| Commit message (Collapse) | Author | Age | Files | Lines |
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Handling signal events the same way as all other events makes sense and
seems safer than the signal handling just jumping around in C and
messing with Lua states.
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Unclear why this would be done, but an error is not great.
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This case would eventually be rejected by the buffer size limit.
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Otherwise requests with Connection: close would be stuck in the async
wait that starts after the handle_request() call.
Together with the new async debugging, this makes the async thread stay
in the set of waiting runners forever, where previously it would simply
be garbage collected.
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Should skip a syscall for each write when using epoll.
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Connection: keep-alive is implicit in HTTP/1.1 but explicit > implicit
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This should speed up repeated requests to the same site by keeping their
connections around and sending more requests on them.
Sending multiple requests at the same time is not supported, instead a
request started while another to the same authority is in progress would
open a new one and the first one to complete would go back in the pool.
This could be investigated in the future.
Some http servers limit the number of requests per connection and this
is not tested and could cause one request to fail, but hopefully it will
close the connection and prevent it from being reused.
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mod_http_errors normally sets the Content-Type header via the response
object, which isn't available when handling these uncaught errors.
Without a Content-Type header the browser is forced to guess, which may
or may not result in something sensible.
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The XOR is done in C since 4e5a2af9dd19
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server_select only depending on LuaSocket generally makes it more
portable, so fall back to that if util.poll can't be found.
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Eases locating the request in logs
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Further isolates LuaSec from Prosody core, with the ultimate goal of
allowing LuaSec to be replaced more easily.
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Further isolates LuaSec from Prosody core, with the ultimate goal of
allowing LuaSec to be replaced more easily.
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Since these are noisy and we have the thing in util.helpers to log
events fired.
The new status line events are meant to replace these as they include
more useful info.
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Points out the beginning and end of a request.
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Goal is improve tracking of individual HTTP requests throughout its
life-cycle. Having a single ID to use in logging should help here.
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This information is sometimes necessary in the context where we have a
connection that we know (or believe to be) associated with an incoming HTTP
request.
For example, it can be used to retrieve the IP address of a request (which may
differ from the IP address of the connection, due to X-Forwarded-For and co).
Thanks to the Jitsi team for highlighting this gap in the API.
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This ensures that we support responses without a content-length header, and
allow streaming them through the streaming handler interface. An example of
such a response would be Server-Sent Events streams.
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Frees unneeded resources earlier, so they're not held on to while
potentially sending the chunk trailer.
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Unregistering the response before sending the trailer of the chunked
transfer encoding prevents opportunistic writes from being invoked and
running this code again when, which may cause an error when closing the
file handle a second time.
Normally the file size is known, so no chuck headers are sent.
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Main difference is that timers are not checked unconditionally before
each poll, only when running out of previous poll results (hidden by
util.poll). This removes a final poll at shutdown that usually delays
the 'not quitting' condition check by one second.
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This isn't actually used in Prosody, so no value in complicating the
real main loop because of it
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Will be useful even later...
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Will be useful later.
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The order of checks led to Bogus results being reported with a generic
"unable to resolve service". This had no practical effects as such
results are simply empty and the process would stop there.
Tested by attempting to establish s2s with dnssec-bogus.sg and observing
the error reply.
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Thanks MattJ
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Gotta have the DOAP references!
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See https://www.ietf.org/blog/finalizing-ietf-tools-transition/
Already done in various other places.
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This makes explicit which lookups can accept an unsigned response.
Insecure (unsigned, as before DNSSEC) A and AAAA records can be used as
security would come from TLS, but an insecure TLSA record is worthless.
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Brings back SCRAM-SHA-*-PLUS from its hiatus brought on by the earlier
channel binding method being undefined for TLS 1.3, and the increasing
deployment of TLS 1.3.
See 1bfd238e05ad and #1542
Requires future version of LuaSec, once support for this key material
export method is merged.
See https://github.com/brunoos/luasec/pull/187
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(fixes #1763) (thanks rgd)
add_defaults() is supposed to merge 3 tables, the defaults in
luaunbound, the defaults from prosody and any config from the prosody
config file. In the case where no `unbound={}` has been in the config,
it skips over the merge and returns only the prosody built-in defaults.
This results in libunbound skipping reading resolv.conf and uses its
default behavior of full recursive resolution.
Prior to #1737 there were only two tables, the luaunbound defaults and
the prosody config, where bypassing the merge and returning the former
did the right thing.
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return foo and foo() crops multiple return values to a single one, so
any second return values etc were last, mostly error details.
Introduced in 7e9ebdc75ce4
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This is a Linux(?) socket option that delays the accept signal until
there is data available to read. E.g. with HTTP this might mean that a
whole request can be handled without going back trough another turn of
the main loop, and an initial client <stream> can be responded to.
This may have effects on latency and resource use, as the server does
not need to allocate resources until really needed.
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Since it provides some protection and error handling in the form of
logging.
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