def test_subscriptions(self):
pagename = u"Foo:foo 123"
tagname = u"xxx"
regexp = r"\d+"
item = Item.create(pagename)
item._save({NAMESPACE: u"", TAGS: [tagname]})
item = Item.create(pagename)
meta = item.meta
name = u'bar'
password = name
email = "*****@*****.**"
user.create_user(name, password, email)
the_user = user.User(name=name, password=password)
assert not the_user.is_subscribed_to(item)
the_user.subscribe(NAME, u"SomeOtherPageName", u"")
result = the_user.unsubscribe(NAME, u"OneMorePageName", u"")
assert result is False
subscriptions = [(ITEMID, meta[ITEMID], None),
(NAME, pagename, meta[NAMESPACE]),
(TAGS, tagname, meta[NAMESPACE]),
(NAMEPREFIX, pagename[:4], meta[NAMESPACE]),
(NAMERE, regexp, meta[NAMESPACE])]
for subscription in subscriptions:
keyword, value, namespace = subscription
the_user.subscribe(keyword, value, namespace)
assert the_user.is_subscribed_to(item)
the_user.unsubscribe(keyword, value, namespace, item)
assert not the_user.is_subscribed_to(item)
def test_handle_login():
# no messages in the beginning
assert not flaskg._login_messages
test_user1 = handle_login(flaskg.user,
login_username='******',
login_password='******',
stage='moin')
test_login_message = [u'Invalid username or password.']
assert flaskg._login_messages == test_login_message
assert test_user1.name0 == ANON
assert not test_user1.valid
# pop the message
flaskg._login_messages.pop()
# try with a valid user
givenauth_obj = GivenAuth()
flaskg.user.auth_method = 'given'
givenauth_obj.user_name = u'Test_User'
create_user(u'Test_User', u'test_pass', u'*****@*****.**')
test_user, bool_value = givenauth_obj.request(flaskg.user)
test_user2 = handle_login(test_user,
login_username='******',
login_password='******',
stage='moin')
assert not flaskg._login_messages
assert test_user2.name == [
u'Test_User',
]
assert test_user2.valid
def test_subscriptions(self):
pagename = u"Foo:foo 123"
tagname = u"xxx"
regexp = r"\d+"
item = Item.create(pagename)
item._save({NAMESPACE: u"", TAGS: [tagname]})
item = Item.create(pagename)
meta = item.meta
name = u'bar'
password = name
email = "*****@*****.**"
user.create_user(name, password, email)
the_user = user.User(name=name, password=password)
assert not the_user.is_subscribed_to(item)
the_user.subscribe(NAME, u"SomeOtherPageName", u"")
result = the_user.unsubscribe(NAME, u"OneMorePageName", u"")
assert result is False
subscriptions = [(ITEMID, meta[ITEMID], None),
(NAME, pagename, meta[NAMESPACE]),
(TAGS, tagname, meta[NAMESPACE]),
(NAMEPREFIX, pagename[:4], meta[NAMESPACE]),
(NAMERE, regexp, meta[NAMESPACE])]
for subscription in subscriptions:
keyword, value, namespace = subscription
the_user.subscribe(keyword, value, namespace)
assert the_user.is_subscribed_to(item)
the_user.unsubscribe(keyword, value, namespace, item)
assert not the_user.is_subscribed_to(item)
def test_request(self):
givenauth_obj = GivenAuth()
flaskg.user.auth_method = 'given'
givenauth_obj.user_name = u'testDomain\\[email protected]'
givenauth_obj.strip_maildomain = True
givenauth_obj.strip_windomain = True
givenauth_obj.titlecase = True
givenauth_obj.remove_blanks = True
create_user(u'Test_User', u'test_pass', u'*****@*****.**')
test_user, bool_value = givenauth_obj.request(flaskg.user)
assert test_user.valid
assert test_user.name == [u'Test_User', ]
def test_request(self):
# create a new user
create_user(u'ValidUser', u'test_pass', u'test_email@moinmoin')
httpauthmoin_obj = HTTPAuthMoin()
test_user, bool_val = httpauthmoin_obj.request(flaskg.user)
assert test_user.valid
assert test_user.name == [u'ValidUser', ]
assert bool_val
# when auth_method is not 'http'
flaskg.user.auth_method = 'invalid'
test_user, bool_val = httpauthmoin_obj.request(flaskg.user)
assert not test_user.valid
assert test_user.name0 == ANON
def test_request(self):
givenauth_obj = GivenAuth()
flaskg.user.auth_method = 'given'
givenauth_obj.user_name = u'testDomain\\[email protected]'
givenauth_obj.strip_maildomain = True
givenauth_obj.strip_windomain = True
givenauth_obj.titlecase = True
givenauth_obj.remove_blanks = True
create_user(u'Test_User', u'test_pass', u'*****@*****.**')
test_user, bool_value = givenauth_obj.request(flaskg.user)
assert test_user.valid
assert test_user.name == [
u'Test_User',
]
def test_request(self):
# create a new user
create_user(u"ValidUser", u"test_pass", u"test_email@moinmoin")
httpauthmoin_obj = HTTPAuthMoin()
test_user, bool_val = httpauthmoin_obj.request(flaskg.user)
assert test_user.valid
assert test_user.name == u"ValidUser"
assert bool_val
# when auth_method is not 'http'
flaskg.user.auth_method = "invalid"
test_user, bool_val = httpauthmoin_obj.request(flaskg.user)
assert not test_user.valid
assert test_user.name == u"anonymous"
def test_perf_get_subscribers(self):
pytest.skip("usually we do no performance tests")
password = u"password"
subscriptions = [
"{0}:{1}".format(ITEMID, self.item.meta[ITEMID]),
"{0}:{1}:{2}".format(NAME, self.namespace, self.item_name),
"{0}:{1}:{2}".format(TAGS, self.namespace, self.tagname),
"{0}:{1}:{2}".format(NAMEPREFIX, self.namespace, u"fo"),
"{0}:{1}:{2}".format(NAMERE, self.namespace, r"\wo")
]
users = set()
expected_names = set()
for i in xrange(10000):
i = unicode(i)
user.create_user(username=i,
password=password,
email="{0}@example.org".format(i),
validate=False,
locale=u'en')
user_ = user.User(name=i, password=password)
users.add(user_)
expected_names.add(user_.name0)
users_sliced = list(users)[:100]
expected_names_sliced = {user_.name0 for user_ in users_sliced}
tests = [(users_sliced, expected_names_sliced),
(users, expected_names)]
import time
for users_, expected_names_ in tests:
print "\nTesting {0} subscribers from a total of {1} users".format(
len(users_), len(users))
for subscription in subscriptions:
for user_ in users_:
user_.profile._meta[SUBSCRIPTIONS] = [subscription]
user_.save(force=True)
t = time.time()
subscribers = get_subscribers(**self.item.meta)
elapsed_time = time.time() - t
print "{0}: {1} s".format(
subscription.split(':', 1)[0], elapsed_time)
subscribers_names = {
subscriber.name
for subscriber in subscribers
}
assert subscribers_names == expected_names_
def test_handle_login():
# no messages in the beginning
assert not flaskg._login_messages
test_user1 = handle_login(flaskg.user, login_username='******', login_password='******', stage='moin')
test_login_message = [u'Invalid username or password.']
assert flaskg._login_messages == test_login_message
assert test_user1.name0 == ANON
assert not test_user1.valid
# pop the message
flaskg._login_messages.pop()
# try with a valid user
givenauth_obj = GivenAuth()
flaskg.user.auth_method = 'given'
givenauth_obj.user_name = u'Test_User'
create_user(u'Test_User', u'test_pass', u'*****@*****.**')
test_user, bool_value = givenauth_obj.request(flaskg.user)
test_user2 = handle_login(test_user, login_username='******', login_password='******', stage='moin')
assert not flaskg._login_messages
assert test_user2.name == [u'Test_User', ]
assert test_user2.valid
def run(self, name, display_name, email, openid, password):
before_wiki()
msg = user.create_user(username=name,
password=password,
email=email,
openid=openid)
if msg:
print msg
else:
u = user.User(auth_username=name)
print " %-20s %-25s %-35s - created." % (u.itemid, u.name, u.email),
def run(self, name, aliasname, email, openid, password):
flaskg.unprotected_storage = app.storage
msg = user.create_user(username=name,
password=password,
email=email,
openid=openid)
if msg:
print msg
else:
u = user.User(auth_username=name)
print " %-20s %-25s %-35s - created." % (u.itemid, u.name, u.email),
def createUser(self,
name,
password,
pwencoded=False,
email=None,
validate=False):
ret = user.create_user(name,
password,
email,
validate=validate,
is_encrypted=pwencoded)
assert ret is None, "create_user returned: {0}".format(ret)
def run(self, name, display_name, email, openid, password):
before_wiki()
msg = user.create_user(username=name,
password=password,
email=email,
openid=openid)
if msg:
print msg
else:
u = user.User(auth_username=name)
print " %-20s %-25s %-35s - created." % (u.itemid, u.name,
u.email),
def test_regression_user_password_started_with_sha(self):
# This is regression test for bug in function 'user.create_user'.
#
# This function does not encode passwords which start with '{SHA}'
# It treats them as already encoded SHA hashes.
#
# If user during registration specifies password starting with '{SHA}'
# this password will not get encoded and user object will get saved with empty enc_password
# field.
#
# Such situation leads to "KeyError: 'enc_password'" during
# user authentication.
# Any Password begins with the {SHA} symbols led to
# "KeyError: 'enc_password'" error during user authentication.
user_name = u'moin'
user_password = u'{SHA}LKM56'
user.create_user(user_name, user_password, u'*****@*****.**', '')
# Try to "login"
theuser = user.User(name=user_name, password=user_password)
assert theuser.valid
def test_regression_user_password_started_with_sha(self):
# This is regression test for bug in function 'user.create_user'.
#
# This function does not encode passwords which start with '{SHA}'
# It treats them as already encoded SHA hashes.
#
# If user during registration specifies password starting with '{SHA}'
# this password will not get encoded and user object will get saved with empty enc_password
# field.
#
# Such situation leads to "KeyError: 'enc_password'" during
# user authentication.
# Any Password begins with the {SHA} symbols led to
# "KeyError: 'enc_password'" error during user authentication.
user_name = u'moin'
user_password = u'{SHA}LKM56'
user.create_user(user_name, user_password, u'*****@*****.**', u'')
# Try to "login"
theuser = user.User(name=user_name, password=user_password)
assert theuser.valid
def test_perf_get_subscribers(self):
pytest.skip("usually we do no performance tests")
password = u"password"
subscriptions = [
"{0}:{1}".format(ITEMID, self.item.meta[ITEMID]),
"{0}:{1}:{2}".format(NAME, self.namespace, self.item_name),
"{0}:{1}:{2}".format(TAGS, self.namespace, self.tagname),
"{0}:{1}:{2}".format(NAMEPREFIX, self.namespace, u"fo"),
"{0}:{1}:{2}".format(NAMERE, self.namespace, r"\wo"),
]
users = set()
expected_names = set()
for i in xrange(10000):
i = unicode(i)
user.create_user(
username=i, password=password, email="{0}@example.org".format(i), validate=False, locale=u"en"
)
user_ = user.User(name=i, password=password)
users.add(user_)
expected_names.add(user_.name0)
users_sliced = list(users)[:100]
expected_names_sliced = {user_.name0 for user_ in users_sliced}
tests = [(users_sliced, expected_names_sliced), (users, expected_names)]
import time
for users_, expected_names_ in tests:
print "\nTesting {0} subscribers from a total of {1} users".format(len(users_), len(users))
for subscription in subscriptions:
for user_ in users_:
user_.profile._meta[SUBSCRIPTIONS] = [subscription]
user_.save(force=True)
t = time.time()
subscribers = get_subscribers(**self.item.meta)
elapsed_time = time.time() - t
print "{0}: {1} s".format(subscription.split(":", 1)[0], elapsed_time)
subscribers_names = {subscriber.name for subscriber in subscribers}
assert subscribers_names == expected_names_
def run(self, name, aliasname, email, openid, password):
flaskg.unprotected_storage = app.unprotected_storage
msg = user.create_user(username=name,
password=password,
email=email,
openid=openid)
if msg:
print msg
else:
uid = user.getUserId(name)
u = user.User(uid)
print " %-20s %-25s %-35s - created." % (u.id, u.name, u.email),
def test_get_subscribers(self, item, item_name, namespace, tag_name):
users = get_subscribers(**item.meta)
assert users == set()
name1 = u'baz'
password = u'password'
email1 = u'*****@*****.**'
name2 = u"bar"
email2 = u"*****@*****.**"
name3 = u"barbaz"
email3 = u"*****@*****.**"
user.create_user(username=name1,
password=password,
email=email1,
validate=False,
locale=u'en')
user1 = user.User(name=name1, password=password)
user.create_user(username=name2,
password=password,
email=email2,
validate=False)
user2 = user.User(name=name2, password=password)
user.create_user(username=name3,
password=password,
email=email3,
verify_email=True,
locale=u"en")
user3 = user.User(name=name3, password=password, email=email3)
subscribers = get_subscribers(**item.meta)
assert subscribers == set()
namere = r'.*'
nameprefix = u"fo"
subscription_lists = [
["{0}:{1}".format(ITEMID, item.meta[ITEMID])],
["{0}:{1}:{2}".format(TAGS, namespace, tag_name)],
["{0}:{1}:{2}".format(NAME, namespace, item_name)],
["{0}:{1}:{2}".format(NAMERE, namespace, namere)],
["{0}:{1}:{2}".format(NAMEPREFIX, namespace, nameprefix)],
]
users = [user1, user2, user3]
expected_names = {user1.name0, user2.name0}
for subscriptions in subscription_lists:
for user_ in users:
user_.profile._meta[SUBSCRIPTIONS] = subscriptions
user_.save(force=True)
subscribers = get_subscribers(**item.meta)
subscribers_names = {subscriber.name for subscriber in subscribers}
assert subscribers_names == expected_names
meta = {
CONTENTTYPE: u'text/plain;charset=utf-8',
ACL: u"{0}: All:read,write".format(user1.name0)
}
item._save(meta, comment=u"")
item = Item.create(item_name)
subscribers = get_subscribers(**item.meta)
assert {subscriber.name for subscriber in subscribers} == {user2.name0}
def test_create_retrieve(self):
name = u"foo"
password = u"barbaz4711"
email = u"*****@*****.**"
# nonexisting user
u = user.User(name=name, password=password)
assert u.name == [name, ]
assert not u.valid
assert not u.exists()
# create a user
ret = user.create_user(name, password, email, validate=False)
assert ret is None, "create_user returned: {0}".format(ret)
# existing user
u = user.User(name=name, password=password)
assert u.name == [name, ]
assert u.email == email
assert u.valid
assert u.exists()
def test_create_retrieve(self):
name = u"foo"
password = u"barbaz4711"
email = u"*****@*****.**"
# nonexisting user
u = user.User(name=name, password=password)
assert u.name == [
name,
]
assert not u.valid
assert not u.exists()
# create a user
ret = user.create_user(name, password, email, validate=False)
assert ret is None, "create_user returned: {0}".format(ret)
# existing user
u = user.User(name=name, password=password)
assert u.name == [
name,
]
assert u.email == email
assert u.valid
assert u.exists()
def test_get_subscribers(self, item, item_name, namespace, tag_name):
users = get_subscribers(**item.meta)
assert users == set()
name1 = u'baz'
password = u'password'
email1 = u'*****@*****.**'
name2 = u"bar"
email2 = u"*****@*****.**"
name3 = u"barbaz"
email3 = u"*****@*****.**"
user.create_user(username=name1, password=password, email=email1, validate=False, locale=u'en')
user1 = user.User(name=name1, password=password)
user.create_user(username=name2, password=password, email=email2, validate=False)
user2 = user.User(name=name2, password=password)
user.create_user(username=name3, password=password, email=email3, locale=u"en")
user3 = user.User(name=name3, password=password, email1=email3)
subscribers = get_subscribers(**item.meta)
assert subscribers == set()
namere = r'.*'
nameprefix = u"fo"
subscription_lists = [
["{0}:{1}".format(ITEMID, item.meta[ITEMID])],
["{0}:{1}:{2}".format(TAGS, namespace, tag_name)],
["{0}:{1}:{2}".format(NAME, namespace, item_name)],
["{0}:{1}:{2}".format(NAMERE, namespace, namere)],
["{0}:{1}:{2}".format(NAMEPREFIX, namespace, nameprefix)],
]
users = [user1, user2, user3]
expected_names = {user1.name0, user2.name0}
for subscriptions in subscription_lists:
for user_ in users:
user_.profile._meta[SUBSCRIPTIONS] = subscriptions
user_.save(force=True)
subscribers = get_subscribers(**item.meta)
subscribers_names = {subscriber.name for subscriber in subscribers}
assert subscribers_names == expected_names
meta = {CONTENTTYPE: u'text/plain;charset=utf-8',
ACL: u"{0}: All:read,write".format(user1.name0)}
item._save(meta, comment=u"")
item = Item.create(item_name)
subscribers = get_subscribers(**item.meta)
assert {subscriber.name for subscriber in subscribers} == {user2.name0}
def createUser(self, name, password, pwencoded=False, email=None):
""" helper to create test user
"""
if email is None:
email = "*****@*****.**"
user.create_user(name, password, email, is_encrypted=pwencoded)
def createUser(self, name, password, pwencoded=False, email=None):
""" helper to create test user
"""
if email is None:
email = "*****@*****.**"
user.create_user(name, password, email, is_encrypted=pwencoded)
def createUser(self, name, password, pwencoded=False, email=None, validate=False):
ret = user.create_user(name, password, email, validate=validate, is_encrypted=pwencoded)
assert ret is None, "create_user returned: {0}".format(ret)