int , ; int ; cout < " enter ="" which ="" number ="" in ="" the ="" fibonacci ="" number ="" sequence ="" you ="" want ="" to ="" find ."="">< endl ;=""> cout < " the ="" first ="" and ="" second ="" fibonacci ="" numbers ="" are ="" 1 ."="">< endl ;=""> cin >> input ; while ( input < 1 )=""> { cout < " you ="" must ="" enter ="" a ="" value ="" greater ="" than ="" 0 ,="" try ="" again ."="">< endl ;=""> cin >> input ; } if ( input > 2 ) { for ( int ; i < input ;="" i ++)=""> { ; ; + back2 ; } } cout < " the ="" value ="" of ="" fibonacci ="" number ="" "="">< input ="">< "="" is ="" "="">< current ="">< endl ;=""> cin . ignore ( 2 ); return 0 ; }
Part 2 – Black Box Testing
A customer has requested a program be developed to meet the following criterion : 1 . The program needs to convert from celcius temperatures to fahrenheit temperatures .
2 . The user should be able to enter temperatures containing fractional degrees ( ie . 12.3 )
3 . The converted temperatures should be accurate to within 1 / 10th of a degree .
4 . The user should be able to enter the number of temperatures to be converted up to a maximum of 10 .
5 . The output should be tabular with each row including the input and converted temperature .