@Test public void testLongHashMapRandom_Synchronized() { LongHashMap<Object> map = LongHashMap.createSynchronized(); testLongHashMapRandom(map); }
public static <T> LongHashMap<T> createSynchronized() { return new Synchronized<>(DEFAULT_CAPACITY); }
LongHashMap { public static <T> LongHashMap<T> createSynchronized() { return new Synchronized<>(DEFAULT_CAPACITY); } }
LongHashMap { public static <T> LongHashMap<T> createSynchronized() { return new Synchronized<>(DEFAULT_CAPACITY); } LongHashMap(); @SuppressWarnings("unchecked")  LongHashMap(int capacity); }
LongHashMap { public static <T> LongHashMap<T> createSynchronized() { return new Synchronized<>(DEFAULT_CAPACITY); } LongHashMap(); @SuppressWarnings("unchecked")  LongHashMap(int capacity); static LongHashMap<T> createSynchronized(); static LongHashMap<T> createSynchronized(int capacity); boolean containsKey(long key); T get(long key); T put(long key, T value); T remove(long key); long[] keys(); Entry<T>[] entries(); void clear(); int size(); void setCapacity(int newCapacity); void reserveRoom(int entryCount); }
LongHashMap { public static <T> LongHashMap<T> createSynchronized() { return new Synchronized<>(DEFAULT_CAPACITY); } LongHashMap(); @SuppressWarnings("unchecked")  LongHashMap(int capacity); static LongHashMap<T> createSynchronized(); static LongHashMap<T> createSynchronized(int capacity); boolean containsKey(long key); T get(long key); T put(long key, T value); T remove(long key); long[] keys(); Entry<T>[] entries(); void clear(); int size(); void setCapacity(int newCapacity); void reserveRoom(int entryCount);  }