ADDITIONAL SYSTEM INFORMATION :
Windows 11, Java 21.0.3-9

A DESCRIPTION OF THE PROBLEM :
Problem simulated in simple jUnit test - in which it is displayed that with the usage of "BigDecimal.valueOf(double)" incorrect object is created (most likely due to the new way of 'toString' method in Double class)

@Test
    void testDoubleConversion() {
        final String stringRepresentation = "0212467111917324511";
        // after the conversion to double value is 2.12467111917324512E17 (this is OK)
        final double parsedDouble = Double.parseDouble(stringRepresentation);
        // after conversion to string - value is: 2.124671119173245E17 (last two digits are lost due to the new way of toString method in the Double class)
        final String backFromDouble = Double.toString(parsedDouble);
        // conversion back to double brings again the original value: 2.12467111917324512E17
        final double parsedFromBackFromDouble = Double.parseDouble(backFromDouble);
        assertEquals(parsedDouble, parsedFromBackFromDouble);

        // with the usage of constructor BigDecimal holds the same value as parsedDouble: 212467111917324512
        final BigDecimal bigDecimalFromDouble = new BigDecimal(parsedDouble);
        System.out.println(bigDecimalFromDouble);
        // with the usage of valueOf(double) precession is lost due to the new 'toString' method in the Double class: 2.12467111917324512E17
        final BigDecimal bigDecimalFromValueOf = BigDecimal.valueOf(parsedDouble);
        System.out.println(bigDecimalFromValueOf);
        // compare fail due to the fact that 'bigDecimalFromDouble' is greater number (due to the lost of last 2 digits in 'valueOf' conversion)
        assertThat(bigDecimalFromDouble, Matchers.comparesEqualTo(bigDecimalFromValueOf));
    }

REGRESSION : Last worked in version 17.0.11

STEPS TO FOLLOW TO REPRODUCE THE PROBLEM :
jUnit which simulates the issue is added in Description

EXPECTED VERSUS ACTUAL BEHAVIOR :
EXPECTED -
Precession won't be lost during usage of "toString(double)" in BigDecimal class
ACTUAL -
Last two digits from the test are lost with the usage of toString(double) in BigDecimal class

---------- BEGIN SOURCE ----------

@Test
    void testDoubleConversion() {
        final String stringRepresentation = "0212467111917324511";
        // after the conversion to double value is 2.12467111917324512E17 (this is OK)
        final double parsedDouble = Double.parseDouble(stringRepresentation);
        // after conversion to string - value is: 2.124671119173245E17 (last two digits are lost due to the new way of toString method in the Double class)
        final String backFromDouble = Double.toString(parsedDouble);
        // conversion back to double brings again the original value: 2.12467111917324512E17
        final double parsedFromBackFromDouble = Double.parseDouble(backFromDouble);
        assertEquals(parsedDouble, parsedFromBackFromDouble);

        // with the usage of constructor BigDecimal holds the same value as parsedDouble: 212467111917324512
        final BigDecimal bigDecimalFromDouble = new BigDecimal(parsedDouble);
        System.out.println(bigDecimalFromDouble);
        // with the usage of valueOf(double) precession is lost due to the new 'toString' method in the Double class: 2.12467111917324512E17
        final BigDecimal bigDecimalFromValueOf = BigDecimal.valueOf(parsedDouble);
        System.out.println(bigDecimalFromValueOf);
        // compare fail due to the fact that 'bigDecimalFromDouble' is greater number (due to the lost of last 2 digits in 'valueOf' conversion)
        assertThat(bigDecimalFromDouble, Matchers.comparesEqualTo(bigDecimalFromValueOf));
    }
---------- END SOURCE ----------

CUSTOMER SUBMITTED WORKAROUND :
usage of "new BigDecimal(double)" instead of BigDecimal.valueOf(double) for Java 19 and above (most likely problem is caused by new implementation from https://bugs.openjdk.org/browse/JDK-4511638)

FREQUENCY : always