@@ -31,7 +31,7 @@ public final class HugeAtomicBitSetOps {
3131 static boolean get (HugeAtomicLongArray bits , long numBits , long index ) {
3232 assert (index < numBits );
3333 long wordIndex = index / NUM_BITS ;
34- int bitIndex = (int ) index % NUM_BITS ;
34+ int bitIndex = (int ) ( index % NUM_BITS ) ;
3535 long bitmask = 1L << bitIndex ;
3636 return (bits .get (wordIndex ) & bitmask ) != 0 ;
3737 }
@@ -43,7 +43,7 @@ static void set(HugeAtomicLongArray bits, long numBits, long index) {
4343 assert (index < numBits );
4444
4545 long wordIndex = index / NUM_BITS ;
46- int bitIndex = (int ) index % NUM_BITS ;
46+ int bitIndex = (int ) ( index % NUM_BITS ) ;
4747 long bitmask = 1L << bitIndex ;
4848
4949 long oldWord = bits .get (wordIndex );
@@ -115,7 +115,7 @@ static boolean getAndSet(HugeAtomicLongArray bits, long numBits, long index) {
115115 assert (index < numBits );
116116
117117 long wordIndex = index / NUM_BITS ;
118- int bitIndex = (int ) index % NUM_BITS ;
118+ int bitIndex = (int ) ( index % NUM_BITS ) ;
119119 long bitmask = 1L << bitIndex ;
120120
121121 long oldWord = bits .get (wordIndex );
@@ -142,7 +142,7 @@ static void flip(HugeAtomicLongArray bits, long numBits, long index) {
142142 assert (index < numBits );
143143
144144 long wordIndex = index / NUM_BITS ;
145- int bitIndex = (int ) index % NUM_BITS ;
145+ int bitIndex = (int ) ( index % NUM_BITS ) ;
146146 long bitmask = 1L << bitIndex ;
147147
148148 long oldWord = bits .get (wordIndex );
@@ -242,7 +242,7 @@ static void clear(HugeAtomicLongArray bits, long numBits, long index) {
242242 assert (index < numBits );
243243
244244 long wordIndex = index / NUM_BITS ;
245- int bitIndex = (int ) index % NUM_BITS ;
245+ int bitIndex = (int ) ( index % NUM_BITS ) ;
246246 long bitmask = ~(1L << bitIndex );
247247
248248 long oldWord = bits .get (wordIndex );
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