%%--------------------------------------------------------------------
%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 2000-2010. 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%
%%
%%
%%--------------------------------------------------------------------
%% File : eventDB_SUITE.erl
%% Purpose :
%%--------------------------------------------------------------------
-module(eventDB_SUITE).
%%--------------- INCLUDES -----------------------------------
-include_lib("orber/include/corba.hrl").
-include_lib("orber/include/ifr_types.hrl").
%% cosEvent files.
-include_lib("cosEvent/include/CosEventChannelAdmin.hrl").
%% cosTime files.
-include_lib("cosTime/include/TimeBase.hrl").
%% Application files
-include_lib("cosNotification/include/CosNotification.hrl").
-include_lib("cosNotification/include/CosNotifyChannelAdmin.hrl").
-include_lib("cosNotification/include/CosNotifyComm.hrl").
-include_lib("cosNotification/include/CosNotifyFilter.hrl").
-include_lib("cosNotification/src/CosNotification_Definitions.hrl").
-include("idl_output/notify_test.hrl").
-include_lib("test_server/include/test_server.hrl").
%%--------------- DEFINES ------------------------------------
-define(default_timeout, ?t:minutes(20)).
-define(match(ExpectedRes, Expr),
fun() ->
AcTuAlReS = (catch (Expr)),
case AcTuAlReS of
ExpectedRes ->
io:format("------ CORRECT RESULT ------~n~p~n",
[AcTuAlReS]),
AcTuAlReS;
_ ->
io:format("###### ERROR ERROR ######~n~p~n",
[AcTuAlReS]),
?line exit(AcTuAlReS)
end
end()).
-define(EVENT1, ?not_CreateSE("","event1","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 0)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=900000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=900000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 900000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT2, ?not_CreateSE("","event2","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 0)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=800000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=800000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 800000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT3, ?not_CreateSE("","event3","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 0)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=700000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=700000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 700000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT4, ?not_CreateSE("","event4","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 2)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=300000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=300000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 300000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT5, ?not_CreateSE("","event5","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 2)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=200000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=200000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 200000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT6, ?not_CreateSE("","event6","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 0)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=500000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=500000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 500000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT7, ?not_CreateSE("","event7","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), -1)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=400000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=400000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 400000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT8, ?not_CreateSE("","event8","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), -1)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=600000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=600000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 600000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENT9, ?not_CreateSE("","event9","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 0)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=100000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(),
#'TimeBase_UtcT'
{time=100000000,
inacclo=0, inacchi=0, tdf=2})},
#'CosNotification_Property'
{name="Timeout",
value=any:create(orber_tc:unsigned_long_long(), 100000000)}],
[], any:create(orber_tc:null(), null))).
-define(EVENTS, [?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5, ?EVENT6, ?EVENT7,
?EVENT8, ?EVENT9]).
-define(PRIOORDER, [?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3, ?EVENT6, ?EVENT9,
?EVENT7, ?EVENT8]).
-define(FIFOORDER, ?EVENTS).
-define(DEADLINEORDER, [?EVENT9, ?EVENT5, ?EVENT4, ?EVENT7, ?EVENT6, ?EVENT8, ?EVENT3,
?EVENT2, ?EVENT1]).
-define(NO_OF_EVENTS, 9).
%%-----------------------------------------------------------------
%% External exports
%%-----------------------------------------------------------------
-export([all/0, suite/0,groups/0,init_per_group/2,end_per_group/2,
cases/0, init_per_suite/1, end_per_suite/1, reorder_api/1,
lookup_api/1,
discard_api/1, max_events_api/1, gc_api/1, auto_gc_api/1,
start_stop_time_api/1, mapping_filter_api/1, persisten_event_api/1,
init_per_testcase/2, end_per_testcase/2]).
%%-----------------------------------------------------------------
%% Func: all/1
%% Args:
%% Returns:
%%-----------------------------------------------------------------
suite() -> [{suite_callbacks,[ts_install_scb]}].
all() ->
cases().
groups() ->
[].
init_per_group(_GroupName, Config) ->
Config.
end_per_group(_GroupName, Config) ->
Config.
cases() ->
[persisten_event_api, start_stop_time_api,
mapping_filter_api, max_events_api, discard_api,
reorder_api, lookup_api, gc_api, auto_gc_api].
%%-----------------------------------------------------------------
%% Init and cleanup functions.
%%-----------------------------------------------------------------
init_per_testcase(_Case, Config) ->
?line Dog=test_server:timetrap(?default_timeout),
[{watchdog, Dog}|Config].
end_per_testcase(_Case, Config) ->
Dog = ?config(watchdog, Config),
test_server:timetrap_cancel(Dog),
ok.
init_per_suite(Config) ->
Path = code:which(?MODULE),
code:add_pathz(filename:join(filename:dirname(Path), "idl_output")),
orber:jump_start(),
cosTime:install_time(),
cosTime:start(),
if
is_list(Config) ->
Config;
true ->
exit("Config not a list")
end.
end_per_suite(Config) ->
Path = code:which(?MODULE),
code:del_path(filename:join(filename:dirname(Path), "idl_output")),
cosTime:stop(),
cosTime:uninstall_time(),
orber:jump_stop(),
Config.
%%-----------------------------------------------------------------
%% cosNotification_eventDB lookup API tests
%%-----------------------------------------------------------------
mapping_filter_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. This case is supposed to test",
"that the events are delivered in the correct order",
"if a MappingFilter have benn associated.",
""];
mapping_filter_api(suite) -> [];
mapping_filter_api(_Config) ->
InitQoS = ?not_CreateInitQoS(),
InitQoS2 = ?not_SetMaxEventsPerConsumer(InitQoS,100),
InitQoS3 = ?not_SetStartTimeSupported(InitQoS2, false),
InitQoS4 = ?not_SetStopTimeSupported(InitQoS3, true),
QoS = ?not_SetDiscardPolicy(InitQoS4, ?not_AnyOrder),
PriorityQoS = ?not_SetOrderPolicy(QoS, ?not_PriorityOrder),
DeadlineQoS = ?not_SetOrderPolicy(QoS, ?not_DeadlineOrder),
%% "Calculate" data once:
%% NOTE! Even though the an Event do not match any of the constarints the
%% default value will be used. Hence, the events will not be stored in the
%% way described in the definitions above. For example, when using deadline order
%% all the events will be stored in FIFO order since the usag of a MappingFilter
%% all evnts will have the same deadline (except event6).
Events = ?EVENTS,
PrioOrder = [?EVENT6, ?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5, ?EVENT7,
?EVENT8, ?EVENT9],
DeadlineOrder = [?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5, ?EVENT7, ?EVENT8,
?EVENT9],
FiFac = 'CosNotifyFilter_FilterFactory':oe_create(),
?match({_,key,_,_,_,_}, FiFac),
PrioFilter = 'CosNotifyFilter_FilterFactory':
create_mapping_filter(FiFac, "EXTENDED_TCL", any:create(orber_tc:short(), 0)),
DLFilter = 'CosNotifyFilter_FilterFactory':
create_mapping_filter(FiFac, "EXTENDED_TCL", any:create(orber_tc:unsigned_long_long(), 1000000000)),
?match([_],
'CosNotifyFilter_MappingFilter':add_mapping_constraints(PrioFilter,
[#'CosNotifyFilter_MappingConstraintPair'
{constraint_expression = #'CosNotifyFilter_ConstraintExp'
{event_types = [#'CosNotification_EventType'
{domain_name = "",
type_name = "event6"}],
constraint_expr = "2==2"},
result_to_set = any:create(orber_tc:short(), 10)}])),
?match([_],
'CosNotifyFilter_MappingFilter':add_mapping_constraints(DLFilter,
[#'CosNotifyFilter_MappingConstraintPair'
{constraint_expression = #'CosNotifyFilter_ConstraintExp'
{event_types = [#'CosNotification_EventType'
{domain_name = "",
type_name = "event6"}],
constraint_expr = "2==2"},
result_to_set = any:create(orber_tc:unsigned_long_long(), 200000000)}])),
do_lookup(PriorityQoS, Events, PrioOrder, "Priority Order", undefined, PrioFilter, 0),
do_lookup(DeadlineQoS, Events, DeadlineOrder, "Deadline Order", DLFilter, undefined, 23000),
ok.
do_lookup(QoS, Events, Return, Txt, DLFilter, PrioFilter, Timeout) ->
io:format("#################### ~s ###################~n", [Txt]),
Ref = cosNotification_eventDB:create_db(QoS, 60, 50, undefined),
create_loop(Events, Ref, DLFilter, PrioFilter),
timer:sleep(Timeout),
?match({Return,_}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref).
%%-----------------------------------------------------------------
%% cosNotification_eventDB discard API tests
%%-----------------------------------------------------------------
discard_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If MaxEvents limit is reached there",
"different ways we can discard the. This case will test",
"all permutations of order and discard policies.",
""];
discard_api(suite) -> [];
discard_api(_Config) ->
InitQoS1 = ?not_CreateInitQoS(),
InitQoS2 = ?not_SetPriority(InitQoS1, 10),
InitQoS3 = ?not_SetStartTimeSupported(InitQoS2, false),
QoS = ?not_SetMaxEventsPerConsumer(InitQoS3, 5),
%% The different order policies. To each order we must apply every possible
%% discard policy to each order policy setting. We also have to test and
%% change the policies for each setting.
AnyQoS = ?not_SetOrderPolicy(QoS, ?not_AnyOrder),
PriorityQoS = ?not_SetOrderPolicy(QoS, ?not_PriorityOrder),
FifoQoS = ?not_SetOrderPolicy(QoS, ?not_FifoOrder),
DeadlineQoS = ?not_SetOrderPolicy(QoS, ?not_DeadlineOrder),
Events = ?EVENTS,
%% Test using Any discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_AnyOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard and Order eq. Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_AnyOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard Any and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_AnyOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5],
"Discard Any and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_AnyOrder),
[?EVENT5, ?EVENT4, ?EVENT3, ?EVENT2, ?EVENT1],
"Discard Any and Order Deadline"),
%% Test using RejectNewEvents discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_RejectNewEvents),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard RejectNewEvents and Order Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_RejectNewEvents),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard RejectNewEvents and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_RejectNewEvents),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5],
"Discard RejectNewEvents and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_RejectNewEvents),
[?EVENT5, ?EVENT4, ?EVENT3, ?EVENT2, ?EVENT1],
"Discard RejectNewEvents and Order Deadline"),
%% Test using Lifo discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_LifoOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard Lifo and Order Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_LifoOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard Lifo and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_LifoOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5],
"Discard Lifo and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_LifoOrder),
[?EVENT5, ?EVENT4, ?EVENT3, ?EVENT2, ?EVENT1],
"Discard Lifo and Order Deadline"),
%% Test using Fifo discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_FifoOrder),
[?EVENT5, ?EVENT6, ?EVENT9, ?EVENT7, ?EVENT8],
"Discard Fifo and Order Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_FifoOrder),
[?EVENT5, ?EVENT6, ?EVENT9, ?EVENT7, ?EVENT8],
"Discard Fifo and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_FifoOrder),
[?EVENT5, ?EVENT6, ?EVENT7, ?EVENT8, ?EVENT9],
"Discard Fifo and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_FifoOrder),
[?EVENT9, ?EVENT5, ?EVENT7, ?EVENT6, ?EVENT8],
"Discard Fifo and Order Deadline"),
%% Test using Priority discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_PriorityOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard Priority and Order Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_PriorityOrder),
[?EVENT4, ?EVENT5, ?EVENT1, ?EVENT2, ?EVENT3],
"Discard Priority and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_PriorityOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5],
"Discard Priority and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_PriorityOrder),
[?EVENT5, ?EVENT4, ?EVENT3, ?EVENT2, ?EVENT1],
"Discard Priority and Order Deadline"),
%% Test using Deadline discard policy
do_discard(Events, ?not_SetDiscardPolicy(AnyQoS, ?not_DeadlineOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT6, ?EVENT8],
"Discard Deadline and Order Any"),
do_discard(Events, ?not_SetDiscardPolicy(PriorityQoS, ?not_DeadlineOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT6, ?EVENT8],
"Discard Deadline and Order Priority"),
do_discard(Events, ?not_SetDiscardPolicy(FifoQoS, ?not_DeadlineOrder),
[?EVENT1, ?EVENT2, ?EVENT3, ?EVENT6, ?EVENT8],
"Discard Deadline and Order Fifo"),
do_discard(Events, ?not_SetDiscardPolicy(DeadlineQoS, ?not_DeadlineOrder),
[?EVENT6, ?EVENT8, ?EVENT3, ?EVENT2, ?EVENT1],
"Discard Deadline and Order Deadline"),
ok.
do_discard(Events, QoS, Reply, Txt) ->
io:format("################# ~s #################~n", [Txt]),
Ref = cosNotification_eventDB:create_db(QoS, 60, 50, undefined),
create_loop(Events, Ref),
?match({Reply,_}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref).
%%-----------------------------------------------------------------
%% cosNotification_eventDB lookup API tests
%%-----------------------------------------------------------------
lookup_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. This case is supposed to test",
"that the events are delivered in the correct order.",
""];
lookup_api(suite) -> [];
lookup_api(_Config) ->
InitQoS = ?not_CreateInitQoS(),
InitQoS2 = ?not_SetMaxEventsPerConsumer(InitQoS,100),
InitQoS3 = ?not_SetStartTimeSupported(InitQoS2, false),
QoS = ?not_SetDiscardPolicy(InitQoS3, ?not_AnyOrder),
AnyQoS = ?not_SetOrderPolicy(QoS, ?not_AnyOrder),
PriorityQoS = ?not_SetOrderPolicy(QoS, ?not_PriorityOrder),
FifoQoS = ?not_SetOrderPolicy(QoS, ?not_FifoOrder),
DeadlineQoS = ?not_SetOrderPolicy(QoS, ?not_DeadlineOrder),
%% "Calculate" data once:
Events = ?EVENTS,
PrioOrder = ?PRIOORDER,
FifoOrder = ?FIFOORDER,
DeadlineOrder = ?DEADLINEORDER,
do_lookup(PriorityQoS, Events, PrioOrder, "Priority Order"),
do_lookup(FifoQoS, Events, FifoOrder, "Fifo Order"),
do_lookup(DeadlineQoS, Events, DeadlineOrder, "Deadline Order"),
do_lookup(AnyQoS, Events, PrioOrder, "Any Order"),
ok.
do_lookup(QoS, Events, Return, Txt) ->
io:format("#################### ~s ###################~n", [Txt]),
Ref = cosNotification_eventDB:create_db(QoS, 60, 50, undefined),
create_loop(Events, Ref),
?match({Return,_}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref).
%%-----------------------------------------------------------------
%% cosNotification_eventDB max events API tests
%%-----------------------------------------------------------------
max_events_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If the MaxEvents QoS is updated we must be",
"able to reduce the amount of stored events.",
""];
max_events_api(suite) -> [];
max_events_api(_Config) ->
QoS1 = ?not_CreateInitQoS(),
QoS2 = ?not_SetOrderPolicy(QoS1, ?not_FifoOrder),
QoS3 = ?not_SetDiscardPolicy(QoS2, ?not_RejectNewEvents),
QoS4 = ?not_SetStartTimeSupported(QoS3, false),
QoS_NO_OF_EVENTS = ?not_SetMaxEventsPerConsumer(QoS4, ?NO_OF_EVENTS),
QoS_5_EVENTS = ?not_SetMaxEventsPerConsumer(QoS4, 5),
Events = ?EVENTS,
Events5 = [?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT5],
%% Initiate DB and 'NO_OF_EVENTS' events.
Ref1 = cosNotification_eventDB:create_db(QoS_NO_OF_EVENTS, 60, 50, undefined),
create_loop(Events, Ref1),
%% Reduce the limit to 5 and extract all and see if it's ok.
Ref2 = cosNotification_eventDB:update(Ref1, QoS_5_EVENTS),
?match({Events5, true}, cosNotification_eventDB:get_events(Ref2, ?NO_OF_EVENTS)),
%% Add 'NO_OF_EVENTS' events. Since the only allow 5 events the DB will only
%% contain 5 events.
create_loop(Events, Ref2),
Ref3 = cosNotification_eventDB:update(Ref2, QoS_NO_OF_EVENTS),
?match({Events5, true}, cosNotification_eventDB:get_events(Ref3, ?NO_OF_EVENTS)),
create_loop(Events, Ref3),
?match({Events, true}, cosNotification_eventDB:get_events(Ref3, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref3),
ok.
%%-----------------------------------------------------------------
%% cosNotification_eventDB persisten events API tests
%%-----------------------------------------------------------------
persisten_event_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once.",
""];
persisten_event_api(suite) -> [];
persisten_event_api(_Config) ->
QoS1 = ?not_CreateInitQoS(),
QoS2 = ?not_SetOrderPolicy(QoS1, ?not_FifoOrder),
QoS3 = ?not_SetDiscardPolicy(QoS2, ?not_RejectNewEvents),
QoS4 = ?not_SetStartTimeSupported(QoS3, false),
QoS = ?not_SetMaxEventsPerConsumer(QoS4, ?NO_OF_EVENTS),
Event1 = ?EVENT1,
Ref = cosNotification_eventDB:create_db(QoS, 60, 50, undefined),
%% Clean DB, should be empty
?match(0, cosNotification_eventDB:status(Ref, eventCounter)),
cosNotification_eventDB:add_event(Ref, Event1),
?match(1, cosNotification_eventDB:status(Ref, eventCounter)),
%% Get event without removing it. Should still be one event stored
?match({[Event1], _, _}, cosNotification_eventDB:get_events(Ref, 2, false)),
?match(1, cosNotification_eventDB:status(Ref, eventCounter)),
{_, _, Keys} =
?match({Event1, _, _}, cosNotification_eventDB:get_event(Ref, false)),
?match(1, cosNotification_eventDB:status(Ref, eventCounter)),
%% Clear the events and check that the DB is empty.
cosNotification_eventDB:delete_events(Keys),
?match(0, cosNotification_eventDB:status(Ref, eventCounter)),
?match({[], _, []}, cosNotification_eventDB:get_event(Ref, false)),
?match({[], _, []}, cosNotification_eventDB:get_events(Ref, 2, false)),
cosNotification_eventDB:destroy_db(Ref),
ok.
%%-----------------------------------------------------------------
%% cosNotification_eventDB gc API tests
%%-----------------------------------------------------------------
gc_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If Deadline defined the events that",
"are older must be discarded.",
""];
gc_api(suite) -> [];
gc_api(_Config) ->
QoS1 = ?not_CreateInitQoS(),
QoS2 = ?not_SetOrderPolicy(QoS1, ?not_FifoOrder),
QoS3 = ?not_SetDiscardPolicy(QoS2, ?not_RejectNewEvents),
QoS4 = ?not_SetStartTimeSupported(QoS3, false),
QoS_NO_OF_EVENTS = ?not_SetMaxEventsPerConsumer(QoS4, ?NO_OF_EVENTS),
Events = ?EVENTS,
Events6 = [?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT6, ?EVENT7, ?EVENT8],
%% Initiate DB and 'NO_OF_EVENTS' events.
Ref = cosNotification_eventDB:create_db(QoS_NO_OF_EVENTS, 60, 50, undefined),
create_loop(Events, Ref),
%% Sleep so some events will get 'old'.
timer:sleep(23000),
%% Reduce the limit to 5 and extract all and see if it's ok.
cosNotification_eventDB:gc_events(Ref, high),
%% Since gc is done by another process we must wait so it will have a chance
%% to complete the job.
timer:sleep(2000),
?match({Events6, true}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
create_loop(Events, Ref),
timer:sleep(23000),
?match({Events6, true}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref),
ok.
%%-----------------------------------------------------------------
%% cosNotification_eventDB gc API tests
%%-----------------------------------------------------------------
auto_gc_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If Deadline defined the events that",
"are older must be discarded.",
""];
auto_gc_api(suite) -> [];
auto_gc_api(_Config) ->
QoS1 = ?not_CreateInitQoS(),
QoS2 = ?not_SetOrderPolicy(QoS1, ?not_FifoOrder),
QoS3 = ?not_SetDiscardPolicy(QoS2, ?not_RejectNewEvents),
QoS4 = ?not_SetStopTimeSupported(QoS3, true),
QoS5 = ?not_SetStartTimeSupported(QoS4, false),
QoS_NO_OF_EVENTS = ?not_SetMaxEventsPerConsumer(QoS5, ?NO_OF_EVENTS),
Events6 = [?EVENT1, ?EVENT2, ?EVENT3, ?EVENT7, ?EVENT8, ?EVENT9],
%% Initiate DB
Ref = cosNotification_eventDB:create_db(QoS_NO_OF_EVENTS, 50, 50, undefined),
create_loop([?EVENT1, ?EVENT2, ?EVENT3, ?EVENT4, ?EVENT6], Ref),
%% Sleep so some events will get 'old'.
timer:sleep(60000),
create_loop([?EVENT7, ?EVENT8, ?EVENT9], Ref),
%% Since gc is done by another process we must wait so it will have a chance
%% to complete the job.
timer:sleep(2000),
?match({Events6, true}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref),
ok.
%%-----------------------------------------------------------------
%% cosNotification_eventDB start- and stop-time API tests
%%-----------------------------------------------------------------
start_stop_time_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If Deadline defined the events that",
"are older must be discarded.",
""];
start_stop_time_api(suite) -> [];
start_stop_time_api(_Config) ->
QoS1 = ?not_CreateInitQoS(),
QoS2 = ?not_SetOrderPolicy(QoS1, ?not_FifoOrder),
QoS3 = ?not_SetDiscardPolicy(QoS2, ?not_RejectNewEvents),
QoS4 = ?not_SetStopTimeSupported(QoS3, true),
QoS5 = ?not_SetStartTimeSupported(QoS4, true),
QoS_NO_OF_EVENTS = ?not_SetMaxEventsPerConsumer(QoS5, ?NO_OF_EVENTS),
%% Initiate DB
TimeService = cosTime:start_time_service(2, 0),
Ref = cosNotification_eventDB:create_db(QoS_NO_OF_EVENTS, 50, 50, TimeService),
T1 = 'CosTime_UTO':'_get_utc_time'('CosTime_UTO':
absolute_time('CosTime_TimeService':
new_universal_time(TimeService,
100000000, 0, 2))),
T2 = 'CosTime_UTO':'_get_utc_time'('CosTime_UTO':
absolute_time('CosTime_TimeService':
new_universal_time(TimeService,
200000000, 0, 2))),
T3 = 'CosTime_UTO':'_get_utc_time'('CosTime_UTO':
absolute_time('CosTime_TimeService':
new_universal_time(TimeService,
300000000, 0, 2))),
T4 = 'CosTime_UTO':'_get_utc_time'('CosTime_UTO':
absolute_time('CosTime_TimeService':
new_universal_time(TimeService,
400000000, 0, 2))),
%% Delivered after 10 seconds discarded after 20.
EVENT1 = ?not_CreateSE("","event1","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 1)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(), T1)},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(), T2)}],
[], any:create(orber_tc:null(), null)),
%% Delivered after 30 seconds discarded after 10, i.e., always discarded.
EVENT2 = ?not_CreateSE("","event2","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 3)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(), T3)},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(), T1)}],
[], any:create(orber_tc:null(), null)),
%% Delivered after 20 seconds discarded after 40
EVENT3 = ?not_CreateSE("","event3","",
[#'CosNotification_Property'
{name="Priority",
value=any:create(orber_tc:short(), 2)},
#'CosNotification_Property'
{name="StartTime",
value=any:create('TimeBase_UtcT':tc(), T2)},
#'CosNotification_Property'
{name="StopTime",
value=any:create('TimeBase_UtcT':tc(), T4)}],
[], any:create(orber_tc:null(), null)),
create_loop([EVENT1, EVENT2, EVENT3], Ref),
?match({[], false}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
%% Sleep so some events will get 'old'.
timer:sleep(12000),
?match({[EVENT1], true}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
?match({[], false}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
timer:sleep(10000),
?match({[EVENT3], true}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
timer:sleep(20000),
%% See if EVENT2 really have been discarded.
?match({[], false}, cosNotification_eventDB:get_events(Ref, ?NO_OF_EVENTS)),
cosNotification_eventDB:destroy_db(Ref),
cosTime:stop_time_service(TimeService),
ok.
%%-----------------------------------------------------------------
%% cosNotification_eventDB order API tests
%%-----------------------------------------------------------------
reorder_api(doc) -> ["The event DB is used to store events which cannot be",
"delivered at once. If the QoS is updated we must be",
"able to change the ordering of events as the discard",
"and order policies tells us.",
""];
reorder_api(suite) -> [];
reorder_api(_Config) ->
%% We need to test switching between:
%% * Priority -> Fifo
%% * Priority -> Deadline
%% * Fifo -> Priority
%% * Fifo -> Deadline
%% * Deadline -> Priority
%% * Deadline -> Fifo
QoS = ?not_CreateInitQoS(),
QoS2 = ?not_SetMaxEventsPerConsumer(QoS,100),
QoS3 = ?not_SetPriority(QoS2, 10),
QoS4 = ?not_SetStartTimeSupported(QoS3, false),
QoS5 = ?not_SetOrderPolicy(QoS4, ?not_AnyOrder),
%% Test all order policies using Any order discard policy.
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_AnyOrder), "Discard Any"),
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_PriorityOrder), "Discard Priority"),
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_DeadlineOrder), "Discard Deadline"),
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_FifoOrder), "Discard Fifo"),
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_LifoOrder), "Discard Lifo"),
reorder_helper(?not_SetDiscardPolicy(QoS5, ?not_RejectNewEvents), "Reject New Events"),
ok.
reorder_helper(QoS, Txt) ->
io:format("$$$$$$$$$$$$$$$$$$$$ ~s $$$$$$$$$$$$$$$$$$$~n", [Txt]),
%% Create a DB with the above settings.
Ref = cosNotification_eventDB:create_db(QoS, 60, 50, undefined),
Events = ?EVENTS,
PrioOrder = ?PRIOORDER,
FifoOrder = ?FIFOORDER,
DeadlineOrder = ?DEADLINEORDER,
%% Test all order policies using Any order discard policy.
Ref2 = do_reorder(Ref, Events, ?not_SetOrderPolicy(QoS, ?not_FifoOrder),
FifoOrder, "Priority -> Fifo"),
Ref3 = do_reorder(Ref2, Events, ?not_SetOrderPolicy(QoS, ?not_PriorityOrder),
PrioOrder, "Fifo -> Priority"),
Ref4 = do_reorder(Ref3, Events, ?not_SetOrderPolicy(QoS, ?not_DeadlineOrder),
DeadlineOrder, "Priority -> Deadline"),
Ref5 = do_reorder(Ref4, Events, ?not_SetOrderPolicy(QoS, ?not_PriorityOrder),
PrioOrder, "Deadline -> Priority"),
Ref6 = do_reorder(Ref5, Events, ?not_SetOrderPolicy(QoS, ?not_FifoOrder),
FifoOrder, "Priority -> Fifo"),
Ref7 = do_reorder(Ref6, Events, ?not_SetOrderPolicy(QoS, ?not_DeadlineOrder),
DeadlineOrder, "Fifo -> Deadline"),
Ref8 = do_reorder(Ref7, Events, ?not_SetOrderPolicy(QoS, ?not_FifoOrder),
FifoOrder, "Deadline -> Fifo"),
cosNotification_eventDB:destroy_db(Ref8),
ok.
do_reorder(Ref, Events, QoS, Reply, Txt) ->
create_loop(Events, Ref),
io:format("################# ~s #################~n", [Txt]),
NewRef = cosNotification_eventDB:update(Ref, QoS),
?match({Reply,_}, cosNotification_eventDB:get_events(NewRef, ?NO_OF_EVENTS)),
NewRef.
%%-----------------------------------------------------------------
%% Internal functions
%%-----------------------------------------------------------------
%% This functions takes as argument a list of structured events.
create_loop([], _Ref) ->
ok;
create_loop([H|T], Ref) ->
catch cosNotification_eventDB:add_event(Ref, H),
create_loop(T, Ref).
create_loop([], _Ref, _Life, _Prio) ->
ok;
create_loop([H|T], Ref, Life, Prio) ->
catch cosNotification_eventDB:add_event(Ref, H, Life, Prio),
create_loop(T, Ref, Life, Prio).
%%-------------------- End of Module ------------------------------
