Enum EitherSerializer 

pub enum EitherSerializer<A, B> {
    A(A),
    B(B),
}

Either of two serializers.

An EitherSerializer wraps one of two different serializer types.

Variants

A(A)

B(B)

Trait Implementations

impl<A: NestableSerializer, B: NestableSerializer> NestableSerializer for EitherSerializer<A, B>

fn wrap_in<B: NestablePacketBuilder>(self, outer: B) -> Nested<Self, B>

Encapsulates this Serializer in a packet, producing a new Serializer.

fn with_size_limit(self, limit: usize) -> Nested<Self, LimitedSizePacketBuilder>

Creates a new Serializer which will enforce a size limit.

impl<C: SerializationContext, A: PartialSerializer<C>, B: PartialSerializer<C>> PartialSerializer<C> for EitherSerializer<A, B>

fn partial_serialize( &self, context: &mut C, constraints: PacketConstraints, buffer: &mut [u8], ) -> Result<PartialSerializeResult, SerializeError<Never>>

Serializes the head of the packet to the specified buffer.

impl<C: SerializationContext, A: Serializer<C>, B: Serializer<C, Buffer = A::Buffer>> Serializer<C> for EitherSerializer<A, B>

type Buffer = <A as Serializer<C>>::Buffer

The type of buffers returned from serialization methods on this trait.

fn serialize<TB: GrowBufferMut, P: BufferProvider<Self::Buffer, TB>>( self, context: &mut C, constraints: PacketConstraints, provider: P, ) -> Result<TB, (SerializeError<P::Error>, Self)>

Serializes this Serializer, producing a buffer.

fn serialize_new_buf<TB: GrowBufferMut, BA: LayoutBufferAlloc<TB>>( &self, context: &mut C, outer: PacketConstraints, alloc: BA, ) -> Result<TB, SerializeError<BA::Error>>

Serializes the data into a new buffer without consuming self.

fn serialize_vec( self, context: &mut C, constraints: PacketConstraints, ) -> Result<Either<Self::Buffer, Buf<Vec<u8>>>, (SerializeError<Never>, Self)>

where Self::Buffer: ReusableBuffer,

Serializes this Serializer, allocating a Buf<Vec<u8>> if the contained buffer isn’t large enough.

fn serialize_no_alloc( self, context: &mut C, constraints: PacketConstraints, ) -> Result<Self::Buffer, (SerializeError<BufferTooShortError>, Self)>

where Self::Buffer: ReusableBuffer,

Serializes this Serializer, failing if the existing buffer is not large enough.

fn serialize_outer<B: GrowBufferMut, P: BufferProvider<Self::Buffer, B>>( self, context: &mut C, provider: P, ) -> Result<B, (SerializeError<P::Error>, Self)>

Serializes this Serializer as the outermost packet.

fn serialize_vec_outer( self, context: &mut C, ) -> Result<Either<Self::Buffer, Buf<Vec<u8>>>, (SerializeError<Never>, Self)>

where Self::Buffer: ReusableBuffer,

Serializes this Serializer as the outermost packet, allocating a Buf<Vec<u8>> if the contained buffer isn’t large enough.

fn serialize_no_alloc_outer( self, context: &mut C, ) -> Result<Self::Buffer, (SerializeError<BufferTooShortError>, Self)>

where Self::Buffer: ReusableBuffer,

Serializes this Serializer as the outermost packet, failing if the existing buffer is not large enough.

fn serialize_vec_outer_no_reuse( &self, context: &mut C, ) -> Result<Buf<Vec<u8>>, SerializeError<Never>>

Like Serializer::serialize_vec_outer, but never attempts to reuse the underlying buffer.