@IntDef annotation and return value from other's code that cannot be annotated or how to temporarily disable annotation from affecting the code?

Question

I am using IntDef from Android Support annotation in my code (but my question is wider in scope so please keep reading :) like this:

public class UiLockMode
{
    @IntDef({DEFAULT, NONE, VISIBLE, TRANSPARENT})
    @Retention(RetentionPolicy.SOURCE)
    public @interface AllowedValues {}

    public static final int DEFAULT     = 0;
    public static final int NONE        = 1;
    public static final int VISIBLE     = 2;
    public static final int TRANSPARENT = 3;
}

Next, I got some other methods annotated with it like this:

protected void setLockMode(@UiLockMode.AllowedValues int lockMode) {
    ...

At that point is all fine and nice but the problem shows up whenever I'd like to pass return value from other methods to setLockMode(), like i.e. from Parcelable implementation:

private Foo(Parcel in) {
    ...
    setLockMode(in.getInt());

In such case my IDE complains that I am only allowed to use DEFAULT, NONE, VISIBLE, TRANSPARENT with setLockMode(). But getInt() is not my method so I cannot annotate its return value and make all this happy. I am also almost sure this is not unique use case but I failed to find the way to either temporarily disable AllowedValues annotation from complaining here or to "cast" return value from getInt() to make AllowedValue not complaining.

So my questions are: is there any way of solving this problem? Maybe I am missing something obvious about annotations but maybe I shall be creating bug report to make Google address this problem instead?

Any input or thought appreciated.

Answer 1

If you only suppress the warning for this single statement by inserting //noinspection ResourceType above it, isn't this equivalent to "making it understand the value returned by getInt() at this point is correct"?

Alternatively, you could add to UiLockMode a simple method translating from int to @UiLockMode, e.g. something along the lines of:

public @UiLockMode.AllowedValues static int lockModeTranslate(int val)
{
    switch(val)
    {
        case 0: return UiLockMode.DEFAULT;
        case 1: return UiLockMode.NONE;
        case 2: return UiLockMode.TRANSPARENT;
        case 3: return UiLockMode.VISIBLE;
    }

    throw new SomethingHorrible;
}

Then a call like setLockMode(UiLockMode.lockModeTranslate(in.getInt())); will no longer cause a warning.