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|
# #
# Test GroupUserFolder #
# #
# #
# (c)2002 Ingeniweb #
import os, sys
if __name__ == '__main__':
execfile(os.path.join(sys.path[0], 'framework.py'))
# Load fixture
from Testing import ZopeTestCase
# Permissions / security
from AccessControl.Permissions import access_contents_information, view, add_documents_images_and_files, change_images_and_files, view_management_screens
from AccessControl.SecurityManagement import newSecurityManager, noSecurityManager, getSecurityManager
from AccessControl import Unauthorized
from AccessControl import Permissions
from AccessControl.User import UnrestrictedUser
from AccessControl.PermissionRole import rolesForPermissionOn
import urllib
# Create the error_log object
app = ZopeTestCase.app()
ZopeTestCase.utils.setupSiteErrorLog(app)
ZopeTestCase.close(app)
# Start the web server
host, port = ZopeTestCase.utils.startZServer(4)
base = 'http://%s:%d/%s' %(host, port, ZopeTestCase._folder_name)
# Get global vars
#from Products.GroupUserFolder.global_symbols import *
from Products.GroupUserFolder.interfaces import IUserFolder
from Interface import Verify
# Install our product
ZopeTestCase.installProduct('GroupUserFolder')
ZopeTestCase.installProduct('OFSP')
import GRUFTestCase
from Log import *
class TestGroupUserFolder(GRUFTestCase.GRUFTestCase):
# #
# Basic GRUF behaviour testing #
# #
def test00userNames(self,):
"""
test00userNames(self,)
Basic test of user and group names.
"""
un = self.gruf_folder.acl_users.getUserNames()
users = [
'g1', 'g2', "g3", "g4",
"ng1", "ng2", "ng3", "ng4", "ng5",
"manager",
"u1", "u2", "u3", "u4", "u5", "u6", "u7", "u8", "u9", "u10", "u11",
"extranet", "intranet", "compta",
]
un.sort()
users.sort()
for u in users:
self.failUnless(u in un, "Invalid users list: '%s' is not in acl_users." % (u,))
for u in un:
self.failUnless(u in users, "Invalid users list: '%s' is in acl_users but shouldn't be there." % (u,))
def test00userIds(self,):
"""
test00userIds(self,)
Basic test of user and group names.
"""
un = self.gruf.getUserIds()
users = [
'group_g1', 'group_g2', "group_g3", "group_g4",
"group_ng1", "group_ng2", "group_ng3", "group_ng4", "group_ng5",
"manager",
"u1", "u2", "u3", "u4", "u5", "u6", "u7", "u8", "u9", "u10", "u11",
"group_extranet", "group_intranet", "group_compta",
]
un.sort()
users.sort()
for u in users:
self.failUnless(u in un, "Invalid users list: '%s' is not in acl_users." % (u,))
for u in un:
self.failUnless(u in users, "Invalid users list: '%s' is in acl_users but shouldn't be there." % (u,))
# #
# Basic GRUF behaviour testing #
# #
def test01userRoles(self,):
"""
test01userRoles => Test if the user "inherits" group roles
"""
# Add a few roles
if not "userrole" in self.gruf.userFolderGetRoles():
self.gruf.userFolderAddRole("userrole")
if not "grouprole" in self.gruf.userFolderGetRoles():
self.gruf.userFolderAddRole("grouprole")
# Add the group & the user
self.gruf.userFolderAddGroup(
name = 'gtest',
roles = ['grouprole', ],
)
self.gruf.userFolderAddUser(
name = 'utest',
password = 'secret',
roles = ('userrole', ),
groups = ('gtest', ),
)
# Check if the user has the right roles
usr = self.gruf.getUser('utest')
roles = usr.getRoles()
self.failUnless('Authenticated' in roles)
self.failUnless('userrole' in roles)
self.failUnless('grouprole' in roles)
# Remove the group & user
self.gruf.userFolderDelUsers(['utest',])
self.gruf.userFolderDelGroups(['gtest',])
def test02securityMatrix(self,):
"""
test02securityMatrix(self,) => Test the whole security matrix !
We just check that people has the right roles
"""
self.failUnless(self.compareRoles(None, "u1", ()))
self.failUnless(self.compareRoles(None, "u2", ()))
self.failUnless(self.compareRoles(None, "u3", ("r1", )))
self.failUnless(self.compareRoles(None, "u4", ("r1", "r2", )))
self.failUnless(self.compareRoles(None, "u5", ("r1", "r2", )))
self.failUnless(self.compareRoles(None, "u6", ("r1", "r2", )))
self.failUnless(self.compareRoles(None, "u7", ("r1", "r2", "r3", )))
def test03usersBelongToGroups(self,):
"""
test03usersBelongToGroups(self,) => test that the users belong to the right groups.
This implies nested groups testing
"""
# Check regular users
self.failUnless(self.compareGroups("u1", ()))
self.failUnless(self.compareGroups("u2", ("g1", )))
self.failUnless(self.compareGroups("u3", ("g1", "g2", )))
self.failUnless(self.compareGroups("u4", ("g1", "g2", "g3", )))
self.failUnless(self.compareGroups("u5", ("g2", "g3", )))
self.failUnless(self.compareGroups("u6", ("g3", )))
self.failUnless(self.compareGroups("u7", ("g4", )))
# Check nested groups
self.failUnless(self.compareGroups("group_ng1", ("g1", )))
self.failUnless(self.compareGroups("group_ng2", ("g2", "g3", )))
self.failUnless(self.compareGroups("group_ng3", ("g2", "g3", "ng2", )))
self.failUnless(self.compareGroups("group_ng4", ("g2", "g3", "ng2", )))
self.failUnless(self.compareGroups("group_ng5", ("g2", "g3", "ng2", "ng4", )))
## self.failUnless(self.compareGroups("ng6", ("ng5", )))
# Check nested-groups users
self.failUnless(self.compareGroups("u8", ("ng1", "g1", )))
self.failUnless(self.compareGroups("u9", ("ng2", "g1", "g2","g3", )))
self.failUnless(self.compareGroups("u10", ("ng2", "ng3", "g2", "g3", )))
self.failUnless(self.compareGroups("u11", ("ng2", "ng3", "g2", "g3", )))
## self.failUnless(self.compareGroups("u12", ()))
def test04localRoles(self,):
"""
Test the security matrix on a local role
We just check that people has the right roles
"""
self.failUnless(self.compareRoles(self.gruf_folder, "u1", ()))
self.failUnless(self.compareRoles(self.gruf_folder, "u2", ()))
self.failUnless(self.compareRoles(self.gruf_folder, "u3", ("r1", )))
self.failUnless(self.compareRoles(self.gruf_folder, "u4", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.gruf_folder, "u5", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.gruf_folder, "u6", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.gruf_folder, "u7", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.lr, "u1", ()))
self.failUnless(self.compareRoles(self.lr, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.lr, "u3", ("r1", "r3", )))
self.failUnless(self.compareRoles(self.lr, "u4", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.lr, "u5", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.lr, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.lr, "u7", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.sublr, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr3, "u2", ()))
self.failUnless(self.compareRoles(self.sublr3, "u3", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.sublr3, "u6", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.subsublr3, "u2", ()))
self.failUnless(self.compareRoles(self.subsublr3, "u3", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.subsublr3, "u6", ("r1", "r2", )))
def test05nestedGroups(self,):
"""
Test security on nested groups
"""
# Test group roles
self.failUnless(self.compareRoles(None, "group_ng1", ()))
self.failUnless(self.compareRoles(None, "group_ng2", ('r1', 'r2', )))
self.failUnless(self.compareRoles(None, "group_ng3", ('r1', 'r2', )))
self.failUnless(self.compareRoles(None, "group_ng4", ('r1', 'r2', 'r3', )))
self.failUnless(self.compareRoles(None, "group_ng5", ('r1', 'r2', 'r3', )))
## self.failUnless(self.compareRoles(None, "group_ng6", ()))
# Test user roles
self.failUnless(self.compareRoles(None, "u8", ()))
self.failUnless(self.compareRoles(None, "u9", ("r1", "r2", )))
self.failUnless(self.compareRoles(None, "u10", ("r1", "r2", )))
self.failUnless(self.compareRoles(None, "u11", ("r1", "r2", "r3")))
## self.failUnless(self.compareRoles(None, "u12", ("r1", "r2", "r3")))
# Test the same with local roles (wow !)
self.failUnless(self.compareRoles(self.gruf_folder.lr, "u8", ("r3", )))
self.failUnless(self.compareRoles(self.gruf_folder.lr, "u9", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.gruf_folder.lr, "u10", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.gruf_folder.lr, "u11", ("r1", "r2", "r3")))
## self.failUnless(self.compareRoles(self.gruf_folder.lr, "u12", ("r1", "r2", "r3")))
def test06doubleNesting(self,):
"""
Test against double nesting
"""
self.failUnless(self.compareGroups("group_compta", ('intranet', 'extranet', )))
def test08traversal(self,):
"""
test traversal to ensure management screens are correctly accessible
"""
# Check if we can traverse a GRUF to fetch a user (check a dummy method on it)
traversed = self.gruf.restrictedTraverse("u1")
Log(LOG_DEBUG, traversed)
self.failUnless(traversed.meta_type == "Group User Folder")
# Now, do the same but with a folder of the same name
self.gruf_folder.manage_addProduct['OFSP'].manage_addFolder('u1')
traversed = self.gruf.restrictedTraverse("u1")
Log(LOG_DEBUG, traversed)
self.failUnless(traversed.meta_type == "Group User Folder")
# #
# GRUF Interface testing #
# #
def test10GRUFMethods(self,):
"""
We test that GRUF's API is well protected
"""
self.assertRaises(Unauthorized, self.gruf_folder.restrictedTraverse, 'acl_users/getGRUFPhysicalRoot')
self.assertRaises(Unauthorized, self.gruf_folder.restrictedTraverse, 'acl_users/getGRUFPhysicalRoot')
#urllib.urlopen(base+'/acl_users/getGRUFId')
# #
# LocalRole Acquisition Blocking #
# #
def test11LocalRoleBlocking(self,):
"""
We block LR acquisition on sublr2.
See GRUFTestCase to understand what happens (basically, roles in brackets
will be removed from sublr2).
"""
# Initial check
self.failUnless(self.compareRoles(self.sublr2, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u6", ("r1", "r2", "r3", )))
# Disable LR acquisition on sublr2 and test the stuff
self.gruf._acquireLocalRoles(self.sublr2, 0)
self.failUnless(self.compareRoles(self.sublr2, "u2", ()))
self.failUnless(self.compareRoles(self.sublr2, "u3", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.sublr2, "u6", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.subsublr2, "u2", ()))
self.failUnless(self.compareRoles(self.subsublr2, "u3", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.subsublr2, "u6", ("r1", "r2", )))
# Now we disable LR acq. on subsublr2 and check what happens
self.gruf._acquireLocalRoles(self.subsublr2, 0)
self.failUnless(self.compareRoles(self.sublr2, "u2", ()))
self.failUnless(self.compareRoles(self.sublr2, "u3", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.sublr2, "u6", ("r1", "r2", )))
self.failUnless(self.compareRoles(self.subsublr2, "u2", ()))
self.failUnless(self.compareRoles(self.subsublr2, "u3", ("r1", )))
self.failUnless(self.compareRoles(self.subsublr2, "u6", ("r1", "r2", )))
# We enable back on sublr2. subsublr2 mustn't change.
self.gruf._acquireLocalRoles(self.sublr2, 1)
self.failUnless(self.compareRoles(self.sublr2, "u2", ("r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u3", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.sublr2, "u6", ("r1", "r2", "r3", )))
self.failUnless(self.compareRoles(self.subsublr2, "u2", ()))
self.failUnless(self.compareRoles(self.subsublr2, "u3", ("r1", )))
self.failUnless(self.compareRoles(self.subsublr2, "u6", ("r1", "r2", )))
def test12LocalRoleSecurity(self):
"""Access TTW
"""
try:
self.gruf.acquireLocalRoles(self.sublr2, 1)
except:
failed = 1
else:
failed = 0
if getSecurityManager().checkPermission(Permissions.change_permissions, self.sublr2,):
self.failUnless(not failed, "Must have the permission here.")
else:
self.failUnless(failed, "Must NOT have the permission here.")
def test13TestCMFLRBehaviour(self,):
"""Special test to check that CMF's allowedRolesAndUsers is okay
"""
# Allowed patterns
normal_allowed = ['r1', 'r2', 'r3', 'user:group_g1', 'user:u6', 'user:u3']
normal_allowed.sort()
blocked_allowed = ["r1", "r2", "r3", "user:u3", "user:u6", ]
blocked_allowed.sort()
# Normal behaviour
ob = self.subsublr2
allowed = {}
for r in rolesForPermissionOn('View', ob):
allowed[r] = 1
localroles = _mergedLocalRoles(ob)
for user, roles in localroles.items():
for role in roles:
if allowed.has_key(role):
allowed['user:' + user] = 1
if allowed.has_key('Owner'):
del allowed['Owner']
allowed = list(allowed.keys())
allowed.sort()
self.failUnlessEqual(allowed, normal_allowed)
# LR-blocking behaviour
self.gruf._acquireLocalRoles(self.sublr2, 0)
ob = self.subsublr2
allowed = {}
for r in rolesForPermissionOn('View', ob):
allowed[r] = 1
localroles = _mergedLocalRoles(ob)
for user, roles in localroles.items():
for role in roles:
if allowed.has_key(role):
allowed['user:' + user] = 1
if allowed.has_key('Owner'):
del allowed['Owner']
allowed = list(allowed.keys())
allowed.sort()
self.failUnlessEqual(allowed, blocked_allowed)
def test14Allowed(self,):
"""Test if the allowed() method is working properly.
We check the roles on lr, and then on sublr2 after local role blocking tweaking.
"""
u2 = self.gruf.getUser("u2") # Belongs to group_g1
u3 = self.gruf.getUser("u3")
u6 = self.gruf.getUser("u6")
# Positive assertions
self.failUnless(u2.allowed(self.lr, ("r3", )))
self.failUnless(u3.allowed(self.lr, ("r1", "r3", )))
self.failUnless(u6.allowed(self.lr, ("r1", "r2", "r3", )))
self.failUnless(u2.allowed(self.subsublr2, ("r1", "r2", "r3", )))
self.failUnless(u3.allowed(self.subsublr2, ("r1", "r2", "r3", )))
self.failUnless(u6.allowed(self.subsublr2, ("r1", "r2", "r3", )))
self.failUnless(u3.allowed(self.subsublr3, ("r1", "r2", "r3", )))
self.failUnless(u6.allowed(self.subsublr3, ("r1", "r2", "r3", )))
# Negative assertions
self.failUnless(not u2.allowed(self.lr, ("r1", "r2", )))
self.failUnless(not u3.allowed(self.lr, ("r2", )))
self.failUnless(not u2.allowed(self.subsublr2, ("r1", "r2", )))
self.failUnless(not u2.allowed(self.subsublr3, ("r1", "r2", "r3", )))
self.failUnless(not u3.allowed(self.subsublr3, ("r3", )))
self.failUnless(not u6.allowed(self.subsublr3, ("r3", )))
def test15user_names(self,):
"""test15user_names(self,) => check if the user_names() method return user IDS and
not user NAMES... This is an inconsistency in Zope's code...
"""
un = self.gruf.user_names()
users = [
'group_g1', 'group_g2', "group_g3", "group_g4",
"group_ng1", "group_ng2", "group_ng3", "group_ng4", "group_ng5",
"manager",
"u1", "u2", "u3", "u4", "u5", "u6", "u7", "u8", "u9", "u10", "u11",
"group_extranet", "group_intranet", "group_compta",
]
un.sort()
users.sort()
for u in users:
self.failUnless(u in un, "Invalid users list: '%s' is not in acl_users." % (u,))
for u in un:
self.failUnless(u in users, "Invalid users list: '%s' is in acl_users but shouldn't be there." % (u,))
def _mergedLocalRoles(object):
"""Returns a merging of object and its ancestors'
__ac_local_roles__.
This will call gruf's methods. It's made that may to mimic the
usual CMF code."""
return object.acl_users._getAllLocalRoles(object)
# #
# Copy / Paste support #
# #
class TestGroupUserFolderCopy(TestGroupUserFolder):
"""
Same tests as the previous class, but AFTER a copy/paste operation
"""
_setup_done = 0
def afterSetUp(self,):
"""
afterSetUp(self,) => Basic gruf setup with a copy/paste
"""
# Build a security context with the regular GRUF Folder
self.gruf_setup()
self.security_context_setup()
# Perform tests to ensure using GRUF and filling all caches
self.test00userNames()
self.test01userRoles()
self.test02securityMatrix()
self.test03usersBelongToGroups()
self.test04localRoles()
self.test05nestedGroups()
self.test06doubleNesting()
# Now copy/paste a re-build the security context in another folder
self._setupUser()
self._setRoles(['Manager', ], )
self._login()
self.folder.manage_addProduct['OFSP'].manage_addFolder('gruf_folder2')
folder2 = self.folder.gruf_folder2
# copy/paste GRUF inside
copy = self.gruf_folder.manage_copyObjects(ids = ['acl_users',],)
folder2.manage_pasteObjects(cb_copy_data = copy)
if __name__ == '__main__':
framework(descriptions=1, verbosity=1)
else:
import unittest
def test_suite():
suite = unittest.TestSuite()
suite.addTest(unittest.makeSuite(TestGroupUserFolder))
suite.addTest(unittest.makeSuite(TestGroupUserFolderCopy))
return suite
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