} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }
} else if (!isFulfilling(h.mode)) { // try to fulfill if (h.isCancelled()) // already cancelled
/** * Returns true if node s is at head or there is an active * fulfiller. */ boolean shouldSpin(SNode s) { SNode h = head; return (h == s || h == null || isFulfilling(h.mode)); }