通过增加LL表和线程化解析树来构建高效的增量LL解析器

Warren X. Li
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引用次数: 3

摘要

增量解析广泛应用于基于语言的编辑器和增量编译和解释环境中。重新解析修改后的输入字符串是这些环境中最常执行的操作。它的效率可以极大地影响这些环境的成功。本文介绍了在解析树中引入一个线程链接和在LL解析表中引入一个额外的距离条目,以支持最小的LL(1)重新解析。然后使用这些增强功能生成高效的增量LL解析器。
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Building efficient incremental LL parsers by augmenting LL tables and threading parse trees

Incremental parsing is widely used in language-based editors and incremental compiling and interpreting environments. Re-parsing of modified input strings is the most frequently performed operation in these environments. Its efficiency can greatly affect the success of these environments. This paper describes the introduction of a threaded link in parse trees and an additional distance entry in LL parse tables to support minimal LL(1) re-parsing. These enhancements are then used to produce an efficient incremental LL parser.

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