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    Searched defs:thin (Results 1 - 2 of 2) sorted by null

/art/runtime/
monitor.cc	46 * in Bacon et al.'s "Thin locks: featherweight synchronization for Java" 50 * The two states of an Object's lock are referred to as "thin" and 51 * "fat". A lock may transition from the "thin" state to the "fat" 56 * lock encodes its state. When cleared, the lock is in the "thin" 68 * For an in-depth description of the mechanics of thin-vs-fat locking, 128 uint32_t thin = *obj->GetRawLockWordAddress(); local 129 lock_count_ = LW_LOCK_COUNT(thin); 130 thin &= LW_HASH_STATE_MASK << LW_HASH_STATE_SHIFT; 131 thin |= reinterpret_cast<uint32_t>(this) | LW_SHAPE_FAT; 133 android_atomic_release_store(thin, obj->GetRawLockWordAddress()) 599 uint32_t thin, newThin; local 708 uint32_t thin = *thinp; local 764 uint32_t thin = *thinp; local 784 uint32_t thin = *obj->GetRawLockWordAddress(); local 805 uint32_t thin = *obj->GetRawLockWordAddress(); local     [all...]
/dalvik/vm/
Sync.cpp	33 * in Bacon et al.'s "Thin locks: featherweight synchronization for Java" 37 * The two states of an Object's lock are referred to as "thin" and 38 * "fat". A lock may transition from the "thin" state to the "fat" 43 * lock encodes its state. When cleared, the lock is in the "thin" 55 * For an in-depth description of the mechanics of thin-vs-fat locking, 167 * object may be unlocked, thin-locked, or fat-locked. 195 * thin again. This is called during garbage collection. 826 * Changes the shape of a monitor from thin to fat, preserving the 832 u4 thin; local 842 thin = obj->lock 864 u4 thin, newThin, threadId; local 1004 u4 thin; local 1070 u4 thin = *(volatile u4 *)&obj->lock; local 1100 u4 thin = *(volatile u4 *)&obj->lock; local 1128 u4 thin = *(volatile u4 *)&obj->lock; local     [all...]

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