Function hash_thread

io_process.c:665–734

}

int hash_thread(SceSize args_size, HashArguments *args) {
  SceUID thid = -1;

  // Lock power timers
  powerLock();

  // Set progress to 0%
  sceMsgDialogProgressBarSetValue(SCE_MSG_DIALOG_PROGRESSBAR_TARGET_BAR_DEFAULT, 0);
  sceKernelDelayThread(DIALOG_WAIT); // Needed to see the percentage

  uint64_t max = (uint64_t)(getFileSize(args->file_path) / TRANSFER_SIZE);

  // SHA1 process
  uint64_t value = 0;

  // Spin off a thread to update the progress dialog 
  thid = createStartUpdateThread(max, 0);

  FileProcessParam param;
  param.value = &value;
  param.max = max;
  param.SetProgress = SetProgress;
  param.cancelHandler = cancelHandler;

  uint8_t sha1out[20];
  int res = getFileSha1(args->file_path, sha1out, &param);
  if (res <= 0) {
    // SHA1 Didn't complete successfully, or was canceled
    closeWaitDialog();
    setDialogStep(DIALOG_STEP_CANCELED);
    errorDialog(res);
    goto EXIT;
  }

  // Since we hit here, we're done. Set progress to 100%
  sceMsgDialogProgressBarSetValue(SCE_MSG_DIALOG_PROGRESSBAR_TARGET_BAR_DEFAULT, 100);
  sceKernelDelayThread(COUNTUP_WAIT);

  // Close
  closeWaitDialog();

  char sha1msg[42];
  memset(sha1msg, 0, sizeof(sha1msg));

  // Construct SHA1 sum string
  int i;
  for (i = 0; i < 20; i++) {
    char string[4];
    sprintf(string, "%02X", sha1out[i]);
    strcat(sha1msg, string);

    if (i == 9)
      strcat(sha1msg, "\n");
  }

  sha1msg[41] = '\0';

  infoDialog(sha1msg);