Age | Commit message (Collapse) | Author |
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The response ends when the tunnel is established, even if the
stream itself does not. The data coming in on the stream after
is not part of the response.
This makes both HTTP/1.1 and HTTP/2 send 'fin' to successful
CONNECT responses.
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This temporarily depends on Cowlib master.
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The test suite is 216 tests with a tunnel created via two
proxies leading to one origin server. The tests are for
example socks5_h2_https where socks5 identifies the first
SOCKS5 proxy, h2 the second HTTP/2 CONNECT proxy and https
the secure HTTP/1.1 origin server.
The test not only sets up the tunnel and does a request
(or sends/receives data in the case of raw origin servers)
but also confirms that the stream_info and info data is
correct.
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Implements gun:connect with a tunnel.
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Has a timer:sleep/1 though because there is currently no way
to wait for the TLS handshake to complete.
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Turns out we can't rely on IPv4 being available if we set
the socket in IPv6 mode. Instead the origin is modified to
either setup IPv4 or IPv6 depending on the test's needs.
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And make sure all HTTP/2 connection_error(s) result in a
gun_down message containing the error. In the preface case
we do not send a gun_error message (because there's no stream
open yet) and gun_down was always saying normal.
Also make sure the human readable reason is included in the
gun_error message, if any.
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Also consolidate the ALPN code in the tls_handshake state
rather than doing it in CONNECT/Socks separately.
Also improves the origin tests by sending a message once
the handshake is completed instead of having timeouts.
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Gun was very inefficient at receiving HTTP/2 bodies. Switching
to ensure_window and increasing the default window sizes brings
the response body reading performance at least on par with the
one for HTTP/1.1.
This has a small negative impact on message flow control because
we stop updating the window later than we did before, increasing
the number of extra messages we may send. The exact amount depends
on configuration and the exact moment flow control kicks in.
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The graceful shutdown is implemented through a new 'closing'
state. This state is entered under different circumstances
depending on the protocol.
The gun:shutdown/1 function is now implemented and documented.
It allows shutting down the connection gracefully regardless
of the current state of the connection and for all protocols.
The behavior is entirely dependent on the protocol.
For HTTP/1.1 the connection stays up only until after the
current stream is complete; other streams are immediately
canceled.
For HTTP/2 a GOAWAY frame is sent and existing streams
continue to be processed. The connection is closed after
all streams are processed and the server's GOAWAY frame
is received.
For Websocket a close frame is sent. The connection is
closed when receiving the server's close frame.
In all cases the closing_timeout option defines how long
we wait, as a maximum, before closing the connection after
the graceful shutdown was started.
The graceful shutdown is also initiated when the owner
process goes away; when sending an HTTP/1.1 request
with the connection: close header; when receiving an
HTTP/1.1 response with the connection: close header;
when receiving an HTTP/1.0 response without a connection
header; when the server sends a GOAWAY HTTP/2 frame;
or when we send or receive a Websocket close frame.
Along with these changes, the gun:ws_send/2 function
now accepts a list of frames as argument. Those frames
may include a close frame that initiates the graceful
shutdown.
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Also fixes an issue with switch_transport introduced when
converting the Gun process to gen_statem.
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