tests next long range , random result . concode_field_sep double DELTA concode_field_sep void testNextIntRandomResult concode_elem_sep void testNextLongMinimalRange concode_elem_sep void testExtremeRangeFloat concode_elem_sep void testZeroLengthNextBytes concode_elem_sep void testNextDoubleRandomResult concode_elem_sep void testExtremeRangeDouble concode_elem_sep void testNextBytesNegative concode_elem_sep void testExtremeRangeLong concode_elem_sep void testNextFloatRandomResult concode_elem_sep void testNextLongLowerGreaterUpper concode_elem_sep void testNextFloat concode_elem_sep void testNextDoubleNegative concode_elem_sep void testNextBytes concode_elem_sep void testExtremeRangeInt concode_elem_sep void testNextIntNegative concode_elem_sep void testNextFloatLowerGreaterUpper concode_elem_sep void testNextIntMinimalRange concode_elem_sep void testNextDouble concode_elem_sep void testNextLongNegative concode_elem_sep void testNextDoubleLowerGreaterUpper concode_elem_sep void testNextLong concode_elem_sep void testNextFloatNegative concode_elem_sep void testNextIntLowerGreaterUpper concode_elem_sep void testNextDoubleMinimalRange concode_elem_sep void testNextFloatMinimalRange concode_elem_sep void testNextInt
void function ( ) { long loc0 = RandomUtils . nextLong ( ) ; assertTrue ( loc0 > 0 ) ; assertTrue ( loc0 < Long . MAX_VALUE ) ; }