fn try_from(value: Coefficient) -> Result<Self, Self::Error> {
        if value.is_negative_zero() {
            return Err(());
        }
        let mut big_int: BigInt = match value.magnitude {
            Magnitude::U64(m) => m.into(),
            Magnitude::BigUInt(m) => m.into(),
        };
        if value.sign == Sign::Negative {
            big_int.mul_assign(-1);
        }
        Ok(big_int)
    }
/// Attempts to create a BigInt from a Coefficient. Returns an Error if the Coefficient being
/// converted is a negative zero, which BigInt cannot represent. Returns Ok otherwise.
Attempts to create a BigInt from a Coefficient. Returns an Error if the Coefficient being
converted is a negative zero, which BigInt cannot represent. Returns Ok otherwise.
Attempts to create a BigInt from a Coefficient . Returns an Error if the Coefficient being converted is a negative zero which BigInt cannot represent . Returns Ok otherwise .
fn try_from(value: Coefficient) -> Result<Self, Self::Error> {
        if value.is_negative_zero() {
            return Err(());
        }
        let mut big_int: BigInt = match value.magnitude {
            Magnitude::U64(m) => m.into(),
            Magnitude::BigUInt(m) => m.into(),
        };
        if value.sign == Sign::Negative {
            big_int.mul_assign(-1);
        }
        Ok(big_int)
    }
fn try_from ( value : Coefficient ) -> Result < Self , Self :: Error > { if value . is_negative_zero ( ) { return Err ( ( ) ) ; } let mut big_int : BigInt = match value . magnitude { Magnitude :: U64 ( m ) => m . into ( ) , Magnitude :: BigUInt ( m ) => m . into ( ) , } ; if value . sign == Sign :: Negative { big_int . mul_assign ( - 1 ) ; } Ok ( big_int ) }
Attempts to create a BigInt from a Coefficient.
Attempts to create a BigInt from a Coefficient .
value
Coefficient
value
Coefficient