def test_create_fake_user(ldap_connection, user):
"""Creates a fake user and inserts it to the inbound queue for ingestion
by rbac_ledger_sync. Waits 15 seconds. Checks if the fake user exists in
the users table in rethinkDB.
Args:
ldap_connection:
obj: A bound mock ldap connection object
user:
obj: dict:
common_name:
str: A string containing the common name of an AD user.
name:
str: A string containing the username of an AD user.
given_name:
str: a string containing the given name of an AD user.
"""
create_fake_user(ldap_connection, **user)
fake_user = get_fake_user(ldap_connection, user["common_name"])
put_in_inbound_queue(fake_user, "user")
# wait for the fake user to be ingested by rbac_ledger_sync
time.sleep(2)
email = "*****@*****.**" % user["common_name"]
result = is_user_in_db(email)
syncflag_fetched = is_user_inbound(user["common_name"])
assert result is True
assert syncflag_fetched is True
def test_delete_user(ldap_connection):
"""Deletes a AD user in NEXT
Args:
ldap_connection:
obj: A bound mock mock_ldap_connection
"""
# Create fake user and attach as owner to a role
create_fake_user(ldap_connection, "jchan20", "Jackie Chan", "Jackie")
user_remote_id = "CN=jchan20,OU=Users,OU=Accounts,DC=AD2012,DC=LAB"
create_fake_group(ldap_connection, "jchan_role", "jchan_role",
user_remote_id)
group_distinct_name = (
"CN=jchan_role,OU=Roles,OU=Security,OU=Groups,DC=AD2012,DC=LAB")
addMembersToGroups.ad_add_members_to_groups(ldap_connection,
user_remote_id,
group_distinct_name,
fix=True)
fake_user = get_fake_user(ldap_connection, "jchan20")
put_in_inbound_queue(fake_user, "user")
fake_group = get_fake_group(ldap_connection, "jchan_role")
put_in_inbound_queue(fake_group, "group")
time.sleep(3)
# See if owner and role are in the system
email = "*****@*****.**"
assert is_user_in_db(email) is True
assert is_group_in_db("jchan_role") is True
# See if all LDAP user has entries in the following
# off chain tables: user_mapping and metadata
user = get_user_in_db_by_email(email)
next_id = user[0]["next_id"]
assert get_user_mapping_entry(next_id)
assert get_user_metadata_entry(next_id)
# See that the owner is assigned to correct role
role = get_role("jchan_role")
owners = get_role_owners(role[0]["role_id"])
members = get_role_members(role[0]["role_id"])
assert owners[0]["related_id"] == next_id
assert members[0]["related_id"] == next_id
# Create a NEXT role with LDAP user as an admin and
# check for LDAP user's entry in auth table
next_role_id = create_next_role_ldap(user=user[0], role_name="managers")
admins = get_role_admins(next_role_id)
assert admins[0]["related_id"] == next_id
assert get_auth_entry(next_id)
# Create a NEXT pack with LDAP user as an owner
next_pack_id = create_pack_ldap(user=user[0],
pack_name="technology department")
assert check_user_is_pack_owner(next_pack_id, next_id)
# Delete user and verify LDAP user and related off chain
# table entries have been deleted, role still exists
# and role relationships have been deleted
insert_deleted_entries([user_remote_id], "user_deleted")
time.sleep(3)
assert get_deleted_user_entries(next_id) == []
assert get_pack_owners_by_user(next_id) == []
assert is_group_in_db("jchan_role") is True
assert get_role_owners(role[0]["role_id"]) == []
assert get_role_admins(next_role_id) == []
assert get_role_members(role[0]["role_id"]) == []
delete_role_by_name("managers")
delete_pack_by_name("technology department")