Snobol4 语言 实现堆数据结构

阿木博主一句话概括：Snobol4^【1】 语言实现堆数据结构

阿木博主为你简单介绍：
堆（heap^【2】）是一种重要的数据结构，广泛应用于计算机科学中的排序、优先队列等场景。本文将探讨在 Snobol4 语言中实现堆数据结构的方法，并分析其特点和性能。

一、
Snobol4 是一种高级编程语言，由 Stephen R. Gilman 和 David J. Farber 在 1962 年设计。它以其简洁、易读和强大的字符串处理能力而著称。尽管 Snobol4 在现代编程语言中并不常见，但其在特定领域仍有其应用价值。本文将介绍如何在 Snobol4 语言中实现堆数据结构。

二、堆数据结构概述
堆是一种特殊的完全二叉树^【3】，它满足以下性质：

1. 完全二叉树：除了最底层外，每一层都是满的，且最底层从左到右填充。
2. 最大堆^【4】/最小堆^【5】：堆可以是最大堆或最小堆。在最大堆中，每个父节点的值都大于或等于其子节点的值；在最小堆中，每个父节点的值都小于或等于其子节点的值。

三、Snobol4 语言实现堆数据结构
在 Snobol4 语言中，我们可以使用数组^【6】来表示堆。以下是一个简单的 Snobol4 语言实现最大堆的示例：

```snobol
:heap [1 2 3 4 5 6 7 8 9 10]
:parent<sup>【7】</sup> [1 2 3 4 5 6 7 8 9 10]
:child<sup>【8】</sup> [1 2 3 4 5 6 7 8 9 10]
:temp<sup>【9】</sup> [0]

:proc buildHeap
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 > child child child
0 > temp temp temp
0 > heap heap heap
0 > parent parent parent
0 >