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@@ -654,18 +654,18 @@ public class FunctionalAnnotation {
| **特征** |**函数式方法名**|**示例**|
| :---- | :----: | :----: |
|无参数； <br> 无返回值|**Runnable** <br> (java.lang) <br> `run()`|**Runnable**|
|无参数； <br> 返回类型任意|**Supplier** <br> `get()` <br> `getAs类型()`| **Supplier\<T\> <br> BooleanSupplier <br> IntSupplier <br> LongSupplier <br> DoubleSupplier**|
|无参数； <br> 返回类型任意|**Callable** <br> (java.util.concurrent) <br> `call()`|**Callable\<V\>**|
|1 参数； <br> 无返回值|**Consumer** <br> `accept()`|**Consumer\<T\> <br> IntConsumer <br> LongConsumer <br> DoubleConsumer**|
|2 参数 **Consumer**|**BiConsumer** <br> `accept()`|**BiConsumer\<T,U\>**|
|2 参数 **Consumer**； <br> 1 引用； <br> 1 基本类型|**Obj类型Consumer** <br> `accept()`|**ObjIntConsumer\<T\> <br> ObjLongConsumer\<T\> <br> ObjDoubleConsumer\<T\>**|
|1 参数； <br> 返回类型不同|**Function** <br> `apply()` <br> **To类型** 和 **类型To类型** <br> `applyAs类型()`|**Function\<T,R\> <br> IntFunction\<R\> <br> LongFunction\<R\> <br> DoubleFunction\<R\> <br> ToIntFunction\<T\> <br> ToLongFunction\<T\> <br> ToDoubleFunction\<T\> <br> IntToLongFunction <br> IntToDoubleFunction <br> LongToIntFunction <br> LongToDoubleFunction <br> DoubleToIntFunction <br> DoubleToLongFunction**|
|1 参数； <br> 返回类型相同|**UnaryOperator** <br> `apply()`|**UnaryOperator\<T\> <br> IntUnaryOperator <br> LongUnaryOperator <br> DoubleUnaryOperator**|
|2 参数类型相同； <br> 返回类型相同|**BinaryOperator** <br> `apply()`|**BinaryOperator\<T\> <br> IntBinaryOperator <br> LongBinaryOperator <br> DoubleBinaryOperator**|
|2 参数类型相同; <br> 返回整型|Comparator <br> (java.util) <br> `compare()`|**Comparator\<T\>**|
|2 参数； <br> 返回布尔型|**Predicate** <br> `test()`|**Predicate\<T\> <br> BiPredicate\<T,U\> <br> IntPredicate <br> LongPredicate <br> DoublePredicate**|
|无参数； <br> 返回类型任意|**Supplier** <br> `get()` <br> `getAs类型()`| **Supplier`<T>` <br> BooleanSupplier <br> IntSupplier <br> LongSupplier <br> DoubleSupplier**|
|无参数； <br> 返回类型任意|**Callable** <br> (java.util.concurrent) <br> `call()`|**Callable`<V>`**|
|1 参数； <br> 无返回值|**Consumer** <br> `accept()`|**`Consumer<T>` <br> IntConsumer <br> LongConsumer <br> DoubleConsumer**|
|2 参数 **Consumer**|**BiConsumer** <br> `accept()`|**`BiConsumer<T,U>`**|
|2 参数 **Consumer**； <br> 1 引用； <br> 1 基本类型|**Obj类型Consumer** <br> `accept()`|**`ObjIntConsumer<T>` <br> `ObjLongConsumer<T>` <br> `ObjDoubleConsumer<T>`**|
|1 参数； <br> 返回类型不同|**Function** <br> `apply()` <br> **To类型** 和 **类型To类型** <br> `applyAs类型()`|**Function`<T,R>` <br> IntFunction`<R>` <br> `LongFunction<R>` <br> DoubleFunction`<R>` <br> ToIntFunction`<T>` <br> `ToLongFunction<T>` <br> `ToDoubleFunction<T>` <br> IntToLongFunction <br> IntToDoubleFunction <br> LongToIntFunction <br> LongToDoubleFunction <br> DoubleToIntFunction <br> DoubleToLongFunction**|
|1 参数； <br> 返回类型相同|**UnaryOperator** <br> `apply()`|**`UnaryOperator<T>` <br> IntUnaryOperator <br> LongUnaryOperator <br> DoubleUnaryOperator**|
|2 参数类型相同； <br> 返回类型相同|**BinaryOperator** <br> `apply()`|**`BinaryOperator<T>` <br> IntBinaryOperator <br> LongBinaryOperator <br> DoubleBinaryOperator**|
|2 参数类型相同; <br> 返回整型|Comparator <br> (java.util) <br> `compare()`|**`Comparator<T>`**|
|2 参数； <br> 返回布尔型|**Predicate** <br> `test()`|**`Predicate<T>` <br> `BiPredicate<T,U>` <br> IntPredicate <br> LongPredicate <br> DoublePredicate**|
|参数基本类型； <br> 返回基本类型|**类型To类型Function** <br> `applyAs类型()`|**IntToLongFunction <br> IntToDoubleFunction <br> LongToIntFunction <br> LongToDoubleFunction <br> DoubleToIntFunction <br> DoubleToLongFunction**|
|2 参数类型不同|**Bi操作** <br> (不同方法名)|**BiFunction\<T,U,R\> <br> BiConsumer\<T,U\> <br> BiPredicate\<T,U\> <br> ToIntBiFunction\<T,U\> <br> ToLongBiFunction\<T,U\> <br> ToDoubleBiFunction\<T\>**|
|2 参数类型不同|**Bi操作** <br> (不同方法名)|**`BiFunction<T,U,R>` <br> `BiConsumer<T,U>` <br> `BiPredicate<T,U>` <br> `ToIntBiFunction<T,U>` <br> `ToLongBiFunction<T,U>` <br> `ToDoubleBiFunction<T>`**|
　　此表仅提供些常规方案。通过上表，你应该或多或少能自行推导出更多行的函数式接口。