// ETH@20100521 Using this test to locate objects with characteristics I am looking for. Would
// rather use Ruby, but not quite sure about getting/using the installer.
TEST_F(IddFixture,IddFactory_ObjectFinder) {
IddFileType fileType = IddFileType::WholeFactory;
struct DesiredCharacteristics {
bool operator()(const IddObject& object) {
// fields that are \autocalculatable with no default, or a default other than 'autocalculate',
// or fields that are \autosizable with no default or a default other than 'autosize'.
for (const IddField& iddField : object.nonextensibleFields()) {
if (iddField.properties().autocalculatable && (!iddField.properties().stringDefault ||
!istringEqual("autocalculate",iddField.properties().stringDefault.get())))
{
return true;
}
if (iddField.properties().autosizable && (!iddField.properties().stringDefault ||
!istringEqual("autosize",iddField.properties().stringDefault.get())))
{
return true;
}
}
return false;
}
};
IddFile iddFile = IddFactory::instance().getIddFile(fileType);
IddObjectVector objects = iddFile.objects();
LOG(Info,"IddObjects that satisfy DesiredCharacteristics:");
DesiredCharacteristics tester;
for (const IddObject& object : objects) {
if (tester(object)) {
LOG(Info," " << object.name());
}
}
}
TEST_F(IddFixture,IddFileAndFactoryWrapper_DirectlySetUserCustom) {
IddFileAndFactoryWrapper wrapper(IddFileType::UserCustom);
IddFile file = wrapper.iddFile();
EXPECT_TRUE(file.objects().empty());
BOOST_FOREACH(int typeIndex,IddObjectType::getValues()) {
EXPECT_FALSE(wrapper.getObject(IddObjectType(typeIndex)));
}
// extensible object test, BuildingSurface:Detailed
void IddFile_BuildingSurfaceDetailed(const IddFile& iddFile)
{
string objectName("BuildingSurface:Detailed");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_TRUE(iequals(object->name(), objectName));
ASSERT_TRUE(object->nonextensibleFields().size() > 0);
EXPECT_EQ(object->nonextensibleFields().size(), static_cast<unsigned int>(10));
EXPECT_FALSE(object->properties().format.empty());
EXPECT_TRUE(iequals("vertices", object->properties().format));
EXPECT_TRUE(object->properties().extensible);
EXPECT_TRUE(object->properties().numExtensible);
ASSERT_EQ(static_cast<unsigned int>(3), object->properties().numExtensible);
EXPECT_FALSE(object->getField("Vertex 1 X-coordinate"));
EXPECT_FALSE(object->getField("Vertex 1 X-coordinate"));
ASSERT_TRUE(object->extensibleGroup().size() > 0);
string fieldName("Vertex X-coordinate");
EXPECT_TRUE(iequals(fieldName, object->extensibleGroup().front().name() ));
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(fieldName, field->name()));
EXPECT_TRUE(field->properties().beginExtensible);
fieldName = "Vertex Z-coordinate";
EXPECT_TRUE(iequals(fieldName, object->extensibleGroup().back().name() ));
field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(fieldName, field->name()));
EXPECT_FALSE(field->properties().beginExtensible);
}
// case insensitive test
void IddFile_bUiLdInG(const IddFile& iddFile)
{
string objectName("bUiLdInG");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_TRUE(iequals(object->name(), objectName));
EXPECT_EQ(static_cast<unsigned int>(8),object->nonextensibleFields().size());
EXPECT_TRUE(object->properties().unique);
EXPECT_TRUE(object->properties().required);
string fieldName("TeRrAiN");
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_TRUE(iequals(field->name(), fieldName));
EXPECT_EQ(field->keys().size(), static_cast<unsigned int>(5) );
EXPECT_TRUE(field->properties().stringDefault);
EXPECT_EQ(*(field->properties().stringDefault), "Suburbs");
EXPECT_FALSE(field->properties().numericDefault);
string keyName("SuBuRbS");
OptionalIddKey key = field->getKey(keyName);
ASSERT_TRUE(key);
EXPECT_FALSE(equals(key->name(), keyName));
EXPECT_TRUE(iequals(key->name(), keyName));
}
// test single object, no fields
void IddFile_LeadInput(const IddFile& iddFile)
{
string objectName("Lead Input");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_EQ(object->name(), objectName);
EXPECT_TRUE(object->nonextensibleFields().empty() );
}
void OSVersionFixture::SetUpTestCase() {
// set up logging
logFile = FileLogSink(toPath("./OSVersionFixture.log"));
logFile->setLogLevel(Debug);
Logger::instance().standardOutLogger().disable();
// create and popluate resource folder
openstudio::path thisVersionPath = versionResourcesPath(openstudio::VersionString(openStudioVersion()));
if (!boost::filesystem::exists(thisVersionPath)) {
boost::filesystem::create_directory(thisVersionPath);
}
// ETH@20120514 Eventually this cpp file should be configured by CMake so OpenStudio.idd can be
// directly copied over, and so all these items can be copied back into source.
model::Model model = openstudio::model::exampleModel();
model.save(thisVersionPath / toPath("example.osm"),true);
model::Component component = model.getConcreteModelObjects<model::Construction>()[0].createComponent();
component.save(thisVersionPath / toPath("example.osc"),true);
IddFile iddFile = IddFactory::instance().getIddFile(IddFileType::OpenStudio);
iddFile.save(thisVersionPath / toPath("OpenStudio.idd"),true);
}
// test single object, one alpha field, no keys
void IddFile_Version(const IddFile& iddFile)
{
string objectName("Version");
OptionalIddObject object = iddFile.getObject(objectName);
ASSERT_TRUE(object);
EXPECT_EQ(object->name(), objectName);
EXPECT_EQ(static_cast<unsigned int>(1),object->nonextensibleFields().size());
string fieldName("Version Identifier");
OptionalIddField field = object->getField(fieldName);
ASSERT_TRUE(field);
EXPECT_EQ(field->name(), fieldName);
EXPECT_TRUE(field->keys().empty());
}
IddFile IddFile::catchallIddFile() {
IddFile result;
result.addObject(IddObject());
return result;
}
TEST_F(IddFixture,IddFactory_IddFile)
{
IddFile file = IddFactory::instance().getIddFile(IddFileType::OpenStudio);
EXPECT_TRUE(file.getObject("OS:Building"));
EXPECT_TRUE(file.getObject(IddObjectType::CommentOnly));
EXPECT_TRUE(file.getObject(IddObjectType::OS_ClimateZones));
// print out for visual inspection
path outPath = resourcesPath()/toPath("utilities/RoundTrip_OpenStudio.idd");
file.save(outPath,true);
// check against getIddObjects
IddObjectVector objects = IddFactory::instance().getObjects(IddFileType::OpenStudio);
EXPECT_TRUE(file.objects().size() == objects.size());
// required objects
EXPECT_TRUE(file.requiredObjects().size() > 0);
EXPECT_TRUE(file.requiredObjects().size() ==
IddFactory::instance().getRequiredObjects(IddFileType::OpenStudio).size());
EXPECT_TRUE(file.requiredObjects().size() <= IddFactory::instance().requiredObjects().size());
// unique objects
EXPECT_TRUE(file.uniqueObjects().size() > 0);
EXPECT_TRUE(file.uniqueObjects().size() ==
IddFactory::instance().getUniqueObjects(IddFileType::OpenStudio).size());
EXPECT_TRUE(file.uniqueObjects().size() <= IddFactory::instance().uniqueObjects().size());
file = IddFactory::instance().getIddFile(IddFileType::EnergyPlus);
EXPECT_TRUE(file.getObject("Building"));
EXPECT_TRUE(file.getObject(IddObjectType::CommentOnly));
EXPECT_FALSE(file.getObject(IddObjectType::OS_ClimateZones));
// print out for visual inspection
outPath = resourcesPath()/toPath("energyplus/RoundTrip_ProposedEnergy+.idd");
file.save(outPath,true);
// check against getIddObjects
objects = IddFactory::instance().getObjects(IddFileType::EnergyPlus);
EXPECT_TRUE(file.objects().size() == objects.size());
}
