why constructor cannot final in java

Java Memory Model-final, java model-final Compared with the locks and volatile described earlier, the read and write operations on the final domain are more like common variable access. For final domains, the compiler and processor must follow two

Why use the this constructor and the this constructor? When a class has multiple constructors, this constructor is often used: public class SomeClass{ public SomeClass() {// TODO: Initialize some fields } public SomeClass(string temp) :

Please read the following procedure: public class hello{ public static void Main (string[] args) {//(1) System.out.println ("hello,world!"); (2) } } Read this program, for most of the learning Java from, are not unfamiliar. Even if you

Java static, this, super, final usage I. Static Take a look at the following program: Public class Hello {Public static void main (string [] ARGs) {// (1)System. Out. println ("Hello, world! "); // (2)}} I have read this program,

Compared to the lock and volatile described earlier, the read and write to the final domain is more like normal variable access. For the final domain, the compiler and processor are subject to two reordering rules: Writing to a final field

Final classwhen a class is defined as final class, it means that the class cannot be inherited by other classes, that is, it cannot be used after extends. Otherwise, errors are obtained during compilation. Package Com.iderzheng.finalkeyword;

This article belongs to author original, the original text is published in Infoq:http://www.infoq.com/cn/articles/java-memory-model-6Compared to the lock and volatile described earlier, the read and write to the final domain is more like normal

This article transferred from: http://www.infoq.com/cn/articles/java-memory-model-6Compared to the lock and volatile described earlier, the read and write to the final domain is more like normal variable access. For the final domain, the compiler

Compared to the lock and volatile described earlier, the read and write to the final domain is more like normal variable access. For the final domain, the compiler and processor are subject to two reordering rules: Writing to a final field

Compared to the lock and volatile described earlier, the read and write to the final domain is more like normal variable access. For the final domain, the compiler and processor are subject to two reordering rules: Writing to a final field