@@ -205,11 +205,11 @@ static TLS_CALLBACK(cleanupPools)(struct arc_tls* tls)
205205 * ever had a weak reference taken. This lets us avoid acquiring the weak
206206 * table lock for most objects on deallocation.
207207 */
208- static const long weak_mask = ((size_t )1 )<<((sizeof (size_t )*8 )-refcount_shift);
208+ static const size_t weak_mask = ((size_t )1 )<<((sizeof (size_t )*8 )-refcount_shift);
209209/* *
210210 * All of the bits other than the top bit are the real reference count.
211211 */
212- static const long refcount_mask = ~weak_mask;
212+ static const size_t refcount_mask = ~weak_mask;
213213
214214OBJC_PUBLIC size_t object_getRetainCount_np (id obj)
215215{
@@ -225,7 +225,7 @@ OBJC_PUBLIC id objc_retain_fast_np(id obj)
225225 uintptr_t newVal = refCountVal;
226226 do {
227227 refCountVal = newVal;
228- long realCount = refCountVal & refcount_mask;
228+ size_t realCount = refCountVal & refcount_mask;
229229 // If this object's reference count is already less than 0, then
230230 // this is a spurious retain. This can happen when one thread is
231231 // attempting to acquire a strong reference from a weak reference
@@ -708,7 +708,7 @@ static BOOL setObjectHasWeakRefs(id obj)
708708 uintptr_t newVal = refCountVal;
709709 do {
710710 refCountVal = newVal;
711- long realCount = refCountVal & refcount_mask;
711+ size_t realCount = refCountVal & refcount_mask;
712712 // If this object has already been deallocated (or is in the
713713 // process of being deallocated) then don't bother storing it.
714714 if (realCount < 0 )
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