生成器流:NoGAP中使用的XML可配置设计模式

Per Karlström, Wenbiao Zhou
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引用次数: 0

摘要

在构建任何大型系统时必须遵循的黄金法则是管理复杂性。没有复杂性管理,一个系统只能发展到一定程度,然后就会在自身的复杂性下崩溃。一种复杂性管理技术是使用设计模式,设计模式是一种架构结构,在处理某些设计问题时已被证明是有用的。本文描述了在Linköping大学电子工程系开发的EDA工具No GAP中使用的一种设计模式Generator Flow。Generator Flow是一种设计模式,旨在处理对许多数据集执行的一系列转换,以获得一些有用的输出。本文还描述了基于XML的流配置文件,该文件用于对No GAP中使用的转换流进行运行时配置。No GAP是一个EDA工具,旨在简化ASIP和可编程硬件加速器的设计和验证。开发No GAP时面临的一个问题是如何处理从输入规范到有用输出的转换流。正是在这种背景下,生成器流模式被开发出来。
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Generator Flow: An XML Configurable Design Pattern Used in NoGAP
A golden rule that must be followed when building any larger system, is to manage complexity. Without complexity management a system can only grow to a certain point before it collapses under its own complexity. One complexity management technique is the use of design patterns, which are architectural constructs that have proven their usefulness in handling certain design problems. This paper will describe Generator Flow, a design pattern used in No GAP an EDA tool developed at the department of EE, Linköping University. Generator Flow is a design pattern aimed at handling a succession of transformations performed on a number of data sets to reach some useful outputs. This paper also describes the XML based flow-configuration file, which is used to allow for runtime configuration of the transformation flow used in No GAP. No GAP is an EDA tool aimed at easing the design and verification of ASIP and programmable hardware accelerators. A problem faced when developing No GAP was how to handle the flow of transformations, from an input specification to useful outputs. It was in this context that the Generator Flow pattern was developed.
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