def test_index_handles_logged_in_user(self):
#create a session that appears to have a logged in user
self.request.session = {"user": "******"}
#setup dummy user
#we need to save user so user -> badges relationship is created
u = User(email="*****@*****.**")
u.save()
with mock.patch('main.views.User') as user_mock:
#tell the mock what to do when called
config = {'get_by_id.return_value': u}
user_mock.configure_mock(**config)
#run the test
resp = index(self.request)
#ensure we return the state of the session back to normal
self.request.session = {}
u.delete()
#we are now sending a lot of state for logged in users, rather than
#recreating that all here, let's just check for some text
#that should only be present when we are logged in.
self.assertContains(resp, "Report back to base")
def test_index_handles_logged_in_user(self):
#create a session that appears to have a logged in user
self.request.session = {"user": "******"}
#setup dummy user
#we need to save user so user -> badges relationship is created
u = User(email="*****@*****.**")
u.save()
with mock.patch('main.views.User') as user_mock:
#tell the mock what to do when called
config = {'get_by_id.return_value': u}
user_mock.configure_mock(**config)
#run the test
resp = index(self.request)
#ensure we return the state of the session back to normal
self.request.session = {}
u.delete()
#we are now sending a lot of state for logged in users, rather than
#recreating that all here, let's just check for some text
#that should only be present when we are logged in.
self.assertContains(resp, "Report back to base")
def test_index_handles_logged_in_user(self):
# Create a session that appears to have a logged in user
self.request.session = {"user": "******"}
u = User(email="*****@*****.**")
u.save()
with mock.patch('main.views.User') as user_mock:
# Tell the mock what to do when called
config = {'get_by_id.return_value': u}
user_mock.configure_mock(**config)
# Run the test
resp = index(self.request)
# Ensure we return the state of the session back to normal
self.request.session = {}
u.delete()
self.assertContains(resp, "Report back to base")
def test_index_handles_logged_in_user(self):
# Create a session that appears to have a logged in user
self.request.session = {"user": "******"}
u = User(email="*****@*****.**")
u.save()
with mock.patch('main.views.User') as user_mock:
# Tell the mock what to do when called
config = {'get_by_id.return_value': u}
user_mock.configure_mock(**config)
# Run the test
resp = index(self.request)
# Ensure we return the state of the session back to normal
self.request.session = {}
u.delete()
self.assertContains(resp, "Report back to base")
def test_index_handles_logged_in_user(self):
# Create a session that appears to have a logged in user
self.request.session={'user':'******'}
#setup dummy user
#we need to save user so user -> badges relationship is created
u=User(email="*****@*****.**")
u.save()
with mock.patch('main.views.User') as user_mock:
# Tell the mock what to do when called
config = {'get_by_id.return_value': u}# mock.Mock()}
user_mock.configure_mock(**config)
#Run the test
resp=index(self.request)
#ensure we return the state of the session back to normal so
#we don't affect other test
self.request.session={}
#verify it returns the page for the logged in user
# expectedHtml = render_to_response(
# 'main/user.html', {'user': user_mock.get_by_id(1)})
u.delete()
#self.assertEquals(resp.content, expectedHtml.content)
self.assertContains(resp,"Report back to base")
