The common use-case for Kestrel in production will be behind a reverse proxy such as Nginx. In cases where the reverse proxy is located on the same machine as the application, connecting via a UNIX socket is more efficient than a TCP socket, as it avoids going through the network layer. Accessing 127.0.0.1 through TCP still needs to initiate a TCP connection and perform handshaking, checksumming, etc, all of which is avoided by using UNIX sockets.
- Moved TCP-specific stuff from Listener into new TcpListener class (same with ListenerPrimary and ListenerSecondary)
- Made Listener abstract
- Created new PipeListener. Note that while the use case is for UNIX sockets, this is called "Pipe" in uv, so I've called this "PipeListener" so the terminology is consistant
- Uses "unix" URL scheme to determine whether to use socket. "http://127.0.0.1:5000" is for listening via TCP while "unix:///var/run/kestrel-test.sock" is for listening via UNIX socket
#156
- Request an app Shutdown so KestrelEngine gets disposed
- Ensure Listener.Dispose doesn't deadlock before the engine
can be disposed
- Rely on the existing logic to rethrow in the fatal error when
the engine gets disposed
Moves Libuv.dll into nupkg
Uses ILibraryManager to locate location for native libraries
Updates version numbers to 1.0.0-*
Throws exceptions with error text provided by libuv.dll
Bind to ip4 or ip6 endpoints
Getting server defaults from ini
Enabling "Kestrel" to be used as a Main entrypoint
moozzyk
Louis DeJardin
Ivan Derevyanko
Stephen Halter
Daniel Lo Nigro
anurse
Victor Hurdugaci
N. Taylor Mullen
Louis DeJardin