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https://github.com/ninenines/cowboy.git
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Remove cowboy_client; use gun for the HTTP test suite
This commit is contained in:
parent
d4ce3c638d
commit
704f61c9d1
3 changed files with 558 additions and 1068 deletions
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@ -1,275 +0,0 @@
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%% Copyright (c) 2012-2014, Loïc Hoguin <essen@ninenines.eu>
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%%
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%% Permission to use, copy, modify, and/or distribute this software for any
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%% purpose with or without fee is hereby granted, provided that the above
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%% copyright notice and this permission notice appear in all copies.
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%%
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%% THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
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%% WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
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%% MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
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%% ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
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%% WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
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%% ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
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%% OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
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%% @private
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-module(cowboy_client).
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-export([init/1]).
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-export([state/1]).
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-export([transport/1]).
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-export([connect/4]).
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-export([raw_request/2]).
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-export([request/3]).
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-export([request/4]).
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-export([request/5]).
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-export([response/1]).
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-export([response_body/1]).
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-export([skip_body/1]).
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-export([stream_status/1]).
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-export([stream_headers/1]).
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-export([stream_header/1]).
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-export([stream_body/1]).
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-record(client, {
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state = wait :: wait | request | response | response_body,
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opts = [] :: [any()],
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socket = undefined :: undefined | inet:socket(),
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transport = undefined :: module(),
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timeout = 5000 :: timeout(), %% @todo Configurable.
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buffer = <<>> :: binary(),
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connection = keepalive :: keepalive | close,
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version = 'HTTP/1.1' :: cowboy:http_version(),
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response_body = undefined :: undefined | non_neg_integer()
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}).
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init(Opts) ->
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{ok, #client{opts=Opts}}.
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state(#client{state=State}) ->
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State.
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transport(#client{socket=undefined}) ->
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{error, notconnected};
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transport(#client{transport=Transport, socket=Socket}) ->
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{ok, Transport, Socket}.
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connect(Transport, Host, Port, Client)
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when is_binary(Host) ->
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connect(Transport, binary_to_list(Host), Port, Client);
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connect(Transport, Host, Port, Client=#client{state=State, opts=Opts})
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when is_atom(Transport), is_list(Host),
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is_integer(Port), is_record(Client, client),
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State =:= wait ->
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{ok, Socket} = Transport:connect(Host, Port, Opts),
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{ok, Client#client{state=request, socket=Socket, transport=Transport}}.
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raw_request(Data, Client=#client{state=response_body}) ->
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{done, Client2} = skip_body(Client),
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raw_request(Data, Client2);
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raw_request(Data, Client=#client{
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state=State, socket=Socket, transport=Transport})
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when State =:= request ->
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ok = Transport:send(Socket, Data),
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{ok, Client}.
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request(Method, URL, Client) ->
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request(Method, URL, [], <<>>, Client).
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request(Method, URL, Headers, Client) ->
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request(Method, URL, Headers, <<>>, Client).
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request(Method, URL, Headers, Body, Client=#client{state=response_body}) ->
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{done, Client2} = skip_body(Client),
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request(Method, URL, Headers, Body, Client2);
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request(Method, URL, Headers, Body, Client=#client{
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state=State, version=Version})
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when State =:= wait; State =:= request ->
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{Transport, FullHost, Host, Port, Path} = parse_url(URL),
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{ok, Client2} = case State of
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wait -> connect(Transport, Host, Port, Client);
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request -> {ok, Client}
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end,
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VersionBin = atom_to_binary(Version, latin1),
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%% @todo do keepalive too, allow override...
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Headers2 = case lists:keyfind(<<"host">>, 1, Headers) of
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false -> [{<<"host">>, FullHost}|Headers];
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_ -> Headers
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end,
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Headers3 = [
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{<<"user-agent">>, <<"Cow">>}
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|Headers2],
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Headers4 = case iolist_size(Body) of
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0 -> Headers3;
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Length -> [{<<"content-length">>, integer_to_list(Length)}|Headers3]
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end,
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HeadersData = [[Name, <<": ">>, Value, <<"\r\n">>]
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|| {Name, Value} <- Headers4],
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Data = [Method, <<" ">>, Path, <<" ">>, VersionBin, <<"\r\n">>,
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HeadersData, <<"\r\n">>, Body],
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raw_request(Data, Client2).
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parse_url(<< "https://", Rest/binary >>) ->
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parse_url(Rest, ranch_ssl);
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parse_url(<< "http://", Rest/binary >>) ->
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parse_url(Rest, ranch_tcp);
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parse_url(URL) ->
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parse_url(URL, ranch_tcp).
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parse_url(URL, Transport) ->
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case binary:split(URL, <<"/">>) of
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[Peer] ->
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{Host, Port} = parse_peer(Peer, Transport),
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{Transport, Peer, Host, Port, <<"/">>};
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[Peer, Path] ->
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{Host, Port} = parse_peer(Peer, Transport),
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{Transport, Peer, Host, Port, [<<"/">>, Path]}
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end.
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parse_peer(Peer, Transport) ->
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case binary:split(Peer, <<":">>) of
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[Host] when Transport =:= ranch_tcp ->
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{binary_to_list(Host), 80};
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[Host] when Transport =:= ranch_ssl ->
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{binary_to_list(Host), 443};
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[Host, Port] ->
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{binary_to_list(Host), list_to_integer(binary_to_list(Port))}
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end.
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response(Client=#client{state=response_body}) ->
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{done, Client2} = skip_body(Client),
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response(Client2);
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response(Client=#client{state=request}) ->
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case stream_status(Client) of
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{ok, Status, _, Client2} ->
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case stream_headers(Client2) of
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{ok, Headers, Client3} ->
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{ok, Status, Headers, Client3};
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{error, Reason} ->
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{error, Reason}
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end;
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{error, Reason} ->
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{error, Reason}
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end.
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response_body(Client=#client{state=response_body}) ->
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response_body_loop(Client, <<>>).
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response_body_loop(Client, Acc) ->
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case stream_body(Client) of
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{ok, Data, Client2} ->
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response_body_loop(Client2, << Acc/binary, Data/binary >>);
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{done, Client2} ->
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{ok, Acc, Client2};
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{error, Reason} ->
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{error, Reason}
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end.
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skip_body(Client=#client{state=response_body}) ->
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case stream_body(Client) of
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{ok, _, Client2} -> skip_body(Client2);
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Done -> Done
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end.
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stream_status(Client=#client{state=State, buffer=Buffer})
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when State =:= request ->
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case binary:split(Buffer, <<"\r\n">>) of
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[Line, Rest] ->
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parse_version(Client#client{state=response, buffer=Rest}, Line);
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_ ->
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case recv(Client) of
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{ok, Data} ->
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Buffer2 = << Buffer/binary, Data/binary >>,
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stream_status(Client#client{buffer=Buffer2});
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{error, Reason} ->
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{error, Reason}
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end
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end.
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parse_version(Client, << "HTTP/1.1 ", Rest/binary >>) ->
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parse_status(Client, Rest, 'HTTP/1.1');
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parse_version(Client, << "HTTP/1.0 ", Rest/binary >>) ->
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parse_status(Client, Rest, 'HTTP/1.0').
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parse_status(Client, << S3, S2, S1, " ", StatusStr/binary >>, Version)
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when S3 >= $0, S3 =< $9, S2 >= $0, S2 =< $9, S1 >= $0, S1 =< $9 ->
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Status = (S3 - $0) * 100 + (S2 - $0) * 10 + S1 - $0,
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{ok, Status, StatusStr, Client#client{version=Version}}.
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stream_headers(Client=#client{state=State})
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when State =:= response ->
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stream_headers(Client, []).
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stream_headers(Client, Acc) ->
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case stream_header(Client) of
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{ok, Name, Value, Client2} ->
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stream_headers(Client2, [{Name, Value}|Acc]);
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{done, Client2} ->
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{ok, Acc, Client2};
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{error, Reason} ->
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{error, Reason}
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end.
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stream_header(Client=#client{state=State, buffer=Buffer,
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response_body=RespBody}) when State =:= response ->
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case binary:split(Buffer, <<"\r\n">>) of
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[<<>>, Rest] ->
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%% If we have a body, set response_body.
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Client2 = case RespBody of
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undefined -> Client#client{state=request};
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0 -> Client#client{state=request};
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_ -> Client#client{state=response_body}
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end,
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{done, Client2#client{buffer=Rest}};
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[Line, Rest] ->
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%% @todo Do a better parsing later on.
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[Name, Value] = binary:split(Line, <<": ">>),
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Name2 = cowboy_bstr:to_lower(Name),
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Client2 = case Name2 of
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<<"content-length">> ->
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Length = list_to_integer(binary_to_list(Value)),
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if Length >= 0 -> ok end,
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Client#client{response_body=Length};
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_ ->
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Client
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end,
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{ok, Name2, Value, Client2#client{buffer=Rest}};
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_ ->
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case recv(Client) of
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{ok, Data} ->
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Buffer2 = << Buffer/binary, Data/binary >>,
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stream_header(Client#client{buffer=Buffer2});
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{error, Reason} ->
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{error, Reason}
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end
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end.
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stream_body(Client=#client{state=response_body, response_body=RespBody})
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when RespBody =:= undefined; RespBody =:= 0 ->
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{done, Client#client{state=request, response_body=undefined}};
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stream_body(Client=#client{state=response_body, buffer=Buffer,
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response_body=Length}) when is_integer(Length) ->
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case byte_size(Buffer) of
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0 ->
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case recv(Client) of
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{ok, Body} when byte_size(Body) =< Length ->
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Length2 = Length - byte_size(Body),
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{ok, Body, Client#client{response_body=Length2}};
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{ok, Data} ->
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<< Body:Length/binary, Rest/binary >> = Data,
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{ok, Body, Client#client{buffer=Rest,
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response_body=undefined}};
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{error, Reason} ->
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{error, Reason}
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end;
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N when N =< Length ->
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Length2 = Length - N,
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{ok, Buffer, Client#client{buffer= <<>>, response_body=Length2}};
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_ ->
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<< Body:Length/binary, Rest/binary >> = Buffer,
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{ok, Body, Client#client{buffer=Rest, response_body=undefined}}
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end.
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recv(#client{socket=Socket, transport=Transport, timeout=Timeout}) ->
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Transport:recv(Socket, 0, Timeout).
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1310
test/http_SUITE.erl
1310
test/http_SUITE.erl
File diff suppressed because it is too large
Load diff
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init({_, http}, Req, _) ->
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init({_, http}, Req, _) ->
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receive after 100 -> ok end,
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receive after 100 -> ok end,
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self() ! stream,
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self() ! stream,
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{loop, Req, 1, 100}.
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{loop, Req, undefined, 100}.
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info(stream, Req, Id) ->
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info(stream, Req, undefined) ->
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case stream_next(Req) of
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stream(Req, 1, <<>>).
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{ok, Id, Req2} ->
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info(stream, Req2, Id+1);
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stream(Req, ID, Acc) ->
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case cowboy_req:stream_body(Req) of
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{ok, Data, Req2} ->
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parse_id(Req2, ID, << Acc/binary, Data/binary >>);
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{done, Req2} ->
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{done, Req2} ->
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{ok, Req3} = cowboy_req:reply(200, Req2),
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{ok, Req3} = cowboy_req:reply(200, Req2),
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{ok, Req3, Id}
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{ok, Req3, undefined}
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end.
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parse_id(Req, ID, Data) ->
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case Data of
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<< ID:32, Rest/bits >> ->
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parse_id(Req, ID + 1, Rest);
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_ ->
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stream(Req, ID, Data)
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end.
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end.
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terminate({normal, shutdown}, _, _) ->
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terminate({normal, shutdown}, _, _) ->
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ok.
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ok.
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stream_next(Req) ->
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stream_next(<<>>, Req).
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stream_next(Buffer, Req) ->
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case cowboy_req:stream_body(Req) of
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{ok, Packet, Req2} ->
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case <<Buffer/binary, Packet/binary>> of
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<<Id:32>> ->
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{ok, Id, Req2};
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Buffer2 when byte_size(Buffer2) < 4 ->
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stream_next(Buffer2, Req2);
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_InvalidBuffer ->
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{error, invalid_chunk}
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end;
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Other ->
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Other
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end.
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