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Previously, any streams that were dropped or closed while not having consumed the inflight received window capacity would simply leak that capacity for the connection. This could easily happen if a `RecvStream` were dropped before fully consuming the data, and therefore a user would have no idea how much capacity to release in the first place. This resulted in stalled connections that would never have capacity again.
H2
A Tokio aware, HTTP/2.0 client & server implementation for Rust.
More information about this crate can be found in the crate documentation.
Features
- Client and server HTTP/2.0 implementation.
- Implements the full HTTP/2.0 specification.
- Passes h2spec.
- Focus on performance and correctness.
- Built on Tokio.
Non goals
This crate is intended to only be an implementation of the HTTP/2.0 specification. It does not handle:
- Managing TCP connections
- HTTP 1.0 upgrade
- TLS
- Any feature not described by the HTTP/2.0 specification.
The intent is that this crate will eventually be used by hyper, which will provide all of these features.
Usage
To use h2, first add this to your Cargo.toml:
[dependencies]
h2 = "0.1"
Next, add this to your crate:
extern crate h2;
use h2::server::Connection;
fn main() {
// ...
}
FAQ
How does h2 compare to solicit or rust-http2?
The h2 library has implemented more of the details of the HTTP/2.0 specification than any other Rust library. It also passes the h2spec set of tests. The h2 library is rapidly approaching "production ready" quality.
Besides the above, Solicit is built on blocking I/O and does not appear to be actively maintained.
Is this an embedded Java SQL database engine?
No.