Using obviously synchronizable series expressions instead of loops

R. Waters
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引用次数: 4

Abstract

It has been known for a long time that series expressions (functional expressions on data aggregates) are easier to write and maintain than loops. However, as typically implemented, series expressions are much less efficient than loops. At the cost of placing modest limits on what can be written, obviously synchronizable series expressions solve this problem by guaranteeing that every series expression can be automatically converted into a highly efficient loop. It is demonstrated using Lisp and Pascal prototypes that obviously synchronizable series expressions can be added to any programming language.<>
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使用明显可同步的序列表达式而不是循环
很长一段时间以来,人们都知道序列表达式(数据聚合的函数表达式)比循环更容易编写和维护。然而,在通常的实现中,序列表达式的效率远不如循环。以适度限制可以编写的内容为代价,显然可同步的序列表达式通过保证每个序列表达式都可以自动转换为高效的循环来解决这个问题。使用Lisp和Pascal原型证明了明显可同步的序列表达式可以添加到任何编程语言中。
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