Struct rama::http::layer::compression::Compression
pub struct Compression<S, P = DefaultPredicate> { /* private fields */ }
Expand description
Compress response bodies of the underlying service.
This uses the Accept-Encoding
header to pick an appropriate encoding and adds the
Content-Encoding
header to responses.
See the module docs for more details.
Implementations§
§impl<S> Compression<S>
impl<S> Compression<S>
pub fn new(service: S) -> Compression<S>
pub fn new(service: S) -> Compression<S>
Creates a new Compression
wrapping the service
.
§impl<S, P> Compression<S, P>
impl<S, P> Compression<S, P>
pub fn into_inner(self) -> S
pub fn into_inner(self) -> S
Consumes self
, returning the underlying service.
pub fn gzip(self, enable: bool) -> Compression<S, P>
pub fn gzip(self, enable: bool) -> Compression<S, P>
Sets whether to enable the gzip encoding.
pub fn set_gzip(&mut self, enable: bool) -> &mut Compression<S, P>
pub fn set_gzip(&mut self, enable: bool) -> &mut Compression<S, P>
Sets whether to enable the gzip encoding.
pub fn deflate(self, enable: bool) -> Compression<S, P>
pub fn deflate(self, enable: bool) -> Compression<S, P>
Sets whether to enable the Deflate encoding.
pub fn set_deflate(&mut self, enable: bool) -> &mut Compression<S, P>
pub fn set_deflate(&mut self, enable: bool) -> &mut Compression<S, P>
Sets whether to enable the Deflate encoding.
pub fn br(self, enable: bool) -> Compression<S, P>
pub fn br(self, enable: bool) -> Compression<S, P>
Sets whether to enable the Brotli encoding.
pub fn set_br(&mut self, enable: bool) -> &mut Compression<S, P>
pub fn set_br(&mut self, enable: bool) -> &mut Compression<S, P>
Sets whether to enable the Brotli encoding.
pub fn zstd(self, enable: bool) -> Compression<S, P>
pub fn zstd(self, enable: bool) -> Compression<S, P>
Sets whether to enable the Zstd encoding.
pub fn set_zstd(&mut self, enable: bool) -> &mut Compression<S, P>
pub fn set_zstd(&mut self, enable: bool) -> &mut Compression<S, P>
Sets whether to enable the Zstd encoding.
pub fn quality(self, quality: CompressionLevel) -> Compression<S, P>
pub fn quality(self, quality: CompressionLevel) -> Compression<S, P>
Sets the compression quality.
pub fn set_quality(
&mut self,
quality: CompressionLevel,
) -> &mut Compression<S, P>
pub fn set_quality( &mut self, quality: CompressionLevel, ) -> &mut Compression<S, P>
Sets the compression quality.
pub fn compress_when<C>(self, predicate: C) -> Compression<S, C>where
C: Predicate,
pub fn compress_when<C>(self, predicate: C) -> Compression<S, C>where
C: Predicate,
Replace the current compression predicate.
Predicates are used to determine whether a response should be compressed or not.
The default predicate is DefaultPredicate
. See its documentation for more
details on which responses it wont compress.
§Changing the compression predicate
use rama_http::layer::compression::{
Compression,
predicate::{Predicate, NotForContentType, DefaultPredicate},
};
use rama_core::service::service_fn;
// Placeholder service_fn
let service = service_fn(|_: ()| async {
Ok::<_, std::io::Error>(rama_http::Response::new(()))
});
// build our custom compression predicate
// its recommended to still include `DefaultPredicate` as part of
// custom predicates
let predicate = DefaultPredicate::new()
// don't compress responses who's `content-type` starts with `application/json`
.and(NotForContentType::new("application/json"));
let service = Compression::new(service).compress_when(predicate);
See predicate
for more utilities for building compression predicates.
Responses that are already compressed (ie have a content-encoding
header) will never be
recompressed, regardless what they predicate says.
Trait Implementations§
§impl<S, P> Clone for Compression<S, P>
impl<S, P> Clone for Compression<S, P>
§fn clone(&self) -> Compression<S, P>
fn clone(&self) -> Compression<S, P>
1.0.0 · source§fn clone_from(&mut self, source: &Self)
fn clone_from(&mut self, source: &Self)
source
. Read more§impl<S, P> Debug for Compression<S, P>
impl<S, P> Debug for Compression<S, P>
§impl<ReqBody, ResBody, S, P, State> Service<State, Request<ReqBody>> for Compression<S, P>
impl<ReqBody, ResBody, S, P, State> Service<State, Request<ReqBody>> for Compression<S, P>
§type Response = Response<CompressionBody<ResBody>>
type Response = Response<CompressionBody<ResBody>>
§type Error = <S as Service<State, Request<ReqBody>>>::Error
type Error = <S as Service<State, Request<ReqBody>>>::Error
§async fn serve(
&self,
ctx: Context<State>,
req: Request<ReqBody>,
) -> Result<<Compression<S, P> as Service<State, Request<ReqBody>>>::Response, <Compression<S, P> as Service<State, Request<ReqBody>>>::Error>
async fn serve( &self, ctx: Context<State>, req: Request<ReqBody>, ) -> Result<<Compression<S, P> as Service<State, Request<ReqBody>>>::Response, <Compression<S, P> as Service<State, Request<ReqBody>>>::Error>
§fn boxed(self) -> BoxService<S, Request, Self::Response, Self::Error>
fn boxed(self) -> BoxService<S, Request, Self::Response, Self::Error>
Auto Trait Implementations§
impl<S, P> Freeze for Compression<S, P>
impl<S, P> RefUnwindSafe for Compression<S, P>where
S: RefUnwindSafe,
P: RefUnwindSafe,
impl<S, P> Send for Compression<S, P>
impl<S, P> Sync for Compression<S, P>
impl<S, P> Unpin for Compression<S, P>
impl<S, P> UnwindSafe for Compression<S, P>where
S: UnwindSafe,
P: UnwindSafe,
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