def test_decline_invite(self):
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# create a group in minion that includes the recipient (bug#175)
group = Group(self.group_name, users=[recipient.email])
group.create()
# ensure now the recipient is part of the new group
res2 = recipient.get()
self.assertEqual(res2.json()['user']['groups'], [group.group_name])
# recipient has declined the invitation
res3 = invite.update(invite_id, "decline", login=recipient.email)
self.assertEqual(res3.json()['invite']['status'], 'declined')
# when recipient declined, user account is deleted (bug #175)
res4 = recipient.get()
self.assertEqual(res4.json()['success'], False)
self.assertEqual(res4.json()['reason'], 'no-such-user')
# when recipient declined, user is also not part of a group anymore (bug #175)
res5 = group.get()
self.assertEqual(res5.json()['group']['users'], [])
def test_decline_invite(self):
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# create a group in minion that includes the recipient (bug#175)
group = Group(self.group_name, users=[recipient.email])
group.create()
# ensure now the recipient is part of the new group
res2 = recipient.get()
self.assertEqual(res2.json()['user']['groups'], [group.group_name])
# recipient has declined the invitation
res3 = invite.update(invite_id, "decline", login=recipient.email)
self.assertEqual(res3.json()['invite']['status'], 'declined')
# when recipient declined, user account is deleted (bug #175)
res4 = recipient.get()
self.assertEqual(res4.json()['success'], False)
self.assertEqual(res4.json()['reason'], 'no-such-user')
# when recipient declined, user is also not part of a group anymore (bug #175)
res5 = group.get()
self.assertEqual(res5.json()['group']['users'], [])
def test_accept_invite_with_a_different_login_email(self):
# we allow recipient to login with a different email address.
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# create a group and a site and add the recipient to the group
site = Site(self.target_url)
res2 = site.create()
# create a group in minion
group = Group(self.group_name,
sites=[site.url],
users=[recipient.email])
group.create()
# ensure user and site are in this new group
res3 = group.get()
self.assertEqual(res3.json()["group"]["sites"], [site.url])
self.assertEqual(res3.json()["group"]["users"], [recipient.email])
# user should have access to the group and the site
res4 = recipient.get()
self.assertEqual(res4.json()["user"]["sites"], [site.url])
self.assertEqual(res4.json()["user"]["groups"], [group.group_name])
# recipient accepts the invitation with a different login email address
actual_login = self.random_email()
recipient_2 = User(actual_login)
res5 = invite.update(invite_id, "accept", login=recipient_2.email)
self.assertEqual(res5.json()["success"], True)
# upon invitation acceptance, user status changed to active
res6 = recipient_2.get()
self.assertEqual(res6.json()['user']['email'], recipient_2.email)
self.assertEqual(res6.json()['user']['status'], 'active')
# the new email address has access to the group and site
self.assertEqual(res6.json()["user"]["groups"], [group.group_name])
self.assertEqual(res6.json()["user"]["sites"], [site.url])
# if we query the old recipient email, it should not be found
res7 = recipient.get()
self.assertEqual(res7.json()["success"], False)
self.assertEqual(res7.json()["reason"], "no-such-user")
# group should agree that user and site are still member of the group
res8 = group.get()
self.assertEqual(res8.json()["group"]["sites"], [site.url])
self.assertEqual(res8.json()["group"]["users"], [recipient_2.email])
def test_accept_invite_with_a_different_login_email(self):
# we allow recipient to login with a different email address.
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# create a group and a site and add the recipient to the group
site = Site(self.target_url)
res2 = site.create()
# create a group in minion
group = Group(self.group_name, sites=[site.url], users=[recipient.email])
group.create()
# ensure user and site are in this new group
res3 = group.get()
self.assertEqual(res3.json()["group"]["sites"], [site.url])
self.assertEqual(res3.json()["group"]["users"], [recipient.email])
# user should have access to the group and the site
res4 = recipient.get()
self.assertEqual(res4.json()["user"]["sites"], [site.url])
self.assertEqual(res4.json()["user"]["groups"], [group.group_name])
# recipient accepts the invitation with a different login email address
actual_login = self.random_email()
recipient_2 = User(actual_login)
res5 = invite.update(invite_id, "accept", login=recipient_2.email)
self.assertEqual(res5.json()["success"], True)
# upon invitation acceptance, user status changed to active
res6 = recipient_2.get()
self.assertEqual(res6.json()['user']['email'], recipient_2.email)
self.assertEqual(res6.json()['user']['status'], 'active')
# the new email address has access to the group and site
self.assertEqual(res6.json()["user"]["groups"], [group.group_name])
self.assertEqual(res6.json()["user"]["sites"], [site.url])
# if we query the old recipient email, it should not be found
res7 = recipient.get()
self.assertEqual(res7.json()["success"], False)
self.assertEqual(res7.json()["reason"], "no-such-user")
# group should agree that user and site are still member of the group
res8 = group.get()
self.assertEqual(res8.json()["group"]["sites"], [site.url])
self.assertEqual(res8.json()["group"]["users"], [recipient_2.email])
def test_resend_invite(self):
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
self.assertEqual(res1.json()["success"], True)
old_invite_id = res1.json()["invite"]["id"]
# resent invitation to recipient should produce a new invitiation id
res2 = invite.update(old_invite_id, "resend", login=recipient.email)
self.assertNotEqual(res2.json()['invite']['id'], old_invite_id)
def test_resend_invite(self):
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
self.assertEqual(res1.json()["success"], True)
old_invite_id = res1.json()["invite"]["id"]
# resent invitation to recipient should produce a new invitiation id
res2 = invite.update(old_invite_id, "resend", login=recipient.email)
self.assertNotEqual(res2.json()['invite']['id'], old_invite_id)
def test_delete_invite_does_not_delete_accepted_user(self):
# Delete recipient's invite does not delete the user if
# recipient has already accepted the invitation.
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# accept the invitation with the same invitation email
res2 = invite.update(invite_id, "accept", login=recipient.email)
self.assertEqual(res2.json()["success"], True)
# upon invitation acceptance, user status changed to active
res3 = recipient.get()
self.assertEqual(res3.json()['user']['email'], recipient.email)
self.assertEqual(res3.json()['user']['status'], 'active')
# now admin chooses to delete the invitation
res4 = invite.delete(invite_id)
self.assertEqual(res4.json()["success"], True)
# check invitation is gone
res5 = invite.get(invite_id)
self.assertEqual(res5.json()['success'], False)
self.assertEqual(res5.json()['reason'], 'invitation-does-not-exist')
# yet, the user is still present
res6 = recipient.get()
self.assertEqual(res6.json()['success'], True)
self.assertEqual(res6.json()['user']['email'], recipient.email)
self.assertEqual(res6.json()['user']['status'], 'active')
def test_delete_invite_does_not_delete_accepted_user(self):
# Delete recipient's invite does not delete the user if
# recipient has already accepted the invitation.
recipient = User(self.random_email())
recipient.invite()
sender = User(self.random_email())
sender.create()
invite = Invite(sender.email, recipient.email)
res1 = invite.create()
invite_id = res1.json()["invite"]["id"]
# accept the invitation with the same invitation email
res2 = invite.update(invite_id, "accept", login=recipient.email)
self.assertEqual(res2.json()["success"], True)
# upon invitation acceptance, user status changed to active
res3 = recipient.get()
self.assertEqual(res3.json()['user']['email'], recipient.email)
self.assertEqual(res3.json()['user']['status'], 'active')
# now admin chooses to delete the invitation
res4 = invite.delete(invite_id)
self.assertEqual(res4.json()["success"], True)
# check invitation is gone
res5 = invite.get(invite_id)
self.assertEqual(res5.json()['success'], False)
self.assertEqual(res5.json()['reason'], 'invitation-does-not-exist')
# yet, the user is still present
res6 = recipient.get()
self.assertEqual(res6.json()['success'], True)
self.assertEqual(res6.json()['user']['email'], recipient.email)
self.assertEqual(res6.json()['user']['status'], 'active')