HashMap LinkedHashMap源码分析笔记

MapClassDiagram

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" 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Map

（1）维护key-value 之间的映射，key不可以重复。

（2）提供三个视图：EntryKey，Values，EntrySet

（3）map自身不能做为key，put到自身的map中。但可以作为value。

（4）使用Entry来存放Key-Value

AbstractMap

（1）Clone：浅拷贝

（2）两个Map.Entry实现SimpleEntry，SimpleImmutableEntry（不可改变Entry）

Map实现类中都有自己Map.Entry实现。

HashMap

（1）存储结构：数组+链表（哈希表+链表处理冲突）,允许key为Null，浅拷贝

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" alt="" />

（2）Default Size=16，Default Load Factor=0.75. 可以在构造map时指定。

（3）transient Entry[]， transient Size. 自己拥有WriteObject和ReadObject方法。

（4）capacity永远是2的倍数。

（5）HashMap.Entry 存放四个值：

final K key;

V value;

Entry<K,V> next;

final int hash;

（6）Null Key:

如果Key 为Null 则key的hash值为0，进而index值为0。

（7）get过程：参数key

          public V get(Object key) {

        if (key == null)

           //如果key为Null, 则在table[0]处进行查找。

            return getForNullKey();

        //如果key不为Null

        int hash = hash(key.hashCode());

       //计算hash值和index, 在table[index]下进行查找。

        for (Entry<K,V> e = table[indexFor(hash, table.length)];

             e != null;

             e = e.next) {

            Object k;

           //比较hash值和key值，如果都相同则返回value。

            if (e.hash == hash && ((k = e.key) == key || key.equals(k)))

                return e.value;

        }

        return null;

}

private V getForNullKey() {

//key 为Null， index 为0.

        for (Entry<K,V> e = table[0]; e != null; e = e.next) {

            if (e.key == null)

                return e.value;

        }

        return null;

    }

（8）put过程:

  public V put(K key, V value) {

        if (key == null)

           //如果key为Null

            return putForNullKey(value);

       //key 不为Null

        //计算hash，index

        int hash = hash(key.hashCode());

        int i = indexFor(hash, table.length);

       //如果key已经存在则进行替换，返回之前的值。

        for (Entry<K,V> e = table[i]; e != null; e = e.next) {

            Object k;

            if (e.hash == hash && ((k = e.key) == key || key.equals(k))) {

                V oldValue = e.value;

                e.value = value;

                e.recordAccess(this);

                return oldValue;

            }

        }

       //如果key不存在，则添加。

        modCount++;

        addEntry(hash, key, value, i);

        return null;

}

//put for Null key

private V putForNullKey(V value) {

    //在table[0]的位置进行查找，存在更新值，不存在则添加。

        for (Entry<K,V> e = table[0]; e != null; e = e.next) {

            if (e.key == null) {

                V oldValue = e.value;

                e.value = value;

                e.recordAccess(this);

                return oldValue;

            }

        }

        modCount++;

        addEntry(0, null, value, 0);

        return null;

    }

//添加使用“头插法”，将新插入Entry放在table[index]的位置。

    void addEntry(int hash, K key, V value, int bucketIndex) {

    Entry<K,V> e = table[bucketIndex];

        table[bucketIndex] = new Entry<K,V>(hash, key, value, e);

        if (size++ >= threshold)

           //如果size大于阀值，扩充table容量。

            resize(2 * table.length);

}

（9）Resize 过程

   void resize(int newCapacity) {

        Entry[] oldTable = table;

        int oldCapacity = oldTable.length;

       //如果当前capacity已经是最大值，则将阀值改为最大值

        if (oldCapacity == MAXIMUM_CAPACITY) {

            threshold = Integer.MAX_VALUE;

            return;

        }

       //创建新的table

        Entry[] newTable = new Entry[newCapacity];

       //将原table中的值重新定位到新的table当中。

        transfer(newTable);

       //更新现有引用，并计算阀值

        table = newTable;

        threshold = (int)(newCapacity * loadFactor);

}

    void transfer(Entry[] newTable) {

        Entry[] src = table;

        int newCapacity = newTable.length;

        for (int j = 0; j < src.length; j++) {

            Entry<K,V> e = src[j];

            if (e != null) {

                src[j] = null;

                do {

                    Entry<K,V> next = e.next;

                  //重新定位index

                    int i = indexFor(e.hash, newCapacity);

                  //头插法插入新table

                    e.next = newTable[i];

                    newTable[i] = e;

                    e = next;

                } while (e != null);

            }

        }

  }

（10）Remove 过程

final Entry<K,V> removeEntryForKey(Object key) {

    //计算hash值和index

        int hash = (key == null) ? 0 : hash(key.hashCode());

        int i = indexFor(hash, table.length);

       //找到要遍历查找的链表头元素

        Entry<K,V> prev = table[i];

        Entry<K,V> e = prev;

        while (e != null) {

            Entry<K,V> next = e.next;

            Object k;

            if (e.hash == hash &&

                ((k = e.key) == key || (key != null && key.equals(k)))) {

                modCount++;

                size--;

                if (prev == e)

                 //如果删除的是头元素

                    table[i] = next;

                else

                 //从链表中删除

                    prev.next = next;

                e.recordRemoval(this);

                return e;

            }

           //向后推移

            prev = e;

            e = next;

        }

        return e;

    }

LinkedHashMap

LinkedHashMap在HashMap的基础上进行封装，将entry按照插入顺序链接起来，形成双向链表。

（1） LinkedHashMap.Entry 继承了HashMap.Entry 添加了before和after指针（指向LinkedHashMap.entry）。

    private static class Entry<K,V> extends HashMap.Entry<K,V> {

        // These fields comprise the doubly linked list used for iteration.

        Entry<K,V> before, after;

       //给HashMap.Entry赋值。

    Entry(int hash, K key, V value, HashMap.Entry<K,V> next) {

            super(hash, key, value, next);

        }

  }

（2）accessOrder：来确定按照何种顺序进行访问。

a)   access-order: from least-recently accessed to most-recently. 适合使用LRU算法。（按照最近访问顺序，从最近最少使用到最近最多使用）

        void recordAccess(HashMap<K,V> m) {

            LinkedHashMap<K,V> lm = (LinkedHashMap<K,V>)m;

            if (lm.accessOrder) {

                lm.modCount++;

              //从链表中移除

                remove();

              //添加到链表尾部。

                addBefore(lm.header);

            }}

b)   insertion-order：插入顺序。

（3）重写了transfer方法，是的resize的性能提高。

    void transfer(HashMap.Entry[] newTable) {

        int newCapacity = newTable.length;

       //使用链表进行迭代。

        for (Entry<K,V> e = header.after; e != header; e = e.after) {

            int index = indexFor(e.hash, newCapacity);

            e.next = newTable[index];

            newTable[index] = e;

        }

}

同理其它在HashMap中需要迭代的地方都使用链表进行迭代。如containsValue，KeyIterator, ValueIterator, EntryIterator等。

（4）添加Entry的时候会调用addBefore(header)方法，建立链表关系。

        private void addBefore(Entry<K,V> existingEntry) {

           //实际existing就是指header

            after  = existingEntry;

            before = existingEntry.before;

            before.after = this;

            after.before = this;

        }

（5）删除时同样会删除链表关系。

        private void remove() {

            before.after = after;

            after.before = before;

        }