PipeRcvQueue (Neta Core 1.0.1 API)

跳过导航链接

所有类

概要:
嵌套 |
字段 |
构造器 |
方法

详细资料:
字段 |
构造器 |
方法

所有已知实现类:

PipeQueue
```
public interface PipeRcvQueue<T>
```
Network protocol layer input endpoint data queue

版本:

: 2023-10-17

作者:

赵永春 (zyc@hasor.net)

另请参阅:

PipeSndQueue

方法概要

所有方法实例方法抽象方法默认方法
限定符和类型	方法和说明
`int`	`getCapacity()` Returns the number of capacity.
`default boolean`	`hasMore()` can be read
`default T`	`peekMessage()` take message form queue
`List<T>`	`peekMessage(int cnt)` peek message form queue
`int`	`queueSize()` Returns the number of readable message.
`PipeRcvQueue<T>`	`rcvReset()` Reset the queue, and the data that has been fetched will be returned.
`PipeRcvQueue<T>`	`rcvSubmit()` Mark the status of the Queue, and new data can be welcomed.
`void`	`skipMessage(int cnt)` skip message form queue
`default T`	`takeMessage()` take message form queue
`List<T>`	`takeMessage(int cnt)` take message form queue

- 方法详细资料
  - getCapacity
```
int getCapacity()
```
    Returns the number of capacity.
  - queueSize
```
int queueSize()
```
    Returns the number of readable message.
  - hasMore
```
default boolean hasMore()
```
    can be read
  - rcvSubmit
```
PipeRcvQueue<T> rcvSubmit()
```
    Mark the status of the Queue, and new data can be welcomed.
  - rcvReset
```
PipeRcvQueue<T> rcvReset()
```
    Reset the queue, and the data that has been fetched will be returned.
    The method does not guarantee the data itself status.
  - takeMessage
```
default T takeMessage()
```
    take message form queue
  - takeMessage
```
List<T> takeMessage(int cnt)
```
    take message form queue
    
    参数:
    
    cnt - The expected number of tack
  - peekMessage
```
default T peekMessage()
```
    take message form queue
  - peekMessage
```
List<T> peekMessage(int cnt)
```
    peek message form queue
    
    参数:
    
    cnt - The expected number of tack
  - skipMessage
```
void skipMessage(int cnt)
```
    skip message form queue
    
    参数:
    
    cnt - The expected number of tack

跳过导航链接

所有类

概要:
嵌套 |
字段 |
构造器 |
方法

详细资料:
字段 |
构造器 |
方法

Copyright © 2022–2024. All rights reserved.