public void undefineNestedType(TypeBuilder nestedType) {
checkCreated();
nestedTypes.remove(nestedType);
this.Library.undefineNestedType(nestedType);
}
public TypeBuilder defineNestedType(String name) {
checkCreated();
var nestedType = new TypeBuilder(this.Library, this, this.FullName + "$" + name);
this.Library.defineNestedType(nestedType);
nestedTypes.add(nestedType);
return nestedType;
}
private static void defineType(TypeInfo type, Library targetTypeSystem, TypeBuilder declaringType) {
if (type.IsSynthetic) {
return;
}
TypeBuilder clone;
if (declaringType == null) {
clone = targetTypeSystem.defineType(type.FullName);
} else {
clone = declaringType.defineNestedType(type.Name);
clone.setNestedAbstract(type.IsNestedAbstract);
clone.setNestedAnnotation(type.IsNestedAnnotation);
clone.setNestedEnum(type.IsNestedEnum);
clone.setNestedFinal(type.IsNestedFinal);
clone.setNestedInterface(type.IsNestedInterface);
clone.setNestedPrivate(type.IsNestedPrivate);
clone.setNestedProtected(type.IsNestedProtected);
clone.setNestedPublic(type.IsNestedPublic);
clone.setNestedStatic(type.IsNestedStatic);
}
clone.setAbstract(type.IsAbstract);
clone.setAnnotation(type.IsNestedAnnotation);
clone.setEnum(type.IsEnum);
clone.setFinal(type.IsFinal);
clone.setInterface(type.IsInterface);
clone.setPublic(type.IsPublic);
clone.setSuper(type.IsSynthetic);
foreach (var ga in type.GenericArguments) {
clone.addGenericArgument(ga.FullName);
}
foreach (var nt in type.getNestedTypes()) {
defineType(nt, targetTypeSystem, clone);
}
}
private static void declareType(TypeInfo type, Library targetTypeSystem, TypeBuilder clone, Scope<String, TypeInfo> genericArgs) {
if (type.IsSynthetic) {
return;
}
genericArgs.enterScope();
foreach (var ga in clone.GenericArguments) {
genericArgs.declareBinding(ga.FullName, ga);
}
clone.setBaseType(getType(targetTypeSystem, type.BaseType, genericArgs));
foreach (var t in type.Interfaces) {
clone.addInterface(getType(targetTypeSystem, t, genericArgs));
}
foreach (var av in type.Annotations) {
var avb = clone.addAnnotation(getType(targetTypeSystem, av.Type, genericArgs), av.IsRuntimeVisible);
cloneAnnotationValue(av, targetTypeSystem, avb, genericArgs);
}
foreach (var f in type.Fields.where(p => !p.IsSynthetic && !p.IsPrivate)) {
var fb = clone.defineField(f.Name, getType(targetTypeSystem, f.Type, genericArgs));
fb.setEnum(f.IsEnum);
fb.setFinal(f.IsFinal);
fb.setProtected(f.IsProtected);
fb.setPublic(f.IsPublic);
fb.setStatic(f.IsStatic);
fb.setTransient(f.IsTransient);
fb.setVolatile(f.IsVolatile);
fb.setValue(f.Value);
foreach (var av in f.getAnnotations()) {
var avb = fb.addAnnotation(getType(targetTypeSystem, av.Type, genericArgs), av.IsRuntimeVisible);
cloneAnnotationValue(av, targetTypeSystem, avb, genericArgs);
}
}
foreach (var m in type.Methods.where(p => !p.IsSynthetic && !p.IsPrivate)) {
var mb = clone.defineMethod(m.Name);
mb.setAbstract(m.IsAbstract);
mb.setBridge(m.IsBridge);
mb.setFinal(m.IsFinal);
mb.setNative(m.IsNative);
mb.setProtected(m.IsProtected);
mb.setPublic(m.IsPublic);
mb.setStatic(m.IsStatic);
mb.setStrict(m.IsStrict);
mb.setSynchronized(m.IsSynchronized);
mb.setVarargs(m.IsVarargs);
foreach (var av in m.Annotations) {
var avb = mb.addAnnotation(getType(targetTypeSystem, av.Type, genericArgs), av.IsRuntimeVisible);
cloneAnnotationValue(av, targetTypeSystem, avb, genericArgs);
}
genericArgs.enterScope();
foreach (var ga in m.GenericArguments) {
var t = mb.addGenericArgument(ga.FullName);
genericArgs.declareBinding(t.FullName, t);
}
mb.setReturnType(getType(targetTypeSystem, m.ReturnType, genericArgs));
foreach (var p in m.Parameters) {
var pb = mb.addParameter(getType(targetTypeSystem, p.Type, genericArgs));
pb.setName(p.Name);
}
genericArgs.leaveScope();
}
foreach (var nt in type.NestedTypes) {
declareType(nt, targetTypeSystem, (TypeBuilder)clone.getNestedType(nt.Name), genericArgs);
}
genericArgs.leaveScope();
}
public TypeBuilder defineType(String name) {
if (typeExists(name)) {
throw new IllegalStateException("Type '" + name + "' already defined");
}
var result = new TypeBuilder(this, null, name);
typeInfos[name] = result;
classNames.add(name);
return result;
}