void renameTypeDefinitions()
{
Log.v("Renaming obfuscated type definitions");
foreach (var module in modules.TheModules) {
if (module.ObfuscatedFile.RemoveNamespaceWithOneType)
removeOneClassNamespaces(module);
}
var state = new TypeRenamerState();
foreach (var type in modules.AllTypes)
state.addTypeName(memberInfos.type(type).oldName);
prepareRenameTypes(modules.BaseTypes, state);
fixClsTypeNames();
renameTypeDefinitions(modules.NonNestedTypes);
}
void prepareRenameTypes(IEnumerable<TypeDef> types, TypeRenamerState state)
{
foreach (var typeDef in types) {
memberInfos.type(typeDef).prepareRenameTypes(state);
prepareRenameTypes(typeDef.derivedTypes, state);
}
}
public void prepareRenameTypes(TypeRenamerState state)
{
var checker = NameChecker;
if (newNamespace == null && oldNamespace != "") {
if (!checker.isValidNamespaceName(oldNamespace)) {
newNamespace = state.createNamespace(oldNamespace);
}
}
string origClassName = null;
if (isWinFormsClass())
origClassName = findWindowsFormsClassName(type);
if (oldFullName != "<Module>" && !checker.isValidTypeName(oldName)) {
if (origClassName != null && checker.isValidTypeName(origClassName))
rename(state.getTypeName(oldName, origClassName));
else {
ITypeNameCreator nameCreator = type.isGlobalType() ?
state.globalTypeNameCreator :
state.internalTypeNameCreator;
string newBaseType = null;
TypeInfo baseInfo = getBase();
if (baseInfo != null && baseInfo.renamed)
newBaseType = baseInfo.newName;
rename(nameCreator.create(type.TypeDefinition, newBaseType));
}
}
prepareRenameGenericParams(type.GenericParams, checker);
}
