volatile array

Reprint please specify the source:description of volatile use prior to JDK1.2, Java's memory model implementations always read variables from main memory (that is, shared memory) without special attention. with the maturation and optimization of

Java Theory and Practice: using Volatile variables correctly Volatile variables in the Java language can be thought of as "light", and synchronized synchronized volatile variables require less coding and run-time overhead than blocks, but only

Reprinted: http://www.ibm.com/developerworks/cn/java/j-jtp06197.html Java Theory and Practice: Correct Use of volatile Variables Introduction:The Java language includes two internal synchronization mechanisms: Synchronous block (or method) and

Volatile variables in Java can be considered as "synchronized with a lighter degree". Compared with synchronized blocks, volatile variables require less encoding and less runtime overhead, but what it can achieve is only part of synchronized. This

Original source: http://www.ibm.com/developerworks/cn/java/j-jtp06197.htmlGuidelines for using volatile variablesThe Java™ language contains two intrinsic synchronization mechanisms: synchronous blocks (or methods) and volatile variables. Both of

Guidelines for using volatile variablesThe Java™ language contains two intrinsic synchronization mechanisms: synchronous blocks (or methods) and volatile variables. Both of these mechanisms are proposed to achieve the security of code threads. Where

Reprint: http://www.ibm.com/developerworks/cn/java/j-jtp06197.htmlThe Java™ language contains two intrinsic synchronization mechanisms: synchronous blocks (or methods) and volatile variables. Both of these mechanisms are proposed to achieve the

The Java language contains two intrinsic synchronization mechanisms: synchronous blocks (or methods) and volatile variables. Both of these mechanisms are proposed to achieve the security of code threads. Where volatile variables are less synchronous

Original address: http://www.ibm.com/developerworks/cn/java/j-jtp06197.htmlVolatile variables in the Java language can be thought of as "light", and synchronized synchronized volatile variables require less coding and run-time overhead than blocks,

Volatile variables in the Java language can be thought of as "light", and synchronized synchronized volatile variables require less coding and run-time overhead than blocks, but only part of the functionality that they can implement synchronized .