MaoDataStructures 项目启动与配置教程-优快云博客

本文链接：https://blog.youkuaiyun.com/gitblog_00886/article/details/148182337

MaoDataStructures 项目启动与配置教程

MaoDataStructures Arrays(数组)、Stacks(栈)、Queues(队列)、LinkedList(链表)、Recursion(递归思想)、BinarySearchTree(二分搜索树)、Set(集合)、Map(映射)、Heap(堆)、PriorityQueue(优先队列)、SegmentTree(线段树)、Trie(字典树)、UnionFind(并查集)、AVLTree(AVL平衡树树)、RedBlackTree(红黑平衡树)、HashTable(哈希表) 项目地址: https://gitcode.com/gh_mirrors/ma/MaoDataStructures

项目的目录结构及介绍

MaoDataStructures 是一个数据结构的学习项目，包含了多种数据结构及其算法的实现。项目的目录结构清晰，按照数据结构的类别进行分类。以下是项目的目录结构：

MaoDataStructures/
├─001-Arrays
│  ├─001-Array-Basics
│  ├─002-Create-Our-Own-Array
│  ├─003-Add-Element-in-Array
│  ├─004-Query-and-Update-Element
│  ├─005-Contain-Find-and-Remove
│  ├─006-Generic-Data-Structures
│  ├─007-Dynamic-Array
│  └─008-Amortized-Time-Complexity
├─002-Stacks-and-Queues
│  ├─001-Create-Our-Own-Stack
│  ├─002-Stack-Valid-Parentheses-In-Leetcode
│  ├─003-Create-Our-Own-Queue
│  └─004-Queues-Comparison
├─003-Linked-List
│  ├─001-Linked-List-Basics
│  ├─002-Add-Elements-In-LinkedList
│  ├─003-DummyHead-In-LinkedList
│  ├─004-Query-And-Update-In-LinkedList
│  ├─005-Remove-Element-In-LinkedList
│  ├─006-Implement-Stack-In-LinkedList
│  ├─007-Stacks-Comparison
│  └─008-Implement-Queue-In-LinkedList
├─004-Recursion
│  ├─001-Remove-LinkedList-Elements
│  ├─002-Test-Your-LinkedList-Solution
│  ├─003-Recursion-Basics
│  ├─004-Recursion-Remove-LinkedList-Elements
│  └─005-Debug-Recursive-Solution
├─005-Binary-Search-Tree
│  ├─001-Binary-Search-Tree-Basics
│  ├─002-Add-Elements-In-BST
│  ├─003-Improved-Add-Elements-In-BST
│  ├─004-Search-Elements-In-BST
│  ├─005-PreOrder-Traverse-In-BST
│  ├─006-Debug-PreOrder-Traverse-In-BST
│  ├─007-InOrder-And-PostOrder-Traverse-In-BST
│  ├─008-Non-Recursion-PreOrder-Traverse-In-BST
│  ├─009-Level-Traverse-In-BST
│  ├─010-Remove-Min-And-Max-In-BST
│  └─011-Remove-Elements-In-BST
├─006-Set-And-Map
│  ├─001-Set-Basics-And-BSTSet
│  ├─002-Create-Our-Own-LinkedListSet
│  ├─003-Time-Complexity-Of-Set
│  ├─004-TreeSet-And-Set-Problems-In-Leetcode
│  ├─005-Map-Basics
│  ├─006-Create-Our-Own-LinekdListMap
│  ├─007-Create-Our-Own-BSTMap
│  ├─008-Time-Complexity-Of-Map
│  └─009-LeetCode-Problems-About-Map-And-Set
├─007-Heap-And-Priority-Queue
│  ├─001-Heap-Basics
│  ├─002-Add-Elements-And-Sift-Up-In-Heap
│  ├─003-Extract-Max-Element-And-Sift-Down-In-Heap
│  ├─004-Heapify-And-Replace-In-Heap
│  ├─005-Priority-Queue
│  └─006-Priority-Queue-Problems-In-Leetcode
├─008-Segment-Tree
│  ├─001-Segment-Tree-Basics
│  ├─002-Building-Segment-Tree
│  ├─003-Query-In-Segment-Tree
│  ├─004-Segment-Tree-Problems-In-Leetcode
│  └─005-Update-Single-Element-In-Segment-Tree
├─009-Trie
│  ├─001-Trie-Basics
│  ├─002-Searching-In-Trie
│  ├─003-Prefix-In-Trie
│  ├─004-Trie-And-Pattern-Match
│  ├─005-Trie-And-Map
│  └─006-Trie-About
├─010-UnionFind
│  ├─001-UnionFind-Interface
│  ├─002-Quick-Find
│  ├─003-Quick-Union
│  ├─004-Optimized-By-Size
│  ├─005-Optimized-By-Rank
│  ├─006-Path-Compression
│  └─007-More-About-Union-Find
├─011-AVL-Tree
│  ├─001-Calculating-Balance-Factor
│  ├─002-Checking-Balancing-And-Binary-Search-Property
│  ├─003-Rotation-Operations
│  ├─004-The-Implementation-Of-Left-Rotation-And-Right-Rotation
│  ├─005-LR-And-RL-In-AVLTree
│  ├─006-Remove-Elements-In-AVL-Tree
│  └─007-Map-And-Set-In-AVL-Tree
├─012-Red-Black-Tree
│  ├─001-The-Equivalence-Of-RBTree-And-2-3-Tree
│  ├─002-Keep-Root-Black-And-Left-Rotation
│  ├─003-Flip-Colors-And-Right-Rotation
│  ├─004-Adding-Elements-In-Rad-Black-Tree
│  ├─005-Time-Complexity-Of-Red-Black-Tree
│  └─006-The-Performance-Of-Red-Black-Tree
└─013-Hash-Table
├─001-Hash-Table-Basics
├─002-Hash-Function
├─003-Hash-Table-Implementation
├─004-Resizing-In-Hash-Table
└─005-More-About-Resizing-In-Hash-Table

每个子目录下包含了对应数据结构的实现代码和示例。例如，001-Arrays 目录下包含了数组的实现，002-Stacks-and-Queues 目录下包含了栈和队列的实现，以此类推。

项目的启动文件介绍

MaoDataStructures 项目中的代码可以直接在支持相应编程语言的开发环境中运行。例如，对于 JavaScript 代码，可以使用 Node.js 运行环境；对于 Java 代码，可以使用 Java 开发工具包（JDK）进行编译和运行；对于 C++ 代码，可以使用 C++ 编译器进行编译和运行。

启动项目的步骤如下：