public void testNegativeZero(int scale, IonDecimal actual) {
assertEquals(-0f, actual.floatValue());
assertEquals(-0d, actual.doubleValue());
BigDecimal bd = actual.bigDecimalValue();
Decimal dec = actual.decimalValue();
assertEquals(0, BigDecimal.ZERO.compareTo(bd));
checkDecimal(0, scale, bd);
checkDecimal(0, scale, dec);
assertEquals(0, Decimal.NEGATIVE_ZERO.compareTo(dec));
assertTrue(dec.isNegativeZero());
}
public void modifyDecimal(IonDecimal value) {
float fVal = 123.45F;
value.setValue(fVal);
assertEquals(fVal, value.floatValue());
assertEquals((double) fVal, value.doubleValue());
assertEquals(fVal, value.bigDecimalValue().floatValue());
value.setValue(A_DOUBLE);
assertEquals(A_DOUBLE, value.doubleValue());
assertEquals(A_DOUBLE, value.bigDecimalValue().doubleValue());
value.setValue(null);
checkNullDecimal(value);
}
public static void checkNullDecimal(IonDecimal value) {
assertSame(IonType.DECIMAL, value.getType());
assertTrue("isNullValue is false", value.isNullValue());
try {
value.floatValue();
fail("Expected NullValueException");
} catch (NullValueException e) {
}
try {
value.doubleValue();
fail("Expected NullValueException");
} catch (NullValueException e) {
}
assertNull("bigDecimalValue() isn't null", value.bigDecimalValue());
}
@Test
public void testDecimals() {
IonDecimal value = (IonDecimal) oneValue("1.0");
assertSame(IonType.DECIMAL, value.getType());
assertFalse(value.isNullValue());
assertArrayEquals(new String[0], value.getTypeAnnotations());
assertEquals(1.0F, value.floatValue());
assertEquals(1.0D, value.doubleValue());
assertEquals(new BigDecimal(1).setScale(1), value.bigDecimalValue());
// TODO more...
value = (IonDecimal) oneValue("a::1.0");
assertFalse(value.isNullValue());
checkAnnotation("a", value);
// Ensure that annotation makes it through value mods
modifyDecimal(value);
checkAnnotation("a", value);
}
