contact_mechanism)
admin.refresh(party_contact_mechanism)
list(admin.get_depending_objects(party_contact_mechanism))
#
# if the contact mechanism changes, the party person should be
# updated as well
#
contact_mechanism_admin = self.app_admin.get_related_admin(
party.ContactMechanism)
depending_objects = list(
contact_mechanism_admin.get_depending_objects(contact_mechanism))
self.assertTrue(person in depending_objects)
self.assertTrue(party_contact_mechanism in depending_objects)
#
# if the party contact mechanism changes, the party should be updated
# as well
depending_objects = list(
admin.get_depending_objects(party_contact_mechanism))
self.assertTrue(person in depending_objects)
# delete the person
self.person_admin.delete(person)
def test_organization(self):
org = party.Organization(name='PSF')
org.email = ('email', '*****@*****.**')
org.phone = ('phone', '1234')
org.fax = ('fax', '4567')
self.organization_admin.flush(org)
self.assertTrue(unicode(org))
self.assertEqual(org.number_of_shares_issued, 0)
query = orm.object_session(org).query(party.Organization)
self.assertTrue(
query.filter(
party.Organization.email == ('email',
'*****@*****.**')).first())
self.assertTrue(
query.filter(party.Organization.phone == ('phone',
'1234')).first())
self.assertTrue(
query.filter(party.Organization.fax == ('fax', '4567')).first())
return org
def test_party_relationship(self):
person = self.test_person()
org = self.test_organization()
employee = party.EmployerEmployee(established_from=org,
established_to=person)
self.assertTrue(unicode(employee))
def test_party_contact_mechanism(self):
person = self.test_person()
party_contact_mechanism = party.PartyContactMechanism(party=person)
party_contact_mechanism.mechanism = (u'email', u'*****@*****.**')
party_contact_mechanism.mechanism = (u'email', u'*****@*****.**')
self.assertTrue(party_contact_mechanism in self.session.new)
self.assertTrue(
party_contact_mechanism.contact_mechanism in self.session.new)
# flushing trough the party should flush the contact mechanism
self.person_admin.flush(person)
self.assertFalse(party_contact_mechanism in self.session.new)
self.assertFalse(
party_contact_mechanism.contact_mechanism in self.session.new)
self.assertTrue(unicode(party_contact_mechanism))
query = self.session.query(party.PartyContactMechanism)
self.assertTrue(
query.filter(party.PartyContactMechanism.mechanism == (
u'email', u'*****@*****.**')).first())
# party contact mechanism is only valid when contact mechanism is
# valid
party_contact_mechanism_admin = self.app_admin.get_related_admin(
party.PartyContactMechanism)
compounding_objects = list(
party_contact_mechanism_admin.get_compounding_objects(
party_contact_mechanism))
self.assertTrue(
party_contact_mechanism.contact_mechanism in compounding_objects)
party_contact_mechanism_validator = party_contact_mechanism_admin.get_validator(
)
self.assertFalse(
party_contact_mechanism_validator.validate_object(
party_contact_mechanism))
party_contact_mechanism.contact_mechanism.mechanism = None
self.assertTrue(
party_contact_mechanism_validator.validate_object(
party_contact_mechanism))
# the party is only valid when the contact mechanism is
# valid
party_admin = self.app_admin.get_related_admin(party.Person)
party_validator = party_admin.get_validator()
self.assertTrue(party_validator.validate_object(person))
def test_party_category(self):
org = self.test_organization()
category = party.PartyCategory(name=u'Imortant')
category.parties.append(org)
self.session.flush()
self.assertTrue(list(category.get_contact_mechanisms(u'email')))
self.assertTrue(unicode(category))
from camelot.core.orm import Session
import os
import sys
sys.path.append(os.environ["GRADEBOOK_ROOT"])
import main # noqa
from camelot.core.conf import settings
settings.setup_model()
# }}}
session = Session()
from gradebook.model import (Course,
Student, StudentContactInfo)
course, = session.query(Course).all()
import csv
with open('class-list.csv', 'rb') as csvfile:
reader = csv.DictReader(csvfile, delimiter=";")
for row in reader:
print row
ln = row["Last"]
fn = row["First"]
student = Student(first_name=unicode(fn.strip()),
last_name=unicode(ln.strip()),
user_name=unicode(row["NetID"]),
course=course)
session.add(student)
session.add(StudentContactInfo(
# {{{ boilerplate
from camelot.core.orm import Session
import os, sys
sys.path.append(os.environ["GRADEBOOK_ROOT"])
import main
from camelot.core.conf import settings
settings.setup_model()
# }}}
session = Session()
from gradebook.model import Course
for name in session.query(Course.name):
print name
session.flush()
import os, sys
sys.path.append(os.environ["GRADEBOOK_ROOT"])
import main
from camelot.core.conf import settings
settings.setup_model()
# }}}
session = Session()
from gradebook.model import (Student,
Assignment, AssignmentStateChange as ASC)
assignments = list(session.query(Assignment)
.filter(Assignment.course_id == course_id)
.filter(Assignment.kind == "homework")
)
proj_pres, = list(session.query(Assignment)
.filter(Assignment.course_id == course_id)
.filter(Assignment.kind == "project")
.filter(Assignment.number == 0)
)
proj_report, = list(session.query(Assignment)
.filter(Assignment.course_id == course_id)
.filter(Assignment.kind == "project")
.filter(Assignment.number == 1)
)
class PartyCase( ModelThreadTestCase ):
"""Test the build in party - address - contact mechanism model"""
def setUp(self):
super( PartyCase, self ).setUp()
from camelot.admin.application_admin import ApplicationAdmin
self.session = Session()
self.app_admin = ApplicationAdmin()
self.person_admin = self.app_admin.get_related_admin( party.Person )
self.organization_admin = self.app_admin.get_related_admin( party.Organization )
def tearDown(self):
self.session.expunge_all()
def test_party( self ):
p = party.Party()
self.assertFalse( p.name )
def test_geographic_boundary( self ):
belgium = party.Country.get_or_create( code = u'BE',
name = u'Belgium' )
self.assertTrue( unicode( belgium ) )
city = party.City.get_or_create( country = belgium,
code = '1000',
name = 'Brussels' )
return city
def test_address( self ):
city = self.test_geographic_boundary()
address = party.Address.get_or_create( street1 = 'Avenue Louise',
street2 = None,
city = city )
self.assertTrue( unicode( address ) )
return address
def test_party_address( self ):
city = self.test_geographic_boundary()
org = party.Organization( name = 'PSF' )
party_address = party.PartyAddress( party = org )
party_address.street1 = 'Avenue Louise 5'
party_address.street2 = 'Boite 4'
party_address.city = city
party_address_admin = party.AddressAdmin( self.app_admin, party.PartyAddress )
self.assertTrue( party_address.address in party_address_admin.get_compounding_objects( party_address ) )
self.assertTrue( party_address.address in self.session.new )
# everything should be flushed through the party admin
org_admin = self.app_admin.get_related_admin( party.Organization )
org_validator = org_admin.get_validator()
self.assertTrue( party_address in org_admin.get_compounding_objects( org ) )
org_admin.flush( org )
self.assertFalse( party_address.address in self.session.new )
party_address_admin.refresh( party_address )
# test hybrid property getters on Party and PartyAddress
self.assertEqual( party_address.street1, 'Avenue Louise 5' )
self.assertEqual( party_address.street2, 'Boite 4' )
self.assertEqual( party_address.city, city )
self.assertEqual( org.street1, 'Avenue Louise 5' )
self.assertEqual( org.street2, 'Boite 4' )
self.assertEqual( org.city, city )
self.assertTrue( unicode( party_address ) )
query = self.session.query( party.PartyAddress )
self.assertTrue( query.filter( party.PartyAddress.street1 == 'Avenue Louise 5' ).first() )
self.assertTrue( query.filter( party.PartyAddress.street2 == 'Boite 4' ).first() )
# if party address changes, party should be updated
depending_objects = list( party_address_admin.get_depending_objects( party_address ) )
self.assertTrue( org in depending_objects )
# if address changes, party address and party should be updated
address = party_address.address
address_admin = self.app_admin.get_related_admin( party.Address )
depending_objects = list( address_admin.get_depending_objects( address ) )
self.assertTrue( party_address in depending_objects )
self.assertTrue( org in depending_objects )
# test hybrid property setters on Party
org.street1 = 'Rue Belliard 1'
org.street2 = 'Second floor'
org.city = None
# expunge should expunge the related address objects as well, so
# after an expunge, the session as a whole can be flushed
org_admin.expunge( org )
self.session.flush()
# test hybrid property setters on a new party
org = party.Organization( name = 'PSF' )
org.street1 = 'Rue Belliard 1'
org.street2 = 'Second floor'
org.city = city
org_admin.flush( org )
self.assertEqual( len( org.addresses ), 1 )
self.assertEqual( org.street1, 'Rue Belliard 1' )
self.assertEqual( org.street2, 'Second floor' )
self.assertEqual( org.city, city )
# test invalidation of org object and refresh it
self.assertFalse( org_validator.validate_object( org ) )
org.city = None
self.assertTrue( org_validator.validate_object( org ) )
org_admin.refresh( org )
self.assertFalse( org_validator.validate_object( org ) )
# removing all the address properties should make the
# object valid again
org.street1 = None
org.street2 = None
org.city = None
self.assertFalse( org_validator.validate_object( org ) )
# removing all address properties of a not yet flushed
# address should expunge the address
org = party.Organization( name = 'PSF' )
org.street1 = 'Rue Belliard 1'
for address in org.addresses:
self.assertTrue( address in self.session.new )
org.street1 = None
self.assertTrue( address not in self.session )
self.assertEqual( len(org.addresses), 0 )
def test_person( self ):
person = party.Person( first_name = u'Robin',
last_name = u'The brave' )
self.assertEqual( person.email, None )
self.assertEqual( person.phone, None )
self.assertEqual( person.fax, None )
self.assertEqual( person.street1, None )
self.assertEqual( person.street2, None )
self.assertEqual( person.city, None )
self.person_admin.flush( person )
person2 = party.Person( first_name = u'Robin' )
self.assertFalse( person2.note )
person2.last_name = u'The brave'
# gui should warn this person exists
self.assertTrue( person2.note )
return person
def test_contact_mechanism( self ):
contact_mechanism = party.ContactMechanism( mechanism = (u'email', u'*****@*****.**') )
self.assertTrue( unicode( contact_mechanism ) )
def test_person_contact_mechanism( self ):
# create a new person
person = party.Person( first_name = u'Robin',
last_name = u'The brave' )
self.person_admin.flush( person )
self.assertEqual( person.email, None )
# set the contact mechanism
mechanism_1 = (u'email', u'*****@*****.**')
person.email = mechanism_1
# the default from and thru dates should be set when
# setting the party defaults
self.person_admin.set_defaults( person )
self.assertTrue( person.contact_mechanisms[0].from_date )
self.person_admin.flush( person )
self.assertEqual( person.email, mechanism_1 )
# change the contact mechanism, after a flush
mechanism_2 = (u'email', u'*****@*****.**')
person.email = mechanism_2
self.person_admin.flush( person )
self.assertEqual( person.email, mechanism_2 )
# remove the contact mechanism after a flush
person.email = ('email', '')
self.assertEqual( person.email, None )
self.person_admin.flush( person )
self.assertEqual( person.email, None )
admin = party.PartyContactMechanismAdmin( self.app_admin,
party.PartyContactMechanism )
contact_mechanism = party.ContactMechanism( mechanism = mechanism_1 )
party_contact_mechanism = party.PartyContactMechanism( party = person,
contact_mechanism = contact_mechanism )
admin.flush( party_contact_mechanism )
admin.refresh( party_contact_mechanism )
list( admin.get_depending_objects( party_contact_mechanism ) )
#
# if the contact mechanism changes, the party person should be
# updated as well
#
contact_mechanism_admin = self.app_admin.get_related_admin( party.ContactMechanism )
depending_objects = list( contact_mechanism_admin.get_depending_objects( contact_mechanism ) )
self.assertTrue( person in depending_objects )
self.assertTrue( party_contact_mechanism in depending_objects )
#
# if the party contact mechanism changes, the party should be updated
# as well
depending_objects = list( admin.get_depending_objects( party_contact_mechanism ) )
self.assertTrue( person in depending_objects )
# delete the person
self.person_admin.delete( person )
def test_organization( self ):
org = party.Organization( name = 'PSF' )
org.email = ('email', '*****@*****.**')
org.phone = ('phone', '1234')
org.fax = ('fax', '4567')
self.organization_admin.flush( org )
self.assertTrue( unicode( org ) )
self.assertEqual( org.number_of_shares_issued, 0 )
query = orm.object_session( org ).query( party.Organization )
self.assertTrue( query.filter( party.Organization.email == ('email', '*****@*****.**') ).first() )
self.assertTrue( query.filter( party.Organization.phone == ('phone', '1234') ).first() )
self.assertTrue( query.filter( party.Organization.fax == ('fax', '4567') ).first() )
return org
def test_party_relationship( self ):
person = self.test_person()
org = self.test_organization()
employee = party.EmployerEmployee( established_from = org,
established_to = person )
self.assertTrue( unicode( employee ) )
def test_party_contact_mechanism( self ):
person = self.test_person()
party_contact_mechanism = party.PartyContactMechanism( party = person )
party_contact_mechanism.mechanism = (u'email', u'*****@*****.**')
party_contact_mechanism.mechanism = (u'email', u'*****@*****.**')
self.assertTrue( party_contact_mechanism in self.session.new )
self.assertTrue( party_contact_mechanism.contact_mechanism in self.session.new )
# flushing trough the party should flush the contact mechanism
self.person_admin.flush( person )
self.assertFalse( party_contact_mechanism in self.session.new )
self.assertFalse( party_contact_mechanism.contact_mechanism in self.session.new )
self.assertTrue( unicode( party_contact_mechanism ) )
query = self.session.query( party.PartyContactMechanism )
self.assertTrue( query.filter( party.PartyContactMechanism.mechanism == (u'email', u'*****@*****.**') ).first() )
# party contact mechanism is only valid when contact mechanism is
# valid
party_contact_mechanism_admin = self.app_admin.get_related_admin( party.PartyContactMechanism )
compounding_objects = list( party_contact_mechanism_admin.get_compounding_objects( party_contact_mechanism ) )
self.assertTrue( party_contact_mechanism.contact_mechanism in compounding_objects )
party_contact_mechanism_validator = party_contact_mechanism_admin.get_validator()
self.assertFalse( party_contact_mechanism_validator.validate_object( party_contact_mechanism ) )
party_contact_mechanism.contact_mechanism.mechanism = None
self.assertTrue( party_contact_mechanism_validator.validate_object( party_contact_mechanism ) )
# the party is only valid when the contact mechanism is
# valid
party_admin = self.app_admin.get_related_admin( party.Person )
party_validator = party_admin.get_validator()
self.assertTrue( party_validator.validate_object( person ) )
def test_party_category( self ):
org = self.test_organization()
category = party.PartyCategory( name = u'Imortant' )
category.parties.append( org )
self.session.flush()
self.assertTrue( list( category.get_contact_mechanisms( u'email') ) )
self.assertTrue( unicode( category ) )