@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return useNullMap() ? new ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
return (nullRemovalCause == null) ? new MapMaker.ComputingMapAdapter<K, V>(this, computingFunction) : new NullComputingConcurrentMap<K, V>(this, computingFunction);
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, computingFunction + " returned null for key " + key + "."); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, "%s returned null for key %s.", computingFunction, key); notifyRemoval(key, value); return value; }
@SuppressWarnings("unchecked") // unsafe, which is why Cache is preferred @Override public V get(Object k) { K key = (K) k; V value = compute(key); checkNotNull(value, "%s returned null for key %s.", computingFunction, key); notifyRemoval(key, value); return value; }