This will return all super types as ClassReference, whether they're parsed as KtClassOrObject or ClassDescriptor. This will include generated code, assuming it has already been generated. The returned sequence will be distinct by FqName, and Psi types are preferred over Descriptors.

AnvilCompilationExceptionAnnotationReference

fun AnvilCompilationExceptionAnnotationReference(annotationReference: AnnotationReference, message: String, cause: Throwable? = null): AnvilCompilationException

AnvilCompilationExceptionClassReference

fun AnvilCompilationExceptionClassReference(classReference: ClassReference, message: String, cause: Throwable? = null): AnvilCompilationException

AnvilCompilationExceptionFunctionReference

fun AnvilCompilationExceptionFunctionReference(functionReference: FunctionReference, message: String, cause: Throwable? = null): AnvilCompilationException

AnvilCompilationExceptionParameterReference

fun AnvilCompilationExceptionParameterReference(parameterReference: ParameterReference, message: String, cause: Throwable? = null): AnvilCompilationException

AnvilCompilationExceptionPropertyReference

fun AnvilCompilationExceptionPropertyReference(propertyReference: PropertyReference, message: String, cause: Throwable? = null): AnvilCompilationException

AnvilCompilationExceptionTypReference

fun AnvilCompilationExceptionTypReference(typeReference: TypeReference, message: String, cause: Throwable? = null): AnvilCompilationException

argumentAt

fun AnnotationReference.argumentAt(name: String, index: Int): AnnotationArgumentReference?

asClassId

fun ClassName.asClassId(local: Boolean = false): ClassId

asClassName

fun ClassReference.asClassName(): ClassName

asTypeName

fun ClassReference.asTypeName(): TypeName

canResolveFqName

fun FqName.canResolveFqName(module: ModuleDescriptor): Boolean

classAndInnerClassReferences

fun Collection<KtFile>.classAndInnerClassReferences(module: ModuleDescriptor): Sequence<ClassReference.Psi>

generateClassName

fun ClassReference.generateClassName(separator: String = "_", suffix: String = ""): ClassId

fun ClassName.generateClassName(separator: String = "_", suffix: String = ""): ClassName

generateClassNameString

fun ClassName.generateClassNameString(separator: String = "", suffix: String = "", capitalizePackage: Boolean = true): String

getTypeParameterReferences

fun ClassReference.Psi.getTypeParameterReferences(): List<TypeParameterReference.Psi>

toAnnotationArgumentReference

fun Pair<Name, ConstantValue<*>>.toAnnotationArgumentReference(annotationReference: AnnotationReference.Descriptor): AnnotationArgumentReference.Descriptor

fun KtValueArgument.toAnnotationArgumentReference(annotationReference: AnnotationReference.Psi, indexOfArgument: Int): AnnotationArgumentReference.Psi

toAnnotationReference

fun AnnotationDescriptor.toAnnotationReference(declaringClass: ClassReference.Descriptor?, module: ModuleDescriptor): AnnotationReference.Descriptor

fun KtAnnotationEntry.toAnnotationReference(declaringClass: ClassReference.Psi?, module: ModuleDescriptor): AnnotationReference.Psi

toClassReference

fun ClassDescriptor.toClassReference(module: ModuleDescriptor): ClassReference.Descriptor

fun FqName.toClassReference(module: ModuleDescriptor): ClassReference

fun KtClassOrObject.toClassReference(module: ModuleDescriptor): ClassReference.Psi

toClassReferenceOrNull

fun FqName.toClassReferenceOrNull(module: ModuleDescriptor): ClassReference?

Attempts to find the KtClassOrObject for the FqName first, then falls back to the ClassDescriptor if the Psi element cannot be found. This will happen if the class for FqName is not part of this compilation unit.