LOAD_TEST(btunittest, vector_test)
{
TestNS::AgentArrayAccessTest* testAgent = initTestEnvArray("par_test/vector_test", format);
testAgent->resetProperties();
testAgent->btexec();
int Int1 = testAgent->GetVariable<int>("Int");
CHECK_EQUAL(1, Int1);
int Int2 = testAgent->Int;
CHECK_EQUAL(1, Int2);
int c_Int = testAgent->GetVariable<int>("c_Int");
CHECK_EQUAL(10, c_Int);
int Int0 = testAgent->ListInts[0];
CHECK_EQUAL(110, Int0);
int c_Count = testAgent->GetVariable<int>("c_Count");
CHECK_EQUAL(5, c_Count);
behaviac::vector<int> c_ListInts = testAgent->GetVariable<behaviac::vector<int> >("c_ListInts");
CHECK_EQUAL(5, c_ListInts.size());
CHECK_EQUAL(20, c_ListInts[0]);
finlTestEnvArray(testAgent);
}
TestNS::AgentArrayAccessTest* initTestEnvArray(const char* treePath, behaviac::Workspace::EFileFormat format)
{
behaviac::Profiler::CreateInstance();
behaviac::Config::SetSocketing(false);
behaviac::Config::SetLogging(false);
registerAllTypes();
TestNS::AgentArrayAccessTest* testAgent = TestNS::AgentArrayAccessTest::DynamicCast(behaviac::Agent::Create<TestNS::AgentArrayAccessTest>());
behaviac::Agent::SetIdMask(1);
testAgent->SetIdFlag(1);
testAgent->btload(treePath);
testAgent->btsetcurrent(treePath);
return testAgent;
}
LOAD_TEST(btunittest, vector_test)
{
TestNS::AgentArrayAccessTest* testAgent = initTestEnvArray("par_test/vector_test", format);
testAgent->resetProperties();
testAgent->btexec();
int Int1 = testAgent->GetVariable<int>("Int");
CHECK_EQUAL(1, Int1);
int Int2 = testAgent->Int;
CHECK_EQUAL(1, Int2);
int c_Int = testAgent->GetVariable<int>("c_Int");
CHECK_EQUAL(10, c_Int);
int Int0 = testAgent->ListInts[0];
CHECK_EQUAL(110, Int0);
int c_Count = testAgent->GetVariable<int>("c_Count");
CHECK_EQUAL(5, c_Count);
behaviac::vector<double> c_douleVec = testAgent->GetVariable<behaviac::vector<double> >("c_douleVec");
CHECK_EQUAL(103, c_douleVec.size());
for (int i = 0; i < 100; ++i)
{
CHECK_FLOAT_EQUAL(c_douleVec[3 + i], 0.03);
}
behaviac::vector<double> c_douleVec2 = testAgent->GetVariable<behaviac::vector<double> >("c_doubleVec2");
CHECK_EQUAL(103, c_douleVec2.size());
for (int i = 0; i < 100; ++i)
{
CHECK_FLOAT_EQUAL(c_douleVec2[3 + i], 0.05);
}
finlTestEnvArray(testAgent);
}