投入产出模型(I-O Model):是由著名经济学家、诺 贝尔经济学奖获得者里昂惕夫(Leontief)提出,以投 入产出表作为基本工具来研究各产业的关联关系的一种...
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Rubinius has an excellent concurrency model and I/O support in the form of Tasks and Channels, and Rubinius's existing Actor implementation leverages these both quite effectively.
Rubinius有一个很棒的并发模型和以Task和Channel的形式的I/O支持,而且Rubinius现有的Actor实现让这两者都非常的有效率。
While sticking with the request/response model, you can use Non-Blocking I/O (NIO) to keep a connection open without wasting waiting threads.
在坚持使用请求/响应模型的同时,您可以使用非阻塞 I/O(NIO)来保持连接的打开状态,而不需要浪费等待线程。
By describing the model in an easy-to-read fashion maybe I won't have to explain it as often over a whiteboard: o.
通过以易于阅读的方式来描述模型,也许我不再需要反复在白板前做解释了。
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