Reorganize source tree to have a "cubicweb" top-level package
Basically:
mkdir cubicweb
hg mv *.py -X setup.py cubicweb
hg mv dataimport devtools entities etwist ext hooks i18n misc schemas server skeleton sobjects test web wsgi cubicweb
Other changes:
* adjust path to cubicweb-ctl in devtools tests
* update setup.py to avoid importing __pkginfo__ (exec it instead),
replace os.path.walk by os.walk and prepend `modname` here and there
* update tox.ini to account for new test locations
* update doc/conf.py so that it still finds __pkginfo__.py and CWDIR in
doc/Makefile
# -*- coding: iso-8859-1 -*-
# copyright 2003-2014 LOGILAB S.A. (Paris, FRANCE), all rights reserved.
# contact http://www.logilab.fr/ -- mailto:contact@logilab.fr
#
# This file is part of CubicWeb.
#
# CubicWeb is free software: you can redistribute it and/or modify it under the
# terms of the GNU Lesser General Public License as published by the Free
# Software Foundation, either version 2.1 of the License, or (at your option)
# any later version.
#
# CubicWeb 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 Lesser General Public License for more
# details.
#
# You should have received a copy of the GNU Lesser General Public License along
# with CubicWeb. If not, see <http://www.gnu.org/licenses/>.
"""unit tests for modules cubicweb.server.querier and cubicweb.server.ssplanner
"""
from datetime import date, datetime, timedelta, tzinfo
import pytz
from six import PY2, integer_types, binary_type, text_type
from logilab.common.testlib import TestCase, unittest_main
from rql import BadRQLQuery
from cubicweb import QueryError, Unauthorized, Binary
from cubicweb.server.sqlutils import SQL_PREFIX
from cubicweb.server.utils import crypt_password
from cubicweb.server.querier import manual_build_descr, _make_description
from cubicweb.devtools import get_test_db_handler, TestServerConfiguration
from cubicweb.devtools.testlib import CubicWebTC
from cubicweb.devtools.repotest import tuplify, BaseQuerierTC
class FixedOffset(tzinfo):
def __init__(self, hours=0):
self.hours = hours
def utcoffset(self, dt):
return timedelta(hours=self.hours)
def dst(self, dt):
return timedelta(0)
# register priority/severity sorting registered procedure
from rql.utils import register_function, FunctionDescr
class group_sort_value(FunctionDescr):
supported_backends = ('sqlite',)
rtype = 'Int'
try:
register_function(group_sort_value)
except AssertionError:
pass
from cubicweb.server.sqlutils import SQL_CONNECT_HOOKS
def init_sqlite_connexion(cnx):
def group_sort_value(text):
return {"managers": "3", "users": "2", "guests": "1", "owners": "0"}[text]
cnx.create_function("GROUP_SORT_VALUE", 1, group_sort_value)
SQL_CONNECT_HOOKS['sqlite'].append(init_sqlite_connexion)
def setUpClass(cls, *args):
global repo, cnx
config = TestServerConfiguration(apphome=UtilsTC.datadir)
handler = get_test_db_handler(config)
handler.build_db_cache()
repo, cnx = handler.get_repo_and_cnx()
cls.repo = repo
def tearDownClass(cls, *args):
global repo, cnx
repo.shutdown()
del repo, cnx
class Variable:
def __init__(self, name):
self.name = name
self.children = []
def get_type(self, solution, args=None):
return solution[self.name]
def as_string(self):
return self.name
class Function:
def __init__(self, name, varname):
self.name = name
self.children = [Variable(varname)]
def get_type(self, solution, args=None):
return 'Int'
class MakeDescriptionTC(TestCase):
def test_known_values(self):
solution = {'A': 'Int', 'B': 'CWUser'}
self.assertEqual(_make_description((Function('max', 'A'), Variable('B')), {}, solution),
['Int','CWUser'])
class UtilsTC(BaseQuerierTC):
setUpClass = classmethod(setUpClass)
tearDownClass = classmethod(tearDownClass)
def get_max_eid(self):
# no need for cleanup here
return None
def cleanup(self):
# no need for cleanup here
pass
def test_preprocess_1(self):
with self.session.new_cnx() as cnx:
reid = cnx.execute('Any X WHERE X is CWRType, X name "owned_by"')[0][0]
rqlst = self._prepare(cnx, 'Any COUNT(RDEF) WHERE RDEF relation_type X, X eid %(x)s',
{'x': reid})
self.assertEqual([{'RDEF': 'CWAttribute'}, {'RDEF': 'CWRelation'}],
rqlst.solutions)
def test_preprocess_2(self):
with self.session.new_cnx() as cnx:
teid = cnx.execute("INSERT Tag X: X name 'tag'")[0][0]
#geid = self.execute("CWGroup G WHERE G name 'users'")[0][0]
#self.execute("SET X tags Y WHERE X eid %(t)s, Y eid %(g)s",
# {'g': geid, 't': teid}, 'g')
rqlst = self._prepare(cnx, 'Any X WHERE E eid %(x)s, E tags X', {'x': teid})
# the query may be optimized, should keep only one solution
# (any one, etype will be discarded)
self.assertEqual(1, len(rqlst.solutions))
def assertRQLEqual(self, expected, got):
from rql import parse
self.assertMultiLineEqual(text_type(parse(expected)),
text_type(parse(got)))
def test_preprocess_security(self):
s = self.user_groups_session('users')
with s.new_cnx() as cnx:
plan = self._prepare_plan(cnx, 'Any ETN,COUNT(X) GROUPBY ETN '
'WHERE X is ET, ET name ETN')
union = plan.rqlst
plan.preprocess(union)
self.assertEqual(len(union.children), 1)
self.assertEqual(len(union.children[0].with_), 1)
subq = union.children[0].with_[0].query
self.assertEqual(len(subq.children), 4)
self.assertEqual([t.as_string() for t in union.children[0].selection],
['ETN','COUNT(X)'])
self.assertEqual([t.as_string() for t in union.children[0].groupby],
['ETN'])
partrqls = sorted(((rqlst.as_string(), rqlst.solutions) for rqlst in subq.children))
rql, solutions = partrqls[0]
self.assertRQLEqual(rql,
'Any ETN,X WHERE X is ET, ET name ETN, (EXISTS(X owned_by %(B)s))'
' OR ((((EXISTS(D concerne C?, C owned_by %(B)s, '
' X identity D, C is Division, D is Affaire))'
' OR (EXISTS(H concerne G?, G owned_by %(B)s, G is SubDivision, '
' X identity H, H is Affaire)))'
' OR (EXISTS(I concerne F?, F owned_by %(B)s, F is Societe, '
' X identity I, I is Affaire)))'
' OR (EXISTS(J concerne E?, E owned_by %(B)s, E is Note, '
' X identity J, J is Affaire)))'
', ET is CWEType, X is Affaire')
self.assertEqual(solutions, [{'C': 'Division',
'D': 'Affaire',
'E': 'Note',
'F': 'Societe',
'G': 'SubDivision',
'H': 'Affaire',
'I': 'Affaire',
'J': 'Affaire',
'X': 'Affaire',
'ET': 'CWEType', 'ETN': 'String'}])
rql, solutions = partrqls[1]
self.assertRQLEqual(rql, 'Any ETN,X WHERE X is ET, ET name ETN, ET is CWEType, '
'X is IN(BaseTransition, Bookmark, CWAttribute, CWCache, CWComputedRType, '
' CWConstraint, CWConstraintType, CWEType, CWGroup, CWPermission, CWProperty, '
' CWRType, CWRelation, CWSource, CWUniqueTogetherConstraint, CWUser, Card, '
' Comment, Division, Email, EmailPart, EmailThread, ExternalUri, File, Folder, '
' Frozable, Note, Old, Personne, RQLExpression, Societe, State, SubDivision, '
' SubWorkflowExitPoint, Tag, TrInfo, Transition, Workflow, WorkflowTransition)')
self.assertCountEqual(solutions,
[{'X': 'BaseTransition', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Bookmark', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Card', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Comment', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Division', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWCache', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWComputedRType', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWConstraint', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWConstraintType', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWEType', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWAttribute', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWGroup', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWRelation', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWPermission', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWProperty', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWRType', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWSource', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWUniqueTogetherConstraint', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'CWUser', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Email', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'EmailPart', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'EmailThread', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'ExternalUri', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'File', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Folder', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Frozable', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Note', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Old', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Personne', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'RQLExpression', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Societe', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'State', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'SubDivision', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'SubWorkflowExitPoint', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Tag', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Transition', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'TrInfo', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'Workflow', 'ETN': 'String', 'ET': 'CWEType'},
{'X': 'WorkflowTransition', 'ETN': 'String', 'ET': 'CWEType'}])
rql, solutions = partrqls[2]
self.assertEqual(rql,
'Any ETN,X WHERE X is ET, ET name ETN, EXISTS(%(D)s use_email X), '
'ET is CWEType, X is EmailAddress')
self.assertEqual(solutions, [{'X': 'EmailAddress', 'ET': 'CWEType', 'ETN': 'String'}])
rql, solutions = partrqls[3]
self.assertEqual(rql,
'Any ETN,X WHERE X is ET, ET name ETN, EXISTS(X owned_by %(C)s), '
'ET is CWEType, X is Basket')
self.assertEqual(solutions, [{'X': 'Basket', 'ET': 'CWEType', 'ETN': 'String'}])
def test_preprocess_security_aggregat(self):
s = self.user_groups_session('users')
with s.new_cnx() as cnx:
plan = self._prepare_plan(cnx, 'Any MAX(X)')
union = plan.rqlst
plan.preprocess(union)
self.assertEqual(len(union.children), 1)
self.assertEqual(len(union.children[0].with_), 1)
subq = union.children[0].with_[0].query
self.assertEqual(len(subq.children), 4)
self.assertEqual([t.as_string() for t in union.children[0].selection],
['MAX(X)'])
def test_preprocess_nonregr(self):
with self.session.new_cnx() as cnx:
rqlst = self._prepare(cnx, 'Any S ORDERBY SI WHERE NOT S ecrit_par O, S para SI')
self.assertEqual(len(rqlst.solutions), 1)
def test_build_description(self):
# should return an empty result set
rset = self.qexecute('Any X WHERE X eid %(x)s', {'x': self.session.user.eid})
self.assertEqual(rset.description[0][0], 'CWUser')
rset = self.qexecute('Any 1')
self.assertEqual(rset.description[0][0], 'Int')
rset = self.qexecute('Any TRUE')
self.assertEqual(rset.description[0][0], 'Boolean')
rset = self.qexecute('Any "hop"')
self.assertEqual(rset.description[0][0], 'String')
rset = self.qexecute('Any TODAY')
self.assertEqual(rset.description[0][0], 'Date')
rset = self.qexecute('Any NOW')
self.assertEqual(rset.description[0][0], 'Datetime')
rset = self.qexecute('Any %(x)s', {'x': 1})
self.assertEqual(rset.description[0][0], 'Int')
if PY2:
rset = self.qexecute('Any %(x)s', {'x': long(1)})
self.assertEqual(rset.description[0][0], 'Int')
rset = self.qexecute('Any %(x)s', {'x': True})
self.assertEqual(rset.description[0][0], 'Boolean')
rset = self.qexecute('Any %(x)s', {'x': 1.0})
self.assertEqual(rset.description[0][0], 'Float')
rset = self.qexecute('Any %(x)s', {'x': datetime.now()})
self.assertEqual(rset.description[0][0], 'Datetime')
rset = self.qexecute('Any %(x)s', {'x': 'str'})
self.assertEqual(rset.description[0][0], 'String')
rset = self.qexecute('Any %(x)s', {'x': u'str'})
self.assertEqual(rset.description[0][0], 'String')
def test_build_descr1(self):
with self.session.new_cnx() as cnx:
rset = cnx.execute('(Any U,L WHERE U login L) UNION '
'(Any G,N WHERE G name N, G is CWGroup)')
# rset.req = self.session
orig_length = len(rset)
rset.rows[0][0] = 9999999
description = manual_build_descr(cnx, rset.syntax_tree(), None, rset.rows)
self.assertEqual(len(description), orig_length - 1)
self.assertEqual(len(rset.rows), orig_length - 1)
self.assertNotEqual(rset.rows[0][0], 9999999)
def test_build_descr2(self):
rset = self.qexecute('Any X,Y WITH X,Y BEING ((Any G,NULL WHERE G is CWGroup) UNION '
'(Any U,G WHERE U in_group G))')
for x, y in rset.description:
if y is not None:
self.assertEqual(y, 'CWGroup')
def test_build_descr3(self):
rset = self.qexecute('(Any G,NULL WHERE G is CWGroup) UNION '
'(Any U,G WHERE U in_group G)')
for x, y in rset.description:
if y is not None:
self.assertEqual(y, 'CWGroup')
class QuerierTC(BaseQuerierTC):
setUpClass = classmethod(setUpClass)
tearDownClass = classmethod(tearDownClass)
def test_unknown_eid(self):
# should return an empty result set
self.assertFalse(self.qexecute('Any X WHERE X eid 99999999'))
def test_typed_eid(self):
# should return an empty result set
rset = self.qexecute('Any X WHERE X eid %(x)s', {'x': '1'})
self.assertIsInstance(rset[0][0], integer_types)
def test_bytes_storage(self):
feid = self.qexecute('INSERT File X: X data_name "foo.pdf", '
'X data_format "text/plain", X data %(data)s',
{'data': Binary(b"xxx")})[0][0]
fdata = self.qexecute('Any D WHERE X data D, X eid %(x)s', {'x': feid})[0][0]
self.assertIsInstance(fdata, Binary)
self.assertEqual(fdata.getvalue(), b'xxx')
# selection queries tests #################################################
def test_select_1(self):
rset = self.qexecute('Any X ORDERBY X WHERE X is CWGroup')
result, descr = rset.rows, rset.description
self.assertEqual(tuplify(result), [(2,), (3,), (4,), (5,)])
self.assertEqual(descr, [('CWGroup',), ('CWGroup',), ('CWGroup',), ('CWGroup',)])
def test_select_2(self):
rset = self.qexecute('Any X ORDERBY N WHERE X is CWGroup, X name N')
self.assertEqual(tuplify(rset.rows), [(2,), (3,), (4,), (5,)])
self.assertEqual(rset.description, [('CWGroup',), ('CWGroup',), ('CWGroup',), ('CWGroup',)])
rset = self.qexecute('Any X ORDERBY N DESC WHERE X is CWGroup, X name N')
self.assertEqual(tuplify(rset.rows), [(5,), (4,), (3,), (2,)])
def test_select_3(self):
rset = self.qexecute('Any N GROUPBY N WHERE X is CWGroup, X name N')
result, descr = rset.rows, rset.description
result.sort()
self.assertEqual(tuplify(result), [('guests',), ('managers',), ('owners',), ('users',)])
self.assertEqual(descr, [('String',), ('String',), ('String',), ('String',)])
def test_select_is(self):
rset = self.qexecute('Any X, TN ORDERBY TN LIMIT 10 WHERE X is T, T name TN')
result, descr = rset.rows, rset.description
self.assertEqual(result[0][1], descr[0][0])
def test_select_is_aggr(self):
rset = self.qexecute('Any TN, COUNT(X) GROUPBY TN ORDERBY 2 DESC WHERE X is T, T name TN')
result, descr = rset.rows, rset.description
self.assertEqual(descr[0][0], 'String')
self.assertEqual(descr[0][1], 'Int')
self.assertEqual(result[0][0], 'RQLExpression') # XXX may change as schema evolve
def test_select_groupby_orderby(self):
rset = self.qexecute('Any N GROUPBY N ORDERBY N WHERE X is CWGroup, X name N')
self.assertEqual(tuplify(rset.rows), [('guests',), ('managers',), ('owners',), ('users',)])
self.assertEqual(rset.description, [('String',), ('String',), ('String',), ('String',)])
def test_select_complex_groupby(self):
rset = self.qexecute('Any N GROUPBY N WHERE X name N')
rset = self.qexecute('Any N,MAX(D) GROUPBY N LIMIT 5 WHERE X name N, X creation_date D')
def test_select_inlined_groupby(self):
seid = self.qexecute('State X WHERE X name "deactivated"')[0][0]
rset = self.qexecute('Any U,L,S GROUPBY U,L,S WHERE X in_state S, U login L, S eid %s' % seid)
def test_select_groupby_funccall(self):
rset = self.qexecute('Any YEAR(CD), COUNT(X) GROUPBY YEAR(CD) '
'WHERE X is CWUser, X creation_date CD')
self.assertListEqual(rset.rows, [[date.today().year, 2]])
def test_select_groupby_colnumber(self):
rset = self.qexecute('Any YEAR(CD), COUNT(X) GROUPBY 1 '
'WHERE X is CWUser, X creation_date CD')
self.assertListEqual(rset.rows, [[date.today().year, 2]])
def test_select_complex_orderby(self):
rset1 = self.qexecute('Any N ORDERBY N WHERE X name N')
self.assertEqual(sorted(rset1.rows), rset1.rows)
rset = self.qexecute('Any N ORDERBY N LIMIT 5 OFFSET 1 WHERE X name N')
self.assertEqual(rset.rows[0][0], rset1.rows[1][0])
self.assertEqual(len(rset), 5)
def test_select_5(self):
rset = self.qexecute('Any X, TMP ORDERBY TMP WHERE X name TMP, X is CWGroup')
self.assertEqual(tuplify(rset.rows),
[(2, 'guests',),
(3, 'managers',),
(4, 'owners',),
(5, 'users',)])
self.assertEqual(rset.description,
[('CWGroup', 'String',),
('CWGroup', 'String',),
('CWGroup', 'String',),
('CWGroup', 'String',)])
def test_select_6(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")[0]
rset = self.qexecute('Any Y where X name TMP, Y nom in (TMP, "bidule")')
#self.assertEqual(rset.description, [('Personne',), ('Personne',)])
self.assertIn(('Personne',), rset.description)
rset = self.qexecute('DISTINCT Any Y where X name TMP, Y nom in (TMP, "bidule")')
self.assertIn(('Personne',), rset.description)
def test_select_not_attr(self):
peid = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
seid = self.qexecute("INSERT Societe X: X nom 'chouette'")[0][0]
rset = self.qexecute('Personne X WHERE NOT X nom "bidule"')
self.assertEqual(len(rset.rows), 0, rset.rows)
rset = self.qexecute('Personne X WHERE NOT X nom "bid"')
self.assertEqual(len(rset.rows), 1, rset.rows)
self.qexecute("SET P travaille S WHERE P nom 'bidule', S nom 'chouette'")
rset = self.qexecute('Personne X WHERE NOT X travaille S')
self.assertEqual(len(rset.rows), 0, rset.rows)
def test_select_is_in(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Societe X: X nom 'chouette'")
self.assertEqual(len(self.qexecute("Any X WHERE X is IN (Personne, Societe)")),
2)
def test_select_not_rel(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Societe X: X nom 'chouette'")
self.qexecute("INSERT Personne X: X nom 'autre'")
self.qexecute("SET P travaille S WHERE P nom 'bidule', S nom 'chouette'")
rset = self.qexecute('Personne X WHERE NOT X travaille S')
self.assertEqual(len(rset.rows), 1, rset.rows)
rset = self.qexecute('Personne X WHERE NOT X travaille S, S nom "chouette"')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_nonregr_inlined(self):
self.qexecute("INSERT Note X: X para 'bidule'")
self.qexecute("INSERT Personne X: X nom 'chouette'")
self.qexecute("INSERT Personne X: X nom 'autre'")
self.qexecute("SET X ecrit_par P WHERE X para 'bidule', P nom 'chouette'")
rset = self.qexecute('Any U,T ORDERBY T DESC WHERE U is CWUser, '
'N ecrit_par U, N type T')#, {'x': self.ueid})
self.assertEqual(len(rset.rows), 0)
def test_select_nonregr_edition_not(self):
groupeids = set((2, 3, 4))
groupreadperms = set(r[0] for r in self.qexecute('Any Y WHERE X name "CWGroup", '
'Y eid IN(2, 3, 4), X read_permission Y'))
rset = self.qexecute('DISTINCT Any Y WHERE X is CWEType, X name "CWGroup", '
'Y eid IN(2, 3, 4), NOT X read_permission Y')
self.assertEqual(sorted(r[0] for r in rset.rows), sorted(groupeids - groupreadperms))
rset = self.qexecute('DISTINCT Any Y WHERE X name "CWGroup", '
'Y eid IN(2, 3, 4), NOT X read_permission Y')
self.assertEqual(sorted(r[0] for r in rset.rows), sorted(groupeids - groupreadperms))
def test_select_outer_join(self):
peid1 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
peid2 = self.qexecute("INSERT Personne X: X nom 'autre'")[0][0]
seid1 = self.qexecute("INSERT Societe X: X nom 'chouette'")[0][0]
seid2 = self.qexecute("INSERT Societe X: X nom 'chouetos'")[0][0]
rset = self.qexecute('Any X,S ORDERBY X WHERE X travaille S?')
self.assertEqual(rset.rows, [[peid1, None], [peid2, None]])
self.qexecute("SET P travaille S WHERE P nom 'bidule', S nom 'chouette'")
rset = self.qexecute('Any X,S ORDERBY X WHERE X travaille S?')
self.assertEqual(rset.rows, [[peid1, seid1], [peid2, None]])
rset = self.qexecute('Any S,X ORDERBY S WHERE X? travaille S')
self.assertEqual(rset.rows, [[seid1, peid1], [seid2, None]])
def test_select_outer_join_optimized(self):
peid1 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
rset = self.qexecute('Any X WHERE X eid %(x)s, P? connait X', {'x':peid1})
self.assertEqual(rset.rows, [[peid1]])
rset = self.qexecute('Any X WHERE X eid %(x)s, X require_permission P?',
{'x':peid1})
self.assertEqual(rset.rows, [[peid1]])
def test_select_left_outer_join(self):
rset = self.qexecute('DISTINCT Any G WHERE U? in_group G')
self.assertEqual(len(rset), 4)
rset = self.qexecute('DISTINCT Any G WHERE U? in_group G, U eid %(x)s',
{'x': self.session.user.eid})
self.assertEqual(len(rset), 4)
def test_select_ambigous_outer_join(self):
teid = self.qexecute("INSERT Tag X: X name 'tag'")[0][0]
self.qexecute("INSERT Tag X: X name 'tagbis'")[0][0]
geid = self.qexecute("CWGroup G WHERE G name 'users'")[0][0]
self.qexecute("SET X tags Y WHERE X eid %(t)s, Y eid %(g)s",
{'g': geid, 't': teid})
rset = self.qexecute("Any GN,TN ORDERBY GN WHERE T? tags G, T name TN, G name GN")
self.assertIn(['users', 'tag'], rset.rows)
self.assertIn(['activated', None], rset.rows)
rset = self.qexecute("Any GN,TN ORDERBY GN WHERE T tags G?, T name TN, G name GN")
self.assertEqual(rset.rows, [[None, 'tagbis'], ['users', 'tag']])
def test_select_not_inline_rel(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Note X: X type 'a'")
self.qexecute("INSERT Note X: X type 'b'")
self.qexecute("SET X ecrit_par Y WHERE X type 'a', Y nom 'bidule'")
rset = self.qexecute('Note X WHERE NOT X ecrit_par P')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_not_unlinked_multiple_solutions(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Note X: X type 'a'")
self.qexecute("INSERT Note X: X type 'b'")
self.qexecute("SET Y evaluee X WHERE X type 'a', Y nom 'bidule'")
rset = self.qexecute('Note X WHERE NOT Y evaluee X')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_date_extraction(self):
self.qexecute("INSERT Personne X: X nom 'foo', X datenaiss %(d)s",
{'d': datetime(2001, 2,3, 12,13)})
test_data = [('YEAR', 2001), ('MONTH', 2), ('DAY', 3),
('HOUR', 12), ('MINUTE', 13), ('WEEKDAY', 6)]
for funcname, result in test_data:
rset = self.qexecute('Any %s(D) WHERE X is Personne, X datenaiss D'
% funcname)
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.rows[0][0], result)
self.assertEqual(rset.description, [('Int',)])
def test_regexp_based_pattern_matching(self):
peid1 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
peid2 = self.qexecute("INSERT Personne X: X nom 'cidule'")[0][0]
rset = self.qexecute('Any X WHERE X is Personne, X nom REGEXP "^b"')
self.assertEqual(len(rset.rows), 1, rset.rows)
self.assertEqual(rset.rows[0][0], peid1)
rset = self.qexecute('Any X WHERE X is Personne, X nom REGEXP "idu"')
self.assertEqual(len(rset.rows), 2, rset.rows)
def test_select_aggregat_count(self):
rset = self.qexecute('Any COUNT(X)')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Int',)])
def test_select_aggregat_sum(self):
rset = self.qexecute('Any SUM(O) WHERE X ordernum O')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Int',)])
def test_select_aggregat_min(self):
rset = self.qexecute('Any MIN(X) WHERE X is Personne')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Personne',)])
rset = self.qexecute('Any MIN(O) WHERE X ordernum O')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Int',)])
def test_select_aggregat_max(self):
rset = self.qexecute('Any MAX(X) WHERE X is Personne')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Personne',)])
rset = self.qexecute('Any MAX(O) WHERE X ordernum O')
self.assertEqual(len(rset.rows), 1)
self.assertEqual(len(rset.rows[0]), 1)
self.assertEqual(rset.description, [('Int',)])
def test_select_custom_aggregat_concat_string(self):
rset = self.qexecute('Any GROUP_CONCAT(N) WHERE X is CWGroup, X name N')
self.assertTrue(rset)
self.assertEqual(sorted(rset[0][0].split(', ')), ['guests', 'managers',
'owners', 'users'])
def test_select_custom_regproc_limit_size(self):
rset = self.qexecute('Any TEXT_LIMIT_SIZE(N, 3) WHERE X is CWGroup, X name N, X name "managers"')
self.assertTrue(rset)
self.assertEqual(rset[0][0], 'man...')
self.qexecute("INSERT Basket X: X name 'bidule', X description '<b>hop hop</b>', X description_format 'text/html'")
rset = self.qexecute('Any LIMIT_SIZE(D, DF, 3) WHERE X is Basket, X description D, X description_format DF')
self.assertTrue(rset)
self.assertEqual(rset[0][0], 'hop...')
def test_select_regproc_orderby(self):
rset = self.qexecute('DISTINCT Any X,N ORDERBY GROUP_SORT_VALUE(N) WHERE X is CWGroup, X name N, X name "managers"')
self.assertEqual(len(rset), 1)
self.assertEqual(rset[0][1], 'managers')
rset = self.qexecute('Any X,N ORDERBY GROUP_SORT_VALUE(N) WHERE X is CWGroup, X name N, NOT U in_group X, U login "admin"')
self.assertEqual(len(rset), 3)
self.assertEqual(rset[0][1], 'owners')
def test_select_aggregat_sort(self):
rset = self.qexecute('Any G, COUNT(U) GROUPBY G ORDERBY 2 WHERE U in_group G')
self.assertEqual(len(rset.rows), 2)
self.assertEqual(len(rset.rows[0]), 2)
self.assertEqual(rset.description[0], ('CWGroup', 'Int',))
def test_select_aggregat_having(self):
rset = self.qexecute('Any N,COUNT(RDEF) GROUPBY N ORDERBY 2,N '
'WHERE RT name N, RDEF relation_type RT '
'HAVING COUNT(RDEF) > 10')
self.assertListEqual(rset.rows,
[[u'description_format', 13],
[u'description', 14],
[u'name', 19],
[u'created_by', 45],
[u'creation_date', 45],
[u'cw_source', 45],
[u'cwuri', 45],
[u'in_basket', 45],
[u'is', 45],
[u'is_instance_of', 45],
[u'modification_date', 45],
[u'owned_by', 45]])
def test_select_aggregat_having_dumb(self):
# dumb but should not raise an error
rset = self.qexecute('Any U,COUNT(X) GROUPBY U '
'WHERE U eid %(x)s, X owned_by U '
'HAVING COUNT(X) > 10', {'x': self.ueid})
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.rows[0][0], self.ueid)
def test_select_having_non_aggregat_1(self):
rset = self.qexecute('Any L WHERE X login L, X creation_date CD '
'HAVING YEAR(CD) = %s' % date.today().year)
self.assertListEqual(rset.rows,
[[u'admin'],
[u'anon']])
def test_select_having_non_aggregat_2(self):
rset = self.qexecute('Any L GROUPBY L WHERE X login L, X in_group G, '
'X creation_date CD HAVING YEAR(CD) = %s OR COUNT(G) > 1'
% date.today().year)
self.assertListEqual(rset.rows,
[[u'admin'],
[u'anon']])
def test_select_complex_sort(self):
"""need sqlite including http://www.sqlite.org/cvstrac/tktview?tn=3773 fix"""
rset = self.qexecute('Any X ORDERBY X,D LIMIT 5 WHERE X creation_date D')
result = rset.rows
result.sort()
self.assertEqual(tuplify(result), [(1,), (2,), (3,), (4,), (5,)])
def test_select_upper(self):
rset = self.qexecute('Any X, UPPER(L) ORDERBY L WHERE X is CWUser, X login L')
self.assertEqual(len(rset.rows), 2)
self.assertEqual(rset.rows[0][1], 'ADMIN')
self.assertEqual(rset.description[0], ('CWUser', 'String',))
self.assertEqual(rset.rows[1][1], 'ANON')
self.assertEqual(rset.description[1], ('CWUser', 'String',))
eid = rset.rows[0][0]
rset = self.qexecute('Any UPPER(L) WHERE X eid %s, X login L'%eid)
self.assertEqual(rset.rows[0][0], 'ADMIN')
self.assertEqual(rset.description, [('String',)])
def test_select_float_abs(self):
# test positive number
eid = self.qexecute('INSERT Affaire A: A invoiced %(i)s', {'i': 1.2})[0][0]
rset = self.qexecute('Any ABS(I) WHERE X eid %(x)s, X invoiced I', {'x': eid})
self.assertEqual(rset.rows[0][0], 1.2)
# test negative number
eid = self.qexecute('INSERT Affaire A: A invoiced %(i)s', {'i': -1.2})[0][0]
rset = self.qexecute('Any ABS(I) WHERE X eid %(x)s, X invoiced I', {'x': eid})
self.assertEqual(rset.rows[0][0], 1.2)
def test_select_int_abs(self):
# test positive number
eid = self.qexecute('INSERT Affaire A: A duration %(d)s', {'d': 12})[0][0]
rset = self.qexecute('Any ABS(D) WHERE X eid %(x)s, X duration D', {'x': eid})
self.assertEqual(rset.rows[0][0], 12)
# test negative number
eid = self.qexecute('INSERT Affaire A: A duration %(d)s', {'d': -12})[0][0]
rset = self.qexecute('Any ABS(D) WHERE X eid %(x)s, X duration D', {'x': eid})
self.assertEqual(rset.rows[0][0], 12)
## def test_select_simplified(self):
## ueid = self.session.user.eid
## rset = self.qexecute('Any L WHERE %s login L'%ueid)
## self.assertEqual(rset.rows[0][0], 'admin')
## rset = self.qexecute('Any L WHERE %(x)s login L', {'x':ueid})
## self.assertEqual(rset.rows[0][0], 'admin')
def test_select_searchable_text_1(self):
rset = self.qexecute(u"INSERT Personne X: X nom 'bid�le'")
rset = self.qexecute(u"INSERT Societe X: X nom 'bid�le'")
rset = self.qexecute("INSERT Societe X: X nom 'chouette'")
rset = self.qexecute('Any X where X has_text %(text)s', {'text': u'bid�le'})
self.assertEqual(len(rset.rows), 2, rset.rows)
rset = self.qexecute(u'Any N where N has_text "bid�le"')
self.assertEqual(len(rset.rows), 2, rset.rows)
biduleeids = [r[0] for r in rset.rows]
rset = self.qexecute(u'Any N where NOT N has_text "bid�le"')
self.assertFalse([r[0] for r in rset.rows if r[0] in biduleeids])
# duh?
rset = self.qexecute('Any X WHERE X has_text %(text)s', {'text': u'�a'})
def test_select_searchable_text_2(self):
rset = self.qexecute("INSERT Personne X: X nom 'bidule'")
rset = self.qexecute("INSERT Personne X: X nom 'chouette'")
rset = self.qexecute("INSERT Societe X: X nom 'bidule'")
rset = self.qexecute('Personne N where N has_text "bidule"')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_searchable_text_3(self):
rset = self.qexecute("INSERT Personne X: X nom 'bidule', X sexe 'M'")
rset = self.qexecute("INSERT Personne X: X nom 'bidule', X sexe 'F'")
rset = self.qexecute("INSERT Societe X: X nom 'bidule'")
rset = self.qexecute('Any X where X has_text "bidule" and X sexe "M"')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_multiple_searchable_text(self):
self.qexecute(u"INSERT Personne X: X nom 'bid�le'")
self.qexecute("INSERT Societe X: X nom 'chouette', S travaille X")
self.qexecute(u"INSERT Personne X: X nom 'bid�le'")
rset = self.qexecute('Personne X WHERE X has_text %(text)s, X travaille S, S has_text %(text2)s',
{'text': u'bid�le',
'text2': u'chouette',}
)
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_no_descr(self):
rset = self.qexecute('Any X WHERE X is CWGroup', build_descr=0)
rset.rows.sort()
self.assertEqual(tuplify(rset.rows), [(2,), (3,), (4,), (5,)])
self.assertEqual(rset.description, ())
def test_select_limit_offset(self):
rset = self.qexecute('CWGroup X ORDERBY N LIMIT 2 WHERE X name N')
self.assertEqual(tuplify(rset.rows), [(2,), (3,)])
self.assertEqual(rset.description, [('CWGroup',), ('CWGroup',)])
rset = self.qexecute('CWGroup X ORDERBY N LIMIT 2 OFFSET 2 WHERE X name N')
self.assertEqual(tuplify(rset.rows), [(4,), (5,)])
def test_select_symmetric(self):
self.qexecute("INSERT Personne X: X nom 'machin'")
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Personne X: X nom 'chouette'")
self.qexecute("INSERT Personne X: X nom 'trucmuche'")
self.qexecute("SET X connait Y WHERE X nom 'chouette', Y nom 'bidule'")
self.qexecute("SET X connait Y WHERE X nom 'machin', Y nom 'chouette'")
rset = self.qexecute('Any P WHERE P connait P2')
self.assertEqual(len(rset.rows), 4, rset.rows)
rset = self.qexecute('Any P WHERE NOT P connait P2')
self.assertEqual(len(rset.rows), 1, rset.rows) # trucmuche
rset = self.qexecute('Any P WHERE P connait P2, P2 nom "bidule"')
self.assertEqual(len(rset.rows), 1, rset.rows)
rset = self.qexecute('Any P WHERE P2 connait P, P2 nom "bidule"')
self.assertEqual(len(rset.rows), 1, rset.rows)
rset = self.qexecute('Any P WHERE P connait P2, P2 nom "chouette"')
self.assertEqual(len(rset.rows), 2, rset.rows)
rset = self.qexecute('Any P WHERE P2 connait P, P2 nom "chouette"')
self.assertEqual(len(rset.rows), 2, rset.rows)
def test_select_inline(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Note X: X type 'a'")
self.qexecute("SET X ecrit_par Y WHERE X type 'a', Y nom 'bidule'")
rset = self.qexecute('Any N where N ecrit_par X, X nom "bidule"')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_creation_date(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
rset = self.qexecute('Any D WHERE X nom "bidule", X creation_date D')
self.assertEqual(len(rset.rows), 1)
def test_select_or_relation(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Personne X: X nom 'chouette'")
self.qexecute("INSERT Societe X: X nom 'logilab'")
self.qexecute("INSERT Societe X: X nom 'caesium'")
self.qexecute("SET P travaille S WHERE P nom 'bidule', S nom 'logilab'")
rset = self.qexecute('DISTINCT Any P WHERE P travaille S1 OR P travaille S2, '
'S1 nom "logilab", S2 nom "caesium"')
self.assertEqual(len(rset.rows), 1)
self.qexecute("SET P travaille S WHERE P nom 'chouette', S nom 'caesium'")
rset = self.qexecute('DISTINCT Any P WHERE P travaille S1 OR P travaille S2, '
'S1 nom "logilab", S2 nom "caesium"')
self.assertEqual(len(rset.rows), 2)
def test_select_or_sym_relation(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Personne X: X nom 'chouette'")
self.qexecute("INSERT Personne X: X nom 'truc'")
self.qexecute("SET P connait S WHERE P nom 'bidule', S nom 'chouette'")
rset = self.qexecute('DISTINCT Any P WHERE S connait P, S nom "chouette"')
self.assertEqual(len(rset.rows), 1, rset.rows)
rset = self.qexecute('DISTINCT Any P WHERE P connait S or S connait P, S nom "chouette"')
self.assertEqual(len(rset.rows), 1, rset.rows)
self.qexecute("SET P connait S WHERE P nom 'chouette', S nom 'truc'")
rset = self.qexecute('DISTINCT Any P WHERE S connait P, S nom "chouette"')
self.assertEqual(len(rset.rows), 2, rset.rows)
rset = self.qexecute('DISTINCT Any P WHERE P connait S OR S connait P, S nom "chouette"')
self.assertEqual(len(rset.rows), 2, rset.rows)
def test_select_follow_relation(self):
self.qexecute("INSERT Affaire X: X sujet 'cool'")
self.qexecute("INSERT Societe X: X nom 'chouette'")
self.qexecute("SET A concerne S WHERE A is Affaire, S is Societe")
self.qexecute("INSERT Note X: X para 'truc'")
self.qexecute("SET S evaluee N WHERE S is Societe, N is Note")
self.qexecute("INSERT Societe X: X nom 'bidule'")
self.qexecute("INSERT Note X: X para 'troc'")
self.qexecute("SET S evaluee N WHERE S nom 'bidule', N para 'troc'")
rset = self.qexecute('DISTINCT Any A,N WHERE A concerne S, S evaluee N')
self.assertEqual(len(rset.rows), 1, rset.rows)
def test_select_ordered_distinct_1(self):
self.assertRaises(BadRQLQuery,
self.qexecute, 'DISTINCT Any S ORDERBY R WHERE A is Affaire, A sujet S, A ref R')
def test_select_ordered_distinct_2(self):
self.qexecute("INSERT Affaire X: X sujet 'minor'")
self.qexecute("INSERT Affaire X: X sujet 'zou'")
self.qexecute("INSERT Affaire X: X sujet 'abcd'")
rset = self.qexecute('DISTINCT Any S ORDERBY S WHERE A is Affaire, A sujet S')
self.assertEqual(rset.rows, [['abcd'], ['minor'], ['zou']])
def test_select_ordered_distinct_3(self):
rset = self.qexecute('DISTINCT Any N ORDERBY GROUP_SORT_VALUE(N) WHERE X is CWGroup, X name N')
self.assertEqual(rset.rows, [['owners'], ['guests'], ['users'], ['managers']])
def test_select_or_value(self):
rset = self.qexecute('Any U WHERE U in_group G, G name "owners" OR G name "users"')
self.assertEqual(len(rset.rows), 0)
rset = self.qexecute('Any U WHERE U in_group G, G name "guests" OR G name "managers"')
self.assertEqual(len(rset.rows), 2)
def test_select_explicit_eid(self):
rset = self.qexecute('Any X,E WHERE X owned_by U, X eid E, U eid %(u)s',
{'u': self.session.user.eid})
self.assertTrue(rset)
self.assertEqual(rset.description[0][1], 'Int')
# def test_select_rewritten_optional(self):
# eid = self.qexecute("INSERT Affaire X: X sujet 'cool'")[0][0]
# rset = self.qexecute('Any X WHERE X eid %(x)s, EXISTS(X owned_by U) OR EXISTS(X concerne S?, S owned_by U)',
# {'x': eid}, 'x')
# self.assertEqual(rset.rows, [[eid]])
def test_today_bug(self):
self.qexecute("INSERT Tag X: X name 'bidule', X creation_date NOW")
self.qexecute("INSERT Tag Y: Y name 'toto'")
rset = self.qexecute("Any D WHERE X name in ('bidule', 'toto') , X creation_date D")
self.assertIsInstance(rset.rows[0][0], datetime)
rset = self.qexecute('Tag X WHERE X creation_date TODAY')
self.assertEqual(len(rset.rows), 2)
def test_sqlite_patch(self):
"""this test monkey patch done by sqlutils._install_sqlite_querier_patch"""
self.qexecute("INSERT Personne X: X nom 'bidule', X datenaiss NOW, X tzdatenaiss NOW")
rset = self.qexecute('Any MAX(D) WHERE X is Personne, X datenaiss D')
self.assertIsInstance(rset[0][0], datetime)
rset = self.qexecute('Any MAX(D) WHERE X is Personne, X tzdatenaiss D')
self.assertIsInstance(rset[0][0], datetime)
self.assertEqual(rset[0][0].tzinfo, pytz.utc)
def test_today(self):
self.qexecute("INSERT Tag X: X name 'bidule', X creation_date TODAY")
self.qexecute("INSERT Tag Y: Y name 'toto'")
rset = self.qexecute('Tag X WHERE X creation_date TODAY')
self.assertEqual(len(rset.rows), 2)
def test_select_boolean(self):
rset = self.qexecute('Any N WHERE X is CWEType, X name N, X final %(val)s',
{'val': True})
self.assertEqual(sorted(r[0] for r in rset.rows), ['BigInt', 'Boolean', 'Bytes',
'Date', 'Datetime',
'Decimal', 'Float',
'Int', 'Interval',
'Password', 'String',
'TZDatetime', 'TZTime',
'Time'])
rset = self.qexecute('Any N WHERE X is CWEType, X name N, X final TRUE')
self.assertEqual(sorted(r[0] for r in rset.rows), ['BigInt', 'Boolean', 'Bytes',
'Date', 'Datetime',
'Decimal', 'Float',
'Int', 'Interval',
'Password', 'String',
'TZDatetime', 'TZTime',
'Time'])
with self.session.new_cnx() as cnx:
cnx.create_entity('Personne', nom=u'louis', test=True)
self.assertEqual(len(cnx.execute('Any X WHERE X test %(val)s', {'val': True})), 1)
self.assertEqual(len(cnx.execute('Any X WHERE X test TRUE')), 1)
self.assertEqual(len(cnx.execute('Any X WHERE X test %(val)s', {'val': False})), 0)
self.assertEqual(len(cnx.execute('Any X WHERE X test FALSE')), 0)
def test_select_constant(self):
rset = self.qexecute('Any X, "toto" ORDERBY X WHERE X is CWGroup')
self.assertEqual(rset.rows,
[list(x) for x in zip((2,3,4,5), ('toto','toto','toto','toto',))])
self.assertIsInstance(rset[0][1], text_type)
self.assertEqual(rset.description,
list(zip(('CWGroup', 'CWGroup', 'CWGroup', 'CWGroup'),
('String', 'String', 'String', 'String',))))
rset = self.qexecute('Any X, %(value)s ORDERBY X WHERE X is CWGroup', {'value': 'toto'})
self.assertEqual(rset.rows,
list(map(list, zip((2,3,4,5), ('toto','toto','toto','toto',)))))
self.assertIsInstance(rset[0][1], text_type)
self.assertEqual(rset.description,
list(zip(('CWGroup', 'CWGroup', 'CWGroup', 'CWGroup'),
('String', 'String', 'String', 'String',))))
rset = self.qexecute('Any X,GN WHERE X is CWUser, G is CWGroup, X login "syt", '
'X in_group G, G name GN')
def test_select_union(self):
rset = self.qexecute('Any X,N ORDERBY N WITH X,N BEING '
'((Any X,N WHERE X name N, X transition_of WF, WF workflow_of E, E name %(name)s)'
' UNION '
'(Any X,N WHERE X name N, X state_of WF, WF workflow_of E, E name %(name)s))',
{'name': 'CWUser'})
self.assertEqual([x[1] for x in rset.rows],
['activate', 'activated', 'deactivate', 'deactivated'])
self.assertEqual(rset.description,
[('Transition', 'String'), ('State', 'String'),
('Transition', 'String'), ('State', 'String')])
def test_select_union_aggregat(self):
# meaningless, the goal in to have group by done on different attribute
# for each sub-query
self.qexecute('(Any N,COUNT(X) GROUPBY N WHERE X name N, X is State)'
' UNION '
'(Any N,COUNT(X) GROUPBY N ORDERBY 2 WHERE X login N)')
def test_select_union_aggregat_independant_group(self):
with self.session.new_cnx() as cnx:
cnx.execute('INSERT State X: X name "hop"')
cnx.execute('INSERT State X: X name "hop"')
cnx.execute('INSERT Transition X: X name "hop"')
cnx.execute('INSERT Transition X: X name "hop"')
rset = cnx.execute('Any N,NX ORDERBY 2 WITH N,NX BEING '
'((Any N,COUNT(X) GROUPBY N WHERE X name N, '
' X is State HAVING COUNT(X)>1)'
' UNION '
'(Any N,COUNT(X) GROUPBY N WHERE X name N, '
' X is Transition HAVING COUNT(X)>1))')
self.assertEqual(rset.rows, [[u'hop', 2], [u'hop', 2]])
def test_select_union_selection_with_diff_variables(self):
rset = self.qexecute('(Any N WHERE X name N, X is State)'
' UNION '
'(Any NN WHERE XX name NN, XX is Transition)')
self.assertEqual(sorted(r[0] for r in rset.rows),
['abort', 'activate', 'activated', 'ben non',
'deactivate', 'deactivated', 'done', 'en cours',
'end', 'finie', 'markasdone', 'pitetre', 'redoit',
'start', 'todo'])
def test_select_union_description_diff_var(self):
eid1 = self.qexecute('CWGroup X WHERE X name "managers"')[0][0]
eid2 = self.qexecute('CWUser X WHERE X login "admin"')[0][0]
rset = self.qexecute('(Any X WHERE X eid %(x)s)'
' UNION '
'(Any Y WHERE Y eid %(y)s)',
{'x': eid1, 'y': eid2})
self.assertEqual(rset.description[:], [('CWGroup',), ('CWUser',)])
def test_exists(self):
geid = self.qexecute("INSERT CWGroup X: X name 'lulufanclub'")[0][0]
self.qexecute("SET U in_group G WHERE G name 'lulufanclub'")
peid = self.qexecute("INSERT Personne X: X prenom 'lulu', X nom 'petit'")[0][0]
rset = self.qexecute("Any X WHERE X prenom 'lulu',"
"EXISTS (U in_group G, G name 'lulufanclub' OR G name 'managers');")
self.assertEqual(rset.rows, [[peid]])
def test_identity(self):
eid = self.qexecute('Any X WHERE X identity Y, Y eid 1')[0][0]
self.assertEqual(eid, 1)
eid = self.qexecute('Any X WHERE Y identity X, Y eid 1')[0][0]
self.assertEqual(eid, 1)
login = self.qexecute('Any L WHERE X login "admin", X identity Y, Y login L')[0][0]
self.assertEqual(login, 'admin')
def test_select_date_mathexp(self):
rset = self.qexecute('Any X, TODAY - CD WHERE X is CWUser, X creation_date CD')
self.assertTrue(rset)
self.assertEqual(rset.description[0][1], 'Interval')
eid, = self.qexecute("INSERT Personne X: X nom 'bidule'")[0]
rset = self.qexecute('Any X, NOW - CD WHERE X is Personne, X creation_date CD')
self.assertEqual(rset.description[0][1], 'Interval')
def test_select_subquery_aggregat_1(self):
# percent users by groups
self.qexecute('SET X in_group G WHERE G name "users"')
rset = self.qexecute('Any GN, COUNT(X)*100/T GROUPBY GN ORDERBY 2,1'
' WHERE G name GN, X in_group G'
' WITH T BEING (Any COUNT(U) WHERE U is CWUser)')
self.assertEqual(rset.rows, [[u'guests', 50], [u'managers', 50], [u'users', 100]])
self.assertEqual(rset.description, [('String', 'Int'), ('String', 'Int'), ('String', 'Int')])
def test_select_subquery_aggregat_2(self):
expected = self.qexecute('Any X, 0, COUNT(T) GROUPBY X '
'WHERE X is Workflow, T transition_of X').rows
rset = self.qexecute('''
Any P1,B,E WHERE P1 identity P2 WITH
P1,B BEING (Any P,COUNT(T) GROUPBY P WHERE P is Workflow, T is Transition,
T? transition_of P, T type "auto"),
P2,E BEING (Any P,COUNT(T) GROUPBY P WHERE P is Workflow, T is Transition,
T? transition_of P, T type "normal")''')
self.assertEqual(sorted(rset.rows), sorted(expected))
def test_select_subquery_const(self):
rset = self.qexecute('Any X WITH X BEING ((Any NULL) UNION (Any "toto"))')
self.assertEqual(rset.rows, [[None], ['toto']])
self.assertEqual(rset.description, [(None,), ('String',)])
# insertion queries tests #################################################
def test_insert_is(self):
eid, = self.qexecute("INSERT Personne X: X nom 'bidule'")[0]
etype, = self.qexecute("Any TN WHERE X is T, X eid %s, T name TN" % eid)[0]
self.assertEqual(etype, 'Personne')
self.qexecute("INSERT Personne X: X nom 'managers'")
def test_insert_1(self):
rset = self.qexecute("INSERT Personne X: X nom 'bidule'")
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.description, [('Personne',)])
rset = self.qexecute('Personne X WHERE X nom "bidule"')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne',)])
def test_insert_1_multiple(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Personne X: X nom 'chouette'")
rset = self.qexecute("INSERT Societe Y: Y nom N, P travaille Y WHERE P nom N")
self.assertEqual(len(rset.rows), 2)
self.assertEqual(rset.description, [('Societe',), ('Societe',)])
def test_insert_2(self):
rset = self.qexecute("INSERT Personne X, Personne Y: X nom 'bidule', Y nom 'tutu'")
self.assertEqual(rset.description, [('Personne', 'Personne')])
rset = self.qexecute('Personne X WHERE X nom "bidule" or X nom "tutu"')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne',), ('Personne',)])
def test_insert_3(self):
self.qexecute("INSERT Personne X: X nom Y WHERE U login 'admin', U login Y")
rset = self.qexecute('Personne X WHERE X nom "admin"')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne',)])
def test_insert_4(self):
self.qexecute("INSERT Societe Y: Y nom 'toto'")
self.qexecute("INSERT Personne X: X nom 'bidule', X travaille Y WHERE Y nom 'toto'")
rset = self.qexecute('Any X, Y WHERE X nom "bidule", Y nom "toto", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_4bis(self):
peid = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
seid = self.qexecute("INSERT Societe Y: Y nom 'toto', X travaille Y WHERE X eid %(x)s",
{'x': str(peid)})[0][0]
self.assertEqual(len(self.qexecute('Any X, Y WHERE X travaille Y')), 1)
self.qexecute("INSERT Personne X: X nom 'chouette', X travaille Y WHERE Y eid %(x)s",
{'x': str(seid)})
self.assertEqual(len(self.qexecute('Any X, Y WHERE X travaille Y')), 2)
def test_insert_4ter(self):
peid = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
seid = self.qexecute("INSERT Societe Y: Y nom 'toto', X travaille Y WHERE X eid %(x)s",
{'x': text_type(peid)})[0][0]
self.assertEqual(len(self.qexecute('Any X, Y WHERE X travaille Y')), 1)
self.qexecute("INSERT Personne X: X nom 'chouette', X travaille Y WHERE Y eid %(x)s",
{'x': text_type(seid)})
self.assertEqual(len(self.qexecute('Any X, Y WHERE X travaille Y')), 2)
def test_insert_5(self):
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Societe Y: Y nom 'toto', X travaille Y WHERE X nom 'bidule'")
rset = self.qexecute('Any X, Y WHERE X nom "bidule", Y nom "toto", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_5bis(self):
peid = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
self.qexecute("INSERT Societe Y: Y nom 'toto', X travaille Y WHERE X eid %(x)s",
{'x': peid})
rset = self.qexecute('Any X, Y WHERE X nom "bidule", Y nom "toto", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_6(self):
self.qexecute("INSERT Personne X, Societe Y: X nom 'bidule', Y nom 'toto', X travaille Y")
rset = self.qexecute('Any X, Y WHERE X nom "bidule", Y nom "toto", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_7(self):
self.qexecute("INSERT Personne X, Societe Y: X nom N, Y nom 'toto', "
"X travaille Y WHERE U login 'admin', U login N")
rset = self.qexecute('Any X, Y WHERE X nom "admin", Y nom "toto", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_7_2(self):
self.qexecute("INSERT Personne X, Societe Y: X nom N, Y nom 'toto', "
"X travaille Y WHERE U login N")
rset = self.qexecute('Any X, Y WHERE Y nom "toto", X travaille Y')
self.assertEqual(len(rset), 2)
self.assertEqual(rset.description, [('Personne', 'Societe',),
('Personne', 'Societe',)])
def test_insert_8(self):
self.qexecute("INSERT Societe Y, Personne X: Y nom N, X nom 'toto', X travaille Y "
"WHERE U login 'admin', U login N")
rset = self.qexecute('Any X, Y WHERE X nom "toto", Y nom "admin", X travaille Y')
self.assertTrue(rset.rows)
self.assertEqual(rset.description, [('Personne', 'Societe',)])
def test_insert_9(self):
self.qexecute("INSERT Societe X: X nom 'Lo'")
self.qexecute("INSERT Societe X: X nom 'Gi'")
self.qexecute("INSERT SubDivision X: X nom 'Lab'")
rset = self.qexecute("INSERT Personne X: X nom N, X travaille Y, X travaille_subdivision Z "
"WHERE Y is Societe, Z is SubDivision, Y nom N")
self.assertEqual(len(rset), 2)
self.assertEqual(rset.description, [('Personne',), ('Personne',)])
# self.assertSetEqual(set(x.nom for x in rset.entities()),
# ['Lo', 'Gi'])
# self.assertSetEqual(set(y.nom for x in rset.entities() for y in x.travaille),
# ['Lo', 'Gi'])
# self.assertEqual([y.nom for x in rset.entities() for y in x.travaille_subdivision],
# ['Lab', 'Lab'])
def test_insert_query_error(self):
self.assertRaises(Exception,
self.qexecute,
"INSERT Personne X: X nom 'toto', X is Personne")
self.assertRaises(Exception,
self.qexecute,
"INSERT Personne X: X nom 'toto', X is_instance_of Personne")
self.assertRaises(QueryError,
self.qexecute,
"INSERT Personne X: X nom 'toto', X has_text 'tutu'")
self.assertRaises(QueryError,
self.qexecute,
"INSERT CWUser X: X login 'toto', X eid %s" % cnx.user(self.session).eid)
def test_insertion_description_with_where(self):
rset = self.qexecute('INSERT CWUser E, EmailAddress EM: E login "X", E upassword "X", '
'E primary_email EM, EM address "X", E in_group G '
'WHERE G name "managers"')
self.assertEqual(list(rset.description[0]), ['CWUser', 'EmailAddress'])
# deletion queries tests ##################################################
def test_delete_1(self):
self.qexecute("INSERT Personne Y: Y nom 'toto'")
rset = self.qexecute('Personne X WHERE X nom "toto"')
self.assertEqual(len(rset.rows), 1)
drset = self.qexecute("DELETE Personne Y WHERE Y nom 'toto'")
self.assertEqual(drset.rows, rset.rows)
rset = self.qexecute('Personne X WHERE X nom "toto"')
self.assertEqual(len(rset.rows), 0)
def test_delete_2(self):
rset = self.qexecute("INSERT Personne X, Personne Y, Societe Z : "
"X nom 'syt', Y nom 'adim', Z nom 'Logilab', X travaille Z, Y travaille Z")
self.assertEqual(len(rset), 1)
self.assertEqual(len(rset[0]), 3)
self.assertEqual(rset.description[0], ('Personne', 'Personne', 'Societe'))
self.assertEqual(self.qexecute('Any N WHERE X nom N, X eid %s'% rset[0][0])[0][0], 'syt')
rset = self.qexecute('Personne X WHERE X travaille Y, Y nom "Logilab"')
self.assertEqual(len(rset.rows), 2, rset.rows)
self.qexecute("DELETE X travaille Y WHERE X is Personne, Y nom 'Logilabo'")
rset = self.qexecute('Personne X WHERE X travaille Y, Y nom "Logilab"')
self.assertEqual(len(rset.rows), 2, rset.rows)
self.qexecute("DELETE X travaille Y WHERE X is Personne, Y nom 'Logilab'")
rset = self.qexecute('Personne X WHERE X travaille Y, Y nom "Logilab"')
self.assertEqual(len(rset.rows), 0, rset.rows)
def test_delete_3(self):
s = self.user_groups_session('users')
with s.new_cnx() as cnx:
peid, = self.o.execute(cnx, "INSERT Personne P: P nom 'toto'")[0]
seid, = self.o.execute(cnx, "INSERT Societe S: S nom 'logilab'")[0]
self.o.execute(cnx, "SET P travaille S")
cnx.commit()
rset = self.qexecute('Personne P WHERE P travaille S')
self.assertEqual(len(rset.rows), 1)
self.qexecute("DELETE X travaille Y WHERE X eid %s, Y eid %s" % (peid, seid))
rset = self.qexecute('Personne P WHERE P travaille S')
self.assertEqual(len(rset.rows), 0)
def test_delete_symmetric(self):
teid1 = self.qexecute("INSERT Folder T: T name 'toto'")[0][0]
teid2 = self.qexecute("INSERT Folder T: T name 'tutu'")[0][0]
self.qexecute('SET X see_also Y WHERE X eid %s, Y eid %s' % (teid1, teid2))
rset = self.qexecute('Any X,Y WHERE X see_also Y')
self.assertEqual(len(rset) , 2, rset.rows)
self.qexecute('DELETE X see_also Y WHERE X eid %s, Y eid %s' % (teid1, teid2))
rset = self.qexecute('Any X,Y WHERE X see_also Y')
self.assertEqual(len(rset) , 0)
self.qexecute('SET X see_also Y WHERE X eid %s, Y eid %s' % (teid1, teid2))
rset = self.qexecute('Any X,Y WHERE X see_also Y')
self.assertEqual(len(rset) , 2)
self.qexecute('DELETE X see_also Y WHERE X eid %s, Y eid %s' % (teid2, teid1))
rset = self.qexecute('Any X,Y WHERE X see_also Y')
self.assertEqual(len(rset) , 0)
def test_nonregr_delete_cache(self):
"""test that relations are properly cleaned when an entity is deleted
(using cachekey on sql generation returned always the same query for an eid,
whatever the relation)
"""
aeid, = self.qexecute('INSERT EmailAddress X: X address "toto@logilab.fr", X alias "hop"')[0]
# XXX would be nice if the rql below was enough...
#'INSERT Email X: X messageid "<1234>", X subject "test", X sender Y, X recipients Y'
eeid, = self.qexecute('INSERT Email X: X messageid "<1234>", X subject "test", '
'X sender Y, X recipients Y WHERE Y is EmailAddress')[0]
self.qexecute("DELETE Email X")
with self.session.new_cnx() as cnx:
sqlc = cnx.cnxset.cu
sqlc.execute('SELECT * FROM recipients_relation')
self.assertEqual(len(sqlc.fetchall()), 0)
sqlc.execute('SELECT * FROM owned_by_relation WHERE eid_from=%s'%eeid)
self.assertEqual(len(sqlc.fetchall()), 0)
def test_nonregr_delete_cache2(self):
eid = self.qexecute("INSERT Folder T: T name 'toto'")[0][0]
# fill the cache
self.qexecute("Any X WHERE X eid %(x)s", {'x': eid})
self.qexecute("Any X WHERE X eid %s" % eid)
self.qexecute("Folder X WHERE X eid %(x)s", {'x': eid})
self.qexecute("Folder X WHERE X eid %s" % eid)
self.qexecute("DELETE Folder T WHERE T eid %s" % eid)
rset = self.qexecute("Any X WHERE X eid %(x)s", {'x': eid})
self.assertEqual(rset.rows, [])
rset = self.qexecute("Any X WHERE X eid %s" % eid)
self.assertEqual(rset.rows, [])
rset = self.qexecute("Folder X WHERE X eid %(x)s", {'x': eid})
self.assertEqual(rset.rows, [])
rset = self.qexecute("Folder X WHERE X eid %s" %eid)
self.assertEqual(rset.rows, [])
# update queries tests ####################################################
def test_update_1(self):
peid = self.qexecute("INSERT Personne Y: Y nom 'toto'")[0][0]
rset = self.qexecute('Personne X WHERE X nom "toto"')
self.assertEqual(len(rset.rows), 1)
rset = self.qexecute("SET X nom 'tutu', X prenom 'original' WHERE X is Personne, X nom 'toto'")
self.assertEqual(tuplify(rset.rows), [(peid, 'tutu', 'original')])
rset = self.qexecute('Any Y, Z WHERE X is Personne, X nom Y, X prenom Z')
self.assertEqual(tuplify(rset.rows), [('tutu', 'original')])
def test_update_2(self):
peid, seid = self.qexecute("INSERT Personne X, Societe Y: X nom 'bidule', Y nom 'toto'")[0]
rset = self.qexecute("SET X travaille Y WHERE X nom 'bidule', Y nom 'toto'")
self.assertEqual(tuplify(rset.rows), [(peid, seid)])
rset = self.qexecute('Any X, Y WHERE X travaille Y')
self.assertEqual(len(rset.rows), 1)
def test_update_2bis(self):
rset = self.qexecute("INSERT Personne X, Societe Y: X nom 'bidule', Y nom 'toto'")
eid1, eid2 = rset[0][0], rset[0][1]
self.qexecute("SET X travaille Y WHERE X eid %(x)s, Y eid %(y)s",
{'x': str(eid1), 'y': str(eid2)})
rset = self.qexecute('Any X, Y WHERE X travaille Y')
self.assertEqual(len(rset.rows), 1)
# test add of an existant relation but with NOT X rel Y protection
self.assertFalse(self.qexecute("SET X travaille Y WHERE X eid %(x)s, Y eid %(y)s,"
"NOT X travaille Y",
{'x': str(eid1), 'y': str(eid2)}))
def test_update_2ter(self):
rset = self.qexecute("INSERT Personne X, Societe Y: X nom 'bidule', Y nom 'toto'")
eid1, eid2 = rset[0][0], rset[0][1]
self.qexecute("SET X travaille Y WHERE X eid %(x)s, Y eid %(y)s",
{'x': text_type(eid1), 'y': text_type(eid2)})
rset = self.qexecute('Any X, Y WHERE X travaille Y')
self.assertEqual(len(rset.rows), 1)
def test_update_multiple1(self):
peid1 = self.qexecute("INSERT Personne Y: Y nom 'tutu'")[0][0]
peid2 = self.qexecute("INSERT Personne Y: Y nom 'toto'")[0][0]
self.qexecute("SET X nom 'tutu', Y nom 'toto' WHERE X nom 'toto', Y nom 'tutu'")
self.assertEqual(self.qexecute('Any X WHERE X nom "toto"').rows, [[peid1]])
self.assertEqual(self.qexecute('Any X WHERE X nom "tutu"').rows, [[peid2]])
def test_update_multiple2(self):
with self.session.new_cnx() as cnx:
ueid = cnx.execute("INSERT CWUser X: X login 'bob', X upassword 'toto'")[0][0]
peid1 = cnx.execute("INSERT Personne Y: Y nom 'turlu'")[0][0]
peid2 = cnx.execute("INSERT Personne Y: Y nom 'tutu'")[0][0]
cnx.execute('SET P1 owned_by U, P2 owned_by U '
'WHERE P1 eid %s, P2 eid %s, U eid %s' % (peid1, peid2, ueid))
self.assertTrue(cnx.execute('Any X WHERE X eid %s, X owned_by U, U eid %s'
% (peid1, ueid)))
self.assertTrue(cnx.execute('Any X WHERE X eid %s, X owned_by U, U eid %s'
% (peid2, ueid)))
def test_update_math_expr(self):
orders = [r[0] for r in self.qexecute('Any O ORDERBY O WHERE ST name "Personne", '
'X from_entity ST, X ordernum O')]
for i,v in enumerate(orders):
if v != orders[0]:
splitidx = i
break
self.qexecute('SET X ordernum Y+1 WHERE X from_entity SE, SE name "Personne", '
'X ordernum Y, X ordernum >= %(order)s',
{'order': orders[splitidx]})
orders2 = [r[0] for r in self.qexecute('Any O ORDERBY O WHERE ST name "Personne", '
'X from_entity ST, X ordernum O')]
orders = orders[:splitidx] + [o+1 for o in orders[splitidx:]]
self.assertEqual(orders2, orders)
def test_update_string_concat(self):
beid = self.qexecute("INSERT Bookmark Y: Y title 'toto', Y path '/view'")[0][0]
self.qexecute('SET X title XN + %(suffix)s WHERE X is Bookmark, X title XN',
{'suffix': u'-moved'})
newname = self.qexecute('Any XN WHERE X eid %(x)s, X title XN', {'x': beid})[0][0]
self.assertEqual(newname, 'toto-moved')
def test_update_not_exists(self):
rset = self.qexecute("INSERT Personne X, Societe Y: X nom 'bidule', Y nom 'toto'")
eid1, eid2 = rset[0][0], rset[0][1]
rset = self.qexecute("SET X travaille Y WHERE X eid %(x)s, Y eid %(y)s, "
"NOT EXISTS(Z ecrit_par X)",
{'x': text_type(eid1), 'y': text_type(eid2)})
self.assertEqual(tuplify(rset.rows), [(eid1, eid2)])
def test_update_query_error(self):
self.qexecute("INSERT Personne Y: Y nom 'toto'")
self.assertRaises(Exception, self.qexecute, "SET X nom 'toto', X is Personne")
self.assertRaises(QueryError, self.qexecute, "SET X nom 'toto', X has_text 'tutu' "
"WHERE X is Personne")
self.assertRaises(QueryError,
self.qexecute,
"SET X login 'tutu', X eid %s" % cnx.user(self.session).eid)
# HAVING on write queries test #############################################
def test_update_having(self):
peid1 = self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 1")[0][0]
peid2 = self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 2")[0][0]
rset = self.qexecute("SET X tel 3 WHERE X tel TEL HAVING TEL&1=1")
self.assertEqual(tuplify(rset.rows), [(peid1, 3)])
def test_insert_having(self):
self.skipTest('unsupported yet')
self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 1")[0][0]
self.assertFalse(self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 2 "
"WHERE X tel XT HAVING XT&2=2"))
self.assertTrue(self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 2 "
"WHERE X tel XT HAVING XT&1=1"))
def test_delete_having(self):
self.qexecute("INSERT Personne Y: Y nom 'hop', Y tel 1")[0][0]
self.assertFalse(self.qexecute("DELETE Personne Y WHERE X tel XT HAVING XT&2=2"))
self.assertTrue(self.qexecute("DELETE Personne Y WHERE X tel XT HAVING XT&1=1"))
# upassword encryption tests #################################################
def test_insert_upassword(self):
rset = self.qexecute("INSERT CWUser X: X login 'bob', X upassword 'toto', "
"X in_group G WHERE G name 'users'")
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.description, [('CWUser',)])
self.assertRaises(Unauthorized,
self.qexecute, "Any P WHERE X is CWUser, X login 'bob', X upassword P")
with self.session.new_cnx() as cnx:
cursor = cnx.cnxset.cu
cursor.execute("SELECT %supassword from %sCWUser WHERE %slogin='bob'"
% (SQL_PREFIX, SQL_PREFIX, SQL_PREFIX))
passwd = binary_type(cursor.fetchone()[0])
self.assertEqual(passwd, crypt_password('toto', passwd))
rset = self.qexecute("Any X WHERE X is CWUser, X login 'bob', X upassword %(pwd)s",
{'pwd': Binary(passwd)})
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.description, [('CWUser',)])
def test_update_upassword(self):
with self.session.new_cnx() as cnx:
rset = cnx.execute("INSERT CWUser X: X login 'bob', X upassword %(pwd)s",
{'pwd': 'toto'})
self.assertEqual(rset.description[0][0], 'CWUser')
rset = cnx.execute("SET X upassword %(pwd)s WHERE X is CWUser, X login 'bob'",
{'pwd': b'tutu'})
cursor = cnx.cnxset.cu
cursor.execute("SELECT %supassword from %sCWUser WHERE %slogin='bob'"
% (SQL_PREFIX, SQL_PREFIX, SQL_PREFIX))
passwd = binary_type(cursor.fetchone()[0])
self.assertEqual(passwd, crypt_password('tutu', passwd))
rset = cnx.execute("Any X WHERE X is CWUser, X login 'bob', X upassword %(pwd)s",
{'pwd': Binary(passwd)})
self.assertEqual(len(rset.rows), 1)
self.assertEqual(rset.description, [('CWUser',)])
# ZT datetime tests ########################################################
def test_tz_datetime(self):
self.qexecute("INSERT Personne X: X nom 'bob', X tzdatenaiss %(date)s",
{'date': datetime(1977, 6, 7, 2, 0, tzinfo=FixedOffset(1))})
datenaiss = self.qexecute("Any XD WHERE X nom 'bob', X tzdatenaiss XD")[0][0]
self.assertIsNotNone(datenaiss.tzinfo)
self.assertEqual(datenaiss.utctimetuple()[:5], (1977, 6, 7, 1, 0))
def test_tz_datetime_cache_nonregr(self):
datenaiss = datetime(1977, 6, 7, 2, 0, tzinfo=FixedOffset(1))
self.qexecute("INSERT Personne X: X nom 'bob', X tzdatenaiss %(date)s",
{'date': datenaiss})
self.assertTrue(self.qexecute("Any X WHERE X tzdatenaiss %(d)s", {'d': datenaiss}))
self.assertFalse(self.qexecute("Any X WHERE X tzdatenaiss %(d)s", {'d': datenaiss - timedelta(1)}))
# non regression tests #####################################################
def test_nonregr_1(self):
teid = self.qexecute("INSERT Tag X: X name 'tag'")[0][0]
self.qexecute("SET X tags Y WHERE X name 'tag', Y is State, Y name 'activated'")
rset = self.qexecute('Any X WHERE T tags X')
self.assertEqual(len(rset.rows), 1, rset.rows)
rset = self.qexecute('Any T WHERE T tags X, X is State')
self.assertEqual(rset.rows, [[teid]])
rset = self.qexecute('Any T WHERE T tags X')
self.assertEqual(rset.rows, [[teid]])
def test_nonregr_2(self):
teid = self.qexecute("INSERT Tag X: X name 'tag'")[0][0]
geid = self.qexecute("CWGroup G WHERE G name 'users'")[0][0]
self.qexecute("SET X tags Y WHERE X eid %(t)s, Y eid %(g)s",
{'g': geid, 't': teid})
rset = self.qexecute('Any X WHERE E eid %(x)s, E tags X',
{'x': teid})
self.assertEqual(rset.rows, [[geid]])
def test_nonregr_3(self):
"""bad sql generated on the second query (destination_state is not
detected as an inlined relation)
"""
rset = self.qexecute('Any S,ES,T WHERE S state_of WF, WF workflow_of ET, ET name "CWUser",'
'ES allowed_transition T, T destination_state S')
self.assertEqual(len(rset.rows), 2)
def test_nonregr_4(self):
# fix variables'type, else we get (nb of entity types with a 'name' attribute)**3
# union queries and that make for instance a 266Ko sql query which is refused
# by the server (or client lib)
rset = self.qexecute('Any ER,SE,OE WHERE SE name "Comment", ER name "comments", OE name "Comment",'
'ER is CWRType, SE is CWEType, OE is CWEType')
self.assertEqual(len(rset), 1)
def test_nonregr_5(self):
# jpl #15505: equivalent queries returning different result sets
teid1 = self.qexecute("INSERT Folder X: X name 'hop'")[0][0]
teid2 = self.qexecute("INSERT Folder X: X name 'hip'")[0][0]
neid = self.qexecute("INSERT Note X: X todo_by U, X filed_under T "
"WHERE U login 'admin', T name 'hop'")[0][0]
weid = self.qexecute("INSERT Affaire X: X concerne N, X filed_under T "
"WHERE N is Note, T name 'hip'")[0][0]
rset1 = self.qexecute('Any N,U WHERE N filed_under T, T eid %s,'
'N todo_by U, W concerne N,'
'W is Affaire, W filed_under A, A eid %s' % (teid1, teid2))
rset2 = self.qexecute('Any N,U WHERE N filed_under T, T eid %s,'
'N todo_by U, W concerne N,'
'W filed_under A, A eid %s' % (teid1, teid2))
rset3 = self.qexecute('Any N,U WHERE N todo_by U, T eid %s,'
'N filed_under T, W concerne N,'
'W is Affaire, W filed_under A, A eid %s' % (teid1, teid2))
rset4 = self.qexecute('Any N,U WHERE N todo_by U, T eid %s,'
'N filed_under T, W concerne N,'
'W filed_under A, A eid %s' % (teid1, teid2))
self.assertEqual(rset1.rows, rset2.rows)
self.assertEqual(rset1.rows, rset3.rows)
self.assertEqual(rset1.rows, rset4.rows)
def test_nonregr_6(self):
self.qexecute('Any N,COUNT(S) GROUPBY N ORDERBY COUNT(N) WHERE S name N, S is State')
def test_sqlite_encoding(self):
"""XXX this test was trying to show a bug on use of lower which only
occurs with non ascii string and misconfigured locale
"""
self.qexecute("INSERT Tag X: X name %(name)s,"
"X modification_date %(modification_date)s,"
"X creation_date %(creation_date)s",
{'name': u'�name0',
'modification_date': '2003/03/12 11:00',
'creation_date': '2000/07/03 11:00'})
rset = self.qexecute('Any lower(N) ORDERBY LOWER(N) WHERE X is Tag, X name N,'
'X owned_by U, U eid %(x)s',
{'x':self.session.user.eid})
self.assertEqual(rset.rows, [[u'\xe9name0']])
def test_nonregr_description(self):
"""check that a correct description is built in case where infered
solutions may be "fusionned" into one by the querier while all solutions
are needed to build the result's description
"""
self.qexecute("INSERT Personne X: X nom 'bidule'")
self.qexecute("INSERT Societe Y: Y nom 'toto'")
beid = self.qexecute("INSERT Basket B: B name 'mybasket'")[0][0]
self.qexecute("SET X in_basket B WHERE X is Personne")
self.qexecute("SET X in_basket B WHERE X is Societe")
rset = self.qexecute('Any X WHERE X in_basket B, B eid %s' % beid)
self.assertEqual(len(rset), 2)
self.assertEqual(rset.description, [('Personne',), ('Societe',)])
def test_nonregr_cache_1(self):
peid = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
beid = self.qexecute("INSERT Basket X: X name 'tag'")[0][0]
self.qexecute("SET X in_basket Y WHERE X is Personne, Y eid %(y)s",
{'y': beid})
rset = self.qexecute("Any X WHERE X in_basket B, B eid %(x)s",
{'x': beid})
self.assertEqual(rset.rows, [[peid]])
rset = self.qexecute("Any X WHERE X in_basket B, B eid %(x)s",
{'x': beid})
self.assertEqual(rset.rows, [[peid]])
def test_nonregr_has_text_cache(self):
eid1 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
eid2 = self.qexecute("INSERT Personne X: X nom 'tag'")[0][0]
rset = self.qexecute("Any X WHERE X has_text %(text)s", {'text': u'bidule'})
self.assertEqual(rset.rows, [[eid1]])
rset = self.qexecute("Any X WHERE X has_text %(text)s", {'text': u'tag'})
self.assertEqual(rset.rows, [[eid2]])
def test_nonregr_sortterm_management(self):
"""Error: Variable has no attribute 'sql' in rql2sql.py (visit_variable)
cause: old variable ref inserted into a fresh rqlst copy
(in RQLSpliter._complex_select_plan)
need sqlite including http://www.sqlite.org/cvstrac/tktview?tn=3773 fix
"""
self.qexecute('Any X ORDERBY D DESC WHERE X creation_date D')
def test_nonregr_extra_joins(self):
ueid = self.session.user.eid
teid1 = self.qexecute("INSERT Folder X: X name 'folder1'")[0][0]
teid2 = self.qexecute("INSERT Folder X: X name 'folder2'")[0][0]
neid1 = self.qexecute("INSERT Note X: X para 'note1'")[0][0]
neid2 = self.qexecute("INSERT Note X: X para 'note2'")[0][0]
self.qexecute("SET X filed_under Y WHERE X eid %s, Y eid %s"
% (neid1, teid1))
self.qexecute("SET X filed_under Y WHERE X eid %s, Y eid %s"
% (neid2, teid2))
self.qexecute("SET X todo_by Y WHERE X is Note, Y eid %s" % ueid)
rset = self.qexecute('Any N WHERE N todo_by U, N is Note, U eid %s, N filed_under T, T eid %s'
% (ueid, teid1))
self.assertEqual(len(rset), 1)
def test_nonregr_XXX(self):
teid = self.qexecute('Transition S WHERE S name "deactivate"')[0][0]
rset = self.qexecute('Any O WHERE O is State, '
'S eid %(x)s, S transition_of ET, O state_of ET', {'x': teid})
self.assertEqual(len(rset), 2)
rset = self.qexecute('Any O WHERE O is State, NOT S destination_state O, '
'S eid %(x)s, S transition_of ET, O state_of ET', {'x': teid})
self.assertEqual(len(rset), 1)
def test_nonregr_set_datetime(self):
# huum, psycopg specific
self.qexecute('SET X creation_date %(date)s WHERE X eid 1', {'date': date.today()})
def test_nonregr_u_owned_by_u(self):
ueid = self.qexecute("INSERT CWUser X: X login 'bob', X upassword 'toto', X in_group G "
"WHERE G name 'users'")[0][0]
rset = self.qexecute("CWUser U")
self.assertEqual(len(rset), 3) # bob + admin + anon
rset = self.qexecute("Any U WHERE NOT U owned_by U")
# even admin created at repo initialization time should belong to itself
self.assertEqual(len(rset), 0)
def test_nonreg_update_index(self):
# this is the kind of queries generated by "cubicweb-ctl db-check -ry"
self.qexecute("SET X description D WHERE X is State, X description D")
def test_nonregr_is(self):
uteid = self.qexecute('Any ET WHERE ET name "CWUser"')[0][0]
self.qexecute('Any X, ET WHERE X is ET, ET eid %s' % uteid)
def test_nonregr_orderby(self):
seid = self.qexecute('Any X WHERE X name "activated"')[0][0]
self.qexecute('Any X,S, MAX(T) GROUPBY X,S ORDERBY S '
'WHERE X is CWUser, T tags X, S eid IN(%s), X in_state S' % seid)
def test_nonregr_solution_cache(self):
self.skipTest('XXX should be fixed or documented') # (doesn't occur if cache key is provided.)
rset = self.qexecute('Any X WHERE X is CWUser, X eid %(x)s', {'x':self.ueid})
self.assertEqual(len(rset), 1)
rset = self.qexecute('Any X WHERE X is CWUser, X eid %(x)s', {'x':12345})
self.assertEqual(len(rset), 0)
def test_nonregr_final_norestr(self):
self.assertRaises(BadRQLQuery, self.qexecute, 'Date X')
def test_nonregr_eid_cmp(self):
peid1 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
peid2 = self.qexecute("INSERT Personne X: X nom 'bidule'")[0][0]
rset = self.qexecute('Any X,Y WHERE X is Personne, Y is Personne, '
'X nom XD, Y nom XD, X eid Z, Y eid > Z')
self.assertEqual(rset.rows, [[peid1, peid2]])
rset = self.qexecute('Any X,Y WHERE X nom XD, Y nom XD, X eid Z, Y eid > Z')
self.assertEqual(rset.rows, [[peid1, peid2]])
def test_nonregr_has_text_ambiguity_1(self):
peid = self.qexecute("INSERT CWUser X: X login 'bidule', X upassword 'bidule', "
"X in_group G WHERE G name 'users'")[0][0]
aeid = self.qexecute("INSERT Affaire X: X ref 'bidule'")[0][0]
rset = self.qexecute('Any X WHERE X is CWUser, X has_text "bidule"')
self.assertEqual(rset.rows, [[peid]])
rset = self.qexecute('Any X WHERE X is CWUser, X has_text "bidule", '
'X in_state S, S name SN')
self.assertEqual(rset.rows, [[peid]])
def test_nonregr_sql_cache(self):
# different SQL generated when 'name' is None or not (IS NULL).
self.assertFalse(self.qexecute('Any X WHERE X is CWEType, X name %(name)s',
{'name': None}))
self.assertTrue(self.qexecute('Any X WHERE X is CWEType, X name %(name)s',
{'name': 'CWEType'}))
class NonRegressionTC(CubicWebTC):
def test_has_text_security_cache_bug(self):
with self.admin_access.repo_cnx() as cnx:
self.create_user(cnx, 'user', ('users',))
aff1 = cnx.create_entity('Societe', nom=u'aff1')
aff2 = cnx.create_entity('Societe', nom=u'aff2')
cnx.commit()
with self.new_access('user').repo_cnx() as cnx:
res = cnx.execute('Any X WHERE X has_text %(text)s', {'text': u'aff1'})
self.assertEqual(res.rows, [[aff1.eid]])
res = cnx.execute('Any X WHERE X has_text %(text)s', {'text': u'aff2'})
self.assertEqual(res.rows, [[aff2.eid]])
def test_set_relations_eid(self):
with self.admin_access.repo_cnx() as cnx:
# create 3 email addresses
a1 = cnx.create_entity('EmailAddress', address=u'a1')
a2 = cnx.create_entity('EmailAddress', address=u'a2')
a3 = cnx.create_entity('EmailAddress', address=u'a3')
# SET relations using '>=' operator on eids
cnx.execute('SET U use_email A WHERE U login "admin", A eid >= %s' % a2.eid)
self.assertEqual(
[[a2.eid], [a3.eid]],
cnx.execute('Any A ORDERBY A WHERE U use_email A, U login "admin"').rows)
# DELETE
cnx.execute('DELETE U use_email A WHERE U login "admin", A eid > %s' % a2.eid)
self.assertEqual(
[[a2.eid]],
cnx.execute('Any A ORDERBY A WHERE U use_email A, U login "admin"').rows)
cnx.execute('DELETE U use_email A WHERE U login "admin"')
# SET relations using '<' operator on eids
cnx.execute('SET U use_email A WHERE U login "admin", A eid < %s' % a2.eid)
self.assertEqual(
[[a1.eid]],
cnx.execute('Any A ORDERBY A WHERE U use_email A, U login "admin"').rows)
if __name__ == '__main__':
unittest_main()