Print the address value pointed to by the pointer

Put the error code directly:

static void print_cpu_src(uint8_t * src,int stride){    int i,j;    printf("Magnum  cpu src addr == %p, stride ==%d:\n",&src,stride);     for (i = 0; i < 11; ++i) {             printf("\n");            for (j =0; j < 4; ++j) {                          printf("%d ,", src[j]);            }            src +=  stride;            printf("new src addr %p\n",&src);          }     printf("\n");}

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Output result:

Magnum cpu src addr = 000000000022f4c0, stride = 800:

129,124,122,124, new src addr 2017100000022f4c0

130,125,122,125, new src addr 2017100000022f4c0

132,125,123,125, new src addr 2017100000022f4c0

132,126,123,125, new src addr 2017100000022f4c0

151,127,124,126, new src addr 2017100000022f4c0

151,127,125,126, new src addr 2017100000022f4c0

153,128,125,127, new src addr 2017100000022f4c0

154,128,125,127, new src addr 2017100000022f4c0

157,129,125,127, new src addr 2017100000022f4c0

158,129,125,127, new src addr 2017100000022f4c0

161,130,125,128, new src addr 2017100000022f4c0

The output address values are the same. Naturally, the output address value is the address value of the pointer variable. The pointer variable is the memory address that has not changed.

Modify the new Code as follows:

static void print_cpu_src(uint8_t * src,int stride){    int i,j;    printf("Magnum  cpu src addr == %p, stride ==%d:\n",(int)src,stride);     for (i = 0; i < 11; ++i) {             printf("\n");            for (j =0; j < 4; ++j) {                          printf("%d ,", src[j]);            }            src +=  stride;            printf("new src addr %p\n",(int)src);          }     printf("\n");}

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Summary:

In fact, the pointer * SRC, SRC is the address value pointed to, just print it directly