void Configuration::addGroup(const std::string& name)
{
impl_->groups_.insert(std::make_pair(name, PropertyGroup(name)));
}
// Finds all propery declarations for a group.
void ElementDefinition::BuildPropertyGroup(PropertyGroupMap& groups, const String& group_type, const PropertyDictionary& element_properties, const PropertyGroupMap* default_properties)
{
String property_suffix = "-" + group_type;
PropertyMap::const_iterator property_iterator;
for (property_iterator = element_properties.GetProperties().begin(); property_iterator != element_properties.GetProperties().end(); ++property_iterator)
{
const String& property_name = (*property_iterator).first;
if (property_name.Length() > property_suffix.Length() &&
strcasecmp(property_name.CString() + (property_name.Length() - property_suffix.Length()), property_suffix.CString()) == 0)
{
// We've found a group declaration!
String group_name = property_name.Substring(0, property_name.Length() - (group_type.Length() + 1));
String group_class = (*property_iterator).second.value.Get< String >();
PropertyDictionary* group_properties = NULL;
// Check if we have an existing definition by this name; if so, we're only overriding the type.
PropertyGroupMap::iterator existing_definition = groups.find(group_name);
if (existing_definition != groups.end())
{
(*existing_definition).second.first = group_class;
group_properties = &(*existing_definition).second.second;
}
else
{
// Check if we have any default decorator definitions, and if the new decorator has a default. If so,
// we make a copy of the default properties for the new decorator.
if (default_properties != NULL)
{
PropertyGroupMap::const_iterator default_definition = default_properties->find(group_name);
if (default_definition != default_properties->end())
group_properties = &(*groups.insert(PropertyGroupMap::value_type(group_name, PropertyGroup(group_class, (*default_definition).second.second))).first).second.second;
}
// If we still haven't got somewhere to put the properties for the new decorator, make a new
// definition.
if (group_properties == NULL)
group_properties = &(*groups.insert(PropertyGroupMap::value_type(group_name, PropertyGroup(group_class, PropertyDictionary()))).first).second.second;
}
// Now find all of this decorator's properties.
BuildPropertyGroupDictionary(*group_properties, group_type, group_name, element_properties);
}
}
// Now go through all the default decorator definitions and see if the new property list redefines any properties
// used by them.
if (default_properties != NULL)
{
for (PropertyGroupMap::const_iterator default_definition_iterator = default_properties->begin(); default_definition_iterator != default_properties->end(); ++default_definition_iterator)
{
const String& default_definition_name = (*default_definition_iterator).first;
// Check the list of new definitions hasn't defined this decorator already; if so, it overrode the
// decorator type and so has inherited all the properties anyway.
if (groups.find(default_definition_name) == groups.end())
{
// Nope! Make a copy of the decorator's properties and see if the new dictionary overrides any of the
// properties.
PropertyDictionary decorator_properties = (*default_definition_iterator).second.second;
if (BuildPropertyGroupDictionary(decorator_properties, group_type, default_definition_name, element_properties) > 0)
groups[default_definition_name] = PropertyGroup((*default_definition_iterator).second.first, decorator_properties);
}
}
}
}
