Trait mz_stash_types::objects::RustType
source · pub trait RustType<Proto>: Sized {
// Required methods
fn into_proto(&self) -> Proto;
fn from_proto(proto: Proto) -> Result<Self, TryFromProtoError>;
}Expand description
A trait for representing a Rust type Self as a value of
type Proto for the purpose of serializing this
value as (part of) a Protobuf message.
To encode a value, use RustType::into_proto() (which
should always be an infallible conversion).
To decode a value, use the fallible RustType::from_proto().
Since the representation type can be “bigger” than the original,
decoding may fail, indicated by returning a TryFromProtoError
wrapped in a Result::Err.
Convenience syntax for the above methods is available from the
matching ProtoType.
Required Methods§
sourcefn into_proto(&self) -> Proto
fn into_proto(&self) -> Proto
Convert a Self into a Proto value.
sourcefn from_proto(proto: Proto) -> Result<Self, TryFromProtoError>
fn from_proto(proto: Proto) -> Result<Self, TryFromProtoError>
Consume and convert a Proto back into a Self value.
Since Proto can be “bigger” than the original, this
may fail, indicated by returning a TryFromProtoError
wrapped in a Result::Err.
Implementations on Foreign Types§
source§impl RustType<ProtoNaiveDate> for NaiveDate
impl RustType<ProtoNaiveDate> for NaiveDate
fn into_proto(&self) -> ProtoNaiveDate
fn from_proto(proto: ProtoNaiveDate) -> Result<NaiveDate, TryFromProtoError>
source§impl RustType<ProtoU128> for Uuid
impl RustType<ProtoU128> for Uuid
fn into_proto(&self) -> ProtoU128
fn from_proto(proto: ProtoU128) -> Result<Uuid, TryFromProtoError>
source§impl RustType<u32> for u32
impl RustType<u32> for u32
Identity type for $t.
fn into_proto(&self) -> u32
fn from_proto(proto: u32) -> Result<u32, TryFromProtoError>
source§impl RustType<u32> for char
impl RustType<u32> for char
fn into_proto(&self) -> u32
fn from_proto(proto: u32) -> Result<char, TryFromProtoError>
source§impl RustType<ProtoTz> for Tz
impl RustType<ProtoTz> for Tz
Encode a Tz as string representation. This is not the most space efficient solution, but it is immune to changes in the chrono_tz (and is fully compatible with its public API).
fn into_proto(&self) -> ProtoTz
fn from_proto(proto: ProtoTz) -> Result<Tz, TryFromProtoError>
source§impl<R, P> RustType<Box<P, Global>> for Box<R, Global>where
R: RustType<P>,
impl<R, P> RustType<Box<P, Global>> for Box<R, Global>where R: RustType<P>,
Blanket implementation for Box<R> where R is a RustType.
fn into_proto(&self) -> Box<P, Global>
fn from_proto( proto: Box<P, Global> ) -> Result<Box<R, Global>, TryFromProtoError>
source§impl RustType<u64> for Option<NonZeroU64>
impl RustType<u64> for Option<NonZeroU64>
fn into_proto(&self) -> u64
fn from_proto(proto: u64) -> Result<Option<NonZeroU64>, TryFromProtoError>
source§impl<K, V, T> RustType<Vec<T, Global>> for BTreeMap<K, V, Global>where
K: Eq + Ord,
T: ProtoMapEntry<K, V>,
impl<K, V, T> RustType<Vec<T, Global>> for BTreeMap<K, V, Global>where K: Eq + Ord, T: ProtoMapEntry<K, V>,
Blanket implementation for BTreeMap<K, V> where there exists T such
that T implements ProtoMapEntry<K, V>.
fn into_proto(&self) -> Vec<T, Global>
fn from_proto( proto: Vec<T, Global> ) -> Result<BTreeMap<K, V, Global>, TryFromProtoError>
source§impl RustType<ProtoDuration> for Duration
impl RustType<ProtoDuration> for Duration
fn into_proto(&self) -> ProtoDuration
fn from_proto(proto: ProtoDuration) -> Result<Duration, TryFromProtoError>
source§impl RustType<ProtoNaiveDateTime> for NaiveDateTime
impl RustType<ProtoNaiveDateTime> for NaiveDateTime
fn into_proto(&self) -> ProtoNaiveDateTime
fn from_proto( proto: ProtoNaiveDateTime ) -> Result<NaiveDateTime, TryFromProtoError>
source§impl RustType<ProtoFixedOffset> for FixedOffset
impl RustType<ProtoFixedOffset> for FixedOffset
fn into_proto(&self) -> ProtoFixedOffset
fn from_proto(proto: ProtoFixedOffset) -> Result<FixedOffset, TryFromProtoError>
source§impl<R, P> RustType<Vec<P, Global>> for BTreeSet<R, Global>where
R: RustType<P> + Ord,
impl<R, P> RustType<Vec<P, Global>> for BTreeSet<R, Global>where R: RustType<P> + Ord,
Blanket implementation for BTreeSet<R> where R is a RustType.
fn into_proto(&self) -> Vec<P, Global>
fn from_proto( proto: Vec<P, Global> ) -> Result<BTreeSet<R, Global>, TryFromProtoError>
source§impl<R, P> RustType<Vec<P, Global>> for Vec<R, Global>where
R: RustType<P>,
impl<R, P> RustType<Vec<P, Global>> for Vec<R, Global>where R: RustType<P>,
Blanket implementation for Vec<R> where R is a RustType.
fn into_proto(&self) -> Vec<P, Global>
fn from_proto( proto: Vec<P, Global> ) -> Result<Vec<R, Global>, TryFromProtoError>
source§impl RustType<f32> for f32
impl RustType<f32> for f32
Identity type for $t.
fn into_proto(&self) -> f32
fn from_proto(proto: f32) -> Result<f32, TryFromProtoError>
source§impl RustType<u32> for u8
impl RustType<u32> for u8
fn into_proto(&self) -> u32
fn from_proto(proto: u32) -> Result<u8, TryFromProtoError>
source§impl RustType<i32> for i16
impl RustType<i32> for i16
fn into_proto(&self) -> i32
fn from_proto(repr: i32) -> Result<i16, TryFromProtoError>
source§impl RustType<bool> for bool
impl RustType<bool> for bool
Identity type for $t.
fn into_proto(&self) -> bool
fn from_proto(proto: bool) -> Result<bool, TryFromProtoError>
source§impl<R1, R2, P1, P2> RustType<(P1, P2)> for (R1, R2)where
R1: RustType<P1>,
R2: RustType<P2>,
impl<R1, R2, P1, P2> RustType<(P1, P2)> for (R1, R2)where R1: RustType<P1>, R2: RustType<P2>,
fn into_proto(&self) -> (P1, P2)
fn from_proto(proto: (P1, P2)) -> Result<(R1, R2), TryFromProtoError>
source§impl RustType<i32> for i32
impl RustType<i32> for i32
Identity type for $t.
fn into_proto(&self) -> i32
fn from_proto(proto: i32) -> Result<i32, TryFromProtoError>
source§impl<R, P> RustType<Option<P>> for Option<R>where
R: RustType<P>,
impl<R, P> RustType<Option<P>> for Option<R>where R: RustType<P>,
Blanket implementation for Option<R> where R is a RustType.
fn into_proto(&self) -> Option<P>
fn from_proto(proto: Option<P>) -> Result<Option<R>, TryFromProtoError>
source§impl RustType<ProtoNaiveDateTime> for DateTime<Utc>
impl RustType<ProtoNaiveDateTime> for DateTime<Utc>
fn into_proto(&self) -> ProtoNaiveDateTime
fn from_proto( proto: ProtoNaiveDateTime ) -> Result<DateTime<Utc>, TryFromProtoError>
source§impl RustType<ProtoU128> for u128
impl RustType<ProtoU128> for u128
fn into_proto(&self) -> ProtoU128
fn from_proto(proto: ProtoU128) -> Result<u128, TryFromProtoError>
source§impl RustType<i64> for i64
impl RustType<i64> for i64
Identity type for $t.
fn into_proto(&self) -> i64
fn from_proto(proto: i64) -> Result<i64, TryFromProtoError>
source§impl RustType<u32> for u16
impl RustType<u32> for u16
fn into_proto(&self) -> u32
fn from_proto(repr: u32) -> Result<u16, TryFromProtoError>
source§impl RustType<u64> for NonZeroUsize
impl RustType<u64> for NonZeroUsize
fn into_proto(&self) -> u64
fn from_proto(proto: u64) -> Result<NonZeroUsize, TryFromProtoError>
source§impl RustType<u64> for u64
impl RustType<u64> for u64
Identity type for $t.
fn into_proto(&self) -> u64
fn from_proto(proto: u64) -> Result<u64, TryFromProtoError>
source§impl RustType<i32> for i8
impl RustType<i32> for i8
fn into_proto(&self) -> i32
fn from_proto(proto: i32) -> Result<i8, TryFromProtoError>
source§impl RustType<u64> for usize
impl RustType<u64> for usize
fn into_proto(&self) -> u64
fn from_proto(proto: u64) -> Result<usize, TryFromProtoError>
source§impl RustType<String> for String
impl RustType<String> for String
Identity type for $t.
fn into_proto(&self) -> String
fn from_proto(proto: String) -> Result<String, TryFromProtoError>
source§impl RustType<f64> for f64
impl RustType<f64> for f64
Identity type for $t.