ato/myself-light-sale

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125.66 KB

_ABI(Microsoft_x86_64)
generic64_t function_0x1400002ec_Code_x86_64(generic64_t argument_0, struct_18 *argument_1) {
  generic64_t var_0;
  var_0 = 0;
  if (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 24)) {
    generic64_t var_1;
    generic64_t var_2;
    var_1 = argument_1->offset_60;
    var_2 = 0;
    while (true) {
      generic32_t var_3;
      generic64_t var_4;
      var_4 = (var_1 & 0xFFFFFFFFFFFFFF00) | *(generic8_t *) (*(generic32_t *) ((var_2 << 2) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 32) + (pointer_or_number64_t) argument_1)) + (pointer_or_number64_t) argument_1);
      var_3 = 5381;
      if (*(generic8_t *) (*(generic32_t *) ((var_2 << 2) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 32) + (pointer_or_number64_t) argument_1)) + (pointer_or_number64_t) argument_1)) {
        generic64_t var_5;
        generic8_t var_6;
        generic32_t var_7;
        var_5 = 0;
        var_6 = *(generic8_t *) (*(generic32_t *) ((var_2 << 2) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 32) + (pointer_or_number64_t) argument_1)) + (pointer_or_number64_t) argument_1);
        var_7 = 5381;
        generic32_t var_8;
        do {
          var_8 = var_6;
          var_7 = var_7 * 33 + var_8;
          var_6 = *(generic8_t *) ((pointer_or_number64_t) argument_1 + 1 + *(generic32_t *) ((var_2 << 2) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 32) + (pointer_or_number64_t) argument_1)) + var_5);
          var_5 = var_5 + 1;
        } while (var_6);
        var_4 = (var_8 & 0xFFFFFF00) | var_6;
        var_3 = var_7;
      }
      if (var_3 == (number32_t) argument_0) {
        var_0 = *(generic32_t *) ((*(generic16_t *) ((var_2 << 1) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 36) + (pointer_or_number64_t) argument_1)) << 2) + (*(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 28) + (pointer_or_number64_t) argument_1)) + (pointer_or_number64_t) argument_1;
      } else {
        var_2 = (var_2 + 1) & 0xFFFFFFFF;
        if (var_2 < *(generic32_t *) (*(generic32_t *) ((pointer_or_number64_t) &argument_1[2] + 8 + (number64_t) argument_1->offset_60 * 1) + (pointer_or_number64_t) argument_1 + 24)) {
          continue;
        }
        var_0 = 0;
      }
      break;
    }
  }
  return var_0;
}