autoloading

简明释义

英[ˈɔːtəʊˌləʊdɪŋ]美[ˈɔtoˌlodɪŋ]

adj. 能自己装载的；半自动的（等于 semiautomatic）

n. 半自动火警器（等于 semiautomatic）

英英释义

单词用法

同义词

反义词

例句

1.In the paper, a new method used to control electric dynamometer's loading is introduced. The autoloading of a electric dynamometer can be realized through microcomputer control.

本文介绍应用较广泛的电涡流测功机一种新的加载控制方法，加载模型和实现方法。

2.In the paper, a new method used to control electric dynamometer's loading is introduced. The autoloading of a electric dynamometer can be realized through microcomputer control.

本文介绍应用较广泛的电涡流测功机一种新的加载控制方法，加载模型和实现方法。

3.When declaring the autoloading, you should use the longest possible or reasonable prefix.

声明自动加载时，应使用尽可能长或合理的前缀。

4.The autoloading and routing are separate things.

的自动加载和路由是分开的事情。

5.How to do autoloading?

如何做自动加载？

6.In modern PHP frameworks, autoloading is essential for managing class dependencies.

在现代PHP框架中，自动加载 对于管理类依赖关系至关重要。

7.Using autoloading helps reduce the number of require and include statements in your code.

使用自动加载可以减少代码中的require和include语句的数量。

8.The composer tool simplifies autoloading in PHP projects.

Composer工具简化了PHP项目中的自动加载。

9.You can configure autoloading in your project to load classes on demand.

您可以在项目中配置自动加载以按需加载类。

10.The autoloading feature in Laravel makes it easy to manage large applications.

Laravel中的自动加载功能使得管理大型应用程序变得简单。

作文

In the world of software development, efficiency and speed are paramount. One concept that has emerged to enhance these qualities is autoloading. 自动加载 is a technique used primarily in programming languages like PHP and JavaScript, which allows for classes and resources to be loaded automatically when they are needed, rather than having to include them manually at the beginning of a script. This not only saves time but also helps in organizing the code better. When a developer writes a large application, it often includes multiple files and libraries. Traditionally, each of these files would need to be included at the top of the script using include or require statements. This can lead to cluttered code and can make it difficult to manage dependencies. With autoloading, however, the developer can define a set of rules that dictate how classes should be loaded. For example, if a class named 'User' is instantiated, the autoloading mechanism will automatically search for the corresponding file that contains the definition of the 'User' class and load it without any manual intervention. This results in cleaner and more maintainable code. Additionally, autoloading promotes the use of namespaces and organized directory structures. Developers can group related classes into directories and use autoloading to load them as needed. This modular approach not only enhances readability but also encourages reusability of code. For instance, if a developer is working on a project that requires user authentication, they might create a folder specifically for authentication-related classes. With autoloading, all classes within this folder can be loaded seamlessly, allowing the developer to focus on functionality rather than file management. Moreover, autoloading can significantly improve the performance of an application. By loading only the necessary classes at runtime, the application can reduce memory usage and increase speed. This is especially important for large applications where loading all classes at once could lead to slower response times. The lazy loading nature of autoloading means that resources are only consumed when absolutely necessary, which is a key principle in building efficient software. However, while autoloading offers many advantages, it is essential to implement it correctly. Poorly configured autoloaders can lead to issues such as class not found errors or increased complexity in debugging. Developers must ensure that their autoloading logic is clear and that it adheres to best practices. Utilizing established standards, such as PSR-4 in PHP, can help streamline the autoloading process and prevent common pitfalls. In conclusion, autoloading is a powerful feature that can dramatically enhance the efficiency and organization of code in software development. By automating the loading of classes and resources, developers can create cleaner, more maintainable applications that are easier to navigate. As technology continues to evolve, embracing techniques like autoloading will be crucial for developers aiming to optimize their workflow and deliver high-quality software solutions. Understanding and implementing autoloading is not just a trend; it is a necessity in the modern programming landscape.

在软件开发的世界中，效率和速度至关重要。出现的一个概念是自动加载。autoloading是一种主要用于PHP和JavaScript等编程语言的技术，它允许在需要时自动加载类和资源，而不是在脚本开始时手动包含它们。这不仅节省了时间，还帮助更好地组织代码。 当开发者编写一个大型应用时，通常会包含多个文件和库。传统上，这些文件中的每一个都需要在脚本顶部使用include或require语句进行包含。这可能导致代码杂乱，并且使管理依赖关系变得困难。然而，通过自动加载，开发者可以定义一组规则，指示如何加载类。例如，如果实例化名为'User'的类，自动加载机制将自动搜索包含'User'类定义的相应文件并加载它，而无需任何手动干预。这导致代码更简洁，更易于维护。 此外，自动加载促进了命名空间和有组织的目录结构的使用。开发者可以将相关类分组到目录中，并使用自动加载根据需要加载它们。这种模块化的方法不仅增强了可读性，还鼓励代码的重用。例如，如果开发者正在处理一个需要用户身份验证的项目，他们可能会专门创建一个用于身份验证相关类的文件夹。通过自动加载，该文件夹中的所有类都可以无缝加载，使开发者能够专注于功能，而不是文件管理。 此外，自动加载可以显著提高应用程序的性能。通过在运行时仅加载必要的类，应用程序可以减少内存使用并提高速度。这对于大型应用尤其重要，因为一次加载所有类可能会导致响应时间变慢。自动加载的延迟加载特性意味着只有在绝对必要时才消耗资源，这是构建高效软件的关键原则。 然而，尽管自动加载提供了许多优点，但必须正确实施。配置不当的自动加载器可能导致类未找到错误或调试复杂性增加。开发者必须确保其自动加载逻辑清晰，并遵循最佳实践。利用现有标准，例如PHP中的PSR-4，可以帮助简化自动加载过程并防止常见陷阱。 总之，自动加载是一项强大的功能，可以显著提高软件开发中代码的效率和组织性。通过自动加载类和资源，开发者可以创建更清晰、更易于维护的应用程序，便于导航。随着技术的不断发展，采用像自动加载这样的技术对于旨在优化工作流程并交付高质量软件解决方案的开发者来说至关重要。理解和实施自动加载不仅仅是一种趋势；它是在现代编程环境中必不可少的。