The design principle interpretation of the designputs framework in the Java class library
The NextInpputs framework is an input verification framework for the Java class library.Its design principle includes the following aspects.
1. Modular design: The NextInputs framework adopts a modular design to divide the input verification into different modules.Each module is responsible for a specific type of input verification, such as text input verification, digital input verification, etc.This modular design enables developers to selectively use the verification module according to demand, thereby improving the reuse and flexibility of the code.
2. Strong type detection: The NextInpputs framework is input verification by a strong type detection method.It uses Java's generic mechanism to enable the verification method to accept specific types of parameters, rather than simple Object types.This strong type of detection design can capture the types of non -matching types in the compilation period, which improves the maintenance of development efficiency and code.
Below is an example code of the design principle of the NextInputs framework in the Java class library:
import com.github.yoojia.inputs.*;
public class InputValidationExample {
public static void main(String[] args) {
String input = "12345";
Inputs inputs = new Inputs();
inputs.add(new NumericInput("Please enter a number"));
boolean isValid = inputs.test(input);
if (isValid) {
System.out.println("Valid input");
} else {
System.out.println("Invalid input");
}
}
}
In the above example, first create an INPUTS object and add a NumericInput module to verify the input of the number type.Then, call the tests object of the INPUTS object for input verification.If the input is an effective number, the output "Valid Input", otherwise the output "Invalid Input".
In summary, the design principle of the NextInputs framework in the Java library includes modular design and strong type testing.These design principles make the framework have high flexibility and maintainability, and can help developers more efficiently perform input verification processing.
