std::vector<OSArgument> getArguments(const BCLMeasure& measure, const Workspace& workspace) override {
if (model::OptionalModel model = workspace.optionalCast<model::Model>()) {
return m_rubyInterpreter->template execWithReturn<std::vector<OSArgument> >(
"argumentExtractor", measure, model::OptionalModel(model), OptionalWorkspace());
}
else {
return m_rubyInterpreter->template execWithReturn<std::vector<OSArgument> >(
"argumentExtractor", measure, model::OptionalModel(), OptionalWorkspace(workspace));
}
}
RubyUserScriptInfo getInfo(const BCLMeasure& measure, const Workspace& workspace) {
if (model::OptionalModel model = workspace.optionalCast<model::Model>()) {
return m_rubyInterpreter->template execWithReturn<RubyUserScriptInfo>(
"infoExtractor", measure, model::OptionalModel(model), OptionalWorkspace());
}
else {
return m_rubyInterpreter->template execWithReturn<RubyUserScriptInfo>(
"infoExtractor", measure, model::OptionalModel(), OptionalWorkspace(workspace));
}
}
RubyUserScriptInfo getInfo(const BCLMeasure& measure,
const model::Model& model,
const Workspace& workspace)
{
return m_rubyInterpreter->template execWithReturn<RubyUserScriptInfo>(
"infoExtractor", measure, model::OptionalModel(model), OptionalWorkspace(workspace));
}
std::vector<OSArgument> getArguments(const BCLMeasure& measure) override {
return m_rubyInterpreter->template execWithReturn<std::vector<OSArgument> >(
"argumentExtractor", measure, model::OptionalModel(), OptionalWorkspace());
}
