The application principle of the Scannit framework in the Java library

The application principle of the Scannit framework in the Java library Overview: Scannit is a framework based on the Java reflection mechanism that is used to scan and obtain specific types, methods, annotations and other elements in the Java class library.It provides a simple and flexible way to achieve automated library element scanning, enabling developers to easily use and manage code in the management library. Application principle: Scannit's working principle can be divided into the following steps: 1. Class library scanning: First, Scannit scan the specified class library to traverse all class files to obtain the metadata information of the class.Metadata information includes the name, method information, annotation information, etc. of the class. 2. Function matching: During the scanning process, Scannit will filter the classes and methods that meet the requirements according to the specified conditions.These conditions may include the names of the class, the name of the method, the annotation of the method, etc. 3. Element acquisition: Once the matching elements are found, Scannit will obtain these elements in order to perform subsequent operations, such as execution methods, processing annotations, etc. 4. Executive operation: Scannit also supports dynamic execution of matching methods. You can call these methods and pass the corresponding parameters as needed. Code example: Below is a sample code using the Scannit framework: import com.scannit.annotation.Scan; @Scan public class ExampleClass { @Scan public void exampleMethod() { // The logical code of the method execution } } In this example, we use the category and method of scanning and processing that need to be scanned and processed by the framework of scannit.By adding the `@scan` annotation to the class and methods, the Scannit framework can match these elements during the scanning process and perform subsequent operations. Configuration file: The Scannit framework also provides some configuration options to specify class libraries and filtration conditions for scanning.Below is the content of a sample configuration file: properties scannit.basePackage=com.example scannit.scanAnnotations=com.scannit.annotation.Scan scannit.scanMethods=true In this configuration file, we specify the basic package path that needs to be scanned is `com.example`, and the annotation that needs to be scanned was set to` com.scannit.annotation.scan`.We also set the `ScanMethods` option to` true` for scanning and matching methods. Summarize: Through the Scannit framework, developers can easily scan and obtain specific elements in the class library to effectively improve the maintenance and flexibility of the code.The principle of Scannit is based on the Java reflection mechanism, and the automation element processing is achieved by scanning and matching the class and methods.Developers can scan and operate specific elements by adding a `@scan` annotation to the class and methods to combine appropriate configuration.