private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
boolean free(PoolChunk<T> chunk, long handle, ByteBuffer nioBuffer) { chunk.free(handle, nioBuffer); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
boolean free(PoolChunk<T> chunk, long handle, ByteBuffer nioBuffer) { chunk.free(handle, nioBuffer); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
boolean free(PoolChunk<T> chunk, long handle) { chunk.free(handle); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
boolean free(PoolChunk<T> chunk, long handle, ByteBuffer nioBuffer) { chunk.free(handle, nioBuffer); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
boolean free(PoolChunk<T> chunk, long handle) { chunk.free(handle); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
boolean free(PoolChunk<T> chunk, long handle) { chunk.free(handle); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }
private boolean move(PoolChunk<T> chunk) { assert chunk.usage() < maxUsage; if (chunk.usage() < minUsage) { // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } // PoolChunk fits into this PoolChunkList, adding it here. add0(chunk); return true; }
boolean free(PoolChunk<T> chunk, long handle) { chunk.free(handle); if (chunk.usage() < minUsage) { remove(chunk); // Move the PoolChunk down the PoolChunkList linked-list. return move0(chunk); } return true; }