... without additional synchronization ? The Tree class below is meant to be accessed by multiple threads (it is a singleton but not implemented via an enum) c
I'm maintaining a project where someone has suggested that we make some variables volatile. I'm trying to understand if it's needed at all (or could be needed).
volatile x=y=0 Thread1 x=1 r1=y Thread2 y=1 r2=x r1 and r2 are local variables Question1: Is the result of r1==r2==0 illegal and does not appear? All stateme
I learned the volatile keyword in Java. It serves as a mean to ensure visibility in other threads when a variable is written by one particular thread. It does t
According to cppreference, most uses of the volatile keyword are to be deprecated in C++20. What is the disadvantage of volatile? And what is the alternative so
public class VolatileTest { private static class T { public long p1,p2,p3, p4,p5;// if comment this and run again public long x = 0L; public