Trait pbcodec::traits::Encode

pub trait Encode<W: Write>: Sized {
    type Future: Future<Item = W, Error = Error<W>>;
    fn encode(self, writer: W) -> Self::Future;
    fn encoded_size(&self) -> u64;
}

Associated Types

type Future: Future<Item = W, Error = Error<W>>

Required Methods

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

Implementations on Foreign Types

impl<W, A> Encode<W> for (A,) where
    W: Write,
    A: Encode<W> + Field, 

type Future = EncodeTupleMessage1<W, A>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B> Encode<W> for (A, B) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field, 

type Future = EncodeTupleMessage2<W, A, B>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C> Encode<W> for (A, B, C) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field, 

type Future = EncodeTupleMessage3<W, A, B, C>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C, D> Encode<W> for (A, B, C, D) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field,
    D: Encode<W> + Field, 

type Future = EncodeTupleMessage4<W, A, B, C, D>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C, D, E> Encode<W> for (A, B, C, D, E) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field,
    D: Encode<W> + Field,
    E: Encode<W> + Field, 

type Future = EncodeTupleMessage5<W, A, B, C, D, E>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C, D, E, F> Encode<W> for (A, B, C, D, E, F) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field,
    D: Encode<W> + Field,
    E: Encode<W> + Field,
    F: Encode<W> + Field, 

type Future = EncodeTupleMessage6<W, A, B, C, D, E, F>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C, D, E, F, G> Encode<W> for (A, B, C, D, E, F, G) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field,
    D: Encode<W> + Field,
    E: Encode<W> + Field,
    F: Encode<W> + Field,
    G: Encode<W> + Field, 

type Future = EncodeTupleMessage7<W, A, B, C, D, E, F, G>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W, A, B, C, D, E, F, G, H> Encode<W> for (A, B, C, D, E, F, G, H) where
    W: Write,
    A: Encode<W> + Field,
    B: Encode<W> + Field,
    C: Encode<W> + Field,
    D: Encode<W> + Field,
    E: Encode<W> + Field,
    F: Encode<W> + Field,
    G: Encode<W> + Field,
    H: Encode<W> + Field, 

type Future = EncodeTupleMessage8<W, A, B, C, D, E, F, G, H>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

impl<W: Write> Encode<W> for Vec<u8>

type Future = WriteBytes<W, Vec<u8>>

fn encode(self, writer: W) -> Self::Future

fn encoded_size(&self) -> u64

Implementors

• impl<W, T, F> Encode<W> for Field<T, F> where
    W: Write,
    T: Tag,
    F: FieldType + Encode<W>,  type Future = EncodeField<W, F>;
• impl<W, T, F> Encode<W> for RepeatedField<T, F> where
    W: Write,
    T: Tag,
    F: FieldType + Encode<W>,  type Future = EncodeRepeatedField<W, F>;
• impl<W, T, F> Encode<W> for PackedRepeatedField<T, F> where
    W: Write,
    T: Tag,
    F: Packable + Encode<W>,  type Future = EncodePackedRepeatedField<W, F>;
• impl<W, T, M> Encode<W> for MapField<T, M> where
    W: Write,
    T: Tag,
    M: Map,
    M::Key: Encode<W>,
    M::Value: Encode<W>,  type Future = EncodeMapField<W, M>;
• impl<W: Write, T: Message> Encode<W> for Embedded<T> where
    T::Base: Encode<W>,  type Future = EncodeEmbeddedMessage<W, T>;
• impl<W, A> Encode<W> for Oneof1<A> where
    W: Write,
    A: Encode<W> + SingularField,  type Future = EncodeOneof1<W, A>;
• impl<W, A, B> Encode<W> for Oneof2<A, B> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,  type Future = EncodeOneof2<W, A, B>;
• impl<W, A, B, C> Encode<W> for Oneof3<A, B, C> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,  type Future = EncodeOneof3<W, A, B, C>;
• impl<W, A, B, C, D> Encode<W> for Oneof4<A, B, C, D> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,
    D: Encode<W> + SingularField,  type Future = EncodeOneof4<W, A, B, C, D>;
• impl<W, A, B, C, D, E> Encode<W> for Oneof5<A, B, C, D, E> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,
    D: Encode<W> + SingularField,
    E: Encode<W> + SingularField,  type Future = EncodeOneof5<W, A, B, C, D, E>;
• impl<W, A, B, C, D, E, F> Encode<W> for Oneof6<A, B, C, D, E, F> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,
    D: Encode<W> + SingularField,
    E: Encode<W> + SingularField,
    F: Encode<W> + SingularField,  type Future = EncodeOneof6<W, A, B, C, D, E, F>;
• impl<W, A, B, C, D, E, F, G> Encode<W> for Oneof7<A, B, C, D, E, F, G> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,
    D: Encode<W> + SingularField,
    E: Encode<W> + SingularField,
    F: Encode<W> + SingularField,
    G: Encode<W> + SingularField,  type Future = EncodeOneof7<W, A, B, C, D, E, F, G>;
• impl<W, A, B, C, D, E, F, G, H> Encode<W> for Oneof8<A, B, C, D, E, F, G, H> where
    W: Write,
    A: Encode<W> + SingularField,
    B: Encode<W> + SingularField,
    C: Encode<W> + SingularField,
    D: Encode<W> + SingularField,
    E: Encode<W> + SingularField,
    F: Encode<W> + SingularField,
    G: Encode<W> + SingularField,
    H: Encode<W> + SingularField,  type Future = EncodeOneof8<W, A, B, C, D, E, F, G, H>;
• impl<W: Write> Encode<W> for Bool type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Uint32 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Uint64 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Int32 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Int64 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Sint32 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Sint64 type Future = EncodeVarint<W>;
• impl<W: Write> Encode<W> for Fixed32 type Future = WriteBytes<W, [u8; 4]>;
• impl<W: Write> Encode<W> for Fixed64 type Future = WriteBytes<W, [u8; 8]>;
• impl<W: Write> Encode<W> for Sfixed32 type Future = WriteBytes<W, [u8; 4]>;
• impl<W: Write> Encode<W> for Sfixed64 type Future = WriteBytes<W, [u8; 8]>;
• impl<W: Write> Encode<W> for Float type Future = WriteBytes<W, [u8; 4]>;
• impl<W: Write> Encode<W> for Double type Future = WriteBytes<W, [u8; 8]>;
• impl<W: Write> Encode<W> for Bytes type Future = EncodeLengthDelimited<W, Vec<u8>>;
• impl<W: Write> Encode<W> for Str type Future = EncodeLengthDelimited<W, Vec<u8>>;
• impl<W: Write> Encode<W> for Bit32 type Future = WriteBytes<W, [u8; 4]>;
• impl<W: Write> Encode<W> for Bit64 type Future = WriteBytes<W, [u8; 8]>;
• impl<W: Write> Encode<W> for Varint type Future = EncodeVarint<W>;
• impl<W, T> Encode<W> for LengthDelimited<T> where
    W: Write,
    T: Encode<W>,  type Future = EncodeLengthDelimited<W, T>;