operations.asn

Demo DEFINITIONS ::= BEGIN

        Exercises ::= SET {
                exercises       SEQUENCE OF Exercise
        }

    Add ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        answer          GeneralString
    }

    ModAdd ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        m               GeneralString,
        answer          GeneralString
    }

    Subtract ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        answer          GeneralString
    }

    ModSubtract ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        m               GeneralString,
        answer          GeneralString
    }

    Multiply ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        answer          GeneralString,
        count-mul       INTEGER,
        count-add       INTEGER
    }

    ModMultiply ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        m               GeneralString,
        answer          GeneralString
    }

    Karatsuba ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        answer          GeneralString,
        count-mul       INTEGER,
        count-add       INTEGER
    }

    Reduce ::= SET {
        radix           INTEGER,
        x               GeneralString,
        m               GeneralString,
        answer          GeneralString
    }

    Euclid ::= SET {
        radix           INTEGER,
        x               GeneralString,
        y               GeneralString,
        answ-d          GeneralString,
        answ-a          GeneralString,
        answ-b          GeneralString
    }

    Inverse ::= SET {
        radix           INTEGER,
        x               GeneralString,
        m               GeneralString,
        answer          GeneralString
    }

    Exercise ::= CHOICE {
        add             Add,
        mod-add         ModAdd,
        subtract        Subtract,
        mod-subtract    ModSubtract,
        multiply        Multiply,
        mod-multiply    ModMultiply,
        karatsuba       Karatsuba,
        reduce          Reduce,
        euclid          Euclid,
        inverse         Inverse
    }

END