While these methods are marked unstable in libstd, this is behind a
feature flag, `timeouts`. The Client and Server both have
`set_read_timeout` and `set_write_timeout` methods, that will affect all
connections with that entity.
BREAKING CHANGE: Any custom implementation of NetworkStream must now
implement `set_read_timeout` and `set_write_timeout`, so those will
break. Most users who only use the provided streams should work with
no changes needed.
Closes#315
Strict-Transport-Security allows servers to inform user-agents that
they'd like them to always contact the secure host (https) instead of
the insecure one (http).
Closes#589
Access-Control-Allow-Origin origins are URLs but they do not need to
be valid, they should just be compared as strings. So to support
invalid URLs hyper should use a string instead.
closes#526
BREAKING CHANGE: Access-Control-Allow-Origin does no longer use Url
This will always be the last URL that was used by the Request, which is
useful for determining what the final URL was after redirection.
BREAKING CHANGE: Technically a break, since `Response::new()` takes an
additional argument. In practice, the only place that should have been
creating Responses directly is inside the Client, so it shouldn't
break anyone. If you were creating Responses manually, you'll need to
pass a Url argument.
On OSX 10.10, attempting to run `cargo test` will yield a
[linker error](https://gist.github.com/Byron/b7a50cdcf7c60234335d).
Just removing the feature fixes the issue, even though I am not
sure if it is breaking something further down the line.
Only minor details in the internals of the `h2` module needed tweaking
for migrating onto the latest version -- `HttpConnect` implementations
are now required to return an error type that implements an
`HttpConnectError` trait.
In 53bba6e , ssl usage was improved. The existing benchmark
implementation wasn't adjusted though.
This commit fixes the client benchmark to work with the latest nightly
rust and instructs travis to try compile the benchmarks
when rustc nightly is used. This should prevent such kind of breakage
in future.
