/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); onResolve(chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); chain(this, chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); onResolve(chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); chain(this, chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); onResolve(chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); onResolve(chained.new Then<>(this, success, failure)); return chained.orDone(); }
/** * {@inheritDoc} */ @Override public <R> Promise<R> then(Success<? super T, ? extends R> success, Failure failure) { DeferredPromiseImpl<R> chained = deferred(); onResolve(chained.new Then<>(this, success, failure)); return chained.orDone(); }