src/test.c

   1 #include "vectors.h"
   2
   3 #include <stdio.h>
   4
   5 #define SIZE 10
   6
   7 uint32_t uTable[SIZE] = { 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 };
   8
   9 bool equal(uint32_t u1, uint32_t u2) { return (u1 == u2); }
  10
  11 int main() {
  12     uint32Vector_t uvec = uint32Vector_create(0);
  13     uint32Vector_print(uvec, "%u", NULL);
  14     printf(" size:%u \n", uvec.memorySize);
  15
  16     uint32Vector_pushBackArray(&uvec, uTable, SIZE);
  17     uint32Vector_print(uvec, "%u", NULL);
  18     printf(" size:%u \n", uvec.memorySize);
  19
  20     uint32Vector_t uvec2 = uint32Vector_create(0);
  21     uint32Vector_print(uvec2, "%u", NULL);
  22     printf(" size:%u \n", uvec2.memorySize);
  23
  24     uint32Vector_pushBackArray(&uvec2, uTable, SIZE);
  25     uint32Vector_print(uvec2, "%u", NULL);
  26     printf(" size:%u \n", uvec2.memorySize);
  27
  28     if (uint32Vector_areTheSame(uvec, uvec2, equal)) {
  29         printf("SAME\n");
  30     } else {
  31         printf("NOT THE SAME\n");
  32     }
  33
  34     uint32Vector_insertArray(&uvec, 1,uTable, SIZE);
  35     /*uint32Vector_print(uvec, "%u", NULL);
  36     printf(" size:%u \n", uvec.memorySize);*/
  37
  38     /*uint32Vector_insertVector(&uvec, 1, uvec2);
  39     uint32Vector_print(uvec, "%u", NULL);
  40     printf(" size:%u \n", uvec.memorySize);*/
  41
  42
  43     if (uint32Vector_areTheSame(uvec, uvec2, equal)) {
  44         printf("SAME\n");
  45     } else {
  46         printf("NOT THE SAME\n");
  47     }
  48
  49     uint32Vector_free(&uvec);
  50     uint32Vector_free(&uvec2);
  51 }