def test_fe_password_delete(session, users, http_client, base_url):
user = users["*****@*****.**"]
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({"name": "test", "password": TEST_PASSWORD}),
headers={"X-Grouper-User": user.username},
)
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "The user should have a password now"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert (
user_passwords(session, user)[0].password_hash != TEST_PASSWORD
), "The password should not be available as plain text"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({"name": "test", "password": TEST_PASSWORD}),
headers={"X-Grouper-User": user.username},
)
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert (
len(user_passwords(session, user)) == 1
), "The user should have a password now (duplicate names are permitted for distinct users)"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert (
user_passwords(session, user)[0].password_hash != TEST_PASSWORD
), "The password should not be available as plain text"
with pytest.raises(HTTPError):
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(
base_url, "/users/{}/passwords/{}/delete".format(user.username, user_passwords(session, user)[0].id)
)
resp = yield http_client.fetch(fe_url, method="POST", body="", headers={"X-Grouper-User": "******"})
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, "/users/{}/passwords/{}/delete".format(user.username, user_passwords(session, user)[0].id))
resp = yield http_client.fetch(fe_url, method="POST", body="", headers={"X-Grouper-User": user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 0, "The password should have been deleted"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "Other user's passwords should not have been deleted"
def test_passwords_api(session, users, http_client, base_url, graph):
user = users['*****@*****.**']
TEST_PASSWORD = "******"
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
graph.update_from_db(session)
c = Counter.get(session, name="updates")
api_url = url(base_url, '/users/{}'.format(user.username))
resp = yield http_client.fetch(api_url)
body = json.loads(resp.body)
assert body["checkpoint"] == c.count, "The API response is not up to date"
assert body["data"]["user"]["passwords"] != [], "The user should not have an empty passwords field"
assert body["data"]["user"]["passwords"][0]["name"] == "test", "The password should have the same name"
assert body["data"]["user"]["passwords"][0]["func"] == "crypt(3)-$6$", "This test does not support any hash functions other than crypt(3)-$6$"
assert body["data"]["user"]["passwords"][0]["hash"] == crypt.crypt(TEST_PASSWORD, body["data"]["user"]["passwords"][0]["salt"]), "The hash should be the same as hashing the password and the salt together using the hashing function"
assert body["data"]["user"]["passwords"][0]["hash"] != crypt.crypt("hello", body["data"]["user"]["passwords"][0]["salt"]), "The hash should not be the same as hashing the wrong password and the salt together using the hashing function"
delete_user_password(session, "test", user.id)
c = Counter.get(session, name="updates")
graph.update_from_db(session)
api_url = url(base_url, '/users/{}'.format(user.username))
resp = yield http_client.fetch(api_url)
body = json.loads(resp.body)
assert body["checkpoint"] == c.count, "The API response is not up to date"
assert body["data"]["user"]["passwords"] == [], "The user should not have any passwords"
def get_user_view_template_vars(session, actor, user, graph):
# type: (Session, User, User, GroupGraph) -> Dict[str, Any]
# TODO(cbguder): get around circular dependencies
from grouper.fe.handlers.user_disable import UserDisable
from grouper.fe.handlers.user_enable import UserEnable
ret = {} # type: Dict[str, Any]
if user.is_service_account:
ret["can_control"] = can_manage_service_account(
session, user.service_account, actor
) or user_is_user_admin(session, actor)
ret["can_disable"] = ret["can_control"]
ret["can_enable"] = user_is_user_admin(session, actor)
ret["can_enable_preserving_membership"] = user_is_user_admin(session, actor)
ret["account"] = user.service_account
else:
ret["can_control"] = user.name == actor.name or user_is_user_admin(session, actor)
ret["can_disable"] = UserDisable.check_access(session, actor, user)
ret["can_enable_preserving_membership"] = UserEnable.check_access(session, actor, user)
ret["can_enable"] = UserEnable.check_access_without_membership(session, actor, user)
if user.id == actor.id:
ret["num_pending_group_requests"] = user_requests_aggregate(session, actor).count()
_, ret["num_pending_perm_requests"] = get_requests(
session, status="pending", limit=1, offset=0, owner=actor
)
else:
ret["num_pending_group_requests"] = None
ret["num_pending_perm_requests"] = None
try:
user_md = graph.get_user_details(user.name)
except NoSuchUser:
# Either user is probably very new, so they have no metadata yet, or
# they're disabled, so we've excluded them from the in-memory graph.
user_md = {}
shell_metadata = get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY)
ret["shell"] = shell_metadata.data_value if shell_metadata else "No shell configured"
github_username = get_user_metadata_by_key(session, user.id, USER_METADATA_GITHUB_USERNAME_KEY)
ret["github_username"] = github_username.data_value if github_username else "(Unset)"
ret["open_audits"] = user_open_audits(session, user)
group_edge_list = get_groups_by_user(session, user) if user.enabled else []
ret["groups"] = [
{"name": g.name, "type": "Group", "role": ge._role} for g, ge in group_edge_list
]
ret["passwords"] = user_passwords(session, user)
ret["public_keys"] = get_public_keys_of_user(session, user.id)
ret["log_entries"] = get_log_entries_by_user(session, user)
ret["user_tokens"] = user.tokens
if user.is_service_account:
service_account = user.service_account
ret["permissions"] = service_account_permissions(session, service_account)
else:
ret["permissions"] = user_md.get("permissions", [])
for permission in ret["permissions"]:
permission["granted_on"] = datetime.fromtimestamp(permission["granted_on"])
return ret
def test_passwords_api(session, users, http_client, base_url, graph):
user = users['*****@*****.**']
TEST_PASSWORD = "******"
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
graph.update_from_db(session)
c = Counter.get(session, name="updates")
api_url = url(base_url, '/users/{}'.format(user.username))
resp = yield http_client.fetch(api_url)
body = json.loads(resp.body)
assert body["checkpoint"] == c.count, "The API response is not up to date"
assert body["data"]["user"]["passwords"] != [], "The user should not have an empty passwords field"
assert body["data"]["user"]["passwords"][0]["name"] == "test", "The password should have the same name"
assert body["data"]["user"]["passwords"][0]["func"] == "crypt(3)-$6$", "This test does not support any hash functions other than crypt(3)-$6$"
assert body["data"]["user"]["passwords"][0]["hash"] == crypt.crypt(TEST_PASSWORD, body["data"]["user"]["passwords"][0]["salt"]), "The hash should be the same as hashing the password and the salt together using the hashing function"
assert body["data"]["user"]["passwords"][0]["hash"] != crypt.crypt("hello", body["data"]["user"]["passwords"][0]["salt"]), "The hash should not be the same as hashing the wrong password and the salt together using the hashing function"
delete_user_password(session, "test", user.id)
c = Counter.get(session, name="updates")
graph.update_from_db(session)
api_url = url(base_url, '/users/{}'.format(user.username))
resp = yield http_client.fetch(api_url)
body = json.loads(resp.body)
assert body["checkpoint"] == c.count, "The API response is not up to date"
assert body["data"]["user"]["passwords"] == [], "The user should not have any passwords"
def get_user_view_template_vars(session, actor, user, graph):
# TODO(cbguder): get around circular dependencies
from grouper.fe.handlers.user_disable import UserDisable
from grouper.fe.handlers.user_enable import UserEnable
ret = {}
if user.is_service_account:
ret["can_control"] = (
can_manage_service_account(session, user.service_account, actor) or
user_is_user_admin(session, actor)
)
ret["can_disable"] = ret["can_control"]
ret["can_enable"] = user_is_user_admin(session, actor)
ret["account"] = user.service_account
else:
ret["can_control"] = (user.name == actor.name or user_is_user_admin(session, actor))
ret["can_disable"] = UserDisable.check_access(session, actor, user)
ret["can_enable"] = UserEnable.check_access(session, actor, user)
if user.id == actor.id:
ret["num_pending_group_requests"] = user_requests_aggregate(session, actor).count()
_, ret["num_pending_perm_requests"] = get_requests_by_owner(session, actor,
status='pending', limit=1, offset=0)
else:
ret["num_pending_group_requests"] = None
ret["num_pending_perm_requests"] = None
try:
user_md = graph.get_user_details(user.name)
except NoSuchUser:
# Either user is probably very new, so they have no metadata yet, or
# they're disabled, so we've excluded them from the in-memory graph.
user_md = {}
shell = (get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY).data_value
if get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY)
else "No shell configured")
ret["shell"] = shell
ret["open_audits"] = user_open_audits(session, user)
group_edge_list = get_groups_by_user(session, user) if user.enabled else []
ret["groups"] = [{'name': g.name, 'type': 'Group', 'role': ge._role}
for g, ge in group_edge_list]
ret["passwords"] = user_passwords(session, user)
ret["public_keys"] = get_public_keys_of_user(session, user.id)
for key in ret["public_keys"]:
key.tags = get_public_key_tags(session, key)
key.pretty_permissions = ["{} ({})".format(perm.name,
perm.argument if perm.argument else "unargumented")
for perm in get_public_key_permissions(session, key)]
ret["log_entries"] = get_log_entries_by_user(session, user)
ret["user_tokens"] = user.tokens
if user.is_service_account:
service_account = user.service_account
ret["permissions"] = service_account_permissions(session, service_account)
else:
ret["permissions"] = user_md.get('permissions', [])
return ret
def test_fe_password_delete(session, users, http_client, base_url):
user = users['*****@*****.**']
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "The user should have a password now"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert user_passwords(session, user)[0].password_hash != TEST_PASSWORD, "The password should not be available as plain text"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "The user should have a password now (duplicate names are permitted for distinct users)"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert user_passwords(session, user)[0].password_hash != TEST_PASSWORD, "The password should not be available as plain text"
with pytest.raises(HTTPError):
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, '/users/{}/passwords/{}/delete'.format(user.username, user_passwords(session, user)[0].id))
resp = yield http_client.fetch(fe_url, method="POST",
body="",
headers={'X-Grouper-User': "******"})
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, '/users/{}/passwords/{}/delete'.format(user.username, user_passwords(session, user)[0].id))
resp = yield http_client.fetch(fe_url, method="POST",
body="",
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 0, "The password should have been deleted"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "Other user's passwords should not have been deleted"
def test_passwords(session, users):
user = users["*****@*****.**"]
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
password = user_passwords(session, user)[0]
assert password.name == "test", "The password should have the name we gave it"
assert password.password_hash != TEST_PASSWORD, "The password should not be what is passed in"
assert password.check_password(TEST_PASSWORD), "The password should validate when given the same password"
assert not password.check_password("sadfjhsdf"), "Incorrect passwords should fail"
add_new_user_password(session, "test2", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 2, "The user should have 2 passwords"
password2 = user_passwords(session, user)[1]
assert password2.name == "test2", "The password should have the name we gave it"
assert password2.password_hash != TEST_PASSWORD, "The password should not be what is passed in"
assert password2.check_password(TEST_PASSWORD), "The password should validate when given the same password"
assert not password2.check_password("sadfjhsdf"), "Incorrect passwords should fail"
with pytest.raises(PasswordAlreadyExists):
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
session.rollback()
# Technically there's a very very very small O(1/2^160) chance that this will fail for a correct implementation
assert (
password.password_hash != password2.password_hash
), "2 passwords that are identical should hash differently because of the salts"
delete_user_password(session, "test", user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
assert user_passwords(session, user)[0].name == "test2", "The password named test should have been deleted"
def test_passwords(session, users):
user = users['*****@*****.**']
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
password = user_passwords(session, user)[0]
assert password.name == "test", "The password should have the name we gave it"
assert password.password_hash != TEST_PASSWORD, "The password should not be what is passed in"
assert password.check_password(TEST_PASSWORD), "The password should validate when given the same password"
assert not password.check_password("sadfjhsdf"), "Incorrect passwords should fail"
add_new_user_password(session, "test2", TEST_PASSWORD, user.id)
assert len(user_passwords(session, user)) == 2, "The user should have 2 passwords"
password2 = user_passwords(session, user)[1]
assert password2.name == "test2", "The password should have the name we gave it"
assert password2.password_hash != TEST_PASSWORD, "The password should not be what is passed in"
assert password2.check_password(TEST_PASSWORD), "The password should validate when given the same password"
assert not password2.check_password("sadfjhsdf"), "Incorrect passwords should fail"
with pytest.raises(PasswordAlreadyExists):
add_new_user_password(session, "test", TEST_PASSWORD, user.id)
session.rollback()
# Technically there's a very very very small O(1/2^160) chance that this will fail for a correct implementation
assert password.password_hash != password2.password_hash, "2 passwords that are identical should hash differently because of the salts"
delete_user_password(session, "test", user.id)
assert len(user_passwords(session, user)) == 1, "The user should only have a single password"
assert user_passwords(session, user)[0].name == "test2", "The password named test should have been deleted"
def get_user_view_template_vars(session, actor, user, graph):
ret = {}
ret["can_control"] = (user.name == actor.name
or user_is_user_admin(session, actor))
ret["can_disable"] = UserDisable.check_access(session, actor, user)
ret["can_enable"] = UserEnable.check_access(session, actor, user)
if user.id == actor.id:
ret["num_pending_group_requests"] = user_requests_aggregate(
session, actor).count()
_, ret["num_pending_perm_requests"] = get_requests_by_owner(
session, actor, status='pending', limit=1, offset=0)
else:
ret["num_pending_group_requests"] = None
ret["num_pending_perm_requests"] = None
try:
user_md = graph.get_user_details(user.name)
except NoSuchUser:
# Either user is probably very new, so they have no metadata yet, or
# they're disabled, so we've excluded them from the in-memory graph.
user_md = {}
shell = (get_user_metadata_by_key(session, user.id,
USER_METADATA_SHELL_KEY).data_value
if get_user_metadata_by_key(session, user.id,
USER_METADATA_SHELL_KEY) else
"No shell configured")
ret["shell"] = shell
ret["open_audits"] = user_open_audits(session, user)
group_edge_list = get_groups_by_user(session, user) if user.enabled else []
ret["groups"] = [{
'name': g.name,
'type': 'Group',
'role': ge._role
} for g, ge in group_edge_list]
ret["passwords"] = user_passwords(session, user)
ret["public_keys"] = get_public_keys_of_user(session, user.id)
for key in ret["public_keys"]:
key.tags = get_public_key_tags(session, key)
key.pretty_permissions = [
"{} ({})".format(
perm.name, perm.argument if perm.argument else "unargumented")
for perm in get_public_key_permissions(session, key)
]
ret["permissions"] = user_md.get('permissions', [])
ret["log_entries"] = get_log_entries_by_user(session, user)
ret["user_tokens"] = user.tokens
return ret
def test_fe_password_add(session, users, http_client, base_url):
user = users['*****@*****.**']
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "The user should have a password now"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert user_passwords(session, user)[0].password_hash != TEST_PASSWORD, "The password should not be available as plain text"
with pytest.raises(HTTPError):
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': "******"})
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "Adding a password with the same name should fail"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, '/users/{}/passwords/add'.format(user.username))
resp = yield http_client.fetch(fe_url, method="POST",
body=urlencode({'name': "test", "password": TEST_PASSWORD}),
headers={'X-Grouper-User': user.username})
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(session, user)) == 1, "The user should have a password now (duplicate names are permitted for distinct users)"
assert user_passwords(session, user)[0].name == "test", "The password should have the name given"
assert user_passwords(session, user)[0].password_hash != TEST_PASSWORD, "The password should not be available as plain text"
def test_fe_password_add(session, users, http_client, base_url): # noqa: F811
user = users["*****@*****.**"]
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({
"name": "test",
"password": TEST_PASSWORD
}),
headers={"X-Grouper-User": user.username},
)
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert len(user_passwords(
session, user)) == 1, "The user should have a password now"
assert (user_passwords(
session,
user)[0].name == "test"), "The password should have the name given"
assert (user_passwords(session, user)[0].password_hash != TEST_PASSWORD
), "The password should not be available as plain text"
with pytest.raises(HTTPError):
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({
"name": "test",
"password": TEST_PASSWORD
}),
headers={"X-Grouper-User": "******"},
)
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({
"name": "test",
"password": TEST_PASSWORD
}),
headers={"X-Grouper-User": user.username},
)
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert (len(user_passwords(
session,
user)) == 1), "Adding a password with the same name should fail"
user = session.query(User).filter_by(name="*****@*****.**").scalar()
fe_url = url(base_url, "/users/{}/passwords/add".format(user.username))
resp = yield http_client.fetch(
fe_url,
method="POST",
body=urlencode({
"name": "test",
"password": TEST_PASSWORD
}),
headers={"X-Grouper-User": user.username},
)
assert resp.code == 200
user = session.query(User).filter_by(name="*****@*****.**").scalar()
assert (
len(user_passwords(session, user)) == 1
), "The user should have a password now (duplicate names are permitted for distinct users)"
assert (user_passwords(
session,
user)[0].name == "test"), "The password should have the name given"
assert (user_passwords(session, user)[0].password_hash != TEST_PASSWORD
), "The password should not be available as plain text"
def get_user_view_template_vars(session, actor, user, graph):
# type: (Session, User, User, GroupGraph) -> Dict[str, Any]
# TODO(cbguder): get around circular dependencies
from grouper.fe.handlers.user_disable import UserDisable
from grouper.fe.handlers.user_enable import UserEnable
ret = {} # type: Dict[str, Any]
if user.is_service_account:
ret["can_control"] = can_manage_service_account(
session, user.service_account, actor
) or user_is_user_admin(session, actor)
ret["can_disable"] = ret["can_control"]
ret["can_enable"] = user_is_user_admin(session, actor)
ret["can_enable_preserving_membership"] = user_is_user_admin(session, actor)
ret["account"] = user.service_account
else:
ret["can_control"] = user.name == actor.name or user_is_user_admin(session, actor)
ret["can_disable"] = UserDisable.check_access(session, actor, user)
ret["can_enable_preserving_membership"] = UserEnable.check_access(session, actor, user)
ret["can_enable"] = UserEnable.check_access_without_membership(session, actor, user)
if user.id == actor.id:
ret["num_pending_group_requests"] = user_requests_aggregate(session, actor).count()
_, ret["num_pending_perm_requests"] = get_requests(
session, status="pending", limit=1, offset=0, owner=actor
)
else:
ret["num_pending_group_requests"] = None
ret["num_pending_perm_requests"] = None
try:
user_md = graph.get_user_details(user.name)
except NoSuchUser:
# Either user is probably very new, so they have no metadata yet, or
# they're disabled, so we've excluded them from the in-memory graph.
user_md = {}
shell = (
get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY).data_value
if get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY)
else "No shell configured"
)
ret["shell"] = shell
github_username = get_user_metadata_by_key(session, user.id, USER_METADATA_GITHUB_USERNAME_KEY)
ret["github_username"] = github_username.data_value if github_username else "(Unset)"
ret["open_audits"] = user_open_audits(session, user)
group_edge_list = get_groups_by_user(session, user) if user.enabled else []
ret["groups"] = [
{"name": g.name, "type": "Group", "role": ge._role} for g, ge in group_edge_list
]
ret["passwords"] = user_passwords(session, user)
ret["public_keys"] = get_public_keys_of_user(session, user.id)
ret["log_entries"] = get_log_entries_by_user(session, user)
ret["user_tokens"] = user.tokens
if user.is_service_account:
service_account = user.service_account
ret["permissions"] = service_account_permissions(session, service_account)
else:
ret["permissions"] = user_md.get("permissions", [])
for permission in ret["permissions"]:
permission["granted_on"] = datetime.fromtimestamp(permission["granted_on"])
return ret
def get_user_view_template_vars(session, actor, user, graph):
# TODO(cbguder): get around circular dependencies
from grouper.fe.handlers.user_disable import UserDisable
from grouper.fe.handlers.user_enable import UserEnable
ret = {}
if user.is_service_account:
ret["can_control"] = can_manage_service_account(
session, user.service_account, actor
) or user_is_user_admin(session, actor)
ret["can_disable"] = ret["can_control"]
ret["can_enable"] = user_is_user_admin(session, actor)
ret["can_enable_preserving_membership"] = user_is_user_admin(session, actor)
ret["account"] = user.service_account
else:
ret["can_control"] = user.name == actor.name or user_is_user_admin(session, actor)
ret["can_disable"] = UserDisable.check_access(session, actor, user)
ret["can_enable_preserving_membership"] = UserEnable.check_access(session, actor, user)
ret["can_enable"] = UserEnable.check_access_without_membership(session, actor, user)
if user.id == actor.id:
ret["num_pending_group_requests"] = user_requests_aggregate(session, actor).count()
_, ret["num_pending_perm_requests"] = get_requests(
session, status="pending", limit=1, offset=0, owner=actor
)
else:
ret["num_pending_group_requests"] = None
ret["num_pending_perm_requests"] = None
try:
user_md = graph.get_user_details(user.name)
except NoSuchUser:
# Either user is probably very new, so they have no metadata yet, or
# they're disabled, so we've excluded them from the in-memory graph.
user_md = {}
shell = (
get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY).data_value
if get_user_metadata_by_key(session, user.id, USER_METADATA_SHELL_KEY)
else "No shell configured"
)
ret["shell"] = shell
ret["open_audits"] = user_open_audits(session, user)
group_edge_list = get_groups_by_user(session, user) if user.enabled else []
ret["groups"] = [
{"name": g.name, "type": "Group", "role": ge._role} for g, ge in group_edge_list
]
ret["passwords"] = user_passwords(session, user)
ret["public_keys"] = get_public_keys_of_user(session, user.id)
for key in ret["public_keys"]:
key.tags = get_public_key_tags(session, key)
key.pretty_permissions = [
"{} ({})".format(perm.name, perm.argument if perm.argument else "unargumented")
for perm in get_public_key_permissions(session, key)
]
ret["log_entries"] = get_log_entries_by_user(session, user)
ret["user_tokens"] = user.tokens
if user.is_service_account:
service_account = user.service_account
ret["permissions"] = service_account_permissions(session, service_account)
else:
ret["permissions"] = user_md.get("permissions", [])
return ret
