// Test in context of Workspace, since order needs objectGetter.
TEST_F(IdfFixture,WorkspaceObjectOrder) {
Workspace workspace(IdfFixture::epIdfFile,openstudio::StrictnessLevel::Draft);
WorkspaceObjectOrder wsOrder = workspace.order();
EXPECT_TRUE(wsOrder.inOrder(workspace.objects()[0].handle()));
// save current order
OptionalHandleVector workspaceOrder = wsOrder.directOrder();
ASSERT_TRUE(workspaceOrder);
// order by enum
wsOrder.setOrderByIddEnum();
WorkspaceObjectVector objects = workspace.objects(true);
for (WorkspaceObjectVector::const_iterator it = objects.begin(), itEnd = objects.end() - 1;
it != itEnd; ++ it) {
WorkspaceObjectVector::const_iterator nxt = it; ++nxt;
EXPECT_TRUE(it->iddObject().type() <= nxt->iddObject().type());
}
// restore order
wsOrder.setDirectOrder(*workspaceOrder);
HandleVector handles = workspace.handles(true);
// handles does not include version object, while direct order does
HandleVector tempOrder = *workspaceOrder;
HandleVector::iterator it = std::find(tempOrder.begin(),tempOrder.end(),workspace.versionObject()->handle());
tempOrder.erase(it);
EXPECT_TRUE(tempOrder == handles);
// move objects directly
wsOrder.insert(handles[32],handles[12]);
HandleVector newOrder = workspace.handles(true);
EXPECT_EQ(handles.size(),newOrder.size());
EXPECT_TRUE(handles[32] == newOrder[12]);
EXPECT_TRUE(handles[12] == newOrder[13]);
wsOrder.swap(handles[80],handles[100]);
newOrder = workspace.handles(true);
EXPECT_EQ(handles.size(),newOrder.size());
EXPECT_TRUE(handles[80] == newOrder[100]);
EXPECT_TRUE(handles[100] == newOrder[80]);
}
TEST_F(ModelFixture, MeterFromModel)
{
Model model;
IdfObjectVector idfObjects;
idfObjects.push_back(IdfObject(IddObjectType::OS_Meter));
idfObjects.back().setString(OS_MeterFields::Name,"Electricity:Facility");
idfObjects.back().setString(OS_MeterFields::ReportingFrequency,"monthly");
idfObjects.back().setString(OS_MeterFields::MeterFileOnly,"false");
LOG(Debug,"Meter text: " << std::endl << idfObjects.back());
idfObjects.push_back(IdfObject(IddObjectType::OS_Meter));
idfObjects.back().setString(OS_MeterFields::Name,"Gas:Building");
idfObjects.back().setString(OS_MeterFields::ReportingFrequency,"hourly");
idfObjects.push_back(IdfObject(IddObjectType::OS_Meter));
idfObjects.back().setString(OS_MeterFields::Name,"InteriorLights:Electricity");
idfObjects.back().setString(OS_MeterFields::ReportingFrequency,"runperiod");
idfObjects.back().setString(OS_MeterFields::MeterFileOnly,"false");
idfObjects.back().setString(OS_MeterFields::Cumulative,"true");
idfObjects.push_back(IdfObject(IddObjectType::OS_Meter));
idfObjects.back().setString(OS_MeterFields::Name,"General:InteriorLights:Electricity:Zone:North Zone");
idfObjects.back().setString(OS_MeterFields::ReportingFrequency,"daily");
idfObjects.back().setString(OS_MeterFields::Cumulative,"true");
EXPECT_EQ(static_cast<unsigned>(4), idfObjects.size());
HandleVector handles = getHandles(model.addObjects(idfObjects));
ASSERT_EQ(static_cast<unsigned>(4), handles.size());
EXPECT_EQ(static_cast<unsigned>(4), model.getModelObjects<Meter>().size());
//"Output:Meter,Electricity:Facility,monthly;"
OptionalMeter meter = model.getModelObject<Meter>(handles[0]);
ASSERT_TRUE(meter);
EXPECT_EQ("Electricity:Facility", meter->name());
EXPECT_FALSE(meter->cumulative());
EXPECT_FALSE(meter->specificEndUse());
EXPECT_FALSE(meter->endUseType());
ASSERT_TRUE(meter->fuelType());
EXPECT_EQ(FuelType::Electricity, meter->fuelType().get().value());
ASSERT_TRUE(meter->installLocationType());
EXPECT_EQ(InstallLocationType::Facility, meter->installLocationType().get().value());
EXPECT_FALSE(meter->specificInstallLocation());
//"Output:Meter:MeterFileOnly,Gas:Building,hourly;"
meter = model.getModelObject<Meter>(handles[1]);
ASSERT_TRUE(meter);
EXPECT_EQ("Gas:Building", meter->name());
EXPECT_FALSE(meter->cumulative());
EXPECT_FALSE(meter->specificEndUse());
EXPECT_FALSE(meter->endUseType());
ASSERT_TRUE(meter->fuelType());
EXPECT_EQ(FuelType::Gas, meter->fuelType().get().value());
ASSERT_TRUE(meter->installLocationType());
EXPECT_EQ(InstallLocationType::Building, meter->installLocationType().get().value());
EXPECT_FALSE(meter->specificInstallLocation());
//"Output:Meter:Cumulative,InteriorLights:Electricity,runperiod;"
meter = model.getModelObject<Meter>(handles[2]);
ASSERT_TRUE(meter);
EXPECT_EQ("InteriorLights:Electricity", meter->name());
EXPECT_TRUE(meter->cumulative());
EXPECT_FALSE(meter->specificEndUse());
ASSERT_TRUE(meter->endUseType());
EXPECT_EQ(EndUseType::InteriorLights, meter->endUseType().get().value());
ASSERT_TRUE(meter->fuelType());
EXPECT_EQ(FuelType::Electricity, meter->fuelType().get().value());
EXPECT_FALSE(meter->installLocationType());
EXPECT_FALSE(meter->specificInstallLocation());
//"Output:Meter:Cumulative:MeterFileOnly,General:InteriorLights:Electricity:Zone:North Zone,daily;"
meter = model.getModelObject<Meter>(handles[3]);
ASSERT_TRUE(meter);
EXPECT_EQ("General:InteriorLights:Electricity:Zone:North Zone", meter->name());
EXPECT_TRUE(meter->cumulative());
ASSERT_TRUE(meter->specificEndUse());
EXPECT_EQ("General", meter->specificEndUse().get());
ASSERT_TRUE(meter->endUseType());
EXPECT_EQ(EndUseType::InteriorLights, meter->endUseType().get().value());
ASSERT_TRUE(meter->fuelType());
EXPECT_EQ(FuelType::Electricity, meter->fuelType().get().value());
ASSERT_TRUE(meter->installLocationType());
EXPECT_EQ(InstallLocationType::Zone, meter->installLocationType().get().value());
ASSERT_TRUE(meter->specificInstallLocation());
EXPECT_EQ("North Zone", meter->specificInstallLocation().get());
}