6.18 Writing Response Data Reactively Writing Response Data Performing Blocking I/O 404 Responses 6.18 Writing Response Data Reactively Writing Response Data Micronaut’s H...

6.18 Writing Response Data Reactively Writing Response Data Performing Blocking I/O 404 Responses 6.18 Writing Response Data Reactively Writing Response Data Micronaut’s H...

类ManagedChannelProvider 类定义 静态初始化 最重要的provider()方法 和装载相关的抽象方法 创建ChannelBuilder的抽象方法 类ManagedChannelProvider ManagedChannelProvider 是 managed channel 的提供者，用于 transport 的不可知...

6.13.2 Reactive Responses 6.13.2 Reactive Responses The previous section introduced the notion of Reactive programming using RxJava 2.x and Micronaut. Micronaut supports retur...

6.11.2 Reactive Responses 6.11.2 Reactive Responses The previous section introduced the notion of Reactive programming using RxJava 2.x and Micronaut. Micronaut supports retur...

SPDY 背景 SPDY 背景 Google 开发 SPDY 是为了解决扩展性的问题。主要的任务是加载内容的速度更快，做了如下工作： 每个头都是压缩的，消息体的压缩是可选的,因为它可能对代理服务器有问题 所有的加密都使用 TLS 每个连接多个转移是可能的 数据集可以单独设置优先级,使关键内容先被转移 下表是与 HTTP 的对比 Table 1...

Blocking Shuffle Overview Hash Shuffle Sort Shuffle Choices of Blocking Shuffle Blocking Shuffle Overview Flink supports a batch execution mode in both DataStream API and ...

6.18 Writing Response Data Writing Data without Blocking Performing Blocking I/O 404 Responses 6.18 Writing Response Data Writing Data without Blocking Micronaut’s HTTP se...

Blocking Shuffle Overview Hash Shuffle Sort Shuffle Choices of Blocking Shuffle Blocking Shuffle Overview Flink supports a batch execution mode in both DataStream API an...

ExtensionLoader 扩展点设计 新增扩展点 已有扩展点 ExtensionLoader 为了对 SOFARPC 各个环节的都有充足的可扩展性，SOFA-RPC定义了一套十分灵活的扩展机制，所有扩展实现都是平等 的。 这套机制不管是对SOFA-RPC本身的开发者其使用者而言都是非常有用的。SOFA-RPC将其自身抽象为了多个模块，各...