607 lines
18 KiB
Erlang
607 lines
18 KiB
Erlang
-module(acme_experimental).
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-behaviour(gen_server).
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%% API
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-export([ start/0
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, stop/1
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%% I tried to follow the naming convention found in the acme spec
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, directory/2
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, new_nonce/2
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%% Account
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, new_reg/2
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, update_account/2
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, account_info/2 %% TODO: Maybe change to get_account
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, account_key_change/2
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, deactivate_account/2
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%% Orders/Certificates
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, new_cert/2
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, new_authz/2
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, get_certificate/2
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, get_authz/2
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, complete_challenge/2
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, deactivate_authz/2
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, revoke_cert/2]).
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-export([init/1, handle_call/3, handle_cast/2,
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handle_info/2, terminate/2, code_change/3]).
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-export([scenario/0]).
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-include("ejabberd.hrl").
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-include("logger.hrl").
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-include("xmpp.hrl").
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-include_lib("public_key/include/public_key.hrl").
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% -define(CA_URL, "https://acme-v01.api.letsencrypt.org").
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-define(DEFAULT_DIRECTORY, ?CA_URL ++ "/directory").
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-define(DEFAULT_NEW_NONCE, ?CA_URL ++ "/acme/new_nonce").
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-define(DEFAULT_KEY_FILE, "private_key_temporary").
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-define(LOCAL_TESTING, true).
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-ifdef(LOCAL_TESTING).
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-define(CA_URL, "http://localhost:4000").
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-define(DEFAULT_ACCOUNT, "2").
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-define(DEFAULT_TOS, <<"http://boulder:4000/terms/v1">>).
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-define(DEFAULT_AUTHZ,
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<<"http://localhost:4000/acme/authz/XDAfMW6xBdRogD2-VIfTxlzo4RTlaE2U6x0yrwxnXlw">>).
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-else.
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-define(CA_URL, "https://acme-staging.api.letsencrypt.org").
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-define(DEFAULT_ACCOUNT, "2273801").
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-define(DEFAULT_TOS, <<"https://letsencrypt.org/documents/LE-SA-v1.1.1-August-1-2016.pdf">>).
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-define(DEFAULT_AUTHZ, <<"">>).
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-endif.
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-record(state, {
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ca_url = ?CA_URL :: list(),
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dir_url = ?DEFAULT_DIRECTORY :: list(),
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dirs = maps:new(),
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nonce = "",
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account = none
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}).
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%% This will be initially just be filled with stub functions
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start() ->
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gen_server:start(?MODULE, [], []).
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stop(Pid) ->
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gen_server:stop(Pid).
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%% Stub functions
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directory(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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new_nonce(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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new_reg(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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update_account(Pid, AccountId) ->
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%% TODO: This has to have more info ofcourse
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gen_server:call(Pid, {?FUNCTION_NAME, AccountId}).
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account_info(Pid, AccountId) ->
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gen_server:call(Pid, {?FUNCTION_NAME, AccountId}).
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account_key_change(Pid, Options) ->
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ok.
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deactivate_account(Pid, Options) ->
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ok.
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new_cert(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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new_authz(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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get_certificate(Pid, Options) ->
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ok.
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get_authz(Pid, Options) ->
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gen_server:call(Pid, ?FUNCTION_NAME).
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complete_challenge(Pid, Options) ->
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gen_server:call(Pid, {?FUNCTION_NAME, Options}).
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deactivate_authz(Pid, Options) ->
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ok.
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revoke_cert(Pid, Options) ->
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ok.
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%% GEN SERVER
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init([]) ->
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%% TODO: Not the correct way of doing it
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ok = application:start(inets),
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ok = application:start(crypto),
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ok = application:start(asn1),
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ok = application:start(public_key),
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ok = application:start(ssl),
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ok = application:start(base64url),
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ok = application:start(jose),
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{ok, #state{}}.
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handle_call(directory, _From, S = #state{dir_url=Url, dirs=Dirs}) ->
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%% Make the get request
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{ok, {_Status, Head, Body}} = httpc:request(get, {Url, []}, [], []),
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%% Decode the json string
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{Directories} = jiffy:decode(Body),
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StrDirectories = [{bitstring_to_list(X), bitstring_to_list(Y)} ||
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{X,Y} <- Directories],
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% Find and save the replay nonce
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% io:format("Directory Head Response: ~p~n", [Head]),
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Nonce = get_nonce(Head),
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%% Update the directories in state
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NewDirs = maps:from_list(StrDirectories),
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% io:format("New directories: ~p~n", [NewDirs]),
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{reply, {ok, {Directories}}, S#state{dirs = NewDirs, nonce = Nonce}};
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handle_call(new_nonce, _From, S = #state{dirs=Dirs}) ->
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%% Get url from all directories
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#{"new_nonce" := Url} = Dirs,
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{ok, {Status, Head, []}} =
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httpc:request(head, {Url, []}, [], []),
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{reply, {ok, {Status, Head}}, S};
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handle_call(new_reg, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from all directories
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#{"new-reg" := Url} = Dirs,
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%% Make the request body
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ReqBody = jiffy:encode({
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[ { <<"contact">>, [<<"mailto:cert-admin@example.com">>]}
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, { <<"resource">>, <<"new-reg">>}
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]}),
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%% Generate a key for the first time use
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Key = generate_key(),
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%% Write the key to a file
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jose_jwk:to_file(?DEFAULT_KEY_FILE, Key),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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%% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call({account_info, AccountId}, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from accountId
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Url = Ca ++ "/acme/reg/" ++ AccountId,
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%% Make the request body
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ReqBody = jiffy:encode({[
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{ <<"resource">>, <<"reg">>}
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]}),
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%% Get the key from a file
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Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call({update_account, AccountId}, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from accountId
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Url = Ca ++ "/acme/reg/" ++ AccountId,
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%% Make the request body
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ReqBody = jiffy:encode({[
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{ <<"resource">>, <<"reg">>},
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{ <<"agreement">>, ?DEFAULT_TOS}
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]}),
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%% Get the key from a file
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Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call(new_cert, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from all directories
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#{"new-cert" := Url} = Dirs,
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MyCSR = make_csr(),
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% file:write_file("myCSR.der", CSR),
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% {ok, CSR} = file:read_file("CSR.der"),
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% io:format("CSR: ~p~nMy Encoded CSR: ~p~nCorrect Encoded CSR: ~p~n",
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% [ public_key:der_decode('CertificationRequest', CSR)
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% , MyCSR
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% , CSR]),
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CSRbase64 = base64url:encode(MyCSR),
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% io:format("CSR base64: ~p~n", [CSRbase64]),
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{MegS, Sec, MicS} = erlang:timestamp(),
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NotBefore = xmpp_util:encode_timestamp({MegS-1, Sec, MicS}),
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NotAfter = xmpp_util:encode_timestamp({MegS+1, Sec, MicS}),
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%% Make the request body
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ReqBody = jiffy:encode({[
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{<<"resource">>, <<"new-cert">>},
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{<<"csr">>, CSRbase64},
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{<<"notBefore">>, NotBefore},
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{<<"NotAfter">>, NotAfter}
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]}),
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%% Get the key from a file
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Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/pkix-cert", FinalBody}, [], []),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call(new_authz, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from all directories
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#{"new-authz" := Url} = Dirs,
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%% Make the request body
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ReqBody = jiffy:encode({
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[ { <<"identifier">>, {
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[ {<<"type">>, <<"dns">>}
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, {<<"value">>, <<"my-acme-test-ejabberd.com">>}
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] }}
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, {<<"existing">>, <<"accept">>}
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, { <<"resource">>, <<"new-authz">>}
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] }),
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%% Get the key from a file
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Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call(get_authz, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from all directories
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Url = bitstring_to_list(?DEFAULT_AUTHZ),
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%% Post request
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{ok, {Status, Head, Body}} =
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% httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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httpc:request(Url),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call({complete_challenge, [Solution]}, _From, S = #state{ca_url = Ca, dirs=Dirs, nonce = Nonce}) ->
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%% Get url from all directories
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{ChallengeType, BitUrl, KeyAuthz} = Solution,
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Url = bitstring_to_list(BitUrl),
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%% Make the request body
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ReqBody = jiffy:encode({
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[ { <<"keyAuthorization">>, KeyAuthz}
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, {<<"type">>, ChallengeType}
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, { <<"resource">>, <<"challenge">>}
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] }),
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%% Get the key from a file
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Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
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%% Jose
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{_, SignedBody} = sign_a_json_object_using_jose(Key, ReqBody, Url, Nonce),
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% io:format("Signed Body: ~p~n", [SignedBody]),
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%% Encode the Signed body with jiffy
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FinalBody = jiffy:encode(SignedBody),
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%% Post request
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{ok, {Status, Head, Body}} =
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httpc:request(post, {Url, [], "application/jose+json", FinalBody}, [], []),
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% Get and save the new nonce
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NewNonce = get_nonce(Head),
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{reply, {ok, {Status, Head, Body}}, S#state{nonce=NewNonce}};
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handle_call(stop, _From, State) ->
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{stop, normal, ok, State}.
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handle_cast(Msg, State) ->
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?WARNING_MSG("unexpected cast: ~p", [Msg]),
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{noreply, State}.
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handle_info(_Info, State) ->
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{noreply, State}.
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terminate(_Reason, _State) ->
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ok.
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code_change(_OldVsn, State, _Extra) ->
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{ok, State}.
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%% Util functions
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final_url(Urls) ->
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Joined = lists:join("/", Urls),
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lists:flatten(Joined).
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get_nonce(Head) ->
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{"replay-nonce", Nonce} = proplists:lookup("replay-nonce", Head),
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Nonce.
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get_challenges({Body}) ->
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{<<"challenges">>, Challenges} = proplists:lookup(<<"challenges">>, Body),
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Challenges.
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%% Test
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generate_key() ->
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% Generate a key for now
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Key = jose_jwk:generate_key({ec, secp256r1}),
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io:format("Key: ~p~n", [Key]),
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Key.
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sign_a_json_object_using_jose(Key, Json, Url, Nonce) ->
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% Generate a public key
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PubKey = jose_jwk:to_public(Key),
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% io:format("Public Key: ~p~n", [PubKey]),
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{_, BinaryPubKey} = jose_jwk:to_binary(PubKey),
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% io:format("Public Key: ~p~n", [BinaryPubKey]),
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PubKeyJson = jiffy:decode(BinaryPubKey),
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% io:format("Public Key: ~p~n", [PubKeyJson]),
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% Jws object containing the algorithm
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JwsObj = jose_jws:from(
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#{ <<"alg">> => <<"ES256">>
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%% Im not sure if it is needed
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% , <<"b64">> => true
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, <<"jwk">> => PubKeyJson
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, <<"nonce">> => list_to_bitstring(Nonce)
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}),
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% io:format("Jws: ~p~n", [JwsObj]),
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%% Signed Message
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Signed = jose_jws:sign(Key, Json, JwsObj),
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% io:format("Signed: ~p~n", [Signed]),
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%% Peek protected
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Protected = jose_jws:peek_protected(Signed),
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% io:format("Protected: ~p~n", [jiffy:decode(Protected)]),
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%% Peek Payload
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Payload = jose_jws:peek_payload(Signed),
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io:format("Payload: ~p~n", [jiffy:decode(Payload)]),
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%% Verify
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% {true, _} = jose_jws:verify(Key, Signed),
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% io:format("Verify: ~p~n", [jose_jws:verify(Key, Signed)]),
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Signed.
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make_csr() ->
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SigningKey = jose_jwk:from_pem_file("csr_signing_private_key.key"),
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{_, PrivateKey} = jose_jwk:to_key(SigningKey),
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% io:format("PrivateKey: ~p~n", [PrivateKey]),
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PubKey = jose_jwk:to_public(SigningKey),
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% io:format("Public Key: ~p~n", [PubKey]),
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{_, BinaryPubKey} = jose_jwk:to_binary(PubKey),
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% io:format("Public Key: ~p~n", [BinaryPubKey]),
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{_, RawPubKey} = jose_jwk:to_key(PubKey),
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% io:format("Raw Public Key: ~p~n", [RawPubKey]),
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{{_, RawBinPubKey}, _} = RawPubKey,
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% io:format("Encoded Raw Public Key: ~p~n", [RawBinPubKey]),
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%% TODO: Understand how to extract the information below from the key struct
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AlgoID = #'CertificationRequestInfo_subjectPKInfo_algorithm'{
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algorithm = {1,2,840,10045,2,1}, %% Very dirty
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parameters = {asn1_OPENTYPE,<<6,8,42,134,72,206,61,3,1,7>>}
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},
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SubPKInfo = #'CertificationRequestInfo_subjectPKInfo'{
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algorithm = AlgoID, %% Very dirty
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subjectPublicKey = RawBinPubKey %% public_key:der_encode('ECPoint', RawPubKey)
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},
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CommonName = #'AttributeTypeAndValue'{
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type = {2,5,4,3},
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% value = list_to_bitstring([12,25] ++ "my-acme-test-ejabberd.com")
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value = length_bitstring(<<"my-acme-test-ejabberd.com">>)
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},
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CountryName = #'AttributeTypeAndValue'{
|
|
type = {2,5,4,6},
|
|
value = length_bitstring(<<"US">>)
|
|
},
|
|
StateOrProvinceName = #'AttributeTypeAndValue'{
|
|
type = {2,5,4,8},
|
|
value = length_bitstring(<<"California">>)
|
|
},
|
|
LocalityName = #'AttributeTypeAndValue'{
|
|
type = {2,5,4,7},
|
|
value = length_bitstring(<<"San Jose">>)
|
|
},
|
|
OrganizationName = #'AttributeTypeAndValue'{
|
|
type = {2,5,4,10},
|
|
value = length_bitstring(<<"Example">>)
|
|
},
|
|
CRI = #'CertificationRequestInfo'{
|
|
version = 0,
|
|
% subject = {rdnSequence, [[CommonName]]},
|
|
subject = {rdnSequence,
|
|
[ [CommonName]
|
|
, [CountryName]
|
|
, [StateOrProvinceName]
|
|
, [LocalityName]
|
|
, [OrganizationName]]},
|
|
subjectPKInfo = SubPKInfo,
|
|
attributes = []
|
|
},
|
|
EncodedCRI = public_key:der_encode(
|
|
'CertificationRequestInfo',
|
|
CRI),
|
|
|
|
SignedCRI = public_key:sign(EncodedCRI, 'sha256', PrivateKey),
|
|
|
|
SigningAlgoID = #'CertificationRequest_signatureAlgorithm'{
|
|
algorithm = [1,2,840,10045,4,3,2], %% Very dirty
|
|
parameters = asn1_NOVALUE
|
|
},
|
|
|
|
CSR = #'CertificationRequest'{
|
|
certificationRequestInfo = CRI,
|
|
signatureAlgorithm = SigningAlgoID,
|
|
signature = SignedCRI
|
|
},
|
|
Result = public_key:der_encode(
|
|
'CertificationRequest',
|
|
CSR),
|
|
% io:format("My CSR: ~p~n", [CSR]),
|
|
|
|
Result.
|
|
|
|
%% TODO: Find a correct function to do this
|
|
length_bitstring(Bitstring) ->
|
|
Size = size(Bitstring),
|
|
case Size < 127 of
|
|
true ->
|
|
<<12, Size, Bitstring/binary>>;
|
|
false ->
|
|
error(not_implemented)
|
|
end.
|
|
|
|
scenario() ->
|
|
% scenario_new_account().
|
|
scenario_old_account().
|
|
|
|
scenario_old_account() ->
|
|
{ok, Pid} = start(),
|
|
io:format("Server started: ~p~n", [Pid]),
|
|
|
|
{ok, Result} = directory(Pid, []),
|
|
io:format("Directory result: ~p~n", [Result]),
|
|
|
|
%% Get the info of an existing account
|
|
% {ok, {Status1, Head1, Body1}} = account_info(Pid, ?DEFAULT_ACCOUNT),
|
|
% io:format("Account: ~p~nHead: ~p~nBody: ~p~n",
|
|
% [?DEFAULT_ACCOUNT, {Status1, Head1}, jiffy:decode(Body1)]),
|
|
|
|
%% Update the account to agree to terms and services
|
|
{ok, {Status1, Head1, Body1}} = update_account(Pid, ?DEFAULT_ACCOUNT),
|
|
io:format("Account: ~p~nHead: ~p~nBody: ~p~n",
|
|
[?DEFAULT_ACCOUNT, {Status1, Head1}, jiffy:decode(Body1)]),
|
|
|
|
%% New authorization
|
|
% {ok, {Status2, Head2, Body2}} = new_authz(Pid, []),
|
|
% io:format("New Authz~nHead: ~p~nBody: ~p~n",
|
|
% [{Status2, Head2}, jiffy:decode(Body2)]),
|
|
|
|
%% Get authorization
|
|
{ok, {Status2, Head2, Body2}} = get_authz(Pid, []),
|
|
io:format("Get Authz~nHead: ~p~nBody: ~p~n",
|
|
[{Status2, Head2}, jiffy:decode(Body2)]),
|
|
|
|
% Challenges = get_challenges(jiffy:decode(Body2)),
|
|
% io:format("Challenges: ~p~n", [Challenges]),
|
|
|
|
% ChallengeObjects = acme_challenge:challenges_to_objects(Challenges),
|
|
% % io:format("Challenges: ~p~n", [ChallengeObjects]),
|
|
|
|
% %% Create a key-authorization
|
|
% Key = jose_jwk:from_file(?DEFAULT_KEY_FILE),
|
|
% % acme_challenge:key_authorization(<<"pipi">>, Key),
|
|
|
|
% Solutions = acme_challenge:solve_challenges(ChallengeObjects, Key),
|
|
% io:format("Solutions: ~p~n", [Solutions]),
|
|
|
|
% {ok, {Status3, Head3, Body3}} =
|
|
% complete_challenge(Pid, [X || X <- Solutions, X =/= ok]),
|
|
% io:format("Complete_challenge~nHead: ~p~nBody: ~p~n",
|
|
% [{Status3, Head3}, jiffy:decode(Body3)]),
|
|
|
|
% Get a certification
|
|
{ok, {Status4, Head4, Body4}} =
|
|
new_cert(Pid, []),
|
|
io:format("New Cert~nHead: ~p~nBody: ~p~n",
|
|
[{Status4, Head4}, Body4]),
|
|
|
|
% make_csr(),
|
|
|
|
ok.
|
|
|
|
scenario_new_account() ->
|
|
{ok, Pid} = start(),
|
|
io:format("Server started: ~p~n", [Pid]),
|
|
|
|
{ok, Result} = directory(Pid, []),
|
|
io:format("Directory result: ~p~n", [Result]),
|
|
|
|
%% Request the creation of a new account
|
|
{ok, {Status, Head, Body}} = new_reg(Pid, []),
|
|
io:format("New account~nHead: ~p~nBody: ~p~n", [{Status, Head}, jiffy:decode(Body)]). |