@NotNull
private static PsiClass findCorrespondingLightClass(
@NotNull JetClassOrObject decompiledClassOrObject,
@NotNull PsiClass rootLightClassForDecompiledFile) {
FqName relativeFqName = getClassRelativeName(decompiledClassOrObject);
Iterator<Name> iterator = relativeFqName.pathSegments().iterator();
Name base = iterator.next();
assert rootLightClassForDecompiledFile.getName().equals(base.asString())
: "Light class for file:\n"
+ decompiledClassOrObject.getContainingJetFile().getVirtualFile().getCanonicalPath()
+ "\nwas expected to have name: "
+ base.asString()
+ "\n Actual: "
+ rootLightClassForDecompiledFile.getName();
PsiClass current = rootLightClassForDecompiledFile;
while (iterator.hasNext()) {
Name name = iterator.next();
PsiClass innerClass = current.findInnerClassByName(name.asString(), false);
assert innerClass != null
: "Could not find corresponding inner/nested class "
+ relativeFqName
+ " in class "
+ decompiledClassOrObject.getFqName()
+ "\n"
+ "File: "
+ decompiledClassOrObject.getContainingJetFile().getVirtualFile().getName();
current = innerClass;
}
return current;
}
private static void removeDuplicateTypes(Set<JetType> conflictingTypes) {
for (Iterator<JetType> iterator = conflictingTypes.iterator(); iterator.hasNext(); ) {
JetType type = iterator.next();
for (JetType otherType : conflictingTypes) {
boolean subtypeOf = JetTypeChecker.DEFAULT.equalTypes(type, otherType);
if (type != otherType && subtypeOf) {
iterator.remove();
break;
}
}
}
}
