./ct_report/coverage/mongoose_s2s_mnesia.COVER.html

1 -module(mongoose_s2s_mnesia).
2 -behaviour(mongoose_s2s_backend).
3
4 -export([init/1,
5 get_s2s_out_pids/1,
6 try_register/2,
7 remove_connection/2,
8 node_cleanup/1]).
9
10 -export([register_secret/2,
11 get_shared_secret/1]).
12
13 -record(s2s, {
14 fromto :: ejabberd_s2s:fromto() | '_',
15 pid :: pid() | '$1'
16 }).
17
18 -record(s2s_shared, {
19 host_type :: mongooseim:host_type(),
20 secret :: ejabberd_s2s:base16_secret()
21 }).
22
23 -include("mongoose_logger.hrl").
24
25 -spec init(map()) -> ok.
26 init(_) ->
27 106 init_pids(),
28 106 init_secrets(),
29 106 ok.
30
31 %% Pid lists
32 init_pids() ->
33 106 Opts = [{ram_copies, [node()]}, {type, bag},
34 {attributes, record_info(fields, s2s)}],
35 106 mongoose_mnesia:create_table(s2s, Opts).
36
37 -spec get_s2s_out_pids(ejabberd_s2s:fromto()) -> ejabberd_s2s:s2s_pids().
38 get_s2s_out_pids(FromTo) ->
39 238 s2s_to_pids(mnesia:dirty_read(s2s, FromTo)).
40
41 -spec try_register(Pid :: pid(),
42 FromTo :: ejabberd_s2s:fromto()) -> boolean().
43 try_register(Pid, FromTo) ->
44 53 F = fun() ->
45 55 Pids = get_s2s_out_pids(FromTo),
46 55 case mongoose_s2s_lib:need_more_connections(FromTo, Pids) of
47 true ->
48 38 mnesia:write(#s2s{fromto = FromTo, pid = Pid}),
49 36 true;
50 false ->
51 17 false
52 end
53 end,
54 53 case mnesia:transaction(F) of
55 {atomic, Bool} ->
56 53 Bool;
57 Other ->
58
:-(
?LOG_ERROR(#{what => s2s_try_register_failed,
59 s2s_pid => Pid, from_to => FromTo,
60
:-(
reason => Other}),
61
:-(
false
62 end.
63
64 -spec remove_connection(FromTo :: ejabberd_s2s:fromto(), Pid :: pid()) -> ok.
65 remove_connection(FromTo, Pid) ->
66 39 Rec = #s2s{fromto = FromTo, pid = Pid},
67 39 F = fun() ->
68 39 mnesia:delete_object(Rec)
69 end,
70 39 case mnesia:transaction(F) of
71 {atomic, _} ->
72 39 ok;
73 Other ->
74
:-(
?LOG_ERROR(#{what => s2s_remove_connection,
75
:-(
from_to => FromTo, reason => Other}),
76
:-(
ok
77 end.
78
79 -spec node_cleanup(Node :: node()) -> ok.
80 node_cleanup(Node) ->
81 8 F = fun() ->
82 8 Es = mnesia:select(
83 s2s,
84 [{#s2s{pid = '$1', _ = '_'},
85 [{'==', {node, '$1'}, Node}],
86 ['$_']}]),
87 8 lists:foreach(fun(E) ->
88
:-(
mnesia:delete_object(E)
89 end, Es)
90 end,
91 8 mnesia:async_dirty(F),
92 8 ok.
93
94 s2s_to_pids(List) ->
95 238 [Pid || #s2s{pid = Pid} <- List].
96
97 %% Secrets
98 init_secrets() ->
99 106 Opts = [{ram_copies, [node()]}, {attributes, record_info(fields, s2s_shared)}],
100 106 mongoose_mnesia:create_table(s2s_shared, Opts).
101
102 -spec register_secret(HostType :: mongooseim:host_type(),
103 Secret :: ejabberd_s2s:base16_secret()) -> ok.
104 register_secret(HostType, Secret) ->
105 259 Rec = #s2s_shared{host_type = HostType, secret = Secret},
106 259 {atomic, _} = mnesia:transaction(fun() -> mnesia:write(Rec) end),
107 259 ok.
108
109 -spec get_shared_secret(mongooseim:host_type()) ->
110 {ok, ejabberd_s2s:base16_secret()} | {error, not_found}.
111 get_shared_secret(HostType) ->
112 624 case mnesia:dirty_read(s2s_shared, HostType) of
113 [#s2s_shared{secret = Secret}] ->
114 367 {ok, Secret};
115 [] ->
116 257 {error, not_found}
117 end.
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