@NotNull
protected ExpressionCodegen createOrGetClInitCodegen() {
DeclarationDescriptor descriptor = context.getContextDescriptor();
assert state.getClassBuilderMode() == ClassBuilderMode.FULL
: "<clinit> should not be generated for light classes. Descriptor: " + descriptor;
if (clInit == null) {
MethodVisitor mv = v.newMethod(null, ACC_STATIC, "<clinit>", "()V", null, null);
mv.visitCode();
SimpleFunctionDescriptorImpl clInit =
SimpleFunctionDescriptorImpl.create(
descriptor, Annotations.EMPTY, Name.special("<clinit>"), SYNTHESIZED);
clInit.initialize(
null,
null,
Collections.<TypeParameterDescriptor>emptyList(),
Collections.<ValueParameterDescriptor>emptyList(),
null,
null,
Visibilities.PRIVATE);
this.clInit =
new ExpressionCodegen(
mv, new FrameMap(), Type.VOID_TYPE, context.intoFunction(clInit), state, this);
}
return clInit;
}
public void generateDefaultSetter(
PropertyDescriptor propertyDescriptor, int flags, PsiElement origin) {
if (propertyDescriptor.getKind() == CallableMemberDescriptor.Kind.FAKE_OVERRIDE) {
throw new IllegalStateException("must not generate code for fake overrides");
}
if (kind == OwnerKind.TRAIT_IMPL) {
return;
}
if (kind == OwnerKind.NAMESPACE) {
flags |= Opcodes.ACC_STATIC;
}
PsiElement psiElement =
state
.getBindingContext()
.get(
BindingContext.DESCRIPTOR_TO_DECLARATION,
propertyDescriptor.getContainingDeclaration());
boolean isTrait = psiElement instanceof JetClass && ((JetClass) psiElement).isTrait();
if (isTrait && !(kind instanceof OwnerKind.DelegateKind)) flags |= Opcodes.ACC_ABSTRACT;
if (propertyDescriptor.getModality() == Modality.FINAL) {
flags |= Opcodes.ACC_FINAL;
}
JvmPropertyAccessorSignature signature =
state.getInjector().getJetTypeMapper().mapSetterSignature(propertyDescriptor, kind);
final String descriptor = signature.getJvmMethodSignature().getAsmMethod().getDescriptor();
MethodVisitor mv =
v.newMethod(
origin, flags, setterName(propertyDescriptor.getName()), descriptor, null, null);
generateJetPropertyAnnotation(
mv,
signature.getPropertyTypeKotlinSignature(),
signature.getJvmMethodSignature().getKotlinTypeParameter());
if (propertyDescriptor.getSetter() != null) {
assert !propertyDescriptor.getSetter().hasBody();
AnnotationCodegen.forMethod(mv, state.getInjector().getJetTypeMapper())
.genAnnotations(propertyDescriptor.getSetter());
}
if (v.generateCode() != ClassBuilder.Mode.SIGNATURES
&& (!isTrait || kind instanceof OwnerKind.DelegateKind)) {
if (propertyDescriptor.getModality() != Modality.ABSTRACT) {
mv.visitCode();
if (v.generateCode() == ClassBuilder.Mode.STUBS) {
StubCodegen.generateStubThrow(mv);
} else {
InstructionAdapter iv = new InstructionAdapter(mv);
final Type type =
state
.getInjector()
.getJetTypeMapper()
.mapType(propertyDescriptor.getType(), MapTypeMode.VALUE);
int paramCode = 0;
if (kind != OwnerKind.NAMESPACE) {
iv.load(0, JetTypeMapper.TYPE_OBJECT);
paramCode = 1;
}
if ((kind instanceof OwnerKind.DelegateKind)
!= (propertyDescriptor.getKind() == FunctionDescriptor.Kind.DELEGATION)) {
throw new IllegalStateException("mismatching kind in " + propertyDescriptor);
}
if (kind instanceof OwnerKind.DelegateKind) {
OwnerKind.DelegateKind dk = (OwnerKind.DelegateKind) kind;
iv.load(0, JetTypeMapper.TYPE_OBJECT);
dk.getDelegate().put(JetTypeMapper.TYPE_OBJECT, iv);
iv.load(paramCode, type);
iv.invokeinterface(
dk.getOwnerClass(), setterName(propertyDescriptor.getName()), descriptor);
} else {
iv.load(paramCode, type);
iv.visitFieldInsn(
kind == OwnerKind.NAMESPACE ? Opcodes.PUTSTATIC : Opcodes.PUTFIELD,
state.getInjector().getJetTypeMapper().getOwner(propertyDescriptor, kind),
propertyDescriptor.getName(),
type.getDescriptor());
}
iv.visitInsn(Opcodes.RETURN);
}
}
FunctionCodegen.endVisit(mv, "setter", origin);
}
}
