multiple test with positive numbers . concode_field_sep double numberExeption concode_field_sep void testWhenPassArgToMultItShouldReturn concode_elem_sep void testWhenPassArgToSharNegativeNumbersItShouldReturn concode_elem_sep void testWhenPassArgToAddNegativNumbersItShouldReturn concode_elem_sep void testWhenPassArgToTakePositiveNumbersItShouldReturn concode_elem_sep void testWhenPassArgToTakeItShouldReturn concode_elem_sep void testWhenPassArgToMultNegativeNumbersItShouldReturn concode_elem_sep void testWhenPassArgToTakeNegativeNumbersItShouldReturn concode_elem_sep void testWhenPassArgToAddPositiveNumbersItShouldReturn concode_elem_sep void testWhenPassArgToSharToZeroItShouldReturn concode_elem_sep void testWhenPassArgToAddItShouldReturn concode_elem_sep void testWhenPassArgToSharPositiveNumbersItShouldReturn
void function ( ) { Calculator loc0 = new Calculator ( ) ; final double loc1 = 3 ; final double loc2 = 2 ; final double loc3 = 6 ; loc0 . mult ( loc1 , loc2 ) ; double loc4 = loc0 . getResult ( ) ; assertThat ( loc4 , is ( closeTo ( loc3 , numberExeption ) ) ) ; }