thinkphp multi-layer MVC usage analysis
This article mainly introduces the usage of thinkphp multi-layer MVC, and analyzes the specific principles and related usage skills of multi-layer MVC in thinkPHP with examples. Friends in need can refer to it
This article describes the usage of thinkphp multi-layer MVC with examples. Share it with everyone for your reference, the details are as follows:
ThinkPHP supports multi-layer design.
1. Model layer Model
Use multi-layer directory structure and naming convention to design multi-layer model. For example, in project design, if you need to distinguish different model layers such as data layer, logic layer, service layer, etc., you can add them in the module Create Model, Logic, and Service directories under the directory, and divide all model operations on the user table into three layers.
1.Model/UserModel is used to define data-related automatic verification, automatic completion and data access interfaces
2.Logic/UserLogical is used to define user-related business logic
3.Service/UserService is used to define users Relevant service interfaces
These three models all inherit the Model class. For example, the data layer Home/Model/UserModel.class.php
namespace Home\Model; use Think\Model; class UserModel extends Model{}
Logic layer Home/Logic/UserLogical.class.php
namespace Home\Logic; use Think\Model; class UserLogic extends Model{}
Service layer Home/Service/UserService.class.php
namespace Home\Service; use Think\Model; class UserService extends Model{}
You can use the built-in D method or M method to call when calling
D('User') //实例化UserModel D('User','Logic') //实例化UserLogic D('User','Service') //实例化UserService
Call the default model layer Model There is no second parameter model file name when downloading the data access interface class. The default model layer is Model. You can also change the settings as follows:
The code is as follows:
'DEFAULT_M_LAYER' => 'Logic', // 更改默认的模型层名称为Logic
In this case, the instantiation method needs to be corresponding Modified
D('User') //实例化UserLogic D('User','Model') //实例化UserModel D('User','Service') //实例化UserService
You can see that using D('User') will instantiate the UserLogice class by default. This is very flexible. If we verify data, automatic completion is completed in js. The data retrieval is done from the service interface, so there is only one Service layer and other layers are not needed.
2. View layer View
The view layer is composed of templates and template engines. A common third-party template is .tpl. You can use php code directly in the template. Multiple layers of views can simply use directories (template themes) ) to distinguish, for example:
View/default/User/add.html
View/blue/User/add.html
A more complex multi-layer view can also be distinguished using different view directories, for example:
view normal View layer directory
Mobile access the view layer directory
In this way, different templates can use different page styles, and you can also default the view directory, as follows:
The code is as follows:
'DEFAULT_V_LAYER' => 'Mobile', // 默认的视图层名称更改为Mobile
3. Controller layer Controller
ThinkPHP controllers have two categories, one is the core controller and the other is the business controller. The core controller is in the ThinkPHP directory, such as thinkphpThinkPHPLibraryThinkControllerHproseController.class.php, which is responsible for the scheduling control of the application, including the interception of HTTP requests. , forwarding, loading configuration, etc. What we are going to discuss here is the business controller, which is completed by the user-defined controller class. The implementation principle of multi-layer business controller is similar to the layering of the model, such as business controller and event controller,
Controller/UserController //用于用户的业务逻辑控制和调度 Event/UserEvent //用于用户的事件响应操作
Event has not been used yet. It looks very high-end. There are very few user events in web development, and most of them are completed in js.
Access controller Home/Controller/UserController.class.php is defined as follows:
namespace Home\Controller; use Think\Controller; class UserController extends Controller{ }
Event controller Home/Event/UserEvent.class.php is defined as follows:
namespace Home\Event; use Think\Controller; class UserEvent extends Controller{ }
UserContrlller is responsible for external Interactive response, response through URL request, such as http://www.php.cn/, UserEvent is responsible for internal event response and can only call A('User','Event') internally; similarly we can set the default controller Layer:
The code is as follows:
'DEFAULT_C_LAYER' => 'Event', // 默认的控制器层名称改为Event
The inside and outside are isolated. Multi-layer controllers are not mandatory. They can be layered freely according to the needs of the application. Different layered models can be called in the controller as needed. , you can also display different hierarchical views to implement different themes.
In the three layers of MVC, ThinkPHP does not rely on M and V. It can only have C or only V. The user only needs to define the view, and it can automatically recognize it without C. However, this weird writing method will make many Programmers who have just started are very confused.
Multi-layer design has not been used in the current project, but I have seen it a lot in .net projects. I will add more next time it is used.

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

AI Hentai Generator
Generate AI Hentai for free.

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics



To run the ThinkPHP project, you need to: install Composer; use Composer to create the project; enter the project directory and execute php bin/console serve; visit http://localhost:8000 to view the welcome page.

ThinkPHP has multiple versions designed for different PHP versions. Major versions include 3.2, 5.0, 5.1, and 6.0, while minor versions are used to fix bugs and provide new features. The latest stable version is ThinkPHP 6.0.16. When choosing a version, consider the PHP version, feature requirements, and community support. It is recommended to use the latest stable version for best performance and support.

Steps to run ThinkPHP Framework locally: Download and unzip ThinkPHP Framework to a local directory. Create a virtual host (optional) pointing to the ThinkPHP root directory. Configure database connection parameters. Start the web server. Initialize the ThinkPHP application. Access the ThinkPHP application URL and run it.

Performance comparison of Laravel and ThinkPHP frameworks: ThinkPHP generally performs better than Laravel, focusing on optimization and caching. Laravel performs well, but for complex applications, ThinkPHP may be a better fit.

"Development Suggestions: How to Use the ThinkPHP Framework to Implement Asynchronous Tasks" With the rapid development of Internet technology, Web applications have increasingly higher requirements for handling a large number of concurrent requests and complex business logic. In order to improve system performance and user experience, developers often consider using asynchronous tasks to perform some time-consuming operations, such as sending emails, processing file uploads, generating reports, etc. In the field of PHP, the ThinkPHP framework, as a popular development framework, provides some convenient ways to implement asynchronous tasks.

ThinkPHP installation steps: Prepare PHP, Composer, and MySQL environments. Create projects using Composer. Install the ThinkPHP framework and dependencies. Configure database connection. Generate application code. Launch the application and visit http://localhost:8000.

Introduction In today's rapidly evolving digital world, it is crucial to build robust, flexible and maintainable WEB applications. The PHPmvc architecture provides an ideal solution to achieve this goal. MVC (Model-View-Controller) is a widely used design pattern that separates various aspects of an application into independent components. The foundation of MVC architecture The core principle of MVC architecture is separation of concerns: Model: encapsulates the data and business logic of the application. View: Responsible for presenting data and handling user interaction. Controller: Coordinates the interaction between models and views, manages user requests and business logic. PHPMVC Architecture The phpMVC architecture follows the traditional MVC pattern, but also introduces language-specific features. The following is PHPMVC

ThinkPHP is a high-performance PHP framework with advantages such as caching mechanism, code optimization, parallel processing and database optimization. Official performance tests show that it can handle more than 10,000 requests per second and is widely used in large-scale websites and enterprise systems such as JD.com and Ctrip in actual applications.
