const int HALF_ARR_SIZE = 32;

const int RUN_TIMES = 100000;

CGRAPH_CREATE_MESSAGE_TOPIC(TestGMessageParam, g_test_message_key, 100)

std::unique_ptr<TestGMessageParam> mp(new TestGMessageParam());

CGRAPH_SEND_MPARAM(TestGMessageParam, g_test_message_key, mp, GMessagePushStrategy::WAIT)

GPipelinePtr pipeline = GPipelineFactory::create();

GElementPtr arr[HALF_ARR_SIZE * 2]; // 前面一半是串行的，后面一半是并行的

GElementPtrSet linearSet;

CStatus status = pipeline->registerGElement<TestRecvMessageGNode>(&arr[0]);

linearSet.insert(arr[0]);

for (int i = 1; i < HALF_ARR_SIZE; i++) {

status += pipeline->registerGElement<TestRecvMessageGNode>(&arr[i], {arr[i-1]});

linearSet.insert(arr[i]);

}

for (int j = HALF_ARR_SIZE; j < HALF_ARR_SIZE * 2; j++) {

status += pipeline->registerGElement<TestRecvMessageGNode>(&arr[j], linearSet);

}

{

UTimeCounter counter("test_functional_04");

status += pipeline->process(RUN_TIMES);

}

status += CGRAPH_RECV_MPARAM_WITH_TIMEOUT(TestGMessageParam, g_test_message_key, mp, 10)

if (mp->num_ != HALF_ARR_SIZE * RUN_TIMES * 2) {

CGRAPH_ECHO("result num is wrong, num is [%lu]", mp->num_);

}

CGRAPH_CLEAR_MESSAGES()

GPipelineFactory::clear();