通过一致性实现互操作性;iWARP验证过程

Barry Reinhold
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引用次数: 0

摘要

在使用iWARP协议套件的同时,系统的互操作能力是市场接受该技术的一个众所周知的要求。由于iWARP协议的不正确实现会导致静默数据损坏的可能性,因此必须进行严格的测试,以确保设备正确实现该协议。使用标准系统和互操作性程序很难实现这种级别的验证。需要验证技术,使开发人员能够在特定的低层协议条件的上下文中识别其实现中的故障。该行业在2004年联合起来开发验证工具,以提供iWARP社区所需的详细测试。本文讨论了这些工具,它们背后的原因,到目前为止已经取得的成就,以及仍然需要完成的工作
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interoperability through Conformance; The iWARP validation process
The ability of systems to interoperate while using the iWARP protocol suite is a well understood requirement for market acceptance of the technology. Since an improper implementation of the iWARP protocol opens the door to the possibility of silent data corruption, rigorous testing must be in place to ensure that devices properly implement the protocol. This level of verification is difficult to achieve using standard system and interoperability procedures. Verification technology was needed that would enable developers to identify failures in their implementations in the context of specific lower layer protocol conditions. The industry banded together during 2004 to enable the development of verification tools that would provide the detailed testing required by the iWARP community. This paper discusses these tools, the reasoning behind them, what has been achieved to date, and the work that still needs to be done
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