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% ============LICENSE_START=======================================================
% org.onap.dcae
% ================================================================================
% Copyright (c) 2017 AT&T Intellectual Property. All rights reserved.
% ================================================================================
% Licensed under the Apache License, Version 2.0 (the "License");
% you may not use this file except in compliance with the License.
% You may obtain a copy of the License at
%
% http://www.apache.org/licenses/LICENSE-2.0
%
% Unless required by applicable law or agreed to in writing, software
% distributed under the License is distributed on an "AS IS" BASIS,
% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
% See the License for the specific language governing permissions and
% limitations under the License.
% ============LICENSE_END=========================================================
%
% ECOMP is a trademark and service mark of AT&T Intellectual Property.
-module(util_tests).
-include_lib("eunit/include/eunit.hrl").
-import(util, [
iso_elapsed/2,
ip_to_str/1,
update_with_new_config_map/2,
ejson_to_map/1,
to_str/1,
get_platform_envs_and_config/0,
resolve_cbs/2
]).
to_str_test() ->
?assert(to_str("") == ""),
?assert(to_str(<<"asdf">>) == "asdf").
iso_elapsed_test() ->
?assert(iso_elapsed(<<"2017-04-27T18:38:10Z">>, <<"2017-04-27T18:38:08Z">>) == 2),
?assert(iso_elapsed(<<"2017-04-29T18:38:10Z">>, <<"2017-04-27T18:38:08Z">>) == 60*60*24*2+2).
ip_to_str_test() ->
?assert(ip_to_str({{6,6,6,6}, 666}) == "6.6.6.6:666"),
?assert(ip_to_str({{196,196,196,196}, 1}) == "196.196.196.196:1"),
?assert(ip_to_str({{6,6,6,6666}, 666}) == invalid),
?assert(ip_to_str({{6,6,6,6}, 66666}) == invalid),
?assert(ip_to_str({{6,6,-6,6}, 666}) == invalid),
?assert(ip_to_str({{6,6,six,6}, 666}) == invalid).
update_with_new_config_map_test() ->
?assert(update_with_new_config_map(#{<<"foo">>=><<"smartbar">>, <<"preffoo">>=><<"smartprefbar">>}, #{<<"foo">>=><<"bar">>}) == #{<<"foo">>=><<"smartbar">>}),
?assert(update_with_new_config_map(#{<<"fooD">>=><<"smartbar">>}, #{<<"foo">>=><<"bar">>}) == nooverlap),
?assert(update_with_new_config_map(#{<<"foo">>=><<"smartbar">>,<<"foo2">>=><<"smartbar2">>}, #{<<"foo">>=><<"bar">>, <<"foo2">>=><<"bar2">>}) == #{<<"foo">>=><<"smartbar">>, <<"foo2">>=><<"smartbar2">>}).
ejson_to_map_test() ->
EJ1 = {[{<<"foo">>, <<"bar">>}, {<<"foo2">>, <<"bar2">>}]},
EJ2 = {[{<<"foo2">>, <<"bar2">>}, {<<"foo">>, <<"bar">>}]},
M1 = ejson_to_map(EJ1),
M2 = ejson_to_map(EJ2),
?assert(EJ1 /= EJ2), %HERE LIES THE PROBLEM HUDSON
?assert(M1 == M2). %GREAT SUCCESS!
get_platform_envs_and_config_test() ->
try meck:new(util, [passthrough]) catch _:_ -> ok end,
try meck:new(consul_interface, [passthrough]) catch _:_ -> ok end,
%test no envs
meck:expect(util, get_envs, fun() -> {"", false, <<"cdap_test">>} end),
?assert(get_platform_envs_and_config() == []),
%test good case where the env variable is passed
%needed monkeypatching
FakeConfig = {[
{<<"autoderegisterafter">>, <<"10m">>},
{<<"bindingttw">>,5},
{<<"pipelinehealthlimit">>, 2},
{<<"hcinterval">>, <<"60s">>}
]},
FakeBrokerName = "cdap_broker_test",
FakeConsulName = "myconsuldotcom",
meck:expect(util, get_envs, fun() -> {FakeBrokerName, FakeConsulName, <<"cdap_test">>} end),
meck:expect(consul_interface, consul_bind_config, fun(_XER, _MyName, _ConsulURL) -> {200, FakeConfig} end),
meck:expect(consul_interface, consul_get_service_ip_port, fun(_XER, Appname, _ConsulURL) ->
case Appname of
<<"cdap_test">> -> {"666.666.666.666", 666}
end
end),
?assert(get_platform_envs_and_config() == [FakeBrokerName, "http://myconsuldotcom:8500", <<"http://666.666.666.666:666">>, jiffy:decode(jiffy:encode(FakeConfig), [return_maps])]),
%test bad case where env is not passed
meck:expect(util, get_envs, fun() -> {FakeBrokerName, FakeConsulName, false} end),
FakeConfigwCDAP = {[
{<<"autoderegisterafter">>, <<"10m">>},
{<<"bindingttw">>,5},
{<<"pipelinehealthlimit">>, 2},
{<<"hcinterval">>, <<"60s">>},
{<<"cdap_cluster_to_manage">>, [<<"666.666.666.666:666">>]}
]},
meck:expect(consul_interface, consul_bind_config, fun(_XER, _MyName, _ConsulURL) -> {200, FakeConfigwCDAP} end),
?assert(get_platform_envs_and_config() == [FakeBrokerName, "http://myconsuldotcom:8500", <<"http://666.666.666.666:666">>, jiffy:decode(jiffy:encode(FakeConfigwCDAP), [return_maps])]),
meck:unload(util),
meck:unload(consul_interface).
resolve_cbs_test() ->
try meck:new(consul_interface, [passthrough]) catch _:_ -> ok end,
meck:expect(consul_interface, consul_get_service_ip_port, fun(_XER, Appname, _ConsulURL) ->
case Appname of
"config_binding_service" -> {"666.666.666.666", 10000}
end
end),
?assert(resolve_cbs("", "") == "http://666.666.666.666:10000"),
meck:unload(consul_interface).
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