The "trap" in which the array name takes the arithmetic operation of the address

The "trap" in which the array name takes the arithmetic operation of the address

Look directly at the code:

#include <stdio.h>int main () {int array[5];p rintf ("Array      :%p\n", array);p rintf ("Array  + 2:%p\n", array+ 2);p rintf ("&array + 2:%p\n", &array+2); return 0;}

The program output is:

Array name is pointer array is not good to speak of, but the number of &array to address the array, get a pointer to the entire arrays, note that this is not only a pointer to the first element, although the two (array and &array) are consistent numerically.

The addition and subtraction of the &array pointer is based on the entire array size, where the size of the array is 5, then &array + 2

Is twice times the size of the entire array, i.e. 0x7fff8423890 + 0x14 * 2;

The "trap" in which the array name takes the arithmetic operation of the address