operations.asn

Poly DEFINITIONS ::= BEGIN

	Exercises ::= SET {
		exercises SEQUENCE OF Exercise
	}

    Poly ::= SEQUENCE OF INTEGER

    Row ::= SEQUENCE OF IA5String

    RowPoly ::= SEQUENCE OF Poly

    DisplayPoly ::= SET {
        mod	INTEGER,
        f Poly,
        answer IA5String
    }

    AddPoly ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        answer IA5String,
        answer-poly Poly
    }

    SubtractPoly ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        answer IA5String,
        answer-poly Poly
    }

    MultiplyPoly ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        answer IA5String,
        answer-poly Poly
    }

    LongDivPoly ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        answ-q IA5String,
        answ-r IA5String,
        answ-q-poly Poly,
        answ-r-poly Poly
    }

    EuclidPoly ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        answ-a IA5String,
        answ-b IA5String,
        answ-d IA5String,
        answ-a-poly Poly,
        answ-b-poly Poly,
        answ-d-poly Poly
    }

    EqualsPolyMod ::= SET {
        mod INTEGER,
        f Poly,
        g Poly,
        h Poly,
        answer BOOLEAN
    }

    Irreducible ::= SET {
        mod INTEGER,
        f Poly,
        answer BOOLEAN
    }

    FindIrred ::= SET {
        mod INTEGER,
        deg INTEGER,
        answer IA5String,
        answer-poly Poly
    }

    AddTable ::= SET {
        mod INTEGER,
        mod-poly Poly,
        answer SEQUENCE OF Row,
        answer-poly SEQUENCE OF RowPoly
    }

    MultTable ::= SET {
        mod INTEGER,
        mod-poly Poly,
        answer SEQUENCE OF Row,
        answer-poly SEQUENCE OF RowPoly
    }

    DisplayField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        answer IA5String,
        answer-poly Poly
    }

    AddField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        b Poly,
        answer IA5String,
        answer-poly Poly
    }

    SubtractField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        b Poly,
        answer IA5String,
        answer-poly Poly
    }

    MultiplyField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        b Poly,
        answer IA5String,
        answer-poly Poly
    }

    InverseField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        answer IA5String,
        answer-poly Poly
    }

    DivisionField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        b Poly,
        answer IA5String,
        answer-poly Poly
    }

    EqualsField ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        b Poly,
        answer BOOLEAN
    }

    Primitive ::= SET {
        mod INTEGER,
        mod-poly Poly,
        a Poly,
        answer BOOLEAN
    }

    FindPrim ::= SET {
        mod INTEGER,
        mod-poly Poly,
        answer IA5String,
        answer-poly Poly
    }

    Exercise ::= CHOICE {
        display-poly DisplayPoly,
        add-poly AddPoly,
        subtract-poly SubtractPoly,
        multiply-poly MultiplyPoly,
        long-div-poly LongDivPoly,
        euclid-poly EuclidPoly,
        equals-poly-mod EqualsPolyMod,
        irreducible Irreducible,
        find-irred FindIrred,
        add-table AddTable,
        mult-table MultTable,
        display-field DisplayField,
        add-field AddField,
        subtract-field SubtractField,
        multiply-field MultiplyField,
        inverse-field InverseField,
        division-field DivisionField,
        equals-field EqualsField,
        primitive Primitive,
        find-prim FindPrim
    }

END