I\'ve asked a similar question on structs here but I\'m trying to figure out how C handles things like assigning variables and why it isn\'t allowed to assign them to eachot
In an attempt to complement Blank's answer, I devised the following program:
localhost:~ david$ cat test.c
#include
#include
int main (int argc, char * argv [])
{
struct data {
int c [2];
} x, y;
x.c[0] = x.c[1] = 0;
y.c[0] = y.c[1] = 1;
printf("x.c %p %i %i\n", x.c, x.c[0], x.c[1]);
printf("y.c %p %i %i\n", y.c, y.c[0], y.c[1]);
x = y;
printf("x.c %p %i %i\n", x.c, x.c[0], x.c[1]);
printf("y.c %p %i %i\n", y.c, y.c[0], y.c[1]);
return 0;
}
When executed, the following is output:
x.c 0x7fff5fbff870 0 0
y.c 0x7fff5fbff860 1 1
x.c 0x7fff5fbff870 1 1
y.c 0x7fff5fbff860 1 1
The point is to illustrate how the copy of structures' values occurs.