Awesome

Unity Async Await TCP

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Notice: If you enjoy this repository and plan to use it, please consider using TinyRPC instead!

1. Description

1. Base on async/await(TAP) syntax sugar.
2. This Demo is a Remote Video Controller base on tcp , support play, pause, and stop command, and can read the remarks of MP4 file as well.
3. Environment：Windows10 & Unity 2019.2.12f1
4. Circularbuffer and a simple packet strategy (header + content) inside for avoiding message segmentation those caused by hard-coded buffer size.
5. Disconnection notification, not the best maybe, but at least there is.
6. Friendly reminder: Task will open threads on demand. It is a good habit to always pay attention to context thread id, API: System.Threading.Thread.CurrentThread.ManagedThreadId, to avoid exceptions caused by using Unity components in non-main threads.

2. Project structure

Controller

• This is a TCP client
• The remote controller of the video player realizes the acquisition of the playlist from the server, and the playback, pause, and stop of the video

Player

• This is the TCP server
• Video player based on UnityEngine.Video.VideoPlayer
• Realized getting file playlist and media file description from SteamingAssets
• Media file description information is obtained using Interop.Shell32.dll
• This demo provides a test video, but please do not use it for commercial purposes

Common

• Including communication message data model, simple event system, UnitySynchronizationContext extension
• The common components of the client and the server managed in the form of UnityPackage facilitate the synchronization of the modification of the message data model at both ends.
• network module

3. Demonstrate

• you can open several controller at a time.

注意： 如果您喜欢这个存储库并打算使用它，请考虑改用TinyRPC！

1. 简要说明

1. 测试基于async/await(TAP) 模式下的TCP 通信。
2. 这个Demo 是一个基于TCP通信的Remotecontroller for video player，实现了客户端控制服务端视频播放器的播放、暂停、停止，也实现了MP4文件备注信息的获取。
3. Windows10 & Unity 2020.2.12f1 （使用较多新语法糖）
4. 加入了环形缓冲器和简单的分包策略（记录包体长度的包头+包体）避免了写死缓存尺寸带来的消息被分割的异常。
5. 加强了断线提醒，逻辑可能不是最优，但至少是有。
6. 友情提示： Task 会按需开线程，时刻关注上下文线程是一个很好的习惯,API:System.Threading.Thread.CurrentThread.ManagedThreadId ,避免在非主线程中使用Unity 组件导致的异常，在本示例中使用 LOOM 跨线程推送数据。

2. 工程结构

Controller

• 这是TCP 客户端
• 视频播放器的远程控制器，实现了从服务端获取播放列表、视频的播放、暂停、与停止

Player

• 这是TCP 服务端
• 基于UnityEngine.Video.VideoPlayer 的视频播放器
• 实现了从 SteamingAssets 获取文件播放列表和媒体文件描述
• 媒体文件描述信息使用 Interop.Shell32.dll 获取
• 本Demo提供了测试视频，但请勿用于商业用途

Common

• 包括通信消息数据模型，简易事件系统，UnitySynchronizationContext （Loom）扩展

• 以UnityPackage 的形式管理的客户端与服务端的公共组件，方便了消息数据模型一端修改两端同步。

• 以 UPM 包管理的 网络模块

3. 演示

• 可以开多个控制器