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IPC::Run provides a nice simplification in several places; and
we already use it (optionally) on a lot of tests.
For the non-test code, we still rely on our vfork-capable
Inline::C stuff since real-world server processes can get large
enough to where vfork is an advantage. Maybe Perl5 can use
CLONE_VFORK somehow, one day:
https://rt.perl.org/Ticket/Display.html?id=128227
Ohg V'q engure cbeg choyvp-vaobk gb Ehol :C
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TEST_CHUNK hast not been relevant since 2016:
(commit bb38f0fcce73904e "http: chunk in the server, not middleware")
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Using update-copyrights from gnulib
While we're at it, use the SPDX identifier for AGPL-3.0+ to
ease mechanical processing.
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We should not fail tests when this is not available.
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Plack::Request is unnecessary overhead for this given the
strictness of git-http-backend. Furthermore, having to make
commit 311c2adc8c63 ("avoid Plack::Request parsing body")
to avoid tempfiles should not have been necessary.
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When serving large static files or large packs, we may call
Danga::Socket::write directly to queue up callbacks to resume
reading and defer firing them until the socket is writable.
This prevents us from scheduling writes or buffering until we
know the socket is writable and prevents needless buffering by
Danga::Socket when faced with slow clients.
For smart clones, this comes at the cost of throttling the
output of "git pack-objects" to the speed of the client
connection. This is probably not ideal, but is the behavior of
the standard git-daemon, too; and is preferable to running the
httpd out-of-memory. Buffering to the filesystem may be an
option in the future...
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