boost::filesystem::path path_derivatives_factory::
make_inclusion_path(const settings::path_settings& ps,
const yarn::name& n) const {
BOOST_LOG_SEV(lg, debug) << "Making inclusion path for: " << n.qualified();
boost::filesystem::path r;
/* Header files require both the external module path and the
* model module path in the file name path.
*/
if (ps.file_type() == formatters::file_types::cpp_header) {
for (const auto& m : n.location().external_modules())
r /= m;
const auto& mmp(n.location().model_modules());
r /= boost::algorithm::join(mmp, dot);
}
/* If there is a facet directory, and it is configured to
* contribute to the file name path, add it.
*/
if (!ps.facet_directory().empty() && !ps.disable_facet_directories())
r /= ps.facet_directory();
// Add the module path of the modules internal to this model.
for (const auto& m : n.location().internal_modules())
r /= m;
/* Modules other than the model module contribute their simple
* names to the directories.
*/
if (n != model_.name()) {
const auto i(model_.elements().find(n.qualified()));
if (i != model_.elements().end() && is<yarn::module>(i->second))
r /= n.simple();
}
// handle the file name.
std::ostringstream stream;
stream << n.simple();
if (!ps.formatter_postfix().empty())
stream << underscore << ps.formatter_postfix();
if (!ps.facet_postfix().empty())
stream << underscore << ps.facet_postfix();
if (ps.file_type() == formatters::file_types::cpp_header)
stream << dot << ps.header_file_extension();
else if (ps.file_type() == formatters::file_types::cpp_implementation)
stream << dot << ps.implementation_file_extension();
r /= stream.str();
BOOST_LOG_SEV(lg, debug) << "Done making the inclusion path. Result: " << r;
return r;
}
std::list<std::string> name_builder::
namespace_list(const yarn::name& n, const bool detect_model_name) const {
const auto& l(n.location());
std::list<std::string> r(l.external_modules());
for (const auto& m : l.model_modules())
r.push_back(m);
for (const auto& m : l.internal_modules())
r.push_back(m);
if (!detect_model_name)
return r;
/* if the name belongs to the model's module, we need to remove the
* module's simple name from the module path (it is in both the
* module path and it is also the module's simple name).
*/
const bool no_internal_modules(l.internal_modules().empty());
const bool has_model_modules(!l.model_modules().empty());
const bool is_model_name(no_internal_modules && has_model_modules &&
n.simple() == l.model_modules().back());
if (is_model_name)
r.pop_back();
return r;
}
std::string name_builder::
qualified_name(const yarn::name& n) const {
std::list<std::string> l(namespace_list(n, true));
l.push_back(n.simple());
return boost::algorithm::join(l, scope_operator);
}
