An asynchronous event-driven network application framework and tools for rapid development of maintainable high performance and high scalability protocol servers and clients.
一款异步的事件驱动的网络应用框架和工具，用于快速开发可维护的高性能、高扩展性协议服务器和客户端。
An obvious gain from an asynchronous, event-driven design is that many operations waiting for external services can be executed in parallel as long as no data dependency exists between them.
事件驱动异步设计的一个明显优点就是，如果大量等待外部服务的操作之间没有数据依赖关系，则可以并行执行这些操作。
An extended execution model that supports periodic calculations and control of execution policies for each active object as asynchronous, event-driven activation, or for periodic activation.
一个扩展执行模型，可以支持周期性计算和执行策略控制，为每一个活性对象实现异步化、事件驱动激活或周期性激活。
Asynchronous, event-driven architectures also have a massive scalability advantage over traditional synchronous designs, even if no parallel operations occur at all.
即使根本没有发生并行操作，事件驱动的异步架构也提供了优于传统同步设计的强大的可伸缩性。
Asynchronous, event-driven architectures also have a massive scalability advantage over traditional synchronous designs, even if no parallel operations occur at all.
即使根本没有发生并行操作，事件驱动的异步架构也提供了优于传统同步设计的强大的可伸缩性。
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