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This ensures we can cleanup what we did in Handler:init/3.
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Fixes issue #31.
Recursion shouldn't happen in a single catch statement or inside
a try .. catch statement. The only safe construct for catching
exceptions and perform recursion when everything goes well is
to put the recursive call inside a try .. of .. catch construct
in the of .. catch block.
Otherwise the stack gets filled with exception-related information
since they can still be caught if we were to send them and unfold
the whole thing.
Thanks go to lpgauth for reporting the issue and people on IRC
for explaining the hows and whys.
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This is probably not perfect yet but it should be better than
nothing. We'll improve things with feedback received from the
many users.
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Found thanks to warn_missing_spec and added with the help of typer.
Eunit functions do not have specs yet however.
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do not send ports 80 and 443 - browsers get mad
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Browsers get mad that the returned location address is not the same
as what they sent, since the :(80|443) is stripped.
Add a simple eunit test due to existing ct websockets tests not
covering this case.
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Rebar recently removed their dialyzer support options so we're switching
to plain dialyzer. And as a bonus it works much better!
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Just a change in the order of arguments of update_rfc1123.
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Return {ok, Req, State, hibernate}
or {reply, Data, Req, State, hibernate} to hibernate the websocket
process and save up memory and CPU. You should hibernate processes
that will receive few messages. So probably most of them.
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It removes all the non-essential data from the HTTP request record.
It allows some applications to make better use of their memory,
for example websockets which do not need to keep all the headers
information and can simply discard it using this function.
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Same as commit 4c4030a792a94d96f8bda5076fcfdc03a590030e but for websockets.
See also issue #13 on github.
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Following discussions on #erlounge.
Also fixes compilation in R14B03 and fixes a few underspecs
dialyzer warnings.
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Following mochiweb and misultin's example here even though I'm not
too thrilled about starting them and not stopping but it's optional
and the application's author can start/stop them as normal anyway.
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Inspired by gen_server and friends. Should fix issue #13.
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Thanks Mewn!
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The formatted date is generated and kept up to date regularly
by a gen_server process storing it in the cowboy_clock ets table.
Then it is retrieved by other processes simply by reading the table.
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Limits the number of parallel requests processed at once.
Waiting requests are kept in the accept queue.
The limit is not explicitly observed, but it should be
around the given value at any time. Defaults to 1024.
Thanks to ostinelli's benchmark to point out the issue hopefully
solved by this and the previous commit.
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Improves reliability under heavy load.
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The dispatcher now accepts '...' as the leading segment of Host and the
trailing segment of Path, this special atom matches any remaining path tail.
When given "cowboy.bugs.dev-extend.eu", host rule ['...', <<"dev-extend">>,
<<"eu">>] matches and fills host_info with [<<"cowboy">>, <<"bugs">>].
When given "/a/b/c/d", path rule [<<"a">>, <<"b">>, '...'] matches and fills
path_info with [<<"c">>, <<"d">>].
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Send the status line and headers using
cowboy_http_req:chunked_reply/3, and
individual chunks with cowboy_http_req:chunk/2.
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Forward me any more questions and I'll continue on improving it.
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The previous commit switching to raw recv + erlang:decode_packet/3
works around the OTP bug regarding headers size in http recv.
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The server now does a single recv (or more, but only if needed)
which is then sent to erlang:decode_packet/3 multiple times. Since
most requests are smaller than the default MTU on many platforms,
we benefit from this greatly.
In the case of requests with a body, the server usually read at
least part of the body on the first recv. This is bufferized
properly and used when later retrieving the body.
In the case of pipelined requests, we can end up reading many
requests in a single recv, which are then handled properly using
only the buffer containing the received data.
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Returns the port given in the Host header if present,
otherwise the default port of 443 for HTTPS and 80 for HTTP
is returned.
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Cowboy top supervisor has a name and it should be clearly stated in its
.app.src file.
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README: added a mentioning of agner dependencies mechanism
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