# -*- coding: iso-8859-1 -*-
"""unit tests for module cubicweb.server.repository"""
import os
import sys
import threading
import time
from copy import deepcopy
from datetime import datetime
from logilab.common.testlib import TestCase, unittest_main
from yams.constraints import UniqueConstraint
from cubicweb import BadConnectionId, RepositoryError, ValidationError, UnknownEid, AuthenticationError
from cubicweb.schema import CubicWebSchema, RQLConstraint
from cubicweb.dbapi import connect, repo_connect
from cubicweb.devtools.apptest import RepositoryBasedTC
from cubicweb.devtools.repotest import tuplify
from cubicweb.server import repository
from cubicweb.server.sqlutils import SQL_PREFIX
# start name server anyway, process will fail if already running
os.system('pyro-ns >/dev/null 2>/dev/null &')
class RepositoryTC(RepositoryBasedTC):
""" singleton providing access to a persistent storage for entities
and relation
"""
# def setUp(self):
# pass
# def tearDown(self):
# self.repo.config.db_perms = True
# cnxid = self.repo.connect(*self.default_user_password())
# for etype in ('Affaire', 'Note', 'Societe', 'Personne'):
# self.repo.execute(cnxid, 'DELETE %s X' % etype)
# self.repo.commit(cnxid)
# self.repo.close(cnxid)
def test_fill_schema(self):
self.repo.schema = CubicWebSchema(self.repo.config.appid)
self.repo.config._cubes = None # avoid assertion error
self.repo.fill_schema()
pool = self.repo._get_pool()
table = SQL_PREFIX + 'CWEType'
namecol = SQL_PREFIX + 'name'
finalcol = SQL_PREFIX + 'final'
try:
sqlcursor = pool['system']
sqlcursor.execute('SELECT %s FROM %s WHERE %s is NULL' % (
namecol, table, finalcol))
self.assertEquals(sqlcursor.fetchall(), [])
sqlcursor.execute('SELECT %s FROM %s WHERE %s=%%(final)s ORDER BY %s'
% (namecol, table, finalcol, namecol), {'final': 'TRUE'})
self.assertEquals(sqlcursor.fetchall(), [(u'Boolean',), (u'Bytes',),
(u'Date',), (u'Datetime',),
(u'Decimal',),(u'Float',),
(u'Int',),
(u'Interval',), (u'Password',),
(u'String',), (u'Time',)])
finally:
self.repo._free_pool(pool)
def test_schema_has_owner(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
self.failIf(repo.execute(cnxid, 'CWEType X WHERE NOT X owned_by U'))
self.failIf(repo.execute(cnxid, 'CWRType X WHERE NOT X owned_by U'))
self.failIf(repo.execute(cnxid, 'CWAttribute X WHERE NOT X owned_by U'))
self.failIf(repo.execute(cnxid, 'CWRelation X WHERE NOT X owned_by U'))
self.failIf(repo.execute(cnxid, 'CWConstraint X WHERE NOT X owned_by U'))
self.failIf(repo.execute(cnxid, 'CWConstraintType X WHERE NOT X owned_by U'))
def test_connect(self):
login, passwd = self.default_user_password()
self.assert_(self.repo.connect(login, passwd))
self.assertRaises(AuthenticationError,
self.repo.connect, login, 'nimportnawak')
self.assertRaises(AuthenticationError,
self.repo.connect, login, None)
self.assertRaises(AuthenticationError,
self.repo.connect, None, None)
def test_execute(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
repo.execute(cnxid, 'Any X')
repo.execute(cnxid, 'Any X where X is Personne')
repo.execute(cnxid, 'Any X where X is Personne, X nom ~= "to"')
repo.execute(cnxid, 'Any X WHERE X has_text %(text)s', {'text': u'\xe7a'})
repo.close(cnxid)
def test_login_upassword_accent(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
repo.execute(cnxid, 'INSERT CWUser X: X login %(login)s, X upassword %(passwd)s, X in_state S, X in_group G WHERE S name "activated", G name "users"',
{'login': u"barnab�", 'passwd': u"h�h�h�".encode('UTF8')})
repo.commit(cnxid)
repo.close(cnxid)
self.assert_(repo.connect(u"barnab�", u"h�h�h�".encode('UTF8')))
def test_invalid_entity_rollback(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
# no group
repo.execute(cnxid, 'INSERT CWUser X: X login %(login)s, X upassword %(passwd)s, X in_state S WHERE S name "activated"',
{'login': u"tutetute", 'passwd': 'tutetute'})
self.assertRaises(ValidationError, repo.commit, cnxid)
rset = repo.execute(cnxid, 'CWUser X WHERE X login "tutetute"')
self.assertEquals(rset.rowcount, 0)
def test_close(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
self.assert_(cnxid)
repo.close(cnxid)
self.assertRaises(BadConnectionId, repo.execute, cnxid, 'Any X')
def test_invalid_cnxid(self):
self.assertRaises(BadConnectionId, self.repo.execute, 0, 'Any X')
self.assertRaises(BadConnectionId, self.repo.close, None)
def test_shared_data(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
repo.set_shared_data(cnxid, 'data', 4)
cnxid2 = repo.connect(*self.default_user_password())
self.assertEquals(repo.get_shared_data(cnxid, 'data'), 4)
self.assertEquals(repo.get_shared_data(cnxid2, 'data'), None)
repo.set_shared_data(cnxid2, 'data', 5)
self.assertEquals(repo.get_shared_data(cnxid, 'data'), 4)
self.assertEquals(repo.get_shared_data(cnxid2, 'data'), 5)
repo.get_shared_data(cnxid2, 'data', pop=True)
self.assertEquals(repo.get_shared_data(cnxid, 'data'), 4)
self.assertEquals(repo.get_shared_data(cnxid2, 'data'), None)
repo.close(cnxid)
repo.close(cnxid2)
self.assertRaises(BadConnectionId, repo.get_shared_data, cnxid, 'data')
self.assertRaises(BadConnectionId, repo.get_shared_data, cnxid2, 'data')
self.assertRaises(BadConnectionId, repo.set_shared_data, cnxid, 'data', 1)
self.assertRaises(BadConnectionId, repo.set_shared_data, cnxid2, 'data', 1)
def test_check_session(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
self.assertEquals(repo.check_session(cnxid), None)
repo.close(cnxid)
self.assertRaises(BadConnectionId, repo.check_session, cnxid)
def test_transaction_base(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
# check db state
result = repo.execute(cnxid, 'Personne X')
self.assertEquals(result.rowcount, 0)
# rollback entity insertion
repo.execute(cnxid, "INSERT Personne X: X nom 'bidule'")
result = repo.execute(cnxid, 'Personne X')
self.assertEquals(result.rowcount, 1)
repo.rollback(cnxid)
result = repo.execute(cnxid, 'Personne X')
self.assertEquals(result.rowcount, 0, result.rows)
# commit
repo.execute(cnxid, "INSERT Personne X: X nom 'bidule'")
repo.commit(cnxid)
result = repo.execute(cnxid, 'Personne X')
self.assertEquals(result.rowcount, 1)
def test_transaction_base2(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
# rollback relation insertion
repo.execute(cnxid, "SET U in_group G WHERE U login 'admin', G name 'guests'")
result = repo.execute(cnxid, "Any U WHERE U in_group G, U login 'admin', G name 'guests'")
self.assertEquals(result.rowcount, 1)
repo.rollback(cnxid)
result = repo.execute(cnxid, "Any U WHERE U in_group G, U login 'admin', G name 'guests'")
self.assertEquals(result.rowcount, 0, result.rows)
def test_transaction_base3(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
# rollback state change which trigger TrInfo insertion
ueid = repo._get_session(cnxid).user.eid
rset = repo.execute(cnxid, 'TrInfo T WHERE T wf_info_for X, X eid %(x)s', {'x': ueid})
self.assertEquals(len(rset), 1)
repo.execute(cnxid, 'SET X in_state S WHERE X eid %(x)s, S name "deactivated"',
{'x': ueid}, 'x')
rset = repo.execute(cnxid, 'TrInfo T WHERE T wf_info_for X, X eid %(x)s', {'x': ueid})
self.assertEquals(len(rset), 2)
repo.rollback(cnxid)
rset = repo.execute(cnxid, 'TrInfo T WHERE T wf_info_for X, X eid %(x)s', {'x': ueid})
self.assertEquals(len(rset), 1)
def test_transaction_interleaved(self):
self.skip('implement me')
def test_initial_schema(self):
schema = self.repo.schema
# check order of attributes is respected
self.assertListEquals([r.type for r in schema.eschema('CWAttribute').ordered_relations()
if not r.type in ('eid', 'is', 'is_instance_of', 'identity',
'creation_date', 'modification_date',
'owned_by', 'created_by')],
['relation_type', 'from_entity', 'to_entity', 'constrained_by',
'cardinality', 'ordernum',
'indexed', 'fulltextindexed', 'internationalizable',
'defaultval', 'description_format', 'description'])
self.assertEquals(schema.eschema('CWEType').main_attribute(), 'name')
self.assertEquals(schema.eschema('State').main_attribute(), 'name')
constraints = schema.rschema('name').rproperty('CWEType', 'String', 'constraints')
self.assertEquals(len(constraints), 2)
for cstr in constraints[:]:
if isinstance(cstr, UniqueConstraint):
constraints.remove(cstr)
break
else:
self.fail('unique constraint not found')
sizeconstraint = constraints[0]
self.assertEquals(sizeconstraint.min, None)
self.assertEquals(sizeconstraint.max, 64)
constraints = schema.rschema('relation_type').rproperty('CWAttribute', 'CWRType', 'constraints')
self.assertEquals(len(constraints), 1)
cstr = constraints[0]
self.assert_(isinstance(cstr, RQLConstraint))
self.assertEquals(cstr.restriction, 'O final TRUE')
ownedby = schema.rschema('owned_by')
self.assertEquals(ownedby.objects('CWEType'), ('CWUser',))
def test_pyro(self):
import Pyro
Pyro.config.PYRO_MULTITHREADED = 0
lock = threading.Lock()
# the client part has to be in the thread due to sqlite limitations
t = threading.Thread(target=self._pyro_client, args=(lock,))
try:
daemon = self.repo.pyro_register()
t.start()
# connection
daemon.handleRequests(1.0)
daemon.handleRequests(1.0)
daemon.handleRequests(1.0)
# get schema
daemon.handleRequests(1.0)
# execute
daemon.handleRequests(1.0)
t.join()
finally:
repository.pyro_unregister(self.repo.config)
def _pyro_client(self, lock):
cnx = connect(self.repo.config.appid, u'admin', 'gingkow')
# check we can get the schema
schema = cnx.get_schema()
self.assertEquals(schema.__hashmode__, None)
rset = cnx.cursor().execute('Any U,G WHERE U in_group G')
def test_internal_api(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
session = repo._get_session(cnxid, setpool=True)
self.assertEquals(repo.type_and_source_from_eid(1, session), ('CWGroup', 'system', None))
self.assertEquals(repo.type_from_eid(1, session), 'CWGroup')
self.assertEquals(repo.source_from_eid(1, session).uri, 'system')
self.assertEquals(repo.eid2extid(repo.system_source, 1, session), None)
class dummysource: uri = 'toto'
self.assertRaises(UnknownEid, repo.eid2extid, dummysource, 1, session)
def test_public_api(self):
self.assertEquals(self.repo.get_schema(), self.repo.schema)
self.assertEquals(self.repo.source_defs(), {'system': {'adapter': 'native', 'uri': 'system'}})
# .properties() return a result set
self.assertEquals(self.repo.properties().rql, 'Any K,V WHERE P is CWProperty,P pkey K, P value V, NOT P for_user U')
def test_session_api(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
self.assertEquals(repo.user_info(cnxid), (5, 'admin', set([u'managers']), {}))
self.assertEquals(repo.describe(cnxid, 1), (u'CWGroup', u'system', None))
repo.close(cnxid)
self.assertRaises(BadConnectionId, repo.user_info, cnxid)
self.assertRaises(BadConnectionId, repo.describe, cnxid, 1)
def test_shared_data_api(self):
repo = self.repo
cnxid = repo.connect(*self.default_user_password())
self.assertEquals(repo.get_shared_data(cnxid, 'data'), None)
repo.set_shared_data(cnxid, 'data', 4)
self.assertEquals(repo.get_shared_data(cnxid, 'data'), 4)
repo.get_shared_data(cnxid, 'data', pop=True)
repo.get_shared_data(cnxid, 'whatever', pop=True)
self.assertEquals(repo.get_shared_data(cnxid, 'data'), None)
repo.close(cnxid)
self.assertRaises(BadConnectionId, repo.set_shared_data, cnxid, 'data', 0)
self.assertRaises(BadConnectionId, repo.get_shared_data, cnxid, 'data')
class DataHelpersTC(RepositoryBasedTC):
def setUp(self):
""" called before each test from this class """
cnxid = self.repo.connect(*self.default_user_password())
self.session = self.repo._sessions[cnxid]
self.session.set_pool()
def tearDown(self):
self.session.rollback()
def test_create_eid(self):
self.assert_(self.repo.system_source.create_eid(self.session))
def test_source_from_eid(self):
self.assertEquals(self.repo.source_from_eid(1, self.session),
self.repo.sources_by_uri['system'])
def test_source_from_eid_raise(self):
self.assertRaises(UnknownEid, self.repo.source_from_eid, -2, self.session)
def test_type_from_eid(self):
self.assertEquals(self.repo.type_from_eid(1, self.session), 'CWGroup')
def test_type_from_eid_raise(self):
self.assertRaises(UnknownEid, self.repo.type_from_eid, -2, self.session)
def test_add_delete_info(self):
entity = self.repo.vreg.etype_class('Personne')(self.session, None, None)
entity.eid = -1
entity.complete = lambda x: None
self.repo.add_info(self.session, entity, self.repo.sources_by_uri['system'])
cursor = self.session.pool['system']
cursor.execute('SELECT * FROM entities WHERE eid = -1')
data = cursor.fetchall()
self.assertIsInstance(data[0][3], datetime)
data[0] = list(data[0])
data[0][3] = None
self.assertEquals(tuplify(data), [(-1, 'Personne', 'system', None, None)])
self.repo.delete_info(self.session, -1)
#self.repo.commit()
cursor.execute('SELECT * FROM entities WHERE eid = -1')
data = cursor.fetchall()
self.assertEquals(data, [])
class FTITC(RepositoryBasedTC):
def test_reindex_and_modified_since(self):
cursor = self.session.pool['system']
eidp = self.execute('INSERT Personne X: X nom "toto", X prenom "tutu"')[0][0]
self.commit()
ts = datetime.now()
self.assertEquals(len(self.execute('Personne X WHERE X has_text "tutu"')), 1)
cursor.execute('SELECT mtime, eid FROM entities WHERE eid = %s' % eidp)
omtime = cursor.fetchone()[0]
# our sqlite datetime adapter is ignore seconds fraction, so we have to
# ensure update is done the next seconds
time.sleep(1 - (ts.second - int(ts.second)))
self.execute('SET X nom "tata" WHERE X eid %(x)s', {'x': eidp}, 'x')
self.commit()
self.assertEquals(len(self.execute('Personne X WHERE X has_text "tutu"')), 1)
cursor.execute('SELECT mtime FROM entities WHERE eid = %s' % eidp)
mtime = cursor.fetchone()[0]
self.failUnless(omtime < mtime)
self.commit()
date, modified, deleted = self.repo.entities_modified_since(('Personne',), omtime)
self.assertEquals(modified, [('Personne', eidp)])
self.assertEquals(deleted, [])
date, modified, deleted = self.repo.entities_modified_since(('Personne',), mtime)
self.assertEquals(modified, [])
self.assertEquals(deleted, [])
self.execute('DELETE Personne X WHERE X eid %(x)s', {'x': eidp})
self.commit()
date, modified, deleted = self.repo.entities_modified_since(('Personne',), omtime)
self.assertEquals(modified, [])
self.assertEquals(deleted, [('Personne', eidp)])
def test_composite_entity(self):
assert self.schema.rschema('use_email').fulltext_container == 'subject'
eid = self.add_entity('EmailAddress', address=u'toto@logilab.fr').eid
self.commit()
rset = self.execute('Any X WHERE X has_text %(t)s', {'t': 'toto'})
self.assertEquals(rset.rows, [[eid]])
self.execute('SET X use_email Y WHERE X login "admin", Y eid %(y)s', {'y': eid})
self.commit()
rset = self.execute('Any X WHERE X has_text %(t)s', {'t': 'toto'})
self.assertEquals(rset.rows, [[self.session.user.eid]])
self.execute('DELETE X use_email Y WHERE X login "admin", Y eid %(y)s', {'y': eid})
self.commit()
rset = self.execute('Any X WHERE X has_text %(t)s', {'t': 'toto'})
self.assertEquals(rset.rows, [])
eid = self.add_entity('EmailAddress', address=u'tutu@logilab.fr').eid
self.execute('SET X use_email Y WHERE X login "admin", Y eid %(y)s', {'y': eid})
self.commit()
rset = self.execute('Any X WHERE X has_text %(t)s', {'t': 'tutu'})
self.assertEquals(rset.rows, [[self.session.user.eid]])
class DBInitTC(RepositoryBasedTC):
def test_versions_inserted(self):
inserted = [r[0] for r in self.execute('Any K ORDERBY K WHERE P pkey K, P pkey ~= "system.version.%"')]
self.assertEquals(inserted,
[u'system.version.basket', u'system.version.card', u'system.version.comment',
u'system.version.cubicweb', u'system.version.email',
u'system.version.file', u'system.version.folder',
u'system.version.tag'])
class InlineRelHooksTC(RepositoryBasedTC):
"""test relation hooks are called for inlined relations
"""
def setUp(self):
RepositoryBasedTC.setUp(self)
self.hm = self.repo.hm
self.called = []
def _before_relation_hook(self, pool, fromeid, rtype, toeid):
self.called.append((fromeid, rtype, toeid))
def _after_relation_hook(self, pool, fromeid, rtype, toeid):
self.called.append((fromeid, rtype, toeid))
def test_before_add_inline_relation(self):
"""make sure before_<event>_relation hooks are called directly"""
self.hm.register_hook(self._before_relation_hook,
'before_add_relation', 'ecrit_par')
eidp = self.execute('INSERT Personne X: X nom "toto"')[0][0]
eidn = self.execute('INSERT Note X: X type "T"')[0][0]
self.execute('SET N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.assertEquals(self.called, [(eidn, 'ecrit_par', eidp)])
def test_after_add_inline_relation(self):
"""make sure after_<event>_relation hooks are deferred"""
self.hm.register_hook(self._after_relation_hook,
'after_add_relation', 'ecrit_par')
eidp = self.execute('INSERT Personne X: X nom "toto"')[0][0]
eidn = self.execute('INSERT Note X: X type "T"')[0][0]
self.assertEquals(self.called, [])
self.execute('SET N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.assertEquals(self.called, [(eidn, 'ecrit_par', eidp,)])
def test_after_add_inline(self):
"""make sure after_<event>_relation hooks are deferred"""
self.hm.register_hook(self._after_relation_hook,
'after_add_relation', 'in_state')
eidp = self.execute('INSERT CWUser X: X login "toto", X upassword "tutu", X in_state S WHERE S name "activated"')[0][0]
eids = self.execute('State X WHERE X name "activated"')[0][0]
self.assertEquals(self.called, [(eidp, 'in_state', eids,)])
def test_before_delete_inline_relation(self):
"""make sure before_<event>_relation hooks are called directly"""
self.hm.register_hook(self._before_relation_hook,
'before_delete_relation', 'ecrit_par')
eidp = self.execute('INSERT Personne X: X nom "toto"')[0][0]
eidn = self.execute('INSERT Note X: X type "T"')[0][0]
self.execute('SET N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.execute('DELETE N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.assertEquals(self.called, [(eidn, 'ecrit_par', eidp)])
rset = self.execute('Any Y where N ecrit_par Y, N type "T", Y nom "toto"')
# make sure the relation is really deleted
self.failUnless(len(rset) == 0, "failed to delete inline relation")
def test_after_delete_inline_relation(self):
"""make sure after_<event>_relation hooks are deferred"""
self.hm.register_hook(self._after_relation_hook,
'after_delete_relation', 'ecrit_par')
eidp = self.execute('INSERT Personne X: X nom "toto"')[0][0]
eidn = self.execute('INSERT Note X: X type "T"')[0][0]
self.execute('SET N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.assertEquals(self.called, [])
self.execute('DELETE N ecrit_par Y WHERE N type "T", Y nom "toto"')
self.assertEquals(self.called, [(eidn, 'ecrit_par', eidp,)])
if __name__ == '__main__':
unittest_main()