Course 2857
Course Introduction:Course introduction: 1. Cross-domain processing, token management, route interception; 2. Real interface debugging, API layer encapsulation; 3. Secondary encapsulation of Echarts and paging components; 4. Vue packaging optimization and answers to common problems.
Course 1795
Course Introduction:Apipost is an API R&D collaboration platform that integrates API design, API debugging, API documentation, and automated testing. It supports grpc, http, websocket, socketio, and socketjs type interface debugging, and supports privatized deployment. Before formally learning ApiPost, you must understand some related concepts, development models, and professional terminology. Apipost official website: https://www.apipost.cn
Course 5521
Course Introduction:(Consult WeChat: phpcn01) The comprehensive practical course aims to consolidate the learning results of the first two stages, achieve flexible application of front-end and PHP core knowledge points, complete your own projects through practical training, and provide guidance on online implementation. Comprehensive practical key practical courses include: social e-commerce system backend development, product management, payment/order management, customer management, distribution/coupon system design, the entire WeChat/Alipay payment process, Alibaba Cloud/Pagoda operation and maintenance, and project online operation. .....
Course 5172
Course Introduction:(Consult WeChat: phpcn01) Starting from scratch, you can solve conventional business logic, operate MySQL with PHP to add, delete, modify, and query, display dynamic website data, master the MVC framework, master the basics of the ThinkPHP6 framework, and learn and flexibly master all knowledge involved in PHP development. point.
Course 8713
Course Introduction:(Consult WeChat: phpcn01) The learning objectives of the front-end development part of the 22nd issue of PHP Chinese website: 1. HTML5/CSS3; 2. JavaScript/ES6; 3. Node basics; 4. Vue3 basics and advanced; 5. Mobile mall/ Website background homepage layout; 6. Automatic calculation of tabs/carousels/shopping carts...
Strange behavior of ternary operator and string concatenation?
2023-10-21 22:52:32 0 2 180
Revealing the secrets of recursive functions in PHP for ordinary people
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An effective way to protect PHP code without encryption
2023-10-16 13:38:10 0 2 195
Create recursive MySQL queries for hierarchical data
2023-10-12 18:34:33 0 1 212
PHP syntax: decoding the meaning behind symbols
2023-10-10 14:59:04 0 2 233
Course Introduction:Recursive algorithm is a very important concept in programming. The implementation of this algorithm is often relatively simple, and it is also very practical. Various recursive algorithms can be easily implemented using C++. This article will introduce how to use C++ to implement recursive algorithms. What is a recursive algorithm? Recursive algorithm refers to an algorithm that calls itself in a function. It is usually suitable for situations where multiple operations need to be performed on the same problem, but the data required for each operation is small. Recursive algorithms can make programs more concise and clear, and can also reduce the amount of code and improve
2023-08-22 comment 0 1189
Course Introduction:Java递归算法涉及在函数内调用自身,适用于具有递归结构的问题。步骤包括:1. 确定基础情况(算法终止);2. 编写递归步骤(调用自身并递减参数);3. 选择递归参数(确保算法终止)。递归算法既简洁又适合递归结构问题,但可能导致堆栈溢出和效率低下。
2024-06-20 comment 0 114
Course Introduction:The recursive algorithm solves structured problems through function self-calling. The advantage is that it is simple and easy to understand, but the disadvantage is that it is less efficient and may cause stack overflow. The non-recursive algorithm avoids recursion by explicitly managing the stack data structure. The advantage is that it is more efficient and avoids the stack. Overflow, the disadvantage is that the code may be more complex. The choice of recursive or non-recursive depends on the problem and the specific constraints of the implementation.
2024-04-22 comment 0 904
Course Introduction:How to use Java to implement recursive algorithms Recursive algorithms are a very powerful and commonly used algorithm. In programming, we often encounter situations where we need to use recursive algorithms to solve problems. Java, as a popular programming language, provides good support for implementing recursive algorithms. This article will introduce you to how to implement recursive algorithms using Java and provide specific code examples. 1. The concept of recursive algorithm Recursive algorithm refers to an algorithm in which a method calls itself during execution. Generally, recursive algorithms need to satisfy two conditions: the base case and the recursive relation
2023-09-19 comment 0 885
Course Introduction:Detailed explanation of C#'s recursive algorithm, specific code examples are needed 1. What is a recursive algorithm? Recursion is when a function or method calls itself during execution. Recursive algorithms are a common problem-solving method in programming. It decomposes a problem into one or more sub-problems that are similar to the original problem but smaller in size, and then solves the original problem by solving these sub-problems. Recursive algorithms are often used to solve repetitive problems. 2. How to implement recursive algorithms In C#, there are two main ways to implement recursive algorithms: direct recursion and indirect recursion. straight
2024-02-19 comment 898