Trait gstreamer::prelude::OptionOverflowingRem

pub trait OptionOverflowingRem<Rhs = Self, InnerRhs = Rhs> {
    type Output;

    // Required method
    fn opt_overflowing_rem(self, rhs: Rhs) -> Option<(Self::Output, bool)>;
}

Trait for values and Options overflowing remainder.

Implementing this trait leads to the following auto-implementations:

• OptionOverflowingRem<Option<InnerRhs>> for T.
• OptionOverflowingRem<Rhs> for Option<T>.
• OptionOverflowingRem<Option<InnerRhs>> for Option<T>.
• … and some variants with references.

Note that since the std library doesn’t define any OverflowingRem trait, users must provide the base implementation for the inner type.

Required Associated Types

type Output

The resulting inner type after applying the remainder.

Required Methods

fn opt_overflowing_rem(self, rhs: Rhs) -> Option<(Self::Output, bool)>

Returns a tuple of the remainder along with a boolean indicating whether an arithmetic overflow would occur. If an overflow would have occurred then self is returned.

Returns None if at least one argument is None.

Panics

Most implementations will panic if rhs is zero.

Implementations on Foreign Types

impl OptionOverflowingRem for i8

type Output = i8

fn opt_overflowing_rem( self, rhs: i8 ) -> Option<(<i8 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for i16

type Output = i16

fn opt_overflowing_rem( self, rhs: i16 ) -> Option<(<i16 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for i32

type Output = i32

fn opt_overflowing_rem( self, rhs: i32 ) -> Option<(<i32 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for i64

type Output = i64

fn opt_overflowing_rem( self, rhs: i64 ) -> Option<(<i64 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for i128

type Output = i128

fn opt_overflowing_rem( self, rhs: i128 ) -> Option<(<i128 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for u8

type Output = u8

fn opt_overflowing_rem( self, rhs: u8 ) -> Option<(<u8 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for u16

type Output = u16

fn opt_overflowing_rem( self, rhs: u16 ) -> Option<(<u16 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for u32

type Output = u32

fn opt_overflowing_rem( self, rhs: u32 ) -> Option<(<u32 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for u64

type Output = u64

fn opt_overflowing_rem( self, rhs: u64 ) -> Option<(<u64 as OptionOverflowingRem>::Output, bool)>

impl OptionOverflowingRem for u128

type Output = u128

fn opt_overflowing_rem( self, rhs: u128 ) -> Option<(<u128 as OptionOverflowingRem>::Output, bool)>

impl<T, InnerRhs> OptionOverflowingRem<&Option<InnerRhs>, InnerRhs> for Option<T>

where T: OptionOperations + OptionOverflowingRem<InnerRhs>, InnerRhs: Copy,

type Output = <T as OptionOverflowingRem<InnerRhs>>::Output

fn opt_overflowing_rem( self, rhs: &Option<InnerRhs> ) -> Option<(<Option<T> as OptionOverflowingRem<&Option<InnerRhs>, InnerRhs>>::Output, bool)>

impl<T, InnerRhs> OptionOverflowingRem<Option<InnerRhs>, InnerRhs> for Option<T>

where T: OptionOperations + OptionOverflowingRem<InnerRhs>,

type Output = <T as OptionOverflowingRem<InnerRhs>>::Output

fn opt_overflowing_rem( self, rhs: Option<InnerRhs> ) -> Option<(<Option<T> as OptionOverflowingRem<Option<InnerRhs>, InnerRhs>>::Output, bool)>

impl<T, Rhs> OptionOverflowingRem<Rhs> for Option<T>

where T: OptionOperations + OptionOverflowingRem<Rhs>,

type Output = <T as OptionOverflowingRem<Rhs>>::Output

fn opt_overflowing_rem( self, rhs: Rhs ) -> Option<(<Option<T> as OptionOverflowingRem<Rhs>>::Output, bool)>

Implementors

impl<T, InnerRhs> OptionOverflowingRem<&Option<InnerRhs>, InnerRhs> for T

where T: OptionOperations + OptionOverflowingRem<InnerRhs>, InnerRhs: Copy,

type Output = <T as OptionOverflowingRem<InnerRhs>>::Output

impl<T, InnerRhs> OptionOverflowingRem<Option<InnerRhs>, InnerRhs> for T

where T: OptionOperations + OptionOverflowingRem<InnerRhs>,

type Output = <T as OptionOverflowingRem<InnerRhs>>::Output