STM32H5移植zbar记录

malloc size 156
allocate memory at 0x2001008c, size: 168
malloc size 296
allocate memory at 0x20010134, size: 308
malloc size 32
allocate memory at 0x20010268, size: 44
malloc size 48
allocate memory at 0x20010294, size: 60
malloc size 2856
allocate memory at 0x200102d0, size: 2868
malloc size 52
allocate memory at 0x20010e04, size: 64
allocate memory at 0x20010e04, size: 64
malloc size 16
allocate memory at 0x20010e44, size: 28
malloc size 20
allocate memory at 0x20011388, size: 32
malloc size 60
allocate memory at 0x200113a8, size: 72
release memory 0x20011388, size: 32
malloc size 140
allocate memory at 0x200113f0, size: 152
release memory 0x200113a8, size: 72
malloc size 300
allocate memory at 0x20011488, size: 312
release memory 0x200113f0, size: 152
malloc size 620
allocate memory at 0x200115c0, size: 632
release memory 0x20011488, size: 312
malloc size 1260
allocate memory at 0x20011838, size: 1272
release memory 0x200115c0, size: 632
malloc size 2540
allocate memory at 0x20011d30, size: 2552
release memory 0x20011838, size: 1272
malloc size 20
allocate memory at 0x20011388, size: 32
malloc size 60
allocate memory at 0x200113a8, size: 72
release memory 0x20011388, size: 32
malloc size 140
allocate memory at 0x200113f0, size: 152
release memory 0x200113a8, size: 72
malloc size 300
allocate memory at 0x20011488, size: 312
release memory 0x200113f0, size: 152
malloc size 620
allocate memory at 0x200115c0, size: 632
release memory 0x20011488, size: 312
malloc size 1260
allocate memory at 0x20011838, size: 1272
release memory 0x200115c0, size: 632
malloc size 2540
allocate memory at 0x20012728, size: 2552
release memory 0x20011838, size: 1272
malloc size 352
allocate memory at 0x20011388, size: 364
malloc size 352
allocate memory at 0x200114f4, size: 364
malloc size 88
allocate memory at 0x20011660, size: 100
release memory 0x20011660, size: 100
malloc size 440
allocate memory at 0x20011660, size: 452
malloc size 440
allocate memory at 0x20011824, size: 452
malloc size 110, but align to 112
allocate memory at 0x200119e8, size: 124
release memory 0x200119e8, size: 124
malloc size 5792
allocate memory at 0x20013120, size: 5804
malloc size 80
allocate memory at 0x200119e8, size: 92
malloc size 20
allocate memory at 0x20011a44, size: 32
malloc size 32
allocate memory at 0x20011a64, size: 44
malloc size 5, but align to 8
allocate memory at 0x20011a90, size: 24
malloc size 8
allocate memory at 0x20011aa8, size: 24
release memory 0x20011aa8, size: 24
release memory 0x20011a90, size: 24
release memory 0x20011a64, size: 44
release memory 0x20011a44, size: 32
release memory 0x20011824, size: 452
release memory 0x20011660, size: 452
release memory 0x200114f4, size: 364
release memory 0x20011388, size: 364
malloc size 57600
allocate memory at 0x200147cc, size: 57612
malloc size 960
allocate memory at 0x20011388, size: 972
release memory 0x20011388, size: 972
malloc size 3, but align to 4
allocate memory at 0x20011388, size: 24
malloc size 360
allocate memory at 0x200113a0, size: 372
release memory 0x200113a0, size: 372
malloc size 360
allocate memory at 0x200113a0, size: 372
release memory 0x200113a0, size: 372
malloc size 176
allocate memory at 0x200113a0, size: 188
release memory 0x200113a0, size: 188
malloc size 176
allocate memory at 0x200113a0, size: 188
release memory 0x200113a0, size: 188
malloc size 552
allocate memory at 0x200113a0, size: 564
malloc size 552
allocate memory at 0x200115d4, size: 564
release memory 0x200113a0, size: 564
release memory 0x200115d4, size: 564
malloc size 52
allocate memory at 0x200113a0, size: 64
allocate memory at 0x200113a0, size: 64
malloc size 116
allocate memory at 0x200113e0, size: 128
malloc size 32

allocate memory at 0x20011460, size: 44
malloc size 32
allocate memory at 0x2001148c, size: 44
release memory 0x20011460, size: 44
release memory 0x2001148c, size: 44
malloc size 116
allocate memory at 0x20011460, size: 128
malloc size 8
allocate memory at 0x200114e0, size: 24
malloc size 70, but align to 72
allocate memory at 0x200114f8, size: 84
release memory 0x200113e0, size: 128
release memory 0x200113a0, size: 64
release memory 0x200114e0, size: 24
release memory 0x20011460, size: 128
malloc size 12
allocate memory at 0x200113a0, size: 24
malloc size 15, but align to 16
allocate memory at 0x200113b8, size: 28
release memory 0x200114f8, size: 84
malloc size 48
allocate memory at 0x200113d4, size: 60
release memory 0x20011388, size: 24
malloc size 4
allocate memory at 0x20011388, size: 24
malloc size 1, but align to 4
allocate memory at 0x20011410, size: 24
malloc size 31, but align to 32
allocate memory at 0x20011428, size: 44
malloc size 52
allocate memory at 0x20011454, size: 64
allocate memory at 0x20011454, size: 64
malloc size 8
allocate memory at 0x20011494, size: 24
malloc size 16
allocate memory at 0x200114ac, size: 28
release memory 0x20011494, size: 24
malloc size 24
allocate memory at 0x200114c8, size: 36
release memory 0x200114ac, size: 28
malloc size 32
allocate memory at 0x20011494, size: 52
release memory 0x200114c8, size: 36
malloc size 16
allocate memory at 0x200114c8, size: 28
release memory 0x20011428, size: 44
release memory 0x20011410, size: 24
release memory 0x200113b8, size: 28
release memory 0x200113a0, size: 24
release memory 0x200113d4, size: 60
release memory 0x200147cc, size: 57612
release memory 0x200119e8, size: 92
release memory 0x20013120, size: 5804
n = 1

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
release memory 0x20010e04, size: 64
release memory 0x20011494, size: 52
release memory 0x200114c8, size: 28
release memory 0x20011454, size: 64
release memory 0x20010e44, size: 28
release memory 0x20010294, size: 60
release memory 0x20010268, size: 44
release memory 0x20010134, size: 308
release memory 0x20011d30, size: 2552
release memory 0x20012728, size: 2552
release memory 0x200102d0, size: 2868
release memory 0x2001008c, size: 168
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;56

int main(void)
{
  /* USER CODE BEGIN 1 */
    uint8_t test[]="start test\n";
    uint16_t i,j;
    int qr_img_width = 240;
    
    uint16_t Color;
    uint16_t cnt = 0;
    
    unsigned char *pic_rgb = (unsigned char *)gImage_test;
    unsigned char *pic_hd = NULL;
	unsigned char *pic_data = NULL;
    
    void * ptr_start;

  /* USER CODE END 1 */

  /* MCU Configuration--------------------------------------------------------*/

  /* Reset of all peripherals, Initializes the Flash interface and the Systick. */
  //HAL_Init();

  /* USER CODE BEGIN Init */

  /* USER CODE END Init */

  /* Configure the system clock */
  //SystemClock_Config();

  /* USER CODE BEGIN SysInit */

  /* USER CODE END SysInit */

  /* Initialize all configured peripherals */
  MX_GPIO_Init();
  MX_ADC1_Init();
  MX_ETH_Init();
  MX_ICACHE_Init();
  MX_LPUART1_UART_Init();
  //MX_USART3_UART_Init();
  MX_UCPD1_Init();
  MX_USB_PCD_Init();
  /* USER CODE BEGIN 2 */

  pic_data = rt_malloc(qr_img_width*qr_img_width);
  if(pic_data == NULL)
  {
      printf("malloc error\n");
      return 0;
  }
  else
  {
      printf("pic_data:0x%x\n",pic_data);
  }
    //memset(pic_data,0,qr_img_width*qr_img_width);
     pic_hd = pic_data;
    for(i=0;i<qr_img_width;i++)
    {
        for(j=0;j<qr_img_width;j++)		//将RGB565图片转成灰度
        {

            Color = (*pic_rgb) | (*(pic_rgb+1)<<8);
            *pic_hd = (((Color&0xF800)>> 8)*77+((Color&0x7E0)>>3)*150+((Color&0x001F)<<3)*29)/256;
            pic_hd++;
            pic_rgb++;
            pic_rgb++;
         
        }
    }
  

  /* USER CODE END 2 */
  

  /* Infinite loop */
  /* USER CODE BEGIN WHILE */
  
  while (1)
  {
    /* USER CODE END WHILE */

    /* USER CODE BEGIN 3 */
      
      
      if( Zbar_Test((void* )pic_data,qr_img_width,qr_img_width) == 0 )
      {
          printf("zbar failed \n");
          //rt_free(pic_data);
      }
      else
      {
          cnt ++;
          printf("zbar ok \n");
          //rt_free(pic_data);
      }
      printf("zbar count;%d\n",cnt);
      //list_thread();
      rt_thread_mdelay(5000);
      
  }
  rt_free(pic_data);
  /* USER CODE END 3 */
}

inline void zbar_image_rt_free_data (zbar_image_t *img)
{
    if(!img)
        return;
    if(img->src) {
        /* replace video image w/new copy */
        assert(img->refcnt); /* FIXME needs lock */
        zbar_image_t *newimg = zbar_image_create();
        memcpy(newimg, img, sizeof(zbar_image_t));
        /* recycle video image */
        newimg->cleanup(newimg);
        /* detach old image from src */
        img->cleanup = NULL;
        img->src = NULL;
        img->srcidx = -1;
    }
    else if(img->cleanup && img->data) {
        if(img->cleanup != zbar_image_rt_free_data) {
            /* using function address to detect this case is a bad idea;
             * windows link libraries add an extra layer of indirection...
             * this works around that problem (bug #2796277)
             */
            zbar_image_cleanup_handler_t *cleanup = img->cleanup;
            img->cleanup = zbar_image_rt_free_data;
            cleanup(img);
        }
//传入图片为外部指针，zbar内部不用free此指针
//        else
//            rt_free((void*)img->data);
    }
    img->data = NULL;
}

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;4290
n = 1

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;4291
n = 1

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;4292
n = 1

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;4293
n = 1

decoded QR-Code symbol "EEWorld STM32H5"
len = 15
45 45 57 6F 72 6C 64 20 53 54 4D 33 32 48 35 zbar ok 
zbar count;4294