def test_create_user(self):
"""Check that User can be created outside of a running identity provider."""
u = TG_User(user_name='testcase',
email_address='*****@*****.**',
display_name='Test Me',
password='******')
assert u.password == 'test', u.password
def test_require_group_viewable(self):
"""Test that the current user and group properties are set correctly."""
response = self.app.get('/in_peon_group?'
'user_name=samIam&password=secret&login=Login')
user = TG_User.by_user_name("samIam")
group_ids = set((TG_Group.by_group_name("peon").id,
TG_Group.by_group_name("other").id))
def test_user_password(self):
"""Test if we can set a user password (no encryption algorithm)."""
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = "******"
u.sync()
assert u.password == "password"
hub.rollback()
hub.end()
def test_user_password(self):
"""Test if we can set a user password (no encryption algorithm)."""
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = '******'
u.sync()
assert u.password == 'password'
hub.rollback()
hub.end()
def in_peon_group(self):
user = TG_User.by_user_name("samIam")
group_ids = set((TG_Group.by_group_name("peon").id, TG_Group.by_group_name("other").id))
assert identity.current.user == user
assert identity.current.user_name == user.user_name
assert identity.current.user_id == user.id
assert identity.current.groups == set(("peon", "other"))
assert identity.current.group_ids == group_ids
assert "samIam" == cherrypy.serving.request.identity.user_name
return "in_peon_group"
def in_peon_group(self):
user = TG_User.by_user_name("samIam")
group_ids = set((TG_Group.by_group_name("peon").id,
TG_Group.by_group_name("other").id))
assert identity.current.user == user
assert identity.current.user_name == user.user_name
assert identity.current.user_id == user.id
assert identity.current.groups == set(('peon', 'other'))
assert identity.current.group_ids == group_ids
assert "samIam" == cherrypy.serving.request.identity.user_name
return 'in_peon_group'
def test_user_password_raw_unicode(self):
config.update({"tools.identity.soprovider.encryption_algorithm": "sha1"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.set_password_raw(u"garçon")
u.sync()
assert u.password == u"garçon"
hub.rollback()
hub.end()
def test_user_password_raw_unicode(self):
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'sha1'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.set_password_raw(u'garçon')
u.sync()
assert u.password == u'garçon'
hub.rollback()
hub.end()
def test_user_password_hashed_md5(self):
"""Test if a md5 hashed password is stored in the database."""
config.update({"tools.identity.soprovider.encryption_algorithm": "md5"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = "******"
u.sync()
assert u.password == "5f4dcc3b5aa765d61d8327deb882cf99"
hub.rollback()
hub.end()
def test_user_password_hashed_sha(self):
"""Test if a sha hashed password is stored in the database."""
config.update({"tools.identity.soprovider.encryption_algorithm": "sha1"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = "******"
u.sync()
assert u.password == "5baa61e4c9b93f3f0682250b6cf8331b7ee68fd8"
hub.rollback()
hub.end()
def test_user_password_unicode(self):
"""Test if we can set a user password which is encoded as unicode
(no encryption algorithm)."""
config.update({'tools.identity.soprovider.encryption_algorithm': None})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = u'garçon'
u.sync()
assert u.password == u'garçon'
hub.rollback()
hub.end()
def test_user_password_hashed_md5(self):
"""Test if a md5 hashed password is stored in the database."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'md5'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = '******'
u.sync()
assert u.password == '5f4dcc3b5aa765d61d8327deb882cf99'
hub.rollback()
hub.end()
def test_user_password_hashed_md5_unicode(self):
"""Test if a md5 hashed password with unicode characters is stored
in the database."""
config.update({"tools.identity.soprovider.encryption_algorithm": "md5"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = u"garçon"
u.sync()
assert u.password == "c295c4bb2672ca8c432effc53b40bb1e"
hub.rollback()
hub.end()
def test_user_password_unicode(self):
"""Test if we can set a user password which is encoded as unicode
(no encryption algorithm)."""
config.update({"tools.identity.soprovider.encryption_algorithm": None})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = u"garçon"
u.sync()
assert u.password == u"garçon"
hub.rollback()
hub.end()
def test_user_password_hashed_sha(self):
"""Test if a sha hashed password is stored in the database."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'sha1'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = '******'
u.sync()
assert u.password == '5baa61e4c9b93f3f0682250b6cf8331b7ee68fd8'
hub.rollback()
hub.end()
def test_user_password_raw(self):
"""Test that we can store raw values in the password field
(without being hashed)."""
config.update({"tools.identity.soprovider.encryption_algorithm": "sha1"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.set_password_raw("password")
u.sync()
assert u.password == "password"
hub.rollback()
hub.end()
def test_user_password_hashed_sha_unicode(self):
"""Test if a sha hashed password with unicode characters is stored
in the database."""
config.update({"tools.identity.soprovider.encryption_algorithm": "sha1"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = u"garçon"
u.sync()
assert u.password == "442edb21c491a6e6f502eb79e98614f3c7edf43e"
hub.rollback()
hub.end()
def test_user_password_raw(self):
"""Test that we can store raw values in the password field
(without being hashed)."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'sha1'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.set_password_raw('password')
u.sync()
assert u.password == 'password'
hub.rollback()
hub.end()
def test_user_password_hashed_sha_unicode(self):
"""Test if a sha hashed password with unicode characters is stored
in the database."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'sha1'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = u'garçon'
u.sync()
assert u.password == '442edb21c491a6e6f502eb79e98614f3c7edf43e'
hub.rollback()
hub.end()
def test_user_password_hashed_md5_unicode(self):
"""Test if a md5 hashed password with unicode characters is stored
in the database."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'md5'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = u'garçon'
u.sync()
assert u.password == 'c295c4bb2672ca8c432effc53b40bb1e'
hub.rollback()
hub.end()
def test_user_password_hashed_md5_utf8string(self):
"""Test if a md5 hashed password with unicode characters is stored in
the database if the password is entered as str (encoded in UTF-8). This
test ensures that the encryption algorithm does handle non-unicode
parameters gracefully."""
config.update({"tools.identity.soprovider.encryption_algorithm": "md5"})
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = u"garçon".encode("UTF-8")
u.sync()
assert u.password == "c295c4bb2672ca8c432effc53b40bb1e"
hub.rollback()
hub.end()
def test_user_password_hashed_md5_utf8string(self):
"""Test if a md5 hashed password with unicode characters is stored in
the database if the password is entered as str (encoded in UTF-8). This
test ensures that the encryption algorithm does handle non-unicode
parameters gracefully."""
config.update(
{'tools.identity.soprovider.encryption_algorithm': 'md5'})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = u'garçon'.encode('UTF-8')
u.sync()
assert u.password == 'c295c4bb2672ca8c432effc53b40bb1e'
hub.rollback()
hub.end()
def test_user_password_hashed_custom(self):
"""Test if a custom hashed password is stored in the database."""
config.update({
'tools.identity.soprovider.encryption_algorithm':
'custom',
'tools.identity.custom_encryption':
'identity.tests.test_identity.mycustomencrypt'
})
# force new config values to load
startup.startTurboGears()
self.app.get('/')
hub.begin()
u = TG_User.by_user_name('samIam')
u.password = '******'
u.sync()
assert u.password == 'password_custom'
hub.rollback()
hub.end()
def test_user_password_hashed_custom(self):
"""Test if a custom hashed password is stored in the database."""
config.update(
{
"tools.identity.soprovider.encryption_algorithm": "custom",
"tools.identity.custom_encryption": "identity.tests.test_identity.mycustomencrypt",
}
)
# force new config values to load
startup.startTurboGears()
self.app.get("/")
hub.begin()
u = TG_User.by_user_name("samIam")
u.password = "******"
u.sync()
assert u.password == "password_custom"
hub.rollback()
hub.end()
def init_model(self):
if TG_User.select().count() == 0:
user = TG_User(
user_name="samIam", email_address="*****@*****.**", display_name="Samuel Amicus", password="******"
)
admin_group = TG_Group(group_name="admin", display_name="Administrator")
peon_group = TG_Group(group_name="peon", display_name="Regular Peon")
other_group = TG_Group(group_name="other", display_name="Another Group")
chopper_perm = TG_Permission(permission_name="chops_wood", description="Wood Chopper")
boss_perm = TG_Permission(permission_name="bosses_people", description="Benevolent Dictator")
peon_group.addTG_Permission(chopper_perm)
admin_group.addTG_Permission(boss_perm)
user.addTG_Group(peon_group)
user.addTG_Group(other_group)
def init_model(self):
if TG_User.select().count() == 0:
user = TG_User(user_name='samIam',
email_address='*****@*****.**',
display_name='Samuel Amicus',
password='******')
admin_group = TG_Group(group_name="admin",
display_name="Administrator")
peon_group = TG_Group(group_name="peon",
display_name="Regular Peon")
other_group = TG_Group(group_name="other",
display_name="Another Group")
chopper_perm = TG_Permission(permission_name='chops_wood',
description="Wood Chopper")
boss_perm = TG_Permission(permission_name='bosses_people',
description="Benevolent Dictator")
peon_group.addTG_Permission(chopper_perm)
admin_group.addTG_Permission(boss_perm)
user.addTG_Group(peon_group)
user.addTG_Group(other_group)
def test_require_group_viewable(self):
"""Test that a user with proper group membership can see a restricted url."""
response = self.app.get('/in_peon_group?'
'user_name=samIam&password=secret&login=Login')
assert 'in_peon_group' in response, response
user = TG_User.by_user_name("samIam")
def test_require_group_viewable(self):
"""Test that the current user and group properties are set correctly."""
response = self.app.get("/in_peon_group?" "user_name=samIam&password=secret&login=Login")
user = TG_User.by_user_name("samIam")
group_ids = set((TG_Group.by_group_name("peon").id, TG_Group.by_group_name("other").id))
def test_user_exists(self):
u = TG_User.by_user_name('samIam')
assert u.email_address == '*****@*****.**'
def test_require_group_viewable(self):
"""Test that a user with proper group membership can see a restricted url."""
response = self.app.get("/in_peon_group?" "user_name=samIam&password=secret&login=Login")
assert "in_peon_group" in response, response
user = TG_User.by_user_name("samIam")
def test_user_exists(self):
u = TG_User.by_user_name("samIam")
assert u.email_address == "*****@*****.**"
