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+%%
+%% %CopyrightBegin%
+%%
+%% Copyright Ericsson AB 1997-2009. All Rights Reserved.
+%%
+%% The contents of this file are subject to the Erlang Public License,
+%% Version 1.1, (the "License"); you may not use this file except in
+%% compliance with the License. You should have received a copy of the
+%% Erlang Public License along with this software. If not, it can be
+%% retrieved online at http://www.erlang.org/.
+%%
+%% Software distributed under the License is distributed on an "AS IS"
+%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
+%% the License for the specific language governing rights and limitations
+%% under the License.
+%%
+%% %CopyrightEnd%
+%%
+
+%%
+-module(mnesia_isolation_test).
+-author('[email protected]').
+
+-compile([export_all]).
+-include("mnesia_test_lib.hrl").
+
+init_per_testcase(Func, Conf) ->
+ mnesia_test_lib:init_per_testcase(Func, Conf).
+
+fin_per_testcase(Func, Conf) ->
+ mnesia_test_lib:fin_per_testcase(Func, Conf).
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+all(doc) ->
+ ["Verify the isolation property.",
+ "Operations of concurrent transactions must yield results which",
+ "are indistinguishable from the results which would be obtained by",
+ "forcing each transaction to be serially executed to completion in",
+ "some order. This means that repeated reads of the same records",
+ "within any committed transaction must have returned identical",
+ "data when run concurrently with any mix of arbitary transactions.",
+ "Updates in one transaction must not be visible in any other",
+ "transaction before the transaction has been committed."];
+all(suite) ->
+ [
+ locking,
+ visibility
+ ].
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+locking(doc) ->
+ ["Verify locking semantics for various configurations",
+ " NoLock = lock_funs(no_lock, any_granularity)",
+ " SharedLock = lock_funs(shared_lock, any_granularity)",
+ " ExclusiveLock = lock_funs(exclusive_lock, any_granularity)",
+ " AnyLock = lock_funs(any_lock, any_granularity)"];
+locking(suite) ->
+ [no_conflict,
+ simple_queue_conflict,
+ advanced_queue_conflict,
+ simple_deadlock_conflict,
+ advanced_deadlock_conflict,
+ lock_burst,
+ sticky_locks,
+ unbound_locking,
+ admin_conflict,
+%% removed_resources,
+ nasty
+ ].
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+no_conflict(suite) -> [];
+no_conflict(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = no_conflict,
+ create_conflict_table(Tab, [Node1]),
+ Fun = fun(OtherOid, Lock1, Lock2) ->
+ %% Start two transactions
+ {success, [B, A]} = ?start_activities([Node1, Node1]),
+ ?start_transactions([B, A]),
+
+ A ! fun() -> Lock1(one_oid(Tab)), ok end,
+ ?match_receive({A, ok}),
+ B ! fun() -> Lock2(OtherOid), ok end,
+ ?match_receive({B, ok}),
+ A ! fun() -> mnesia:abort(ok) end,
+ ?match_receive({A, {aborted, ok}}),
+ B ! fun() -> mnesia:abort(ok) end,
+ ?match_receive({B, {aborted, ok}})
+ end,
+ NoLocks = lock_funs(no_lock, any_granularity),
+ SharedLocks = lock_funs(shared_lock, any_granularity),
+ AnyLocks = lock_funs(any_lock, any_granularity),
+ OneOneFun = fun(Lock1, Lock2) -> Fun(one_oid(Tab), Lock1, Lock2) end,
+ fun_loop(OneOneFun, NoLocks, AnyLocks),
+ fun_loop(OneOneFun, AnyLocks, NoLocks),
+ fun_loop(OneOneFun, SharedLocks, SharedLocks),
+
+ %% Lock different objects
+ OneOtherFun = fun(Lock1, Lock2) -> Fun(other_oid(Tab), Lock1, Lock2) end,
+ OneSharedLocks = lock_funs(shared_lock, one),
+ OneExclusiveLocks = lock_funs(exclusive_lock, one),
+ fun_loop(OneOtherFun, OneSharedLocks, OneExclusiveLocks),
+ fun_loop(OneOtherFun, OneExclusiveLocks, OneSharedLocks),
+ fun_loop(OneOtherFun, OneExclusiveLocks, OneExclusiveLocks),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+simple_queue_conflict(suite) -> [];
+simple_queue_conflict(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = simple_queue_conflict,
+ create_conflict_table(Tab, [Node1]),
+ Fun = fun(OneLock, OtherLock) ->
+ %% Start two transactions
+ {success, [B, A]} = ?start_activities([Node1, Node1]),
+ ?start_transactions([B, A]),
+
+ A ! fun() -> OneLock(one_oid(Tab)), ok end,
+ ?match_receive({A, ok}),
+ B ! fun() -> OtherLock(one_oid(Tab)), ok end,
+ wait_for_lock(B, [Node1], 20), % Max 10 sec
+ A ! end_trans,
+ ?match_multi_receive([{A, {atomic, end_trans}}, {B, ok}]),
+ B ! fun() -> mnesia:abort(ok) end,
+ ?match_receive({B, {aborted, ok}})
+ end,
+ OneSharedLocks = lock_funs(shared_lock, one),
+ AllSharedLocks = lock_funs(shared_lock, all),
+ OneExclusiveLocks = lock_funs(exclusive_lock, one),
+ AllExclusiveLocks = lock_funs(exclusive_lock, all),
+ fun_loop(Fun, OneExclusiveLocks, OneExclusiveLocks),
+ fun_loop(Fun, AllExclusiveLocks, AllExclusiveLocks),
+ fun_loop(Fun, OneExclusiveLocks, AllExclusiveLocks),
+ fun_loop(Fun, AllExclusiveLocks, OneExclusiveLocks),
+ fun_loop(Fun, OneSharedLocks, AllExclusiveLocks),
+ fun_loop(Fun, AllSharedLocks, OneExclusiveLocks),
+ ok.
+
+wait_for_lock(Pid, _Nodes, 0) ->
+ Queue = mnesia:system_info(lock_queue),
+ ?error("Timeout while waiting for lock on Pid ~p in queue ~p~n", [Pid, Queue]);
+wait_for_lock(Pid, Nodes, N) ->
+ rpc:multicall(Nodes, sys, get_status, [mnesia_locker]),
+ List = [rpc:call(Node, mnesia, system_info, [lock_queue]) || Node <- Nodes],
+ Q = lists:append(List),
+ check_q(Pid, Q, Nodes, N).
+
+check_q(Pid, [{_Oid, _Op, Pid, _Tid, _WFT} | _Tail], _N, _Count) -> ok;
+check_q(Pid, [_ | Tail], N, Count) -> check_q(Pid, Tail, N, Count);
+check_q(Pid, [], N, Count) ->
+ timer:sleep(500),
+ wait_for_lock(Pid, N, Count - 1).
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+advanced_queue_conflict(suite) -> [];
+advanced_queue_conflict(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = advanced_queue_conflict,
+ create_conflict_table(Tab, [Node1]),
+ OneRec = {Tab, 3, 3},
+ OneOid = {Tab, 3},
+ OtherRec = {Tab, 4, 4},
+ OtherOid = {Tab, 4},
+
+ %% Start four transactions
+ {success, [D, C, B, A]} = ?start_activities(lists:duplicate(4, Node1)),
+ ?start_transactions([D, C, B, A]),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+
+ %% Acquire some locks
+ A ! fun() -> mnesia:write(OneRec) end,
+ ?match_receive({A, ok}),
+ A ! fun() -> mnesia:read(OneOid) end,
+ ?match_receive({A, [OneRec]}),
+
+ B ! fun() -> mnesia:write(OtherRec) end,
+ ?match_receive({B, ok}),
+ B ! fun() -> mnesia:read(OneOid) end,
+ ?match_receive(timeout),
+
+ C ! fun() -> mnesia:read(OtherOid) end,
+ ?match_receive(timeout),
+ D ! fun() -> mnesia:wread(OtherOid) end,
+ ?match_receive(timeout),
+
+ %% and release them in a certain order
+ A ! end_trans,
+ ?match_multi_receive([{A, {atomic, end_trans}}, {B, [OneRec]}]),
+ B ! end_trans,
+ ?match_multi_receive([{B, {atomic, end_trans}}, {C, [OtherRec]}]),
+ C ! end_trans,
+ ?match_multi_receive([{C, {atomic, end_trans}}, {D, [OtherRec]}]),
+ D ! end_trans,
+ ?match_receive({D, {atomic, end_trans}}),
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+simple_deadlock_conflict(suite) -> [];
+simple_deadlock_conflict(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = simple_deadlock_conflict,
+ create_conflict_table(Tab, [Node1]),
+ Rec = {Tab, 4, 4},
+ Oid = {Tab, 4},
+
+ %% Start two transactions
+ {success, [B, A]} = ?start_activities(lists:duplicate(2, Node1)),
+ mnesia_test_lib:start_transactions([B, A], 0), % A is newest
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+
+ B ! fun() -> mnesia:write(Rec) end,
+ ?match_receive({B, ok}),
+ A ! fun() -> mnesia:read(Oid) end,
+ ?match_receive({A, {aborted, nomore}}),
+ B ! end_trans,
+ ?match_receive({B, {atomic, end_trans}}),
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+advanced_deadlock_conflict(suite) -> [];
+advanced_deadlock_conflict(Config) when is_list(Config) ->
+ [Node1, Node2] = ?acquire_nodes(2, Config),
+ Tab = advanced_deadlock_conflict,
+ create_conflict_table(Tab, [Node2]),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ Rec = {Tab, 4, 4},
+ Oid = {Tab, 4},
+
+ %% Start two transactions
+ {success, [B, A]} = ?start_activities([Node1, Node2]),
+ mnesia_test_lib:start_sync_transactions([B, A], 0), % A is newest
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+
+ B ! fun() -> mnesia:write(Rec) end,
+ ?match_receive({B, ok}),
+ A ! fun() -> mnesia:read(Oid) end,
+ ?match_receive({A, {aborted, nomore}}),
+ B ! end_trans,
+ ?match_receive({B, {atomic, end_trans}}),
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+one_oid(Tab) -> {Tab, 1}.
+other_oid(Tab) -> {Tab, 2}.
+
+create_conflict_table(Tab, Nodes) ->
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, Nodes},
+ {attributes, [key, val]},
+ {index, [val]}
+ ])),
+ ?match([], mnesia_test_lib:sync_tables(Nodes, [Tab])),
+ init_conflict_table(Tab).
+
+init_conflict_table(Tab) ->
+ Recs = mnesia:dirty_match_object({Tab, '_', '_'}),
+ lists:foreach(fun(R) -> mnesia:dirty_delete_object(R) end, Recs),
+ Keys = [one_oid(Tab), other_oid(Tab)],
+ [mnesia:dirty_write({T, K, K}) || {T, K} <- Keys].
+
+%% Apply Fun for each X and Y
+fun_loop(Fun, Xs, Ys) ->
+ lists:foreach(fun(X) -> lists:foreach(fun(Y) -> do_fun(Fun, X, Y) end, Ys) end, Xs).
+
+do_fun(Fun, X, Y) ->
+ Pid = spawn_link(?MODULE, do_fun, [self(), Fun, X, Y]),
+ receive
+ {done_fun, Pid} -> done_fun
+ end.
+
+do_fun(Monitor, Fun, X, Y) ->
+ ?log("{do_fun ~p~n", [[Fun, X, Y]]),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ Fun(X, Y),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ unlink(Monitor),
+ Monitor ! {done_fun, self()},
+ exit(done_fun).
+
+%% Returns a list of fun's
+lock_funs(no_lock, one) ->
+ [
+ fun(Oid) -> mnesia:dirty_read(Oid) end,
+ fun({Tab, Key}) -> mnesia:dirty_write({Tab, Key, Key}) end,
+ fun({Tab, Key}) -> mnesia:dirty_write({Tab, Key, Key}),
+ mnesia:dirty_update_counter({Tab, Key}, 0) end,
+ fun(Oid) -> mnesia:dirty_delete(Oid) end,
+ fun({Tab, Key}) -> mnesia:dirty_delete_object({Tab, Key, Key}) end,
+ fun({Tab, Key}) -> mnesia:dirty_match_object({Tab, Key, Key}) end,
+ fun({Tab, Key}) -> mnesia:dirty_index_match_object({Tab, Key, Key}, val) end,
+ fun({Tab, Key}) -> mnesia:dirty_index_read(Tab, Key, val) end,
+ fun({Tab, Key}) -> mnesia:dirty_index_match_object({Tab, '_', Key}, val) end
+ ];
+lock_funs(no_lock, all) ->
+ [
+ fun({Tab, _}) -> mnesia:dirty_match_object({Tab, '_', '_'}) end,
+ fun({Tab, _}) -> slot_iter(Tab) end,
+ fun({Tab, _}) -> key_iter(Tab) end
+ ];
+lock_funs(shared_lock, one) ->
+
+ [
+ fun(Oid) -> mnesia:read(Oid) end,
+ fun({Tab, Key}) ->
+ init_conflict_table(Tab),
+ mnesia:dirty_delete(other_oid(Tab)),
+ mnesia:match_object({Tab, Key, Key}) end
+ ];
+lock_funs(shared_lock, all) ->
+ [
+ fun({Tab, _}) -> mnesia:read_lock_table(Tab) end,
+ fun({Tab, Key}) -> mnesia:match_object({Tab, '_', Key}) end,
+ fun({Tab, _}) -> mnesia:match_object({Tab, '_', '_'}) end,
+ fun({Tab, _}) -> mnesia:all_keys(Tab) end,
+ fun({Tab, Key}) -> mnesia:index_match_object({Tab, '_', Key}, val) end,
+ fun({Tab, Key}) -> mnesia:index_read(Tab, Key, val) end
+ ];
+lock_funs(exclusive_lock, one) ->
+ [
+ fun(Oid) -> mnesia:wread(Oid) end,
+ fun({Tab, Key}) -> mnesia:write({Tab, Key, Key}) end,
+ fun(Oid) -> mnesia:delete(Oid) end,
+ fun({Tab, Key}) -> mnesia:delete_object({Tab, Key, Key}) end,
+ fun({Tab, Key}) -> mnesia:s_write({Tab, Key, Key}) end,
+ fun(Oid) -> mnesia:s_delete(Oid) end,
+ fun({Tab, Key}) -> mnesia:s_delete_object({Tab, Key, Key}) end
+ ];
+lock_funs(exclusive_lock, all) ->
+ [
+ fun({Tab, _}) -> mnesia:write_lock_table(Tab) end
+ ];
+lock_funs(Compatibility, any_granularity) ->
+ lists:append([lock_funs(Compatibility, Granularity) ||
+ Granularity <- [one, all]]);
+lock_funs(any_lock, Granularity) ->
+ lists:append([lock_funs(Compatibility, Granularity) ||
+ Compatibility <- [no_lock, shared_lock, exclusive_lock]]).
+
+slot_iter(Tab) ->
+ slot_iter(Tab, mnesia:dirty_slot(Tab, 0), 1).
+slot_iter(_Tab, '$end_of_table', _) ->
+ [];
+slot_iter(Tab, Recs, Slot) ->
+ Recs ++ slot_iter(Tab, mnesia:dirty_slot(Tab, Slot), Slot+1).
+
+key_iter(Tab) ->
+ key_iter(Tab, mnesia:dirty_first(Tab)).
+key_iter(_Tab, '$end_of_table') ->
+ [];
+key_iter(Tab, Key) ->
+ [Key | key_iter(Tab, mnesia:dirty_next(Tab, Key))].
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+lock_burst(suite) -> [];
+lock_burst(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = burst,
+ ?match({atomic, ok}, mnesia:create_table(Tab,
+ [{attributes, [a, b]},
+ {ram_copies, [Node1]}])),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ?match(ok, burst_em(Tab, 1000)),
+ ?match([{burst,1,1000}], mnesia:dirty_read(Tab,1)),
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+burst_em(Tab, N) ->
+ spawn_link(?MODULE, burst_counter, [self(), Tab, N]),
+ receive
+ burst_counter_done -> ok
+ end.
+
+burst_counter(Monitor, Tab, N) when N > 0 ->
+ ?match(ok, burst_gen(Tab, N, self())),
+ Monitor ! burst_receiver(N).
+
+burst_receiver(0) ->
+ burst_counter_done;
+burst_receiver(N) ->
+ receive
+ burst_incr_done ->
+ burst_receiver(N-1)
+ end.
+
+burst_gen(_, 0, _) ->
+ ok;
+burst_gen(Tab, N, Father) when is_integer(N), N > 0 ->
+ spawn_link(?MODULE, burst_incr, [Tab, Father]),
+ burst_gen(Tab, N-1, Father).
+
+burst_incr(Tab, Father) ->
+ Fun = fun() ->
+ Val =
+ case mnesia:read({Tab, 1}) of
+ [{Tab, 1, V}] -> V;
+ [] -> 0
+ end,
+ mnesia:write({Tab, 1, Val+1})
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun)),
+ Father ! burst_incr_done.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+sticky_locks(doc) ->
+ ["Simple Tests of sticky locks"];
+
+sticky_locks(suite) ->
+ [
+ basic_sticky_functionality
+ %% Needs to be expandand a little bit further
+ ].
+
+basic_sticky_functionality(suite) -> [];
+basic_sticky_functionality(Config) when is_list(Config) ->
+ [N1, N2] = Nodes = ?acquire_nodes(2, Config),
+ Tab = basic_table,
+ Storage = mnesia_test_lib:storage_type(disc_copies, Config),
+ ?match({atomic, ok}, mnesia:create_table(Tab, [{Storage, Nodes}])),
+ ?match({atomic, ok}, mnesia:create_table(sync, [{ram_copies, Nodes}])),
+ Trans1 = fun() ->
+ ?match(ok, mnesia:s_write({Tab, 1, 2})),
+ ?match([{Tab, 1, 2}], mnesia:read({Tab, 1})),
+ ?match(timeout, receive M -> M after 500 -> timeout end),
+ ?match(ok, mnesia:s_write({Tab, 2, 2})),
+ ?match(ok, mnesia:write({Tab, 42, 4711}))
+ end,
+ Trans2 = fun() ->
+ ?match([{Tab, 1, 2}], mnesia:read({Tab, 1})),
+ ?match(timeout, receive M -> M after 500 -> timeout end),
+ ?match(ok, mnesia:write({Tab, 1, 4711})),
+ ?match(ok, mnesia:s_write({Tab, 2, 4})),
+ ?match(ok, mnesia:delete({Tab, 42}))
+ end,
+ rpc:call(N1, mnesia, transaction, [Trans1]),
+ ?match([{Tab,N1}], rpc:call(N1, ?MODULE, get_sticky, [])),
+ ?match([{Tab,N1}], rpc:call(N2, ?MODULE, get_sticky, [])),
+
+ rpc:call(N2, mnesia, transaction, [Trans2]),
+ ?match([], rpc:call(N1, ?MODULE, get_sticky, [])),
+ ?match([], rpc:call(N2, ?MODULE, get_sticky, [])),
+
+ Slock = fun() -> mnesia:read({sync,sync}),get_sticky() end,
+ ?match({atomic, [{Tab,1, 4711}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 1}) end)),
+ ?match({atomic, [{Tab,2, 4}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 2}) end)),
+ ?match({atomic, [{Tab,N1}]}, rpc:call(N1, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 3}),Slock() end])),
+ ?match([{Tab,N1}], rpc:call(N2, ?MODULE, get_sticky, [])),
+
+ ?match({atomic,[]}, rpc:call(N2, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 4}),Slock() end])),
+
+ ?match([], rpc:call(N1, ?MODULE, get_sticky, [])),
+ ?match([], rpc:call(N2, ?MODULE, get_sticky, [])),
+
+ ?match({atomic,[{Tab,N2}]}, rpc:call(N2, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 4}),Slock() end])),
+
+ ?match({atomic,[]}, rpc:call(N1, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 5}),Slock() end])),
+ ?match({atomic,[{Tab,N1}]}, rpc:call(N1, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 5}),Slock() end])),
+ ?match({atomic,[]}, rpc:call(N2, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 6}),Slock() end])),
+ ?match({atomic,[{Tab,N2}]}, rpc:call(N2, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 7}),Slock() end])),
+
+ ?match([{Tab,N2}], get_sticky()),
+ ?match({atomic, [{Tab,1, 7}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 1}) end)),
+ ?match([{Tab,N2}], get_sticky()),
+ ?match({atomic, [{Tab,2, 4}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 2}) end)),
+ ?match([{Tab,N2}], get_sticky()),
+ ?match({atomic,[{Tab,N2}]}, rpc:call(N2, mnesia, transaction,
+ [fun() -> mnesia:s_write({Tab, 1, 6}),Slock() end])),
+ ?match([{Tab,N2}], get_sticky()),
+ ?match({atomic, [{Tab,1, 6}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 1}) end)),
+ ?match([{Tab,N2}], get_sticky()),
+ ?match({atomic, [{Tab,2, 4}]}, mnesia:transaction(fun() -> mnesia:read({Tab, 2}) end)),
+ ?match([{Tab,N2}], get_sticky()),
+ ?verify_mnesia(Nodes, []).
+
+get_sticky() ->
+ mnesia_locker ! {get_table, self(), mnesia_sticky_locks},
+ receive {mnesia_sticky_locks, Locks} -> Locks end.
+
+get_held() ->
+ mnesia_locker ! {get_table, self(), mnesia_sticky_locks},
+ receive {mnesia_sticky_locks, Locks} -> Locks end.
+
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+
+unbound_locking(suite) ->
+ [unbound1, unbound2];
+
+unbound_locking(doc) ->
+ ["Check that mnesia handles unbound key variables, GPRS bug."
+ "Ticket id: OTP-3342"].
+
+unbound1(suite) -> [];
+unbound1(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+
+ ?match({atomic, ok}, mnesia:create_table(ul, [])),
+
+ Tester = self(),
+ Write = fun() ->
+ mnesia:write({ul, {key, {17,42}}, val}),
+ ?log("~p Got write lock waiting...~n", [self()]),
+ Tester ! continue,
+ receive
+ continue ->
+ ok
+ end,
+ ?log("..continuing~n", []),
+ ok
+ end,
+
+ {success, [A]} = ?start_activities([Node1]),
+ ?start_transactions([A]),
+ A ! Write,
+
+ receive continue -> ok end,
+
+ Match = fun() ->
+ case catch mnesia:match_object({ul, {key, {'_', '$0'}}, '_'}) of
+ {'EXIT', What} -> %% Cyclic first time
+ ?log("Cyclic Restarting~n", []),
+ A ! continue,
+ A ! end_trans,
+ exit(What);
+ Res ->
+ ?log("Got match log ~p...~n", [Res]),
+ Res
+ end
+ end,
+ ?match({atomic, [{ul,{key,{17,42}},val}]}, mnesia:transaction(Match)),
+
+ ?match_receive({A, ok}),
+ ?match_receive({A, {atomic, end_trans}}),
+ ok.
+
+unbound2(suite) -> [];
+unbound2(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+
+ ?match({atomic, ok}, mnesia:create_table(ul, [])),
+
+ {success, [B, A]} = ?start_activities([Node1, Node1]),
+
+ Me = self(),
+
+ Write = fun() ->
+ mnesia:write({ul, {key, {17,42}}, val}),
+ ?log("~p Got write lock waiting... Tid ~p ~n",
+ [self(), get(mnesia_activity_state)]),
+ Me ! ok_lock,
+ receive
+ continue ->
+ ok
+ end,
+ ?log("..continuing~n", []),
+ ok
+ end,
+
+ Match = fun() ->
+ receive
+ continueB ->
+ ?log("~p, moving on TID ~p~n",
+ [self(), get(mnesia_activity_state)]),
+ Me ! {self(), continuing}
+ end,
+ case catch mnesia:match_object({ul, {key, {'_', '$0'}},
+ '_'}) of
+ {'EXIT', What} -> %% Cyclic first time
+ ?log("Cyclic Restarting ~p ~n", [What]),
+ {should_not_happen,What};
+ Res ->
+ ?log("Got match log ~p...~n", [Res]),
+ Res
+ end
+ end,
+
+ B ! fun() -> mnesia:transaction(Match) end,
+ timer:sleep(100), %% Let B be started first..
+ A ! fun() -> mnesia:transaction(Write) end,
+
+ receive ok_lock -> ok end,
+
+ B ! continueB,
+ ?match_receive({B, continuing}),
+
+ %% B should now be in lock queue.
+ A ! continue,
+ ?match_receive({A, {atomic, ok}}),
+ ?match_receive({B, {atomic, [{ul,{key,{17,42}},val}]}}),
+ ok.
+
+receiver() ->
+ receive
+ {_Pid, begin_trans} ->
+ receiver();
+ Else ->
+ Else
+ after
+ 10000 ->
+ timeout
+ end.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+admin_conflict(doc) ->
+ ["Provoke lock conflicts with schema transactions and checkpoints."];
+admin_conflict(suite) ->
+ [
+ create_table,
+ delete_table,
+ move_table_copy,
+ add_table_index,
+ del_table_index,
+ transform_table,
+ snmp_open_table,
+ snmp_close_table,
+ change_table_copy_type,
+ change_table_access,
+ add_table_copy,
+ del_table_copy,
+ dump_tables,
+ extra_admin_tests
+ ].
+
+create_table(suite) -> [];
+create_table(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = c_t_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ DiskMaybe = mnesia_test_lib:storage_type(disc_copies, Config),
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, create_table,
+ [test_tab1, [{DiskMaybe, [ThisNode]}]]]),
+ ?match_multi_receive([{Pid, {atomic, ok}},
+ {'EXIT', Pid, normal}]), %% No Locks! op should be exec.
+
+ Pid2 = spawn_link(?MODULE, op, [self(), mnesia, create_table,
+ [test_tab2, [{ram_copies, [Node2]}]]]),
+
+ ?match_multi_receive([{Pid2, {atomic, ok}},
+ {'EXIT', Pid2, normal}]), %% No Locks! op should be exec.
+
+ A ! end_trans,
+ ?match_receive({A,{atomic,end_trans}}),
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+delete_table(suite) -> [];
+delete_table(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = d_t_tab,
+ Def = [{ram_copies, [ThisNode, Node2]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:read({Tab, 1}) end,
+ ?match_receive({A, [{Tab, 1, 1, 0}]}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, delete_table,
+ [Tab]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+move_table_copy(suite) -> [];
+move_table_copy(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = m_t_c_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 2, 3}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, move_table_copy,
+ [Tab, ThisNode, Node2]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ timer:sleep(500), %% Don't know how to sync this !!!
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ sys:get_status(whereis(mnesia_tm)), % Explicit sync, release locks is async
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+add_table_index(suite) -> [];
+add_table_index(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config ++ [{tc_timeout, 60000}]),
+ Tab = a_t_i_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia,
+ add_table_index, [Tab, attr1]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+del_table_index(suite) -> [];
+del_table_index(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config),
+ Tab = d_t_i_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, attr1)),
+
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 51, 51, attr2}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, del_table_index,
+ [Tab, attr1]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+ %% Locks released! op should be exec.
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+transform_table(suite) -> [];
+transform_table(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = t_t_tab,
+ Def = [{ram_copies, [ThisNode, Node2]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:read({Tab, 1}) end,
+ ?match_receive({A, [{Tab, 1, 1, 0}]}), %% A is executed
+
+ Transform = fun({Table, Key, Attr1, Attr2}) -> % Need todo a transform
+ {Table, Key, {Attr1, Attr2}} end,
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, transform_table,
+ [Tab, Transform, [key, attr1]]]),
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+snmp_open_table(suite) -> [];
+snmp_open_table(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config),
+ Tab = s_o_t_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, 100}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, snmp_open_table,
+ [Tab, [{key, integer}]]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ %% Locks released! op should be exec. Can take a while (thats the timeout)
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+snmp_close_table(suite) -> [];
+snmp_close_table(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config),
+ Tab = s_c_t_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ ?match({atomic, ok}, mnesia:snmp_open_table(Tab, [{key, integer}])),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, 100}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, snmp_close_table, [Tab]]),
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ %% Locks released! op should be exec. Can take a while (thats the timeout)
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+change_table_copy_type(suite) -> [];
+change_table_copy_type(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config),
+ Tab = c_t_c_t_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, change_table_copy_type,
+ [Tab, ThisNode, disc_copies]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+change_table_access(suite) -> [];
+change_table_access(Config) when is_list(Config) ->
+ [ThisNode, _Node2] = ?acquire_nodes(2, Config),
+ Tab = c_t_a_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, change_table_access_mode,
+ [Tab, read_only]]),
+
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+add_table_copy(suite) -> [];
+add_table_copy(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = a_t_c_tab,
+ Def = [{ram_copies, [ThisNode]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, add_table_copy,
+ [Tab, Node2, ram_copies]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+del_table_copy(suite) -> [];
+del_table_copy(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = d_t_c_tab,
+ Def = [{ram_copies, [ThisNode, Node2]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+ A ! fun() -> mnesia:write({Tab, 1, 2, 5}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, del_table_copy,
+ [Tab, ThisNode]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A, {atomic,end_trans}}),
+
+ ?match_receive({Pid, {atomic, ok}}),
+ ?match_receive({'EXIT', Pid, normal}),
+
+ timer:sleep(500), %% Don't know how to sync this !!!
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ sys:get_status(whereis(mnesia_tm)), % Explicit sync, release locks is async
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+dump_tables(suite) -> [];
+dump_tables(Config) when is_list(Config) ->
+ [ThisNode, Node2] = ?acquire_nodes(2, Config),
+ Tab = dump_t_tab,
+ Def = [{ram_copies, [ThisNode, Node2]}, {attributes, [key, attr1, attr2]}],
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 50),
+ {success, [A]} = ?start_activities([ThisNode]),
+ mnesia_test_lib:start_sync_transactions([A], 0),
+ A ! fun() -> mnesia:write({Tab, 1, 1, updated}) end,
+ ?match_receive({A, ok}), %% A is executed
+
+ Pid = spawn_link(?MODULE, op, [self(), mnesia, dump_tables,
+ [[Tab]]]),
+
+ ?match_receive(timeout), %% op waits for locks occupied by A
+
+ A ! end_trans, %% Kill A, locks should be released
+ ?match_receive({A,{atomic,end_trans}}),
+
+ receive
+ Msg -> ?match({Pid, {atomic, ok}}, Msg)
+ after
+ timer:seconds(20) -> ?error("Operation timed out", [])
+ end,
+
+ sys:get_status(whereis(mnesia_locker)), % Explicit sync, release locks is async
+ ?match([], mnesia:system_info(held_locks)),
+ ?match([], mnesia:system_info(lock_queue)),
+ ok.
+
+op(Father, Mod, Fun, Args) ->
+ Res = apply(Mod, Fun, Args),
+ Father ! {self(), Res}.
+
+insert(_Tab, 0) -> ok;
+insert(Tab, N) when N > 0 ->
+ ok = mnesia:sync_dirty(fun() -> mnesia:write({Tab, N, N, 0}) end),
+ insert(Tab, N-1).
+
+extra_admin_tests(suite) ->
+ [del_table_copy_1,
+ del_table_copy_2,
+ del_table_copy_3,
+ add_table_copy_1,
+ add_table_copy_2,
+ add_table_copy_3,
+ add_table_copy_4,
+ move_table_copy_1,
+ move_table_copy_2,
+ move_table_copy_3,
+ move_table_copy_4].
+
+update_own(Tab, Key, Acc) ->
+ Update =
+ fun() ->
+ Res = mnesia:read({Tab, Key}),
+ case Res of
+ [{Tab, Key, Extra, Acc}] ->
+ mnesia:write({Tab,Key,Extra, Acc+1});
+ Val ->
+ {read, Val, {acc, Acc}}
+ end
+ end,
+ receive
+ {Pid, quit} -> Pid ! {self(), Acc}
+ after
+ 0 ->
+ case mnesia:transaction(Update) of
+ {atomic, ok} ->
+ update_own(Tab, Key, Acc+1);
+ Else ->
+ ?error("Trans failed on ~p with ~p~n"
+ "Info w2read ~p w2write ~p w2commit ~p storage ~p ~n",
+ [node(),
+ Else,
+ mnesia:table_info(Tab, where_to_read),
+ mnesia:table_info(Tab, where_to_write),
+ mnesia:table_info(Tab, where_to_commit),
+ mnesia:table_info(Tab, storage_type)])
+ end
+ end.
+
+update_shared(Tab, Me, Acc) ->
+ Update =
+ fun() ->
+ W2R = mnesia:table_info(Tab, where_to_read),
+ Res = mnesia:read({Tab, 0}),
+ case Res of
+ [{Tab, Key, Extra, Val}] when element(Me, Extra) == Acc ->
+ Extra1 = setelement(Me, Extra, Acc+1),
+ Term = {Tab, Key, Extra1, Val+1},
+ ok = mnesia:write(Term),
+% ?log("At ~p: ~p w2r ~p w2w ~p ~n",
+% [node(), Term,
+% mnesia:table_info(Tab, where_to_read),
+ W2W = mnesia:table_info(Tab, where_to_write),
+ W2C = mnesia:table_info(Tab, where_to_commit),
+%% mnesia:table_info(Tab, storage_type)
+% ]),
+ {_Mod, Tid, Ts} = get(mnesia_activity_state),
+ io:format("~p ~p~n", [Tid, ets:tab2list(element(2,Ts))]),
+ {ok,Term,{W2R,W2W,W2C}};
+ Val ->
+ Info = [{acc, Acc}, {me, Me},
+ {tid, element(2, mnesia:get_activity_id())},
+ {locks, mnesia:system_info(held_locks)}],
+ {read, Val, Info}
+ end
+ end,
+ receive
+ {Pid, quit} -> Pid ! {self(), Acc}
+ after
+ 0 ->
+ case mnesia:transaction(Update) of
+ {atomic, {ok,Term,W2}} ->
+ io:format("~p:~p:(~p,~p) ~w@~w~n", [erlang:now(),node(),Me,Acc,Term,W2]),
+ update_shared(Tab, Me, Acc+1);
+ Else ->
+ ?error("Trans failed on ~p with ~p~n"
+ "Info w2read ~p w2write ~p w2commit ~p storage ~p ~n",
+ [node(),
+ Else,
+ mnesia:table_info(Tab, where_to_read),
+ mnesia:table_info(Tab, where_to_write),
+ mnesia:table_info(Tab, where_to_commit),
+ mnesia:table_info(Tab, storage_type)
+ ])
+ end
+ end.
+
+init_admin(Def, N1, N2, N3) ->
+ Tab = schema_ops,
+ ?match({atomic, ok}, mnesia:create_table(Tab, Def)),
+ insert(Tab, 1002),
+
+ Pid1 = spawn_link(N1, ?MODULE, update_own, [Tab, 1, 0]),
+ Pid2 = spawn_link(N2, ?MODULE, update_own, [Tab, 2, 0]),
+ Pid3 = spawn_link(N3, ?MODULE, update_own, [Tab, 3, 0]),
+
+ ?match({atomic, ok},
+ mnesia:transaction(fun() -> mnesia:write({Tab, 0, {0,0,0}, 0}) end)),
+
+ Pid4 = spawn_link(N1, ?MODULE, update_shared, [Tab, 1, 0]),
+ Pid5 = spawn_link(N2, ?MODULE, update_shared, [Tab, 2, 0]),
+ Pid6 = spawn_link(N3, ?MODULE, update_shared, [Tab, 3, 0]),
+
+ {Pid1, Pid2, Pid3, Pid4, Pid5, Pid6}.
+
+verify_results({P1, P2, P3, P4, P5, P6}) ->
+ Tab = schema_ops, N1 = node(P1), N2 = node(P2), N3 = node(P3),
+
+ try
+ P1 ! {self(), quit},
+ R1 = receive {P1, Res1} -> Res1 after 9000 -> throw({timeout,P1}) end,
+ P2 ! {self(), quit},
+ R2 = receive {P2, Res2} -> Res2 after 9000 -> throw({timeout,P2}) end,
+ P3 ! {self(), quit},
+ R3 = receive {P3, Res3} -> Res3 after 9000 -> throw({timeout,P3}) end,
+
+ P4 ! {self(), quit},
+ R4 = receive {P4, Res4} -> Res4 after 9000 -> throw({timeout,P4}) end,
+ P5 ! {self(), quit},
+ R5 = receive {P5, Res5} -> Res5 after 9000 -> throw({timeout,P5}) end,
+ P6 ! {self(), quit},
+ R6 = receive {P6, Res6} -> Res6 after 9000 -> throw({timeout,P6}) end,
+
+ ?match({atomic, ok}, mnesia:transaction(fun() -> mnesia:write_lock_table(Tab) end)),
+ ?log("Should be ~p~n", [R1]),
+ ?match([{_, _, _, R1}], rpc:call(N1, mnesia, dirty_read, [{Tab, 1}])),
+ ?match([{_, _, _, R1}], rpc:call(N2, mnesia, dirty_read, [{Tab, 1}])),
+ ?match([{_, _, _, R1}], rpc:call(N3, mnesia, dirty_read, [{Tab, 1}])),
+ ?log("Should be ~p~n", [R2]),
+ ?match([{_, _, _, R2}], rpc:call(N1, mnesia, dirty_read, [{Tab, 2}])),
+ ?match([{_, _, _, R2}], rpc:call(N2, mnesia, dirty_read, [{Tab, 2}])),
+ ?match([{_, _, _, R2}], rpc:call(N3, mnesia, dirty_read, [{Tab, 2}])),
+ ?log("Should be ~p~n", [R3]),
+ ?match([{_, _, _, R3}], rpc:call(N1, mnesia, dirty_read, [{Tab, 3}])),
+ ?match([{_, _, _, R3}], rpc:call(N2, mnesia, dirty_read, [{Tab, 3}])),
+ ?match([{_, _, _, R3}], rpc:call(N3, mnesia, dirty_read, [{Tab, 3}])),
+
+ Res = R4+R5+R6,
+ ?log("Should be {~p+~p+~p}= ~p~n", [R4, R5, R6, Res]),
+ ?match([{_, _, {R4,R5,R6}, Res}], rpc:call(N1, mnesia, dirty_read, [{Tab, 0}])),
+ ?match([{_, _, {R4,R5,R6}, Res}], rpc:call(N2, mnesia, dirty_read, [{Tab, 0}])),
+ ?match([{_, _, {R4,R5,R6}, Res}], rpc:call(N3, mnesia, dirty_read, [{Tab, 0}]))
+ catch throw:{timeout, Pid} ->
+ mnesia_lib:dist_coredump(),
+ ?error("Timeout ~p ~n", [Pid])
+ end.
+
+
+get_info(Tab) ->
+ Info = mnesia:table_info(Tab, all),
+ mnesia_lib:verbose("~p~n", [Info]).
+
+del_table_copy_1(suite) -> [];
+del_table_copy_1(Config) when is_list(Config) ->
+ [_Node1, Node2, _Node3] = Nodes = ?acquire_nodes(3, Config),
+ del_table(Node2, Node2, Nodes). %Called on same Node as deleted
+del_table_copy_2(suite) -> [];
+del_table_copy_2(Config) when is_list(Config) ->
+ [Node1, Node2, _Node3] = Nodes = ?acquire_nodes(3, Config),
+ del_table(Node1, Node2, Nodes). %Called from other Node
+del_table_copy_3(suite) -> [];
+del_table_copy_3(Config) when is_list(Config) ->
+ [_Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ del_table(Node3, Node2, Nodes). %Called from Node w.o. table
+
+%%% The actual test
+del_table(CallFrom, DelNode, [Node1, Node2, Node3]) ->
+ Def = [{ram_copies, [Node1]}, {disc_copies, [Node2]},
+ {attributes, [key, attr1, attr2]}],
+ Tab = schema_ops,
+ Pids = init_admin(Def, Node1, Node2, Node3),
+
+ ?log("Call from ~p delete table from ~p ~n", [CallFrom, DelNode]),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+
+ ?match({atomic, ok},
+ rpc:call(CallFrom, mnesia, del_table_copy, [Tab, DelNode])),
+
+ verify_results(Pids),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+ ?verify_mnesia([Node1, Node2, Node3], []).
+
+add_table_copy_1(suite) -> [];
+add_table_copy_1(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_only_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ add_table(Node1, Node3, Nodes, Def).
+add_table_copy_2(suite) -> [];
+add_table_copy_2(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_only_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ add_table(Node2, Node3, Nodes, Def).
+add_table_copy_3(suite) -> [];
+add_table_copy_3(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_only_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ add_table(Node3, Node3, Nodes, Def).
+add_table_copy_4(suite) -> [];
+add_table_copy_4(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_only_copies, [Node1]},
+ {attributes, [key, attr1, attr2]}],
+ add_table(Node2, Node3, Nodes, Def).
+%%% The actual test
+add_table(CallFrom, AddNode, [Node1, Node2, Node3], Def) ->
+ Pids = init_admin(Def, Node1, Node2, Node3),
+ Tab = schema_ops,
+ ?log("Call from ~p add table to ~p ~n", [CallFrom, AddNode]),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+ ?match({atomic, ok}, rpc:call(CallFrom, mnesia, add_table_copy,
+ [Tab, AddNode, ram_copies])),
+ verify_results(Pids),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+ ?verify_mnesia([Node1, Node2, Node3], []).
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+move_table_copy_1(suite) -> [];
+move_table_copy_1(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ move_table(Node1, Node1, Node3, Nodes, Def).
+move_table_copy_2(suite) -> [];
+move_table_copy_2(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ move_table(Node2, Node1, Node3, Nodes, Def).
+move_table_copy_3(suite) -> [];
+move_table_copy_3(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_copies, [Node1, Node2]},
+ {attributes, [key, attr1, attr2]}],
+ move_table(Node3, Node1, Node3, Nodes, Def).
+move_table_copy_4(suite) -> [];
+move_table_copy_4(Config) when is_list(Config) ->
+ [Node1, Node2, Node3] = Nodes = ?acquire_nodes(3, Config),
+ Def = [{disc_copies, [Node1]},
+ {attributes, [key, attr1, attr2]}],
+ move_table(Node2, Node1, Node3, Nodes, Def).
+%%% The actual test
+move_table(CallFrom, FromNode, ToNode, [Node1, Node2, Node3], Def) ->
+ Pids = init_admin(Def, Node1, Node2, Node3),
+ Tab = schema_ops,
+ ?log("Call from ~p move table from ~p to ~p ~n", [CallFrom, FromNode, ToNode]),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+ ?match({atomic, ok}, rpc:call(CallFrom, mnesia, move_table_copy,
+ [Tab, FromNode, ToNode])),
+ verify_results(Pids),
+ rpc:multicall([Node1, Node2, Node3], ?MODULE, get_info, [Tab]),
+ ?verify_mnesia([Node1, Node2, Node3], []).
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+visibility(doc) ->
+ ["Verify the visibility semantics for various configurations"];
+visibility(suite) ->
+ [
+ dirty_updates_visible_direct,
+ dirty_reads_regardless_of_trans,
+ trans_update_invisibible_outside_trans,
+ trans_update_visible_inside_trans,
+ write_shadows,
+ delete_shadows,
+%% delete_shadows2,
+ write_delete_shadows_bag,
+ write_delete_shadows_bag2,
+ iteration,
+ shadow_search,
+ snmp_shadows
+ ].
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+dirty_updates_visible_direct(doc) ->
+ ["One process can immediately see dirty updates of another"];
+dirty_updates_visible_direct(suite) -> [];
+dirty_updates_visible_direct(Config) when is_list(Config) ->
+ dirty_visibility(outside_trans, Config).
+
+dirty_reads_regardless_of_trans(doc) ->
+ ["Dirty reads are not affected by transaction context"];
+dirty_reads_regardless_of_trans(suite) -> [];
+dirty_reads_regardless_of_trans(Config) when is_list(Config) ->
+ dirty_visibility(inside_trans, Config).
+
+dirty_visibility(Mode, Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = list_to_atom(lists:concat([dirty_visibility, '_', Mode])),
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab}, {ram_copies, [Node1]}])),
+ ValPos = 3,
+
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ %% Start two processes
+ {success, [A]} = ?start_activities([Node1]),
+
+ case Mode of
+ inside_trans ->
+ ?start_transactions([A]),
+ A ! fun() ->
+ mnesia:write({Tab, a, 11}),
+ mnesia:write({Tab, b, 22}),
+ mnesia:write({Tab, c, 1}),
+ mnesia:write({Tab, d, 2}),
+ mnesia:write({Tab, e, 3}),
+ lists:sort(mnesia:all_keys(Tab))
+ end,
+ ?match_receive({A, [a, b, c, d, e]});
+ outside_trans ->
+ ignore
+ end,
+
+ RecA = {Tab, a, 1},
+ PatA = {Tab, '$1', 1},
+ RecB = {Tab, b, 3},
+ PatB = {Tab, '$1', 3},
+ RecB2 = {Tab, b, 2},
+ PatB2 = {Tab, '$1', 2},
+ ?match([], mnesia:dirty_read({Tab, a})),
+ ?match([], mnesia:dirty_read({Tab, b})),
+ ?match([], mnesia:dirty_match_object(PatA)),
+ ?match([], mnesia:dirty_match_object(PatB)),
+ ?match([], mnesia:dirty_match_object(PatB2)),
+ ?match([], mnesia:dirty_index_read(Tab, 1, ValPos)),
+ ?match([], mnesia:dirty_index_read(Tab, 3, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatA, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatB, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatB2, ValPos)),
+ ?match('$end_of_table', mnesia:dirty_first(Tab)),
+
+ %% dirty_write
+ A ! fun() -> mnesia:dirty_write(RecA) end,
+ ?match_receive({A, ok}),
+ ?match([RecA], mnesia:dirty_read({Tab, a})),
+ ?match([RecA], mnesia:dirty_match_object(PatA)),
+ ?match(a, mnesia:dirty_first(Tab)),
+ ?match([RecA], mnesia:dirty_index_read(Tab, 1, ValPos)),
+ ?match([RecA], mnesia:dirty_index_match_object(PatA, ValPos)),
+ ?match('$end_of_table', mnesia:dirty_next(Tab, a)),
+
+ %% dirty_create
+ A ! fun() -> mnesia:dirty_write(RecB) end,
+ ?match_receive({A, ok}),
+ ?match([RecB], mnesia:dirty_read({Tab, b})),
+ ?match([RecB], mnesia:dirty_match_object(PatB)),
+ ?match([RecB], mnesia:dirty_index_read(Tab, 3, ValPos)),
+ ?match([RecB], mnesia:dirty_index_match_object(PatB, ValPos)),
+ ?match('$end_of_table',
+ mnesia:dirty_next(Tab, mnesia:dirty_next(Tab, mnesia:dirty_first(Tab)))),
+
+ %% dirty_update_counter
+ A ! fun() -> mnesia:dirty_update_counter({Tab, b}, -1) end,
+ ?match_receive({A, _}),
+ ?match([RecB2], mnesia:dirty_read({Tab, b})),
+ ?match([], mnesia:dirty_match_object(PatB)),
+ ?match([RecB2], mnesia:dirty_match_object(PatB2)),
+ ?match([RecB2], mnesia:dirty_index_read(Tab, 2, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatB, ValPos)),
+ ?match([RecB2], mnesia:dirty_index_match_object(PatB2, ValPos)),
+ ?match('$end_of_table',
+ mnesia:dirty_next(Tab, mnesia:dirty_next(Tab, mnesia:dirty_first(Tab)))),
+
+ %% dirty_delete
+ A ! fun() -> mnesia:dirty_delete({Tab, b}) end,
+ ?match_receive({A, ok}),
+ ?match([], mnesia:dirty_read({Tab, b})),
+ ?match([], mnesia:dirty_match_object(PatB2)),
+ ?match([], mnesia:dirty_index_read(Tab, 3, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatB2, ValPos)),
+ ?match(a, mnesia:dirty_first(Tab)),
+ ?match('$end_of_table', mnesia:dirty_next(Tab, a)),
+
+ %% dirty_delete_object
+ ?match([RecA], mnesia:dirty_match_object(PatA)),
+ A ! fun() -> mnesia:dirty_delete_object(RecA) end,
+ ?match_receive({A, ok}),
+ ?match([], mnesia:dirty_read({Tab, a})),
+ ?match([], mnesia:dirty_match_object(PatA)),
+ ?match([], mnesia:dirty_index_read(Tab, 1, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatA, ValPos)),
+ ?match('$end_of_table', mnesia:dirty_first(Tab)),
+
+ case Mode of
+ inside_trans ->
+ A ! end_trans,
+ ?match_receive({A, {atomic, end_trans}});
+ outside_trans ->
+ ignore
+ end,
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+trans_update_invisibible_outside_trans(doc) ->
+ ["Updates in a transaction are invisible outside the transaction"];
+trans_update_invisibible_outside_trans(suite) -> [];
+trans_update_invisibible_outside_trans(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = trans_update_invisibible_outside_trans,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]}])),
+ ValPos = 3,
+ RecA = {Tab, a, 1},
+ PatA = {Tab, '$1', 1},
+ RecB = {Tab, b, 3},
+ PatB = {Tab, '$1', 3},
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ Verify =
+ fun() ->
+ ?match([], mnesia:dirty_read({Tab, a})),
+ ?match([], mnesia:dirty_read({Tab, b})),
+ ?match([], mnesia:dirty_match_object(PatA)),
+ ?match([], mnesia:dirty_match_object(PatB)),
+ ?match([], mnesia:dirty_index_read(Tab, 1, ValPos)),
+ ?match([], mnesia:dirty_index_read(Tab, 3, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatA, ValPos)),
+ ?match([], mnesia:dirty_index_match_object(PatB, ValPos)),
+ ?match('$end_of_table', mnesia:dirty_first(Tab))
+ end,
+
+ Fun = fun() ->
+ ?match(ok, mnesia:write(RecA)),
+ Verify(),
+
+ ?match(ok, mnesia:write(RecB)),
+ Verify(),
+
+ ?match(ok, mnesia:delete({Tab, b})),
+ Verify(),
+
+ ?match([RecA], mnesia:match_object(PatA)),
+ Verify(),
+
+ ?match(ok, mnesia:delete_object(RecA)),
+ Verify(),
+ ok
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun)),
+ Verify(),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+trans_update_visible_inside_trans(doc) ->
+ ["Updates in a transaction are visible in the same transaction"];
+trans_update_visible_inside_trans(suite) -> [];
+trans_update_visible_inside_trans(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = trans_update_visible_inside_trans,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]}])),
+ ValPos = 3,
+ RecA = {Tab, a, 1},
+ PatA = {Tab, '$1', 1},
+ RecB = {Tab, b, 3},
+ PatB = {Tab, '$1', 3},
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ Fun = fun() ->
+ %% write
+ ?match(ok, mnesia:write(RecA)),
+ ?match([RecA], mnesia:read({Tab, a})),
+ ?match([RecA], mnesia:wread({Tab, a})),
+ ?match([RecA], mnesia:match_object(PatA)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA], mnesia:index_match_object(PatA, ValPos)),
+ ?match([RecA], mnesia:index_read(Tab, 1, ValPos)),
+
+ %% create
+ ?match(ok, mnesia:write(RecB)),
+ ?match([RecB], mnesia:read({Tab, b})),
+ ?match([RecB], mnesia:wread({Tab, b})),
+ ?match([RecB], mnesia:match_object(PatB)),
+ ?match([RecB], mnesia:index_match_object(PatB, ValPos)),
+ ?match([RecB], mnesia:index_read(Tab, 3, ValPos)),
+
+ %% delete
+ ?match(ok, mnesia:delete({Tab, b})),
+ ?match([], mnesia:read({Tab, b})),
+ ?match([], mnesia:wread({Tab, b})),
+ ?match([], mnesia:match_object(PatB)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatB, ValPos)),
+ ?match([], mnesia:index_read(Tab, 2, ValPos)),
+ ?match([], mnesia:index_read(Tab, 3, ValPos)),
+
+ %% delete_object
+ ?match(ok, mnesia:delete_object(RecA)),
+ ?match([], mnesia:read({Tab, a})),
+ ?match([], mnesia:wread({Tab, a})),
+ ?match([], mnesia:match_object(PatA)),
+ ?match([], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatA, ValPos)),
+ ?match([], mnesia:index_read(Tab, 2, ValPos)),
+ ?match([], mnesia:index_read(Tab, 3, ValPos)),
+ ok
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun)),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+write_shadows(doc) ->
+ ["Tests whether the shadow shows the correct object when",
+ "writing to the table"];
+write_shadows(suite) -> [];
+write_shadows(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = write_shadows,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]},
+ {type, set}])),
+ ValPos = 3,
+ RecA1 = {Tab, a, 1},
+ PatA1 = {Tab, '$1', 1},
+ RecA2 = {Tab, a, 2},
+ PatA2 = {Tab, '$1', 2},
+
+
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ Fun1 = fun() ->
+ ?match(ok, mnesia:write(RecA1)),
+ ok
+ end,
+
+ ?match({atomic, ok}, mnesia:transaction(Fun1)),
+
+ Fun2 = fun() ->
+ %% write shadow old write - is the confirmed value visable
+ %% in the shadow ?
+ ?match([RecA1], mnesia:read({Tab, a})),
+ ?match([RecA1], mnesia:wread({Tab, a})),
+ ?match([RecA1], mnesia:match_object(PatA1)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA1], mnesia:index_match_object(PatA1, ValPos)),
+ ?match([RecA1], mnesia:index_read(Tab, 1, ValPos)),
+
+ %% write shadow new write - is a new value visable instead
+ %% of the old value ?
+ ?match(ok, mnesia:write(RecA2)),
+
+ ?match([RecA2], mnesia:read({Tab, a})),
+ ?match([RecA2], mnesia:wread({Tab, a})),
+ ?match([RecA2], mnesia:match_object(PatA2)), %% delete shadow old but not new write - is the new value visable
+
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA2], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([RecA2], mnesia:index_read(Tab, 2, ValPos)),
+ ok
+
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun2)),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+delete_shadows(doc) ->
+ ["Test whether the shadow shows the correct object when deleting objects"];
+delete_shadows(suite) -> [];
+delete_shadows(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = delete_shadows,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]},
+ {type, set}])),
+ ValPos = 3,
+ OidA = {Tab, a},
+ RecA1 = {Tab, a, 1},
+ PatA1 = {Tab, '$1', 1},
+ RecA2 = {Tab, a, 2},
+ PatA2 = {Tab, '$1', 2},
+
+
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ Fun1 = fun() ->
+ ?match(ok, mnesia:write(RecA1)),
+ ok
+ end,
+
+ ?match({atomic, ok}, mnesia:transaction(Fun1)),
+
+ Fun2 = fun() ->
+
+
+ %% delete shadow old write - is the confirmed value invisible
+ %% when deleted in the transaction ?
+ ?match(ok, mnesia:delete(OidA)),
+
+ ?match([], mnesia:read({Tab, a})),
+ ?match([], mnesia:wread({Tab, a})),
+ ?match([], mnesia:match_object(PatA1)),
+ ?match([], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatA1, ValPos)),
+ ?match([], mnesia:index_read(Tab, 1, ValPos)),
+
+ %% delete shadow old but not new write - is the new value visable
+ %% when the old one was deleted ?
+ ?match(ok, mnesia:write(RecA2)),
+
+ ?match([RecA2], mnesia:read({Tab, a})),
+ ?match([RecA2], mnesia:wread({Tab, a})),
+ ?match([RecA2], mnesia:match_object(PatA2)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA2], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([RecA2], mnesia:index_read(Tab, 2, ValPos)),
+
+ %% delete shadow old and new write - is the new value invisable
+ %% when deleted ?
+ ?match(ok, mnesia:delete(OidA)),
+
+ ?match([], mnesia:read({Tab, a})),
+ ?match([], mnesia:wread({Tab, a})),
+ ?match([], mnesia:match_object(PatA2)),
+ ?match([], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([], mnesia:index_read(Tab, 2, ValPos)),
+ ok
+
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun2)),
+ ok.
+
+%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
+write_delete_shadows_bag(doc) ->
+ ["Test the visibility of written and deleted objects in an bag type table"];
+write_delete_shadows_bag(suite) -> [];
+write_delete_shadows_bag(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = write_delete_shadows_bag,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]},
+ {type, bag}])),
+ ValPos = 3,
+ OidA = {Tab, a},
+
+ RecA1 = {Tab, a, 1},
+ PatA1 = {Tab, '$1', 1},
+
+ RecA2 = {Tab, a, 2},
+ PatA2 = {Tab, '$1', 2},
+
+ RecA3 = {Tab, a, 3},
+ PatA3 = {Tab, '$1', 3},
+
+ PatA = {Tab, a, '_'},
+
+
+ ?match({atomic, ok}, mnesia:add_table_index(Tab, ValPos)),
+
+ Fun1 = fun() ->
+ ?match(ok, mnesia:write(RecA1)),
+ ?match(ok, mnesia:write(RecA2)),
+ ok
+ end,
+
+ ?match({atomic, ok}, mnesia:transaction(Fun1)),
+
+ Fun2 = fun() ->
+ %% delete shadow old write - is the confirmed value invisible
+ %% when deleted in the transaction ?
+ ?match(ok, mnesia:delete_object(RecA1)),
+
+ ?match([RecA2], mnesia:read({Tab, a})),
+ ?match([RecA2], mnesia:wread({Tab, a})),
+ ?match([RecA2], mnesia:match_object(PatA2)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA2], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([RecA2], mnesia:index_read(Tab, 2, ValPos)),
+
+ ?match(ok, mnesia:delete(OidA)),
+
+ ?match([], mnesia:read({Tab, a})),
+ ?match([], mnesia:wread({Tab, a})),
+ ?match([], mnesia:match_object(PatA1)),
+ ?match([], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatA1, ValPos)),
+ ?match([], mnesia:index_read(Tab, 1, ValPos)),
+
+ %% delete shadow old but not new write - are both new value visable
+ %% when the old one was deleted ?
+ ?match(ok, mnesia:write(RecA2)),
+ ?match(ok, mnesia:write(RecA3)),
+
+
+ ?match([RecA2, RecA3], lists:sort(mnesia:read({Tab, a}))),
+ ?match([RecA2, RecA3], lists:sort(mnesia:wread({Tab, a}))),
+ ?match([RecA2], mnesia:match_object(PatA2)),
+ ?match([a], mnesia:all_keys(Tab)),
+ ?match([RecA2, RecA3], lists:sort(mnesia:match_object(PatA))),
+ ?match([RecA2], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([RecA3], mnesia:index_match_object(PatA3, ValPos)),
+ ?match([RecA2], mnesia:index_read(Tab, 2, ValPos)),
+
+ %% delete shadow old and new write - is the new value invisable
+ %% when deleted ?
+ ?match(ok, mnesia:delete(OidA)),
+
+ ?match([], mnesia:read({Tab, a})),
+ ?match([], mnesia:wread({Tab, a})),
+ ?match([], mnesia:match_object(PatA2)),
+ ?match([], mnesia:all_keys(Tab)),
+ ?match([], mnesia:index_match_object(PatA2, ValPos)),
+ ?match([], mnesia:index_read(Tab, 2, ValPos)),
+ ok
+ end,
+ ?match({atomic, ok}, mnesia:transaction(Fun2)),
+ ok.
+
+write_delete_shadows_bag2(doc) ->
+ ["Test the visibility of written and deleted objects in an bag type table "
+ "and verifies the results"];
+write_delete_shadows_bag2(suite) -> [];
+write_delete_shadows_bag2(Config) when is_list(Config) ->
+
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab = w_d_s_b,
+
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab},
+ {ram_copies, [Node1]},
+ {type, bag}])),
+ Del = fun() ->
+ R1 = mnesia:read({Tab, 1}),
+ mnesia:delete({Tab, 1}),
+ R2 = mnesia:read({Tab, 1}),
+ mnesia:write({Tab, 1, 1}),
+ mnesia:write({Tab, 1, 2}),
+ R3 = mnesia:read({Tab, 1}),
+ {R1, R2, R3}
+ end,
+ DelObj = fun() ->
+ R1 = mnesia:read({Tab, 2}),
+ mnesia:delete_object({Tab, 2, 2}),
+ R2 = mnesia:read({Tab, 2}),
+ mnesia:write({Tab, 2, 1}),
+ mnesia:write({Tab, 2, 2}),
+ R3 = mnesia:read({Tab, 2}),
+ {R1, R2, R3}
+ end,
+ Both1 = [{Tab, 1, 1}, {Tab, 1, 2}],
+ Both2 = [{Tab, 2, 1}, {Tab, 2, 2}],
+ ?match({atomic, {[], [], Both1}}, mnesia:transaction(Del)),
+ ?match({atomic, {Both1, [], Both1}}, mnesia:transaction(Del)),
+ ?match({atomic, Both1}, mnesia:transaction(fun() -> mnesia:read({Tab, 1}) end)),
+ ?match({atomic, {[], [], Both2}}, mnesia:transaction(DelObj)),
+ ?match({atomic, {Both2, [{Tab, 2, 1}], Both2}}, mnesia:transaction(DelObj)),
+ ?match({atomic, Both2}, mnesia:transaction(fun() -> mnesia:read({Tab, 2}) end)),
+ ?verify_mnesia([Node1], []).
+
+shadow_search(doc) ->
+ ["Verifies that ordered_set tables are ordered, and the order is kept"
+ "even when table is shadowed by transaction updates"];
+shadow_search(suite) -> [];
+shadow_search(Config) when is_list(Config) ->
+ [Node1] = ?acquire_nodes(1, Config),
+ Tab1 = ss_oset,
+ Tab2 = ss_set,
+ Tab3 = ss_bag,
+ Tabs = [Tab1,Tab2,Tab3],
+ RecName = ss,
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab1},
+ {ram_copies, [Node1]},
+ {record_name, RecName},
+ {type, ordered_set}])),
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab2},
+ {record_name, RecName},
+ {ram_copies, [Node1]},
+ {type, set}])),
+ ?match({atomic, ok}, mnesia:create_table([{name, Tab3},
+ {record_name, RecName},
+ {ram_copies, [Node1]},
+ {type, bag}])),
+ Recs = [{RecName, K, K} || K <- [1,3,5]],
+ [mnesia:dirty_write(Tab1, R) || R <- Recs],
+ [mnesia:dirty_write(Tab2, R) || R <- Recs],
+ [mnesia:dirty_write(Tab3, R) || R <- Recs],
+
+ Match = fun(Tab) -> mnesia:match_object(Tab, {'_','_','_'}, write) end,
+ Select = fun(Tab) -> mnesia:select(Tab, [{'_', [], ['$_']}]) end,
+% Trans = fun(Fun,Args) -> mnesia:transaction(Fun,Args) end,
+ LoopHelp = fun('$end_of_table',_) -> [];
+ ({Res,Cont},Fun) ->
+ Sel = mnesia:select(Cont),
+ Res ++ Fun(Sel, Fun)
+ end,
+ SelLoop = fun(Table) ->
+ Sel = mnesia:select(Table, [{'_', [], ['$_']}], 1, read),
+ LoopHelp(Sel,LoopHelp)
+ end,
+
+ R1 = {RecName, 2, 2}, R2 = {RecName, 4, 4},
+ R3 = {RecName, 2, 3}, R4 = {RecName, 3, 1},
+ R5 = {RecName, 104, 104},
+ W1 = fun(Tab,Search) -> mnesia:write(Tab,R1,write),
+ mnesia:write(Tab,R2,write),
+ Search(Tab)
+ end,
+ S1 = lists:sort([R1,R2|Recs]),
+ ?match({atomic,S1}, mnesia:transaction(W1, [Tab1,Select])),
+ ?match({atomic,S1}, mnesia:transaction(W1, [Tab1,Match])),
+ ?match({atomic,S1}, mnesia:transaction(W1, [Tab1,SelLoop])),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab2,Select]))),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab2,SelLoop]))),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab2,Match]))),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab3,Select]))),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab3,SelLoop]))),
+ ?match({atomic,S1}, sort_res(mnesia:transaction(W1, [Tab3,Match]))),
+ [mnesia:dirty_delete_object(Tab,R) || R <- [R1,R2], Tab <- Tabs],
+
+ W2 = fun(Tab,Search) ->
+ mnesia:write(Tab,R3,write),
+ mnesia:write(Tab,R1,write),
+ Search(Tab)
+ end,
+ S2 = lists:sort([R1|Recs]),
+ S2Bag = lists:sort([R1,R3|Recs]),
+ ?match({atomic,S2}, mnesia:transaction(W2, [Tab1,Select])),
+ ?match({atomic,S2}, mnesia:transaction(W2, [Tab1,SelLoop])),
+ ?match({atomic,S2}, mnesia:transaction(W2, [Tab1,Match])),
+ ?match({atomic,S2}, sort_res(mnesia:transaction(W2, [Tab2,Select]))),
+ ?match({atomic,S2}, sort_res(mnesia:transaction(W2, [Tab2,SelLoop]))),
+ ?match({atomic,S2}, sort_res(mnesia:transaction(W2, [Tab2,Match]))),
+ ?match({atomic,S2Bag}, sort_res(mnesia:transaction(W2, [Tab3,Select]))),
+ ?match({atomic,S2Bag}, sort_res(mnesia:transaction(W2, [Tab3,SelLoop]))),
+ ?match({atomic,S2Bag}, sort_res(mnesia:transaction(W2, [Tab3,Match]))),
+%% [mnesia:dirty_delete_object(Tab,R) || R <- [R1,R3], Tab <- Tabs],
+
+ W3 = fun(Tab,Search) ->
+ mnesia:write(Tab,R4,write),
+ mnesia:delete(Tab,element(2,R1),write),
+ Search(Tab)
+ end,
+ S3Bag = lists:sort([R4|lists:delete(R1,Recs)]),
+ S3 = lists:delete({RecName,3,3},S3Bag),
+ ?match({atomic,S3}, mnesia:transaction(W3, [Tab1,Select])),
+ ?match({atomic,S3}, mnesia:transaction(W3, [Tab1,SelLoop])),
+ ?match({atomic,S3}, mnesia:transaction(W3, [Tab1,Match])),
+ ?match({atomic,S3}, sort_res(mnesia:transaction(W3, [Tab2,SelLoop]))),
+ ?match({atomic,S3}, sort_res(mnesia:transaction(W3, [Tab2,Select]))),
+ ?match({atomic,S3}, sort_res(mnesia:transaction(W3, [Tab2,Match]))),
+ ?match({atomic,S3Bag}, sort_res(mnesia:transaction(W3, [Tab3,Select]))),
+ ?match({atomic,S3Bag}, sort_res(mnesia:transaction(W3, [Tab3,SelLoop]))),
+ ?match({atomic,S3Bag}, sort_res(mnesia:transaction(W3, [Tab3,Match]))),
+
+ W4 = fun(Tab,Search) ->
+ mnesia:delete(Tab,-1,write),
+ mnesia:delete(Tab,4 ,write),
+ mnesia:delete(Tab,17,write),
+ mnesia:delete_object(Tab,{RecName, -1, x},write),
+ mnesia:delete_object(Tab,{RecName, 4, x},write),
+ mnesia:delete_object(Tab,{RecName, 42, x},write),
+ mnesia:delete_object(Tab,R2,write),
+ mnesia:write(Tab, R5, write),
+ Search(Tab)
+ end,
+ S4Bag = lists:sort([R5|S3Bag]),
+ S4 = lists:sort([R5|S3]),
+ ?match({atomic,S4}, mnesia:transaction(W4, [Tab1,Select])),
+ ?match({atomic,S4}, mnesia:transaction(W4, [Tab1,SelLoop])),
+ ?match({atomic,S4}, mnesia:transaction(W4, [Tab1,Match])),
+ ?match({atomic,S4}, sort_res(mnesia:transaction(W4, [Tab2,Select]))),
+ ?match({atomic,S4}, sort_res(mnesia:transaction(W4, [Tab2,SelLoop]))),
+ ?match({atomic,S4}, sort_res(mnesia:transaction(W4, [Tab2,Match]))),
+ ?match({atomic,S4Bag}, sort_res(mnesia:transaction(W4, [Tab3,Select]))),
+ ?match({atomic,S4Bag}, sort_res(mnesia:transaction(W4, [Tab3,SelLoop]))),
+ ?match({atomic,S4Bag}, sort_res(mnesia:transaction(W4, [Tab3,Match]))),
+ [mnesia:dirty_delete_object(Tab,R) || R <- [{RecName,3,3},R5], Tab <- Tabs],
+
+ %% hmmm anything more??
+
+ ?verify_mnesia([Node1], []).
+
+removed_resources(suite) ->
+ [rr_kill_copy];
+removed_resources(doc) ->
+ ["Verify that the locking behave when resources are removed"].
+
+rr_kill_copy(suite) -> [];
+rr_kill_copy(Config) when is_list(Config) ->
+ Ns = ?acquire_nodes(3,Config ++ [{tc_timeout, 60000}]),
+ DeleteMe = fun(_Tab,Where2read) ->
+ ?match([], mnesia_test_lib:kill_mnesia([Where2read]))
+ end,
+ Del = removed_resources(Ns, DeleteMe),
+ ?verify_mnesia(Ns -- [Del], []).
+
+removed_resources([_N1,N2,N3], DeleteRes) ->
+ Tab = del_res,
+ ?match({atomic, ok}, mnesia:create_table(Tab,[{ram_copies, [N2,N3]}])),
+
+ Init = fun() -> [mnesia:write({Tab,Key,Key}) || Key <- lists:seq(0,99)] end,
+ ?match([], [Bad || Bad <- mnesia:sync_dirty(Init), Bad /= ok]),
+
+ Where2Read = mnesia:table_info(Tab, where_to_read),
+ [Keep] = [N2,N3] -- [Where2Read],
+ Tester = self(),
+
+ Conflict = fun() ->
+ %% Read a value..
+ [{Tab,1,Val}] = mnesia:read({Tab,1}),
+ case get(restart) of
+ undefined ->
+ Tester ! {pid_1, self()},
+ %% Wait for sync, the read value have been
+ %% updated and this function should be restarted.
+ receive {Tester,sync} -> ok end,
+ put(restart, restarted);
+ restarted ->
+ ok
+ end,
+ mnesia:write({Tab,1,Val+10})
+ end,
+ Lucky = fun() ->
+ [{Tab,1,Val}] = mnesia:read({Tab,1}),
+ mnesia:write({Tab,1,Val+100})
+ end,
+
+ CPid = spawn_link(fun() -> Tester ! {self(), mnesia:transaction(Conflict)} end),
+
+ %% sync first transaction
+ receive {pid_1, CPid} -> synced end,
+
+ DeleteRes(Tab, Where2Read),
+
+ ?match(Keep, mnesia:table_info(Tab, where_to_read)),
+
+ %% Run the other/Lucky transaction, this should work since
+ %% it won't grab a lock on the conflicting transactions Where2Read node.
+
+ LPid = spawn_link(Keep, fun() -> Tester ! {self(),mnesia:transaction(Lucky)} end),
+ ?match_receive({LPid,{atomic,ok}}),
+
+ %% Continue Transaction no 1
+ CPid ! {self(), sync},
+
+ ?match(ok, receive {CPid,{atomic,ok}} -> ok after 2000 -> process_info(self()) end),
+
+ ?match({atomic,[{del_res,1,111}]}, mnesia:transaction(fun() -> mnesia:read({Tab,1}) end)),
+ Where2Read.
+
+nasty(suite) -> [];
+
+nasty(doc) ->
+ ["Tries to fullfill a rather nasty locking scenario, where we have had "
+ "bugs, the testcase tries a combination of locks in locker queue"];
+
+%% This testcase no longer works as it was intended to show errors when
+%% tablelocks was allowed to be placed in the queue though locks existed
+%% in the queue with less Tid's. This is no longer allowed and the testcase
+%% has been update.
+
+nasty(Config) ->
+ ?acquire_nodes(1, Config),
+ Tab = nasty,
+ ?match({atomic, ok}, mnesia:create_table(Tab, [])),
+ Coord = self(),
+ Write = fun(Key) ->
+ mnesia:write({Tab, Key, write}),
+ Coord ! {write, Key, self(), mnesia:get_activity_id()},
+ receive
+ continue ->
+ ok
+ end,
+ Coord ! {done, {write, Key}, self()}
+ end,
+
+ Update = fun(Key) ->
+ Coord ! {update, Key, self(), mnesia:get_activity_id()},
+ receive
+ continue ->
+ ok
+ end,
+ mnesia:read({Tab, Key}),
+ mnesia:write({Tab, Key, update}),
+ receive
+ continue ->
+ ok
+ end,
+
+ Coord ! {done, {update, Key}, self()}
+ end,
+
+ TabLock = fun() ->
+ Coord ! {tablock, Tab, self(), mnesia:get_activity_id()},
+ receive
+ continue ->
+ ok
+ end,
+ mnesia:lock({table, Tab}, write),
+ Coord ! {done, {tablock, Tab}, self()}
+ end,
+
+ Up = spawn_link(mnesia, transaction, [Update, [0]]),
+ ?match_receive({update, 0, Up, _Tid}),
+ TL = spawn_link(mnesia, transaction, [TabLock]),
+ ?match_receive({tablock, Tab, _Tl, _Tid}),
+ W0 = spawn_link(mnesia, transaction, [Write, [0]]),
+ ?match_receive({write, 0, W0, _Tid}),
+ W1 = spawn_link(mnesia, transaction, [Write, [1]]),
+ ?match_receive({write, 1, W1, _Tid}),
+
+ %% Nothing should be in msg queue!
+ ?match(timeout, receive A -> A after 1000 -> timeout end),
+ Up ! continue, %% Should be queued
+ ?match(timeout, receive A -> A after 1000 -> timeout end),
+ TL ! continue, %% Should be restarted
+% ?match({tablock, _, _, _}, receive A -> A after 1000 -> timeout end),
+ ?match(timeout, receive A -> A after 1000 -> timeout end),
+
+ LQ1 = mnesia_locker:get_lock_queue(),
+ ?match({2, _}, {length(LQ1), LQ1}),
+ W0 ! continue, % Up should be in queue
+ ?match_receive({done, {write, 0}, W0}),
+ ?match_receive({'EXIT', W0, normal}),
+
+ TL ! continue, % Should stay in queue W1
+ ?match(timeout, receive A -> A after 1000 -> timeout end),
+ Up ! continue, % Should stay in queue (TL got higher tid)
+ ?match(timeout, receive A -> A after 1000 -> timeout end),
+
+ LQ2 = mnesia_locker:get_lock_queue(),
+ ?match({2, _}, {length(LQ2), LQ2}),
+
+ W1 ! continue,
+ ?match_receive({done, {write, 1}, W1}),
+ get_exit(W1),
+ get_exit(TL),
+ ?match_receive({done, {tablock,Tab}, TL}),
+ get_exit(Up),
+ ?match_receive({done, {update, 0}, Up}),
+
+ ok.
+
+get_exit(Pid) ->
+ receive
+ {'EXIT', Pid, normal} ->
+ ok
+ after 10000 ->
+ ?error("Timeout EXIT ~p~n", [Pid])
+ end.
+
+iteration(doc) ->
+ ["Verify that the updates before/during iteration are visable "
+ "and that the order is preserved for ordered_set tables"];
+iteration(suite) ->
+ [foldl,first_next].
+
+foldl(doc) ->
+ [""];
+foldl(suite) ->
+ [];
+foldl(Config) when is_list(Config) ->
+ Nodes = [_,N2] = ?acquire_nodes(2, Config),
+ Tab1 = foldl_local,
+ Tab2 = foldl_remote,
+ Tab3 = foldl_ordered,
+ Tab11 = foldr_local,
+ Tab21 = foldr_remote,
+ Tab31 = foldr_ordered,
+ ?match({atomic, ok}, mnesia:create_table(Tab1, [{ram_copies, Nodes}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab2, [{ram_copies, [N2]}, {type, bag}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab3, [{ram_copies, Nodes},
+ {type, ordered_set}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab11, [{ram_copies, Nodes}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab21, [{ram_copies, [N2]}, {type, bag}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab31, [{ram_copies, Nodes},
+ {type, ordered_set}])),
+
+
+ Tab1Els = [{Tab1, N, N} || N <- lists:seq(1, 10)],
+ Tab2Els = [{Tab2, 1, 2} | [{Tab2, N, N} || N <- lists:seq(1, 10)]],
+ Tab3Els = [{Tab3, N, N} || N <- lists:seq(1, 10)],
+ Tab11Els = [{Tab11, N, N} || N <- lists:seq(1, 10)],
+ Tab21Els = [{Tab21, 1, 2} | [{Tab21, N, N} || N <- lists:seq(1, 10)]],
+ Tab31Els = [{Tab31, N, N} || N <- lists:seq(1, 10)],
+
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab1Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab2Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab3Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab11Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab21Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab31Els],
+
+ Get = fun(E, A) -> [E | A] end,
+
+ %% Before
+ AddB = fun(Tab, Func) ->
+ mnesia:write({Tab, 0, 0}),
+ mnesia:write({Tab, 1, 0}),
+ mnesia:write({Tab, 11, 0}),
+ mnesia:Func(Get, [], Tab)
+ end,
+ AddT1 = [{Tab1, 0, 0}, {Tab1, 1, 0}] ++ tl(Tab1Els) ++ [{Tab1, 11, 0}],
+ AddT2 = lists:sort([{Tab2, 0, 0}, {Tab2, 1, 0}] ++ Tab2Els ++ [{Tab2, 11, 0}]),
+ AddT3 = [{Tab3, 0, 0}, {Tab3, 1, 0}] ++ tl(Tab3Els) ++ [{Tab3, 11, 0}],
+ AddT11 = [{Tab11, 0, 0}, {Tab11, 1, 0}] ++ tl(Tab11Els) ++ [{Tab11, 11, 0}],
+ AddT21 = lists:sort([{Tab21, 0, 0}, {Tab21, 1, 0}] ++ Tab21Els ++ [{Tab21, 11, 0}]),
+ AddT31 = [{Tab31, 0, 0}, {Tab31, 1, 0}] ++ tl(Tab31Els) ++ [{Tab31, 11, 0}],
+
+ ?match({atomic, AddT1}, sort_res(mnesia:transaction(AddB, [Tab1, foldl]))),
+ ?match({atomic, AddT2}, sort_res(mnesia:transaction(AddB, [Tab2, foldl]))),
+ ?match({atomic, AddT3}, rev_res(mnesia:transaction(AddB, [Tab3, foldl]))),
+ ?match({atomic, AddT11}, sort_res(mnesia:transaction(AddB, [Tab11, foldr]))),
+ ?match({atomic, AddT21}, sort_res(mnesia:transaction(AddB, [Tab21, foldr]))),
+ ?match({atomic, AddT31}, mnesia:transaction(AddB, [Tab31, foldr])),
+
+ ?match({atomic, ok}, mnesia:create_table(copy, [{ram_copies, [N2]},
+ {record_name, Tab1}])),
+ CopyRec = fun(NewRec, Acc) ->
+ %% OTP-5495
+ W = fun() -> mnesia:write(copy, NewRec, write), [NewRec| Acc] end,
+ {atomic,Res} = sort_res(mnesia:transaction(W)),
+ Res
+ end,
+ Copy = fun() ->
+ AddT1 = mnesia:foldl(CopyRec, [], Tab1),
+ AddT1 = sort_res(mnesia:foldl(Get, [], copy))
+ end,
+ ?match({atomic, AddT1}, sort_res(mnesia:transaction(Copy))),
+
+ Del = fun(E, A) -> mnesia:delete_object(E), [E|A] end,
+ DelD = fun(Tab) ->
+ mnesia:write({Tab, 12, 12}),
+ mnesia:delete({Tab, 0}),
+ mnesia:foldr(Del, [], Tab),
+ mnesia:foldl(Get, [], Tab)
+ end,
+ ?match({atomic, []}, sort_res(mnesia:transaction(DelD, [Tab1]))),
+ ?match({atomic, []}, sort_res(mnesia:transaction(DelD, [Tab2]))),
+ ?match({atomic, []}, rev_res(mnesia:transaction(DelD, [Tab3]))),
+
+ ListWrite = fun(Tab) -> %% OTP-3893
+ mnesia:write({Tab, [12], 12}),
+ mnesia:foldr(Get, [], Tab)
+ end,
+ ?match({atomic, [{Tab1, [12], 12}]}, sort_res(mnesia:transaction(ListWrite, [Tab1]))),
+ ?match({atomic, [{Tab2, [12], 12}]}, sort_res(mnesia:transaction(ListWrite, [Tab2]))),
+ ?match({atomic, [{Tab3, [12], 12}]}, rev_res(mnesia:transaction(ListWrite, [Tab3]))),
+
+ ?verify_mnesia(Nodes, []).
+
+sort_res({atomic, List}) when is_list(List) ->
+ {atomic, lists:sort(List)};
+sort_res(Else) when is_list(Else) ->
+ lists:sort(Else);
+sort_res(Else) ->
+ Else.
+
+rev_res({atomic, List}) ->
+ {atomic, lists:reverse(List)};
+rev_res(Else) ->
+ Else.
+
+
+first_next(doc) -> [""];
+first_next(suite) -> [];
+first_next(Config) when is_list(Config) ->
+ Nodes = [_,N2] = ?acquire_nodes(2, Config),
+ Tab1 = local,
+ Tab2 = remote,
+ Tab3 = ordered,
+ Tab4 = bag,
+ Tabs = [Tab1,Tab2,Tab3,Tab4],
+
+ ?match({atomic, ok}, mnesia:create_table(Tab1, [{ram_copies, Nodes}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab2, [{ram_copies, [N2]}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab3, [{ram_copies, Nodes},
+ {type, ordered_set}])),
+ ?match({atomic, ok}, mnesia:create_table(Tab4, [{ram_copies, Nodes},
+ {type, bag}])),
+
+ %% Some Helpers
+ Trans = fun(Fun) -> mnesia:transaction(Fun) end,
+ Continue = fun(first) -> next;
+ (last) -> prev
+ end,
+ LoopHelp = fun('$end_of_table',_,_,_Fun) -> [];
+ (Key,Tab,Op,Fun) ->
+ Next = mnesia:Op(Tab,Key),
+ [Next |Fun(Next,Tab,Op,Fun)]
+ end,
+ Loop = fun(Tab,Start) ->
+ First = mnesia:Start(Tab),
+ Res = [First|LoopHelp(First,Tab,Continue(Start),LoopHelp)],
+ case mnesia:table_info(Tab, type) of
+ ordered_set when Start == first -> Res;
+ ordered_set ->
+ {L1,L2} = lists:split(length(Res)-1,Res),
+ lists:reverse(L1) ++ L2;
+ _ -> lists:sort(Res)
+ end
+ end,
+
+ %% Verify empty tables
+ [?match({atomic, ['$end_of_table']},
+ Trans(fun() -> Loop(Tab,first) end))
+ || Tab <- Tabs],
+ [?match({atomic, ['$end_of_table']},
+ Trans(fun() -> Loop(Tab,last) end))
+ || Tab <- Tabs],
+ %% Verify that trans write is visible inside trans
+ [?match({atomic, [0,10,'$end_of_table']},
+ Trans(fun() ->
+ mnesia:write({Tab,0,0}),
+ mnesia:write({Tab,10,10}),
+ Loop(Tab,first) end))
+ || Tab <- Tabs],
+ [?match({atomic, ['$end_of_table']},
+ Trans(fun() ->
+ mnesia:delete({Tab,0}),
+ mnesia:delete({Tab,10}),
+ Loop(Tab,first) end))
+ || Tab <- Tabs],
+
+ [?match({atomic, [0,10,'$end_of_table']},
+ Trans(fun() ->
+ mnesia:write({Tab,0,0}),
+ mnesia:write({Tab,10,10}),
+ Loop(Tab,last) end))
+ || Tab <- Tabs],
+ [?match({atomic, ['$end_of_table']},
+ Trans(fun() ->
+ mnesia:delete({Tab,0}),
+ mnesia:delete({Tab,10}),
+ Loop(Tab,last) end))
+ || Tab <- Tabs],
+
+ Tab1Els = [{Tab1, N, N} || N <- lists:seq(1, 5)],
+ Tab2Els = [{Tab2, N, N} || N <- lists:seq(1, 5)],
+ Tab3Els = [{Tab3, N, N} || N <- lists:seq(1, 5)],
+ Tab4Els = [{Tab4, 1, 2} | [{Tab4, N, N} || N <- lists:seq(1, 5)]],
+
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab1Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab2Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab3Els],
+ [mnesia:sync_dirty(fun() -> mnesia:write(E) end) || E <- Tab4Els],
+ Keys = lists:sort(mnesia:dirty_all_keys(Tab1)),
+ R1 = Keys++ ['$end_of_table'],
+ [?match({atomic, R1}, Trans(fun() -> Loop(Tab,first) end))
+ || Tab <- Tabs],
+
+ [?match({atomic, R1}, Trans(fun() -> Loop(Tab,last) end))
+ || Tab <- Tabs],
+ R2 = R1 -- [3],
+
+ [?match({atomic, R2}, Trans(fun() -> mnesia:delete({Tab,3}),Loop(Tab,first) end))
+ || Tab <- Tabs],
+ [?match({atomic, R1}, Trans(fun() -> mnesia:write({Tab,3,3}),Loop(Tab,first) end))
+ || Tab <- Tabs],
+ [?match({atomic, R2}, Trans(fun() -> mnesia:delete({Tab,3}),Loop(Tab,last) end))
+ || Tab <- Tabs],
+ [?match({atomic, R1}, Trans(fun() -> mnesia:write({Tab,3,3}),Loop(Tab,last) end))
+ || Tab <- Tabs],
+ [?match({atomic, R1}, Trans(fun() -> mnesia:write({Tab,4,19}),Loop(Tab,first) end))
+ || Tab <- Tabs],
+ [?match({atomic, R1}, Trans(fun() -> mnesia:write({Tab,4,4}),Loop(Tab,last) end))
+ || Tab <- Tabs],
+
+ ?verify_mnesia(Nodes, []).
+
+
+snmp_shadows(doc) -> [""];
+snmp_shadows(suite) -> [];
+snmp_shadows(Config) when is_list(Config) ->
+ Nodes = ?acquire_nodes(1, Config),
+ Tab = snmp_shadows,
+ io:format("With fixstring~n", []),
+ ?match({atomic, ok}, mnesia:create_table(Tab,[{snmp,[{key,{fix_string,integer}}]}])),
+ snmp_shadows_test(Tab),
+ ?match({atomic, ok}, mnesia:delete_table(Tab)),
+ io:format("Without fixstring~n", []),
+ ?match({atomic, ok}, mnesia:create_table(Tab,[{snmp,[{key,{string,integer}}]}])),
+ snmp_shadows_test(Tab),
+ ?verify_mnesia(Nodes, []).
+
+snmp_shadows_test(Tab) ->
+ [mnesia:dirty_write({Tab, {"string", N}, {N, init}}) || N <- lists:seq(2,8,2)],
+
+ CheckOrder = fun(A={_,_,{_,_,State}}, Prev) ->
+ ?match({true, A, Prev}, {Prev < A, A, Prev}),
+ {State,A}
+ end,
+ R1 = mnesia:sync_dirty(fun() -> loop_snmp(Tab, []) end),
+ lists:mapfoldl(CheckOrder, {[],foo,foo}, R1),
+ R2 = mnesia:transaction(fun() -> loop_snmp(Tab, []) end),
+ ?match({atomic, R1}, R2),
+
+ Shadow = fun() ->
+ ok = mnesia:write({Tab, {"string",1}, {1,update}}),
+ ok = mnesia:write({Tab, {"string",4}, {4,update}}),
+ ok = mnesia:write({Tab, {"string",6}, {6,update}}),
+ ok = mnesia:delete({Tab, {"string",6}}),
+ ok = mnesia:write({Tab, {"string",9}, {9,update}}),
+ ok = mnesia:write({Tab, {"string",3}, {3,update}}),
+ ok = mnesia:write({Tab, {"string",5}, {5,update}}),
+ [Row5] = mnesia:read({Tab, {"string",5}}),
+ ok = mnesia:delete_object(Row5),
+ loop_snmp(Tab, [])
+ end,
+ R3 = mnesia:sync_dirty(Shadow),
+ {L3,_} = lists:mapfoldl(CheckOrder, {[],foo,foo}, R3),
+ ?match([{1,update},{2,init},{3,update},{4,update},{8,init},{9,update}], L3),
+ ?match({atomic, ok}, mnesia:clear_table(Tab)),
+
+ [mnesia:dirty_write({Tab, {"string", N}, {N, init}}) || N <- lists:seq(2,8,2)],
+ {atomic, R3} = mnesia:transaction(Shadow),
+ {L4,_} = lists:mapfoldl(CheckOrder, {[],foo,foo}, R3),
+ ?match([{1,update},{2,init},{3,update},{4,update},{8,init},{9,update}], L4),
+ ok.
+
+loop_snmp(Tab,Prev) ->
+ case mnesia:snmp_get_next_index(Tab,Prev) of
+ {ok, SKey} ->
+ {{ok,Row},_} = {mnesia:snmp_get_row(Tab, SKey),{?LINE,Prev,SKey}},
+ {{ok,MKey},_} = {mnesia:snmp_get_mnesia_key(Tab,SKey),{?LINE,Prev,SKey}},
+ ?match({[Row],Row,SKey,MKey}, {mnesia:read({Tab,MKey}),Row,SKey,MKey}),
+ [{SKey, MKey, Row} | loop_snmp(Tab, SKey)];
+ endOfTable ->
+ []
+ end.