%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 1998-2010. 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(bif_SUITE).
-export([all/0, suite/0,groups/0,init_per_suite/1, end_per_suite/1,
init_per_group/2,end_per_group/2]).
-export([
spawn1/1, spawn2/1, spawn3/1, spawn4/1,
spawn_link1/1, spawn_link2/1, spawn_link3/1, spawn_link4/1,
spawn_opt2/1, spawn_opt3/1, spawn_opt4/1, spawn_opt5/1,
spawn_failures/1,
run_fun/1,
wilderness/1]).
-export([init_per_testcase/2, end_per_testcase/2]).
-include_lib("test_server/include/test_server.hrl").
% Default timetrap timeout (set in init_per_testcase).
-define(default_timeout, ?t:minutes(1)).
init_per_testcase(_Case, Config) ->
?line Dog = ?t:timetrap(?default_timeout),
[{watchdog, Dog} | Config].
end_per_testcase(_Case, Config) ->
Dog = ?config(watchdog, Config),
test_server:timetrap_cancel(Dog),
ok.
suite() -> [{suite_callbacks,[ts_install_scb]}].
all() ->
[{group, spawn_tests}, {group, spawn_link_tests},
{group, spawn_opt_tests}, spawn_failures, wilderness].
groups() ->
[{spawn_tests, [], [spawn1, spawn2, spawn3, spawn4]},
{spawn_link_tests, [],
[spawn_link1, spawn_link2, spawn_link3, spawn_link4]},
{spawn_opt_tests, [],
[spawn_opt2, spawn_opt3, spawn_opt4, spawn_opt5]}].
init_per_suite(Config) ->
Config.
end_per_suite(_Config) ->
ok.
init_per_group(_GroupName, Config) ->
Config.
end_per_group(_GroupName, Config) ->
Config.
spawn1(doc) -> ["Test spawn/1"];
spawn1(suite) ->
[];
spawn1(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn
?line P = spawn(fun() -> Parent ! {self(), fetch_proc_vals(self())} end),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(false, normal, FA, 0, PV)
end,
ok.
spawn2(doc) -> ["Test spawn/2"];
spawn2(suite) ->
[];
spawn2(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn2),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn(Node,
fun() -> Parent ! {self(), fetch_proc_vals(self())} end),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(false, normal, FA, 0, PV)
end,
?line true = stop_node(Node),
ok.
spawn3(doc) -> ["Test spawn/3"];
spawn3(suite) ->
[];
spawn3(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn(?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end]),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(false, normal, FA, 0, PV)
end,
ok.
spawn4(doc) -> ["Test spawn/4"];
spawn4(suite) ->
[];
spawn4(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn4),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn(Node,
?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end]),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(false, normal, FA, 0, PV)
end,
?line true = stop_node(Node),
ok.
spawn_link1(doc) -> ["Test spawn_link/1"];
spawn_link1(suite) ->
[];
spawn_link1(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn_link(fun() -> Parent ! {self(), fetch_proc_vals(self())} end),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(true, normal, FA, 0, PV)
end,
ok.
spawn_link2(doc) -> ["Test spawn_link/2"];
spawn_link2(suite) ->
[];
spawn_link2(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn_link2),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn_link(Node,
fun() -> Parent ! {self(), fetch_proc_vals(self())} end),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(true, normal, FA, 0, PV)
end,
?line true = stop_node(Node),
ok.
spawn_link3(doc) -> ["Test spawn_link/3"];
spawn_link3(suite) ->
[];
spawn_link3(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn_link(?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end]),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(true, normal, FA, 0, PV)
end,
ok.
spawn_link4(doc) -> ["Test spawn_link/4"];
spawn_link4(suite) ->
[];
spawn_link4(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn_link4),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
% spawn_link
?line P = spawn_link(Node,
?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end]),
?line receive
{P, PV} ->
?line Node = node(P),
?line check_proc_vals(true, normal, FA, 0, PV)
end,
?line true = stop_node(Node),
ok.
spawn_opt2(doc) -> ["Test spawn_opt/2"];
spawn_opt2(suite) ->
[];
spawn_opt2(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
?line P1 = spawn_opt(fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end,
case heap_type() of
separate ->
[{fullsweep_after, 0},{min_heap_size, 1000}];
shared ->
[]
end
++ [link, {priority, max}]),
?line receive
{P1, PV1} ->
?line Node = node(P1),
?line check_proc_vals(true, max, 0, 1000, PV1)
end,
?line P2 = spawn_opt(fun() -> Parent ! {self(), fetch_proc_vals(self())} end,
case heap_type() of
separate -> [{min_heap_size, 10}];
shared -> []
end),
?line receive
{P2, PV2} ->
?line Node = node(P2),
?line check_proc_vals(false, normal, FA, 10, PV2)
end,
ok.
spawn_opt3(doc) -> ["Test spawn_opt/3"];
spawn_opt3(suite) ->
[];
spawn_opt3(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn_opt3),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
?line P1 = spawn_opt(Node,
fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end,
case heap_type() of
separate ->
[{fullsweep_after,0}, {min_heap_size,1000}];
shared ->
[]
end
++ [link, {priority, max}]),
?line receive
{P1, PV1} ->
?line Node = node(P1),
?line check_proc_vals(true, max, 0, 1000, PV1)
end,
?line P2 = spawn_opt(Node,
fun() -> Parent ! {self(), fetch_proc_vals(self())} end,
case heap_type() of
separate -> [{min_heap_size, 10}];
shared -> []
end),
?line receive
{P2, PV2} ->
?line Node = node(P2),
?line check_proc_vals(false, normal, FA, 10, PV2)
end,
?line true = stop_node(Node),
ok.
spawn_opt4(doc) -> ["Test spawn_opt/4"];
spawn_opt4(suite) ->
[];
spawn_opt4(Config) when is_list(Config) ->
?line Node = node(),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
?line P1 = spawn_opt(?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end],
case heap_type() of
separate ->
[{fullsweep_after,0}, {min_heap_size,1000}];
shared ->
[]
end
++ [link, {priority, max}]),
?line receive
{P1, PV1} ->
?line Node = node(P1),
?line check_proc_vals(true, max, 0, 1000, PV1)
end,
?line P2 = spawn_opt(?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end],
case heap_type() of
separate -> [{min_heap_size, 10}];
shared -> []
end),
?line receive
{P2, PV2} ->
?line Node = node(P2),
?line check_proc_vals(false, normal, FA, 10, PV2)
end,
ok.
spawn_opt5(doc) -> ["Test spawn_opt/5"];
spawn_opt5(suite) ->
[];
spawn_opt5(Config) when is_list(Config) ->
?line {ok, Node} = start_node(spawn_opt5),
?line Parent = self(),
?line {_, _, FA, _} = fetch_proc_vals(self()),
?line P1 = spawn_opt(Node,
?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end],
case heap_type() of
separate ->
[{fullsweep_after,0}, {min_heap_size,1000}];
shared ->
[]
end
++ [link, {priority, max}]),
?line receive
{P1, PV1} ->
?line Node = node(P1),
?line check_proc_vals(true, max, 0, 1000, PV1)
end,
?line P2 = spawn_opt(Node,
?MODULE,
run_fun,
[fun() ->
Parent ! {self(), fetch_proc_vals(self())}
end],
case heap_type() of
separate -> [{min_heap_size, 10}];
shared -> []
end),
?line receive
{P2, PV2} ->
?line Node = node(P2),
?line check_proc_vals(false, normal, FA, 10, PV2)
end,
?line true = stop_node(Node),
ok.
spawn_failures(doc) ->
["Test failure behavior of spawn bifs"];
spawn_failures(suite) ->
[];
spawn_failures(Config) when is_list(Config) ->
?line ThisNode = node(),
?line {ok, Node} = start_node(spawn_remote_failure),
% unknown nodes
test_server:format("Testing unknown nodes~n", []),
?line CrashPid1 = (catch spawn_opt('unknown@node',
erlang,
nodes,
[],
[])),
?line true = is_pid(CrashPid1),
?line ThisNode = node(CrashPid1),
?line CrashPid2 = (catch spawn_opt('unknown@node',
fun () -> erlang:nodes() end,
[])),
?line true = is_pid(CrashPid2),
?line ThisNode = node(CrashPid2),
?line CrashPid3 = (catch spawn('unknown@node',
erlang,
nodes,
[])),
?line true = is_pid(CrashPid3),
?line ThisNode = node(CrashPid3),
?line CrashPid4 = (catch spawn('unknown@node',
fun () -> erlang:nodes() end)),
?line true = is_pid(CrashPid4),
?line ThisNode = node(CrashPid4),
?line OTE = process_flag(trap_exit,true),
?line CrashPid5 = (catch spawn_link('unknown@node',
erlang,
nodes,
[])),
receive
{'EXIT', CrashPid5, noconnection} ->
?line true = is_pid(CrashPid5),
?line ThisNode = node(CrashPid5)
end,
?line CrashPid6 = (catch spawn_link('unknown@node',
fun () -> erlang:nodes() end)),
receive
{'EXIT', CrashPid6, noconnection} ->
?line true = is_pid(CrashPid6),
?line ThisNode = node(CrashPid6)
end,
process_flag(trap_exit,OTE),
case OTE of
false ->
receive
{'EXIT', P, R} ->
?line test_server:fail({'EXIT', P, R})
after 0 ->
ok
end;
_ ->
ok
end,
% bad node
test_server:format("Testing bad nodes~n", []),
?line {'EXIT', {badarg, _}} = (catch spawn_opt("Node",erlang,nodes,[],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt("Node",
fun () ->
erlang:nodes()
end,
[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link("Node",
fun () ->
erlang:nodes()
end)),
?line {'EXIT', {badarg, _}} = (catch spawn("Node",erlang,nodes,[])),
?line {'EXIT', {badarg, _}} = (catch spawn("Node",
fun () ->
erlang:nodes()
end)),
% bad module
test_server:format("Testing bad modules~n", []),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(Node,"erlang",nodes,[],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt("erlang",nodes,[],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(Node,"erlang",nodes,[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link("erlang",nodes,[])),
?line {'EXIT', {badarg, _}} = (catch spawn(Node,"erlang",nodes,[])),
?line {'EXIT', {badarg, _}} = (catch spawn("erlang",nodes,[])),
% bad function
test_server:format("Testing bad functions~n", []),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(Node,erlang,"nodes",[],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(Node,not_a_fun,[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(erlang,"nodes",[],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(not_a_fun,[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(Node,erlang,"nodes",[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(Node,not_a_fun)),
?line {'EXIT', {badarg, _}} = (catch spawn_link(erlang,"nodes",[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(not_a_fun)),
?line {'EXIT', {badarg, _}} = (catch spawn(Node,erlang,"nodes",[])),
?line {'EXIT', {badarg, _}} = (catch spawn(Node,not_a_fun)),
?line {'EXIT', {badarg, _}} = (catch spawn(erlang,"nodes",[])),
?line {'EXIT', {badarg, _}} = (catch spawn(not_a_fun)),
% bad argument
test_server:format("Testing bad arguments~n", []),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(Node,erlang,nodes,[a|b],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(erlang,nodes,[a|b],[])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(Node,erlang,nodes,[a|b])),
?line {'EXIT', {badarg, _}} = (catch spawn_link(erlang,nodes,[a|b])),
?line {'EXIT', {badarg, _}} = (catch spawn(Node,erlang,nodes,[a|b])),
?line {'EXIT', {badarg, _}} = (catch spawn(erlang,nodes,[a|b])),
% bad option
test_server:format("Testing bad options~n", []),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(Node,erlang,nodes,[],[a|b])),
?line {'EXIT', {badarg, _}} = (catch spawn_opt(erlang,nodes,[],[a|b])),
?line true = stop_node(Node),
ok.
check_proc_vals(Link, Priority, FullsweepAfter, MinHeapSize, {Ls, P, FA, HS}) ->
?line Link = lists:member(self(), Ls),
?line Priority = P,
?line case heap_type() of
separate ->
?line FullsweepAfter = FA,
?line true = (HS >= MinHeapSize);
shared ->
?line ok
end,
?line ok.
fetch_proc_vals(Pid) ->
?line PI = process_info(Pid),
?line {value,{links, Ls}} = lists:keysearch(links, 1, PI),
?line {value,{priority,P}} = lists:keysearch(priority, 1, PI),
?line {FA, HS}
= case heap_type() of
separate ->
?line {value,
{garbage_collection,
Gs}} = lists:keysearch(garbage_collection, 1, PI),
?line {value,
{fullsweep_after,
Fa}} = lists:keysearch(fullsweep_after, 1, Gs),
?line {value,
{heap_size,Hs}} = lists:keysearch(heap_size, 1, PI),
?line {Fa, Hs};
shared ->
{undefined, undefined}
end,
?line {Ls, P, FA, HS}.
% This testcase should probably be moved somewhere else
wilderness(doc) ->
["Test that memory allocation command line options affecting the"
"wilderness of the heap are interpreted correct by the emulator "];
wilderness(suite) ->
[];
wilderness(Config) when is_list(Config) ->
?line Dog = ?t:timetrap(?default_timeout),
?line OKParams = {512, 8},
?line Alloc = erlang:system_info(allocator),
?line test_server:format("Test server allocator info:~n~p", [Alloc]),
Result = case Alloc of
{Allocator, _, _, _} when Allocator == glibc;
Allocator == dlmalloc ->
?line run_wilderness_test(OKParams, OKParams),
?line {comment,
"Allocator used: " ++ atom_to_list(Allocator)};
{OtherAllocator, _, _, _} ->
?line {skipped,
"Only run when glibc is used. "
"Allocator used: "
++ atom_to_list(OtherAllocator)}
end,
?line test_server:timetrap_cancel(Dog),
Result.
run_wilderness_test({Set_tt, Set_tp}, {Exp_tt, Exp_tp}) ->
Self = self(),
Ref = make_ref(),
SuiteDir = filename:dirname(code:which(?MODULE)),
?line {ok, Node} = test_server:start_node(allocator_test,
slave,
[{args,
" -pa "
++ SuiteDir
++" +MYtt "++to_string(Set_tt)
++" +MYtp "++to_string(Set_tp)},
{linked, false}]),
spawn(Node, fun () ->
Self ! {Ref, erlang:system_info(allocator)}
end),
receive
{Ref, {A, V, F, S}} ->
Ett = Exp_tt*1024,
Etp = Exp_tp*1024,
?line test_server:format("Test allocator info:~n~p",
[{A, V, F, S}]),
?line {value, {sys_alloc, SA_Opts}}
= lists:keysearch(sys_alloc, 1, S),
?line {value, {tt, Ett}} = lists:keysearch(tt, 1, SA_Opts),
?line {value, {tp, Etp}} = lists:keysearch(tp, 1, SA_Opts)
end,
stop_node(Node).
to_string(X) when is_integer(X) ->
integer_to_list(X);
to_string(X) when is_atom(X) ->
atom_to_list(X);
to_string(X) when is_list(X) ->
X.
get_nodenames(N, T) ->
get_nodenames(N, T, []).
get_nodenames(0, _, Acc) ->
Acc;
get_nodenames(N, T, Acc) ->
{A, B, C} = now(),
get_nodenames(N-1, T, [list_to_atom(atom_to_list(?MODULE)
++ "-"
++ atom_to_list(T)
++ "-"
++ integer_to_list(A)
++ "-"
++ integer_to_list(B)
++ "-"
++ integer_to_list(C)) | Acc]).
start_node(TestCase) ->
?line [Name] = get_nodenames(1, TestCase),
?line Pa = filename:dirname(code:which(?MODULE)),
?line test_server:start_node(Name, slave, [{args, "-pa " ++ Pa}]).
stop_node(Node) ->
?line true = test_server:stop_node(Node).
run_fun(Fun) ->
Fun().
heap_type() ->
case catch erlang:system_info(heap_type) of
shared -> shared;
unified -> shared;
_ -> separate
end.
