X-Git-Url: https://git.arvados.org/arvados.git/blobdiff_plain/400210f8c9d8b111a3efdaa76c8be579ea5666cb..dbaa58c1c806799435ca5741b3f61bc6b65b6569:/sdk/python/tests/fed-migrate/create_users.py

diff --git a/sdk/python/tests/fed-migrate/create_users.py b/sdk/python/tests/fed-migrate/create_users.py
index 08dec5cde3..0b5732293d 100644
--- a/sdk/python/tests/fed-migrate/create_users.py
+++ b/sdk/python/tests/fed-migrate/create_users.py
@@ -1,3 +1,7 @@
+# Copyright (C) The Arvados Authors. All rights reserved.
+#
+# SPDX-License-Identifier: Apache-2.0
+
 import arvados
 import json
 import sys
@@ -11,13 +15,21 @@ apiC = arvados.api(host=j["arvados_api_hosts"][2], token=j["superuser_tokens"][2
 def maketoken(newtok):
     return 'v2/' + newtok["uuid"] + '/' + newtok["api_token"]
 
+def get_user_data(case_nr, is_active=True):
+    return {
+        "email": "case{}@test".format(case_nr),
+        "first_name": "Case{}".format(case_nr),
+        "last_name": "Testuser",
+        "is_active": is_active
+    }
+
 # case 1
 # user only exists on cluster A
-apiA.users().create(body={"user": {"email": "case1@test"}}).execute()
+apiA.users().create(body={"user": get_user_data(case_nr=1)}).execute()
 
 # case 2
 # user exists on cluster A and has remotes on B and C
-case2 = apiA.users().create(body={"user": {"email": "case2@test"}}).execute()
+case2 = apiA.users().create(body={"user": get_user_data(case_nr=2)}).execute()
 newtok = apiA.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case2["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][1], token=maketoken(newtok), insecure=True).users().current().execute()
@@ -25,11 +37,11 @@ arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtok), insecure=Tr
 
 # case 3
 # user only exists on cluster B
-case3 = apiB.users().create(body={"user": {"email": "case3@test"}}).execute()
+case3 = apiB.users().create(body={"user": get_user_data(case_nr=3)}).execute()
 
 # case 4
 # user only exists on cluster B and has remotes on A and C
-case4 = apiB.users().create(body={"user": {"email": "case4@test"}}).execute()
+case4 = apiB.users().create(body={"user": get_user_data(case_nr=4)}).execute()
 newtok = apiB.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case4["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][0], token=maketoken(newtok), insecure=True).users().current().execute()
@@ -38,18 +50,18 @@ arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtok), insecure=Tr
 
 # case 5
 # user exists on both cluster A and B
-case5 = apiA.users().create(body={"user": {"email": "case5@test"}}).execute()
-case5 = apiB.users().create(body={"user": {"email": "case5@test"}}).execute()
+case5 = apiA.users().create(body={"user": get_user_data(case_nr=5)}).execute()
+case5 = apiB.users().create(body={"user": get_user_data(case_nr=5)}).execute()
 
 # case 6
 # user exists on both cluster A and B, with remotes on A, B and C
-case6_A = apiA.users().create(body={"user": {"email": "case6@test"}}).execute()
+case6_A = apiA.users().create(body={"user": get_user_data(case_nr=6)}).execute()
 newtokA = apiA.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case6_A["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][1], token=maketoken(newtokA), insecure=True).users().current().execute()
 arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtokA), insecure=True).users().current().execute()
 
-case6_B = apiB.users().create(body={"user": {"email": "case6@test"}}).execute()
+case6_B = apiB.users().create(body={"user": get_user_data(case_nr=6)}).execute()
 newtokB = apiB.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case6_B["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][0], token=maketoken(newtokB), insecure=True).users().current().execute()
@@ -57,13 +69,13 @@ arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtokB), insecure=T
 
 # case 7
 # user exists on both cluster B and A, with remotes on A, B and C
-case7_B = apiB.users().create(body={"user": {"email": "case7@test"}}).execute()
+case7_B = apiB.users().create(body={"user": get_user_data(case_nr=7)}).execute()
 newtokB = apiB.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case7_B["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][0], token=maketoken(newtokB), insecure=True).users().current().execute()
 arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtokB), insecure=True).users().current().execute()
 
-case7_A = apiA.users().create(body={"user": {"email": "case7@test"}}).execute()
+case7_A = apiA.users().create(body={"user": get_user_data(case_nr=7)}).execute()
 newtokA = apiA.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case7_A["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][1], token=maketoken(newtokA), insecure=True).users().current().execute()
@@ -71,14 +83,18 @@ arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtokA), insecure=T
 
 # case 8
 # user exists on both cluster B and C, with remotes on A, B and C
-case8_B = apiB.users().create(body={"user": {"email": "case8@test"}}).execute()
+case8_B = apiB.users().create(body={"user": get_user_data(case_nr=8)}).execute()
 newtokB = apiB.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case8_B["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][0], token=maketoken(newtokB), insecure=True).users().current().execute()
 arvados.api(host=j["arvados_api_hosts"][2], token=maketoken(newtokB), insecure=True).users().current().execute()
 
-case8_C = apiC.users().create(body={"user": {"email": "case8@test"}}).execute()
+case8_C = apiC.users().create(body={"user": get_user_data(case_nr=8)}).execute()
 newtokC = apiC.api_client_authorizations().create(body={
     "api_client_authorization": {'owner_uuid': case8_C["uuid"]}}).execute()
 arvados.api(host=j["arvados_api_hosts"][0], token=maketoken(newtokC), insecure=True).users().current().execute()
 arvados.api(host=j["arvados_api_hosts"][1], token=maketoken(newtokC), insecure=True).users().current().execute()
+
+# case 9
+# user only exists on cluster B, but is inactive
+case9 = apiB.users().create(body={"user": get_user_data(case_nr=9, is_active=False)}).execute()