TEST_F(AnalysisDriverFixture,SimpleProject_InsertMeasure) {
// create a new project
SimpleProject project = getCleanSimpleProject("SimpleProject_InsertMeasure");
// open a measure
openstudio::path dir = resourcesPath() / toPath("/utilities/BCL/Measures/SetWindowToWallRatioByFacade");
BCLMeasure measure = BCLMeasure::load(dir).get();
// insert it into the project
BCLMeasure projectMeasure = project.insertMeasure(measure);
// verify that there is a project-specific copy
EXPECT_NE(toString(measure.directory()),toString(projectMeasure.directory()));
openstudio::path scriptsDir = project.projectDir() / toPath("scripts");
EXPECT_EQ(toString(completeAndNormalize(scriptsDir)),
toString(completeAndNormalize(projectMeasure.directory().parent_path())));
EXPECT_EQ(measure.uuid(),projectMeasure.uuid());
EXPECT_EQ(measure.versionUUID(),projectMeasure.versionUUID()); // DLM: should this be not equal?
// verify that it can be retrieved from the project, but its arguments cannot
ASSERT_TRUE(project.getMeasureByUUID(measure.uuid()));
BCLMeasure temp = project.getMeasureByUUID(measure.uuid()).get();
EXPECT_EQ(toString(projectMeasure.directory()),toString(temp.directory()));
EXPECT_EQ(projectMeasure.uuid(),temp.uuid());
EXPECT_EQ(projectMeasure.versionUUID(),temp.versionUUID());
EXPECT_EQ(1u,project.measures().size());
// use embedded Ruby to extract the arguments
// (see AnalysisDriverFixture.cpp for interpreter set-up)
OSArgumentVector args = argumentGetter->getArguments(projectMeasure,
project.seedModel(),
project.seedIdf());
EXPECT_FALSE(args.empty());
// register and subsequently retrieve those arguments
project.registerArguments(measure,args); // doesn't matter which copy of the measure we use
EXPECT_TRUE(project.hasStoredArguments(temp));
OSArgumentVector argsCopy = project.getStoredArguments(projectMeasure);
ASSERT_EQ(args.size(),argsCopy.size());
for (int i = 0, n = args.size(); i < n; ++i) {
EXPECT_EQ(args[i].name(),argsCopy[i].name());
EXPECT_EQ(args[i].type(),argsCopy[i].type());
}
// use this measure to create a new variable/ruby measure
// now it is important to use the copy in the project
MeasureGroup dv("New Measure Group",MeasureVector());
Problem problem = project.analysis().problem();
problem.push(dv);
// here, expect this test to pass.
// in pat, if it fails, let user know and call problem.erase(dv).
EXPECT_TRUE(problem.fileTypesAreCompatible(dv,
projectMeasure.inputFileType(),
projectMeasure.outputFileType()));
EXPECT_TRUE(dv.push(RubyMeasure(projectMeasure)));
}
boost::optional<BCLMeasure> WorkflowJSON_Impl::addMeasure(const BCLMeasure& bclMeasure)
{
boost::optional<BCLMeasure> existingMeasure = getBCLMeasureByUUID(bclMeasure.uuid());
boost::optional<openstudio::path> existingMeasureDirName;
if (existingMeasure){
// TODO: check that measure type has not changed?
existingMeasureDirName = existingMeasure->directory();
boost::filesystem::remove_all(*existingMeasureDirName);
}
std::vector<openstudio::path> paths = absoluteMeasurePaths();
OS_ASSERT(!paths.empty());
// Get the name of the directory (=last level directory name), eg: /path/to/measure_folder => measure_folder
openstudio::path lastLevelDirectoryName = getLastLevelDirectoryName( bclMeasure.directory() );
if (!toUUID(toString(lastLevelDirectoryName)).isNull()){
// directory name is convertible to uuid, use the class name
lastLevelDirectoryName = toPath(bclMeasure.className());
}
int i = 1;
while (boost::filesystem::exists(paths[0] / lastLevelDirectoryName)){
std::stringstream ss;
ss << toString(lastLevelDirectoryName) << " " << i;
lastLevelDirectoryName = toPath(ss.str());
}
openstudio::path newMeasureDirName = paths[0] / lastLevelDirectoryName;
// If we have an existing measure
if( existingMeasureDirName) {
openstudio::path lastLevelExistingDirectoryName = getLastLevelDirectoryName(*existingMeasureDirName);
// And the previous directory name isn't the same as the new one
if( lastLevelExistingDirectoryName != lastLevelDirectoryName ) {
// update steps
for (auto& step : m_steps){
if (auto measureStep = step.optionalCast<MeasureStep>()){
if (measureStep->measureDirName() == toString(lastLevelExistingDirectoryName) ) {
measureStep->setMeasureDirName(toString(lastLevelDirectoryName));
}
}
}
}
}
onUpdate();
return bclMeasure.clone(newMeasureDirName);
}
bool RubyMeasure_Impl::setMeasure(const BCLMeasure& bclMeasure) {
FileReferenceType inputFileType = bclMeasure.inputFileType();
FileReferenceType outputFileType = bclMeasure.outputFileType();
if (!fileTypesAreCompatible(inputFileType,outputFileType)) {
return false;
}
m_bclMeasure = bclMeasure;
m_bclMeasureDirectory = bclMeasure.directory();
m_bclMeasureUUID = bclMeasure.uuid();
m_bclMeasureVersionUUID = bclMeasure.versionUUID();
m_perturbationScript.reset();
m_inputFileType = inputFileType;
m_outputFileType = outputFileType;
m_isUserScript = false;
clearArguments(); // emits onChange(AnalysisObject_Impl::InvalidatesResults)
return true;
}
bool RubyMeasure_Impl::updateMeasure(const BCLMeasure& newVersion,
std::vector<ruleset::OSArgument> newArguments)
{
if (!usesBCLMeasure() || (newVersion.uuid() != m_bclMeasureUUID.get())) {
return false;
}
FileReferenceType inputFileType = newVersion.inputFileType();
FileReferenceType outputFileType = newVersion.outputFileType();
if (!fileTypesAreCompatible(inputFileType,outputFileType)) {
return false;
}
m_bclMeasure = newVersion;
m_bclMeasureDirectory = newVersion.directory();
OS_ASSERT(m_bclMeasureUUID.get() == newVersion.uuid());
m_bclMeasureVersionUUID = newVersion.versionUUID();
m_inputFileType = inputFileType;
m_outputFileType = outputFileType;
m_isUserScript = false;
// preserve current argument values
// otherwise, prefer newArguments definitions and order
OSArgumentVector argsToSet;
OSArgumentVector currentArgs = arguments();
BOOST_FOREACH(const OSArgument& newArg,newArguments) {
OSArgument newArgClone = newArg.clone();
// look for current value
NameFinder<OSArgument> finder(newArgClone.name(),true);
ruleset::OSArgumentVector::iterator it = std::find_if(currentArgs.begin(),
currentArgs.end(),
finder);
if (it != currentArgs.end()) {
// already exists--try to preserve value
if (it->hasValue()) {
bool setResult(false);
switch(it->type().value()) {
case OSArgumentType::Boolean :
setResult = newArgClone.setValue(it->valueAsBool());
break;
case OSArgumentType::Double :
setResult = newArgClone.setValue(it->valueAsDouble());
break;
case OSArgumentType::Quantity :
setResult = newArgClone.setValue(it->valueAsQuantity());
break;
case OSArgumentType::Integer :
setResult = newArgClone.setValue(it->valueAsInteger());
break;
default :
break;
}
if (!setResult) {
// try string conversion by default or if failed
setResult = newArgClone.setValue(it->valueAsString());
if (!setResult) {
LOG(Info,"Unable to preserve argument value for " << *it
<< " during updateMeasure operation on RubyMeasure named " << name()
<< " with measure " << newVersion.name() << " and new argument " << newArgClone);
}
}
}
}
argsToSet.push_back(newArgClone);
}
