public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };
public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };
public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
public Type getBaseClass(Type t, Class sup) { return baseClassFinder.visit(t, sup); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Returns the runtime representation of the given type. * * This corresponds to the notion of the erasure in JSR-14. * * <p> * Because of the difference in the way Annotation Processing and the Java reflection * treats primitive type and array type, we can't define this method * on {@link Navigator}. * * <p> * It made me realize how difficult it is to define the common navigation * layer for two different underlying reflection library. The other way * is to throw away the entire parameterization and go to the wrapper approach. */ public <T> Class<T> erasure(Type t) { return eraser.visit(t, null); }
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };
/** * Replaces the type variables in {@code t} by its actual arguments. * * @param decl * provides a list of type variables. See {@link GenericDeclaration#getTypeParameters()} * @param args * actual arguments. See {@link ParameterizedType#getActualTypeArguments()} */ private Type bind(Type t, GenericDeclaration decl, ParameterizedType args) { return binder.visit(t, new BinderArg(decl, args.getActualTypeArguments())); } };