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In particular, this fixes rejecting "listen .. quic|http3" configurations
without TLSv1.3 configured.
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Unlike in HTTP/2, both "host" and ":authority" reside in r->headers_in.server.
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This tends to produce slightly more optimal code with pos == NULL
when built with Clang on low optimization levels.
Spotted by Ruslan Ermilov.
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OpenSSL library QUIC support cannot be tested at configure time when
using the --with-openssl option so assume it's present if requested.
While here, fixed the error message in case QUIC support is missing.
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See details for HTTP/2 fix in 8b0553239592 for a complete description.
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Previously the counter was not incremented for HTTP/3 streams, but still
decremented in ngx_http_close_connection(). There are two solutions here, one
is to increment the counter for HTTP/3 streams, and the other one is not to
decrement the counter for HTTP/3 streams. The latter solution looks
inconsistent with ngx_stat_reading/ngx_stat_writing, which are incremented on a
per-request basis. The change adds ngx_stat_active increment for HTTP/3
request and push streams.
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Previously request could be finalized twice. For example, this could happen
if "Host" header was invalid.
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Notably, it is to avoid setting the TCP_NODELAY flag for QUIC streams
in ngx_http_upstream_send_response(). It is an invalid operation on
inherently SOCK_DGRAM sockets, which leads to QUIC connection close.
The change reduces diff to the default branch in stream content phase.
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This function was only referenced from ngx_http_v3_create_push_request() to
initialize push connection log. Now the log handler is copied from the parent
request connection.
The change reduces diff to the default branch.
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The functions ngx_quic_handle_read_event() and ngx_quic_handle_write_event()
are added. Previously this code was a part of ngx_handle_read_event() and
ngx_handle_write_event().
The change simplifies ngx_handle_read_event() and ngx_handle_write_event()
by moving QUIC-related code to a QUIC source file.
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It has got lost in e1eb7f4ca9f1, let alone a subsequent update in 63c66b7cc07c.
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Because of QPACK compression it's hard to see what fields are actually
sent by the server.
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This change follows similar changes in HTTP/1 and HTTP/2 in 9cf043a5d9ca.
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This became unnecessary after discarding invalid packets since a6784cf32c13.
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As was changed in 253cf267f95a.
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Previously it had -1 as fd. This fixes proxying, which relies on downstream
connection having a real fd. Also, this reduces diff to the default branch for
ngx_close_connection().
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The request body filter chain is no longer called after processing
a DATA frame. Instead, we now post a read event to do this. This
ensures that multiple small DATA frames read during the same event loop
iteration are coalesced together, resulting in much faster processing.
Since rb->buf can now contain unprocessed data, window update is no
longer sent in ngx_http_v2_state_read_data() in case of flow control
being used due to filter buffering. Instead, window will be updated
by ngx_http_v2_read_client_request_body_handler() in the posted read
event.
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Following rb->filter_need_buffering changes, request body reading is
only finished after the filter chain is called and rb->last_saved is set.
As such, with r->request_body_no_buffering, timer on fc->read is no
longer removed when the last part of the body is received, potentially
resulting in incorrect behaviour.
The fix is to call ngx_http_v2_process_request_body() from the
ngx_http_v2_read_unbuffered_request_body() function instead of
directly calling ngx_http_v2_filter_request_body(), so the timer
is properly removed.
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In the body read handler, the window was incorrectly calculated
based on the full buffer size instead of the amount of free space
in the buffer. If the request body is buffered by a filter, and
the buffer is not empty after the read event is generated by the
filter to resume request body processing, this could result in
"http2 negative window update" alerts.
Further, in the body ready handler and in ngx_http_v2_state_read_data()
the buffer wasn't cleared when the data were already written to disk,
so the client might stuck without window updates.
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If a MAX_DATA frame was received before any stream was created, then the worker
process would crash in nginx_quic_handle_max_data_frame() while traversing the
stream tree. The issue is solved by adding a check that makes sure the tree is
not empty.
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Prodded by Clang Static Analyzer.
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This allows to build nginx on macOS with -Wdeprecated-declarations.
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If a filter wants to buffer the request body during reading (for
example, to check an external scanner), it can now do so. To make
it possible, the code now checks rb->last_saved (introduced in the
previous change) along with rb->rest == 0.
Since in HTTP/2 this requires flow control to avoid overflowing the
request body buffer, so filters which need buffering have to set
the rb->filter_need_buffering flag on the first filter call. (Note
that each filter is expected to call the next filter, so all filters
will be able set the flag if needed.)
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It indicates that the last buffer was received by the save filter,
and can be used to check this at higher levels. To be used in the
following changes.
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If due to an error ngx_http_request_body_save_filter() is called
more than once with rb->rest == 0, this used to result in a segmentation
fault. Added an alert to catch such errors, just in case.
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Previously, fully preread unbuffered requests larger than client body
buffer size were saved to disk, despite the fact that "unbuffered" is
expected to imply no disk buffering.
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The save body filter saves the request body to disk once the buffer is full.
Yet in HTTP/2 this might happen even if there is no need to save anything
to disk, notably when content length is known and the END_STREAM flag is
sent in a separate empty DATA frame. Workaround is to provide additional
byte in the buffer, so saving the request body won't be triggered.
This fixes unexpected request body disk buffering in HTTP/2 observed after
the previous change when content length is known and the END_STREAM flag
is sent in a separate empty DATA frame.
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In particular, now the code always uses a buffer limited by
client_body_buffer_size. At the cost of an additional copy it
ensures that small DATA frames are not directly mapped to small
write() syscalls, but rather buffered in memory before writing.
Further, requests without Content-Length are no longer forced
to use temporary files.
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