pointer test c

#include <stdio.h>
#include <stdlib.h>
#include <inttypes.h>

int main (int argc, char **argv)
{

    char pTestStr[] = "148";

    char *pStrPointer = pTestStr;


    printf("Test01.  Value: %c   pTestStr: %s\n", *pStrPointer+1, pTestStr);
    printf("Test02.  Value: %c   pTestStr: %s\n", pStrPointer[1], pTestStr);

    printf("Test03.  Value: %c   pTestStr: %s\n", *pStrPointer, pTestStr);

    printf("Test04.  Value: %c   pTestStr: %s\n", *pStrPointer++, pTestStr);
    printf("Test05.  Value: %c   pTestStr: %s\n", *pStrPointer, pTestStr);

    printf("Test06.  Value: %c   pTestStr: %s\n", (*pStrPointer)++, pTestStr);
    printf("Test07.  Value: %c   pTestStr: %s\n", *pStrPointer, pTestStr);

    printf("Test08.  Value: %c   pTestStr: %s\n", ++*pStrPointer, pTestStr);
    printf("Test09.  Value: %c   pTestStr: %s\n", *pStrPointer, pTestStr);

    printf("Test10.  Value: %c   pTestStr: %s\n", *++pStrPointer, pTestStr);
    printf("Test11.  Value: %c   pTestStr: %s\n\n", *pStrPointer, pTestStr);

    printf("TestAddr1.  Address: 0x%" PRIXPTR "\n", (uintptr_t) &pTestStr); //address of array
    printf("TestAddr2.  Address: 0x%" PRIXPTR "\n\n" , (uintptr_t) &pTestStr[0]); //address of the first element of an array

    /*
    output:

    Test01.  Value: 2   pTestStr: 148
    Test02.  Value: 4   pTestStr: 148
    Test03.  Value: 1   pTestStr: 148
    Test04.  Value: 1   pTestStr: 148
    Test05.  Value: 4   pTestStr: 148
    Test06.  Value: 4   pTestStr: 158
    Test07.  Value: 5   pTestStr: 158
    Test08.  Value: 6   pTestStr: 168
    Test09.  Value: 6   pTestStr: 168
    Test10.  Value: 8   pTestStr: 168
    Test11.  Value: 8   pTestStr: 168

    TestAddr1.  Address: 0x7FFD21F683E4
    TestAddr2.  Address: 0x7FFD21F683E4

    */


    return 0;
}