test/native/runtime/test_arguments.cpp

*** 150,160 ****
  
  static intx calc_expected(julong small_xss_input) {
    assert(small_xss_input <= max_julong / 2, "Sanity");
  
    // Match code in arguments.cpp
!   julong julong_ret = align_size_up_(small_xss_input, K) / K;
    assert(julong_ret <= (julong)max_intx, "Overflow: " JULONG_FORMAT, julong_ret);
    return (intx)julong_ret;
  }
  
  static char buff[100];
--- 150,160 ----
  
  static intx calc_expected(julong small_xss_input) {
    assert(small_xss_input <= max_julong / 2, "Sanity");
  
    // Match code in arguments.cpp
!   julong julong_ret = align_up_(small_xss_input, K) / K;
    assert(julong_ret <= (julong)max_intx, "Overflow: " JULONG_FORMAT, julong_ret);
    return (intx)julong_ret;
  }
  
  static char buff[100];
*** 184,195 ****
      EXPECT_EQ(parse_xss_inner(to_string(1 * M * K + 1), JNI_EINVAL), no_value);
    }
  
    // Test value aligned both to K and vm_page_size.
    {
!     EXPECT_TRUE(is_size_aligned(32 * M, K));
!     EXPECT_TRUE(is_size_aligned(32 * M, (size_t)os::vm_page_size()));
      EXPECT_EQ(parse_xss_inner(to_string(32 * M), JNI_OK), (intx)(32 * M / K));
    }
  
    // Test around the min limit.
    {
--- 184,195 ----
      EXPECT_EQ(parse_xss_inner(to_string(1 * M * K + 1), JNI_EINVAL), no_value);
    }
  
    // Test value aligned both to K and vm_page_size.
    {
!     EXPECT_TRUE(is_aligned(32 * M, K));
!     EXPECT_TRUE(is_aligned(32 * M, (size_t)os::vm_page_size()));
      EXPECT_EQ(parse_xss_inner(to_string(32 * M), JNI_OK), (intx)(32 * M / K));
    }
  
    // Test around the min limit.
    {