diff options
Diffstat (limited to 'lib/os_mon/test/memsup_SUITE.erl')
| -rw-r--r-- | lib/os_mon/test/memsup_SUITE.erl | 916 |
1 files changed, 437 insertions, 479 deletions
diff --git a/lib/os_mon/test/memsup_SUITE.erl b/lib/os_mon/test/memsup_SUITE.erl index 904c9b95b0..fcd1417693 100644 --- a/lib/os_mon/test/memsup_SUITE.erl +++ b/lib/os_mon/test/memsup_SUITE.erl @@ -1,7 +1,7 @@ %% %% %CopyrightBegin% %% -%% Copyright Ericsson AB 1996-2011. All Rights Reserved. +%% Copyright Ericsson AB 1996-2016. All Rights Reserved. %% %% Licensed under the Apache License, Version 2.0 (the "License"); %% you may not use this file except in compliance with the License. @@ -21,7 +21,7 @@ -include_lib("common_test/include/ct.hrl"). %% Test server specific exports --export([all/0, suite/0,groups/0,init_per_group/2,end_per_group/2]). +-export([all/0, suite/0]). -export([init_per_suite/1, end_per_suite/1]). -export([init_per_testcase/2, end_per_testcase/2]). @@ -30,384 +30,362 @@ -export([config/1, timeout/1, unavailable/1, port/1]). -export([otp_5910/1]). -%% Default timetrap timeout (set in init_per_testcase) --define(default_timeout, ?t:minutes(1)). - init_per_suite(Config) when is_list(Config) -> - ?line ok = application:start(os_mon), + ok = application:start(os_mon), Config. end_per_suite(Config) when is_list(Config) -> - ?line ok = application:stop(os_mon), + ok = application:stop(os_mon), Config. init_per_testcase(_Case, Config) -> - Dog = ?t:timetrap(?default_timeout), - [{watchdog,Dog} | Config]. - -end_per_testcase(_Case, Config) -> - Dog = ?config(watchdog, Config), - ?t:timetrap_cancel(Dog), Config. -suite() -> [{ct_hooks,[ts_install_cth]}]. +end_per_testcase(_Case, _Config) -> + ok. + +suite() -> + [{ct_hooks,[ts_install_cth]}, + {timetrap,{minutes,1}}]. all() -> All = case test_server:os_type() of - {unix, sunos} -> - [api, alarm1, alarm2, process, config, timeout, - unavailable, port]; - {unix, linux} -> - [api, alarm1, alarm2, process, timeout]; - _OS -> [api, alarm1, alarm2, process] - end, + {unix, sunos} -> + [api, alarm1, alarm2, process, config, timeout, + unavailable, port]; + {unix, linux} -> + [api, alarm1, alarm2, process, timeout]; + _OS -> [api, alarm1, alarm2, process] + end, Bugs = [otp_5910], All ++ Bugs. -groups() -> - []. - -init_per_group(_GroupName, Config) -> - Config. - -end_per_group(_GroupName, Config) -> - Config. - -api(suite) -> - []; -api(doc) -> - ["Test of API functions"]; +%% Test of API functions api(Config) when is_list(Config) -> %% get_memory_data() - ?line RegMemData = memsup:get_memory_data(), + RegMemData = memsup:get_memory_data(), case RegMemData of - {TotMem, AllBytes, {Pid, PidBytes}} when is_integer(TotMem), - is_integer(AllBytes), - is_pid(Pid), - is_integer(PidBytes) -> - ok; - {0, 0, _WorstPid} -> - ?line ?t:fail(first_data_collection_failed); - _ -> - ?line ?t:fail({bad_return, RegMemData}) + {TotMem, AllBytes, {Pid, PidBytes}} when is_integer(TotMem), + is_integer(AllBytes), + is_pid(Pid), + is_integer(PidBytes) -> + ok; + {0, 0, _WorstPid} -> + ct:fail(first_data_collection_failed); + _ -> + ct:fail({bad_return, RegMemData}) end, %% get_system_memory_data() - ?line ExtMemData = memsup:get_system_memory_data(), - Tags = [ total_memory, - free_memory, - system_total_memory, - largest_free, - number_of_free, - free_swap, - total_swap, - cached_memory, - buffered_memory, - shared_memory], - - ?line true = lists:all(fun({Tag,Value}) when is_atom(Tag), - is_integer(Value) -> - lists:member(Tag, Tags); - (_) -> - false - end, - ExtMemData), + ExtMemData = memsup:get_system_memory_data(), + Tags = [total_memory, + free_memory, + system_total_memory, + largest_free, + number_of_free, + free_swap, + total_swap, + cached_memory, + buffered_memory, + shared_memory], + + true = lists:all(fun({Tag,Value}) when is_atom(Tag), + is_integer(Value) -> + lists:member(Tag, Tags); + (_) -> + false + end, ExtMemData), %% get_os_wordsize() - ?line ok = case memsup:get_os_wordsize() of - 32 -> ok; - 64 -> ok; - unsupported_os -> ok; - _ -> error - end, + ok = case memsup:get_os_wordsize() of + 32 -> ok; + 64 -> ok; + unsupported_os -> ok; + _ -> error + end, %% get_check_interval() - ?line 60000 = memsup:get_check_interval(), + 60000 = memsup:get_check_interval(), %% set_check_interval(Minutes) - ?line ok = memsup:set_check_interval(2), - ?line 120000 = memsup:get_check_interval(), - ?line {'EXIT',{badarg,_}} = - (catch memsup:set_check_interval(0.2)), - ?line 120000 = memsup:get_check_interval(), - ?line ok = memsup:set_check_interval(1), + ok = memsup:set_check_interval(2), + 120000 = memsup:get_check_interval(), + {'EXIT',{badarg,_}} = + (catch memsup:set_check_interval(0.2)), + 120000 = memsup:get_check_interval(), + ok = memsup:set_check_interval(1), %% get_procmem_high_watermark() - ?line 5 = memsup:get_procmem_high_watermark(), + 5 = memsup:get_procmem_high_watermark(), %% set_procmem_high_watermark() - ?line ok = memsup:set_procmem_high_watermark(0.1), - ?line 10 = memsup:get_procmem_high_watermark(), - ?line {'EXIT',{badarg,_}} = - (catch memsup:set_procmem_high_watermark(-0.1)), - ?line 10 = memsup:get_procmem_high_watermark(), - ?line ok = memsup:set_procmem_high_watermark(0.05), + ok = memsup:set_procmem_high_watermark(0.1), + 10 = memsup:get_procmem_high_watermark(), + {'EXIT',{badarg,_}} = + (catch memsup:set_procmem_high_watermark(-0.1)), + 10 = memsup:get_procmem_high_watermark(), + ok = memsup:set_procmem_high_watermark(0.05), %% get_sysmem_high_watermark() - ?line 80 = memsup:get_sysmem_high_watermark(), + 80 = memsup:get_sysmem_high_watermark(), %% set_sysmem_high_watermark() - ?line ok = memsup:set_sysmem_high_watermark(0.9), - ?line 90 = memsup:get_sysmem_high_watermark(), - ?line {'EXIT',{badarg,_}} = - (catch memsup:set_sysmem_high_watermark(-0.9)), - ?line 90 = memsup:get_sysmem_high_watermark(), - ?line ok = memsup:set_sysmem_high_watermark(0.8), + ok = memsup:set_sysmem_high_watermark(0.9), + 90 = memsup:get_sysmem_high_watermark(), + {'EXIT',{badarg,_}} = + (catch memsup:set_sysmem_high_watermark(-0.9)), + 90 = memsup:get_sysmem_high_watermark(), + ok = memsup:set_sysmem_high_watermark(0.8), %% get|set_helper_timeout - ?line 30 = memsup:get_helper_timeout(), - ?line ok = memsup:set_helper_timeout(29), - ?line 29 = memsup:get_helper_timeout(), - ?line {'EXIT',{badarg,_}} = (catch memsup:set_helper_timeout(31.0)), - ?line 29 = memsup:get_helper_timeout(), + 30 = memsup:get_helper_timeout(), + ok = memsup:set_helper_timeout(29), + 29 = memsup:get_helper_timeout(), + {'EXIT',{badarg,_}} = (catch memsup:set_helper_timeout(31.0)), + 29 = memsup:get_helper_timeout(), ok. %%---------------------------------------------------------------------- %% NOTE: The test case is a bit weak as it will fail if the memory %% usage changes too much during its course. %%---------------------------------------------------------------------- -alarm1(suite) -> - []; -alarm1(doc) -> - ["Test alarms when memsup_system_only==false"]; + +%% Test alarms when memsup_system_only==false alarm1(Config) when is_list(Config) -> %% If system memory usage is too high, the testcase cannot %% be run correctly - ?line {Total, Alloc, {_Pid,_PidAlloc}} = memsup:get_memory_data(), + {Total, Alloc, {_Pid,_PidAlloc}} = memsup:get_memory_data(), io:format("alarm1: Total: ~p, Alloc: ~p~n", [Total, Alloc]), - ?line SysUsage = Alloc/Total, + SysUsage = Alloc/Total, if - SysUsage>0.99 -> - {skip, sys_mem_too_high}; - true -> - alarm1(Config, SysUsage) + SysUsage > 0.99 -> + {skip, sys_mem_too_high}; + true -> + alarm1(Config, SysUsage) end. alarm1(_Config, SysUsage) -> %% Set a long memory check interval, we will force memory checks %% instead - ?line ok = memsup:set_check_interval(60), + ok = memsup:set_check_interval(60), %% Check thresholds - ?line SysThreshold = (memsup:get_sysmem_high_watermark()/100), - ?line ProcThreshold = (memsup:get_procmem_high_watermark()/100), + SysThreshold = (memsup:get_sysmem_high_watermark()/100), + ProcThreshold = (memsup:get_procmem_high_watermark()/100), %% Check if a system alarm already should be set or not SysP = if - SysUsage>SysThreshold -> true; - SysUsage=<SysThreshold -> false - end, + SysUsage>SysThreshold -> true; + SysUsage=<SysThreshold -> false + end, %% If system memory is higher than threshold, make sure the system %% alarm is set. Otherwise, make sure it is not set case alarm_set(system_memory_high_watermark) of - {true, []} when SysP -> - ok; - false when not SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, SysThreshold}) + {true, []} when SysP -> + ok; + false when not SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, SysThreshold}) end, %% Lower/raise the threshold to clear/set the alarm NewSysThreshold = if - SysP -> - Value = 1.1*SysUsage, - if - Value > 0.99 -> 0.99; - true -> Value - end; - not SysP -> 0.9*SysUsage - end, + SysP -> + Value = 1.1*SysUsage, + if + Value > 0.99 -> 0.99; + true -> Value + end; + not SysP -> 0.9*SysUsage + end, - ?line ok = memsup:set_sysmem_high_watermark(NewSysThreshold), + ok = memsup:set_sysmem_high_watermark(NewSysThreshold), %% Initiate and wait for a new data collection - ?line ok = force_collection(), + ok = force_collection(), %% Make sure the alarm is cleared/set - ?t:sleep(?t:seconds(5)), + ct:sleep({seconds,5}), case alarm_set(system_memory_high_watermark) of - {true, []} when not SysP -> - ok; - false when SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, NewSysThreshold}) + {true, []} when not SysP -> + ok; + false when SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, NewSysThreshold}) end, %% Reset the threshold to set/clear the alarm again - ?line ok = memsup:set_sysmem_high_watermark(SysThreshold), - ?line ok = force_collection(), - ?t:sleep(?t:seconds(1)), + ok = memsup:set_sysmem_high_watermark(SysThreshold), + ok = force_collection(), + ct:sleep({seconds,1}), case alarm_set(system_memory_high_watermark) of - {true, []} when SysP -> - ok; - false when not SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, SysThreshold}) + {true, []} when SysP -> + ok; + false when not SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, SysThreshold}) end, %% Check memory usage - ?line {Total2, _, {WorstPid, PidAlloc}} = memsup:get_memory_data(), + {Total2, _, {WorstPid, PidAlloc}} = memsup:get_memory_data(), %% Check if a process alarm already should be set or not PidUsage = PidAlloc/Total2, ProcP = if - PidUsage>ProcThreshold -> true; - PidUsage=<ProcThreshold -> false - end, + PidUsage>ProcThreshold -> true; + PidUsage=<ProcThreshold -> false + end, %% Make sure the process alarm is set/not set accordingly case alarm_set(process_memory_high_watermark) of - {true, WorstPid} when ProcP -> - ok; - false when not ProcP -> - ok; - {true, BadPid1} when ProcP -> - ?line ?t:fail({proc_alarm, WorstPid, BadPid1}); - _ -> - ?line ?t:fail({proc_alarm, PidUsage, ProcThreshold}) + {true, WorstPid} when ProcP -> + ok; + false when not ProcP -> + ok; + {true, BadPid1} when ProcP -> + ct:fail({proc_alarm, WorstPid, BadPid1}); + _ -> + ct:fail({proc_alarm, PidUsage, ProcThreshold}) end, %% Lower/raise the threshold to clear/set the alarm NewProcThreshold = if - ProcP -> 1.1*PidUsage; - not ProcP -> 0.9*PidUsage - end, - ?line ok = memsup:set_procmem_high_watermark(NewProcThreshold), - ?line ok = force_collection(), - ?t:sleep(?t:seconds(1)), + ProcP -> 1.1*PidUsage; + not ProcP -> 0.9*PidUsage + end, + ok = memsup:set_procmem_high_watermark(NewProcThreshold), + ok = force_collection(), + ct:sleep({seconds,1}), case alarm_set(process_memory_high_watermark) of - {true, WorstPid} when not ProcP -> - ok; - false when ProcP -> - ok; - {true, BadPid2} when not ProcP -> - ?line test_server:fail({proc_alarm, WorstPid, BadPid2}); - _ -> - ?line ?t:fail({proc_alarm, PidUsage, ProcThreshold}) + {true, WorstPid} when not ProcP -> + ok; + false when ProcP -> + ok; + {true, BadPid2} when not ProcP -> + ct:fail({proc_alarm, WorstPid, BadPid2}); + _ -> + ct:fail({proc_alarm, PidUsage, ProcThreshold}) end, %% Reset the threshold to clear/set the alarm - ?line ok = memsup:set_procmem_high_watermark(ProcThreshold), - ?line ok = force_collection(), - ?t:sleep(?t:seconds(1)), + ok = memsup:set_procmem_high_watermark(ProcThreshold), + ok = force_collection(), + ct:sleep({seconds,1}), case alarm_set(process_memory_high_watermark) of - {true, WorstPid} when ProcP -> - ok; - false when not ProcP -> - ok; - {true, BadPid3} when ProcP -> - ?line test_server:fail({proc_alarm, WorstPid, BadPid3}); - _ -> - ?line ?t:fail({proc_alarm, PidUsage, ProcThreshold}) + {true, WorstPid} when ProcP -> + ok; + false when not ProcP -> + ok; + {true, BadPid3} when ProcP -> + ct:fail({proc_alarm, WorstPid, BadPid3}); + _ -> + ct:fail({proc_alarm, PidUsage, ProcThreshold}) end, %% Reset memory check interval - ?line ok = memsup:set_check_interval(1), + ok = memsup:set_check_interval(1), ok. -alarm2(suite) -> - []; -alarm2(doc) -> - ["Test alarms when memsup_system_only==true"]; +%% Test alarms when memsup_system_only==true alarm2(Config) when is_list(Config) -> %% If system memory usage is too high, the testcase cannot %% be run correctly - ?line {Total, Alloc, {_Pid,_PidAlloc}} = memsup:get_memory_data(), - ?line SysUsage = Alloc/Total, + {Total, Alloc, {_Pid,_PidAlloc}} = memsup:get_memory_data(), + SysUsage = Alloc/Total, if - SysUsage>0.99 -> - {skip, sys_mem_too_high}; - true -> - alarm2(Config, SysUsage) + SysUsage>0.99 -> + {skip, sys_mem_too_high}; + true -> + alarm2(Config, SysUsage) end. alarm2(_Config, _SysUsage) -> %% Change memsup_system_only and restart memsup - ?line ok = application:set_env(os_mon, memsup_system_only, true), - ?line ok = supervisor:terminate_child(os_mon_sup, memsup), - ?line {ok, _Memsup1} = supervisor:restart_child(os_mon_sup, memsup), + ok = application:set_env(os_mon, memsup_system_only, true), + ok = supervisor:terminate_child(os_mon_sup, memsup), + {ok, _Memsup1} = supervisor:restart_child(os_mon_sup, memsup), %% Set a long memory check interval, we will force memory checks %% instead - ?line ok = memsup:set_check_interval(60), + ok = memsup:set_check_interval(60), %% Check data and thresholds - ?line {Total, Alloc, undefined} = memsup:get_memory_data(), - ?line SysThreshold = (memsup:get_sysmem_high_watermark()/100), - ?line true = is_integer(memsup:get_procmem_high_watermark()), + {Total, Alloc, undefined} = memsup:get_memory_data(), + SysThreshold = (memsup:get_sysmem_high_watermark()/100), + true = is_integer(memsup:get_procmem_high_watermark()), %% Check if a system alarm already should be set or not - ?line SysUsage = Alloc/Total, + SysUsage = Alloc/Total, SysP = if - SysUsage>SysThreshold -> true; - SysUsage=<SysThreshold -> false - end, + SysUsage>SysThreshold -> true; + SysUsage=<SysThreshold -> false + end, %% If system memory is higher than threshold, make sure the system %% alarm is set. Otherwise, make sure it is not set case alarm_set(system_memory_high_watermark) of - {true, []} when SysP -> - ok; - false when not SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, SysThreshold}) + {true, []} when SysP -> + ok; + false when not SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, SysThreshold}) end, %% Lower/raise the threshold to clear/set the alarm NewSysThreshold = if - SysP -> - Value = 1.1*SysUsage, - if - Value > 0.99 -> 0.99; - true -> Value - end; - not SysP -> 0.9*SysUsage - end, + SysP -> + Value = 1.1*SysUsage, + if + Value > 0.99 -> 0.99; + true -> Value + end; + not SysP -> 0.9*SysUsage + end, - ?line ok = memsup:set_sysmem_high_watermark(NewSysThreshold), + ok = memsup:set_sysmem_high_watermark(NewSysThreshold), %% Initiate and wait for a new data collection - ?line ok = force_collection(), + ok = force_collection(), %% Make sure the alarm is cleared/set - ?t:sleep(?t:seconds(1)), + ct:sleep({seconds,1}), case alarm_set(system_memory_high_watermark) of - {true, []} when not SysP -> - ok; - false when SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, NewSysThreshold}) + {true, []} when not SysP -> + ok; + false when SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, NewSysThreshold}) end, %% Reset the threshold to set/clear the alarm again - ?line ok = memsup:set_sysmem_high_watermark(SysThreshold), - ?line ok = force_collection(), - ?t:sleep(?t:seconds(1)), + ok = memsup:set_sysmem_high_watermark(SysThreshold), + ok = force_collection(), + ct:sleep({seconds,1}), case alarm_set(system_memory_high_watermark) of - {true, []} when SysP -> - ok; - false when not SysP -> - ok; - _ -> - ?line ?t:fail({sys_alarm, SysUsage, SysThreshold}) + {true, []} when SysP -> + ok; + false when not SysP -> + ok; + _ -> + ct:fail({sys_alarm, SysUsage, SysThreshold}) end, %% Reset memsup_system_only and restart memsup %% (memory check interval is then automatically reset) - ?line ok = application:set_env(os_mon, memsup_system_only, false), - ?line ok = supervisor:terminate_child(os_mon_sup, memsup), - ?line {ok, _Memsup2} = supervisor:restart_child(os_mon_sup, memsup), + ok = application:set_env(os_mon, memsup_system_only, false), + ok = supervisor:terminate_child(os_mon_sup, memsup), + {ok, _Memsup2} = supervisor:restart_child(os_mon_sup, memsup), ok. @@ -420,39 +398,36 @@ alarm_set(Alarm, [_|T]) -> alarm_set(_Alarm, []) -> false. -process(suite) -> - []; -process(doc) -> - ["Make sure memsup discovers a process grown very large"]; +%% Make sure memsup discovers a process grown very large process(Config) when is_list(Config) -> %% Set a long memory check interval, we will force memory checks %% instead - ?line ok = memsup:set_check_interval(60), + ok = memsup:set_check_interval(60), %% Collect data MemData = memsup:get_memory_data(), io:format("process: memsup:get_memory_data() = ~p~n", [MemData]), - ?line {_Total,_Free,{_,Bytes}} = MemData, + {_Total,_Free,{_,Bytes}} = MemData, %% Start a new process larger than Worst - ?line WorsePid = spawn(fun() -> new_hog(Bytes) end), - ?t:sleep(?t:seconds(1)), + WorsePid = spawn(fun() -> new_hog(Bytes) end), + ct:sleep({seconds,1}), %% Initiate and wait for a new data collection - ?line ok = force_collection(), + ok = force_collection(), %% Check that get_memory_data() returns updated result - ?line case memsup:get_memory_data() of - {_, _, {WorsePid, _MoreBytes}} -> - ok; - {_, _, BadWorst} -> - ?line ?t:fail({worst_pid, BadWorst}) - end, + case memsup:get_memory_data() of + {_, _, {WorsePid, _MoreBytes}} -> + ok; + {_, _, BadWorst} -> + ct:fail({worst_pid, BadWorst}) + end, %% Reset memory check interval - ?line exit(WorsePid, done), - ?line ok = memsup:set_check_interval(1), + exit(WorsePid, done), + ok = memsup:set_check_interval(1), ok. new_hog(Bytes) -> @@ -463,110 +438,101 @@ new_hog(Bytes) -> new_hog_1(List) -> receive - _Any -> exit(List) + _Any -> exit(List) end. -config(suite) -> - []; -config(doc) -> - ["Test configuration"]; +%% Test configuration config(Config) when is_list(Config) -> %% Change configuration parameters and make sure change is reflected %% when memsup is restarted - ?line ok = application:set_env(os_mon, memory_check_interval, 2), - ?line ok = - application:set_env(os_mon, system_memory_high_watermark, 0.9), - ?line ok = - application:set_env(os_mon, process_memory_high_watermark, 0.1), - ?line ok = application:set_env(os_mon, memsup_helper_timeout, 35), - ?line ok = application:set_env(os_mon, memsup_system_only, true), - - ?line ok = supervisor:terminate_child(os_mon_sup, memsup), - ?line {ok, _Child1} = supervisor:restart_child(os_mon_sup, memsup), - - ?line 120000 = memsup:get_check_interval(), - ?line 90 = memsup:get_sysmem_high_watermark(), - ?line 10 = memsup:get_procmem_high_watermark(), - ?line 35 = memsup:get_helper_timeout(), + ok = application:set_env(os_mon, memory_check_interval, 2), + ok = + application:set_env(os_mon, system_memory_high_watermark, 0.9), + ok = + application:set_env(os_mon, process_memory_high_watermark, 0.1), + ok = application:set_env(os_mon, memsup_helper_timeout, 35), + ok = application:set_env(os_mon, memsup_system_only, true), + + ok = supervisor:terminate_child(os_mon_sup, memsup), + {ok, _Child1} = supervisor:restart_child(os_mon_sup, memsup), + + 120000 = memsup:get_check_interval(), + 90 = memsup:get_sysmem_high_watermark(), + 10 = memsup:get_procmem_high_watermark(), + 35 = memsup:get_helper_timeout(), %% Also try this with bad parameter values, should be ignored - ?line ok = application:set_env(os_mon, memory_check_interval, 0.2), - ?line ok = - application:set_env(os_mon, system_memory_high_watermark, -0.9), - ?line ok = - application:set_env(os_mon, process_memory_high_watermark,-0.1), - ?line ok = application:set_env(os_mon, memsup_helper_timeout, 0.35), - ?line ok = application:set_env(os_mon, memsup_system_only, arne), - - ?line ok = supervisor:terminate_child(os_mon_sup, memsup), - ?line {ok, _Child2} = supervisor:restart_child(os_mon_sup, memsup), - - ?line 60000 = memsup:get_check_interval(), - ?line 80 = memsup:get_sysmem_high_watermark(), - ?line 5 = memsup:get_procmem_high_watermark(), - ?line 30 = memsup:get_helper_timeout(), + ok = application:set_env(os_mon, memory_check_interval, 0.2), + ok = + application:set_env(os_mon, system_memory_high_watermark, -0.9), + ok = + application:set_env(os_mon, process_memory_high_watermark,-0.1), + ok = application:set_env(os_mon, memsup_helper_timeout, 0.35), + ok = application:set_env(os_mon, memsup_system_only, arne), + + ok = supervisor:terminate_child(os_mon_sup, memsup), + {ok, _Child2} = supervisor:restart_child(os_mon_sup, memsup), + + 60000 = memsup:get_check_interval(), + 80 = memsup:get_sysmem_high_watermark(), + 5 = memsup:get_procmem_high_watermark(), + 30 = memsup:get_helper_timeout(), %% Reset configuration parameters - ?line ok = application:set_env(os_mon, memory_check_interval, 1), - ?line ok = - application:set_env(os_mon, system_memory_high_watermark, 0.8), - ?line ok = - application:set_env(os_mon, process_memory_high_watermark,0.05), - ?line ok = application:set_env(os_mon, memsup_helper_timeout, 30), - ?line ok = application:set_env(os_mon, memsup_system_only, false), + ok = application:set_env(os_mon, memory_check_interval, 1), + ok = + application:set_env(os_mon, system_memory_high_watermark, 0.8), + ok = + application:set_env(os_mon, process_memory_high_watermark,0.05), + ok = application:set_env(os_mon, memsup_helper_timeout, 30), + ok = application:set_env(os_mon, memsup_system_only, false), ok. -unavailable(suite) -> - []; -unavailable(doc) -> - ["Test correct behaviour when service is unavailable"]; +%% Test correct behaviour when service is unavailable unavailable(Config) when is_list(Config) -> %% Close memsup - ?line ok = application:set_env(os_mon, start_memsup, false), - ?line ok = supervisor:terminate_child(os_mon_sup, memsup), + ok = application:set_env(os_mon, start_memsup, false), + ok = supervisor:terminate_child(os_mon_sup, memsup), %% Make sure all API functions return their dummy values - ?line {0,0,{_Pid,0}} = memsup:get_memory_data(), - ?line ok = application:set_env(os_mon, memsup_system_only, true), - ?line {0,0,undefined} = memsup:get_memory_data(), - ?line ok = application:set_env(os_mon, memsup_system_only, false), - ?line [] = memsup:get_system_memory_data(), - ?line 0 = memsup:get_os_wordsize(), - ?line 60000 = memsup:get_check_interval(), - ?line ok = memsup:set_check_interval(2), - ?line 5 = memsup:get_procmem_high_watermark(), - ?line ok = memsup:set_procmem_high_watermark(0.10), - ?line 80 = memsup:get_sysmem_high_watermark(), - ?line ok = memsup:set_sysmem_high_watermark(0.90), - ?line 30 = memsup:get_helper_timeout(), - ?line ok = memsup:set_helper_timeout(35), + {0,0,{_Pid,0}} = memsup:get_memory_data(), + ok = application:set_env(os_mon, memsup_system_only, true), + {0,0,undefined} = memsup:get_memory_data(), + ok = application:set_env(os_mon, memsup_system_only, false), + [] = memsup:get_system_memory_data(), + 0 = memsup:get_os_wordsize(), + 60000 = memsup:get_check_interval(), + ok = memsup:set_check_interval(2), + 5 = memsup:get_procmem_high_watermark(), + ok = memsup:set_procmem_high_watermark(0.10), + 80 = memsup:get_sysmem_high_watermark(), + ok = memsup:set_sysmem_high_watermark(0.90), + 30 = memsup:get_helper_timeout(), + ok = memsup:set_helper_timeout(35), %% Start memsup again, - ?line ok = application:set_env(os_mon, start_memsup, true), - ?line {ok, _Child} = supervisor:restart_child(os_mon_sup, memsup), + ok = application:set_env(os_mon, start_memsup, true), + {ok, _Child} = supervisor:restart_child(os_mon_sup, memsup), ok. -timeout(suite) -> - []; -timeout(doc) -> - ["Test stability of memsup when data collection times out"]; +%% Test stability of memsup when data collection times out timeout(Config) when is_list(Config) -> %% Set a long memory check interval and memsup_helper timeout, %% we will force memory checks instead and fake timeouts - ?line ok = memsup:set_check_interval(60), - ?line ok = memsup:set_helper_timeout(3600), + ok = memsup:set_check_interval(60), + ok = memsup:set_helper_timeout(3600), %% Provoke a timeout during memory collection - ?line memsup ! time_to_collect, - ?line memsup ! reg_collection_timeout, + memsup ! time_to_collect, + memsup ! reg_collection_timeout, %% Not much we can check though, except that memsup is still running - ?line {_,_,_} = memsup:get_memory_data(), + {_,_,_} = memsup:get_memory_data(), %% Provoke a timeout during extensive memory collection %% We fake a gen_server:call/2 to be able to send a timeout message @@ -574,140 +540,133 @@ timeout(Config) when is_list(Config) -> %% Linux should be handled the same way as solaris. -% TimeoutMsg = case ?t:os_type() of -% {unix, sunos} -> ext_collection_timeout; -% {unix, linux} -> reg_collection_timeout -% end, + % TimeoutMsg = case ?t:os_type() of + % {unix, sunos} -> ext_collection_timeout; + % {unix, linux} -> reg_collection_timeout + % end, TimeoutMsg = ext_collection_timeout, - ?line Pid = whereis(memsup), - ?line Mref = erlang:monitor(process, Pid), - ?line Pid ! {'$gen_call', {self(), Mref}, get_system_memory_data}, - ?line Pid ! TimeoutMsg, + Pid = whereis(memsup), + Mref = erlang:monitor(process, Pid), + Pid ! {'$gen_call', {self(), Mref}, get_system_memory_data}, + Pid ! TimeoutMsg, receive - {Mref, []} -> - erlang:demonitor(Mref), - ?line ok; - {Mref, Res} -> - erlang:demonitor(Mref), - ?line ?t:fail({unexpected_result, Res}); - {'DOWN', Mref, _, _, _} -> - ?line ?t:fail(no_result) + {Mref, []} -> + erlang:demonitor(Mref), + ok; + {Mref, Res} -> + erlang:demonitor(Mref), + ct:fail({unexpected_result, Res}); + {'DOWN', Mref, _, _, _} -> + ct:fail(no_result) end, %% Reset memory check interval and memsup_helper timeout - ?line ok = memsup:set_check_interval(1), - ?line ok = memsup:set_helper_timeout(30), - ?line memsup ! time_to_collect, + ok = memsup:set_check_interval(1), + ok = memsup:set_helper_timeout(30), + memsup ! time_to_collect, - ?line [_|_] = memsup:get_system_memory_data(), + [_|_] = memsup:get_system_memory_data(), ok. -port(suite) -> - []; -port(doc) -> - ["Test that memsup handles a terminating port program"]; +%% Test that memsup handles a terminating port program port(Config) when is_list(Config) -> - ?line Str = os:cmd("ps -e | grep '[m]emsup'"), + Str = os:cmd("ps -e | grep '[m]emsup'"), case io_lib:fread("~s", Str) of - {ok, [Pid], _Rest} -> - - %% Monitor memsup - ?line MonRef = erlang:monitor(process, memsup), - ?line {Total1,_Alloc1,_Worst1} = memsup:get_memory_data(), - ?line true = Total1>0, - - %% Kill the port program - case os:cmd("kill -9 " ++ Pid) of - [] -> - - %% memsup should now terminate - receive - {'DOWN', MonRef, _, _, {port_died, _Reason}} -> - ok; - {'DOWN', MonRef, _, _, Reason} -> - ?line ?t:fail({unexpected_exit_reason, Reason}) - after - 3000 -> - ?line ?t:fail(still_alive) - end, - - %% Give os_mon_sup time to restart memsup - ?t:sleep(?t:seconds(3)), - ?line {Total2,_Alloc2,_Worst2} = - memsup:get_memory_data(), - ?line true = Total2>0, - - ok; - - Line -> - erlang:demonitor(MonRef), - {skip, {not_killed, Line}} - end; - _ -> - {skip, {os_pid_not_found, Str}} + {ok, [Pid], _Rest} -> + + %% Monitor memsup + MonRef = erlang:monitor(process, memsup), + {Total1,_Alloc1,_Worst1} = memsup:get_memory_data(), + true = Total1>0, + + %% Kill the port program + case os:cmd("kill -9 " ++ Pid) of + [] -> + + %% memsup should now terminate + receive + {'DOWN', MonRef, _, _, {port_died, _Reason}} -> + ok; + {'DOWN', MonRef, _, _, Reason} -> + ct:fail({unexpected_exit_reason, Reason}) + after + 3000 -> + ct:fail(still_alive) + end, + + %% Give os_mon_sup time to restart memsup + ct:sleep({seconds,3}), + {Total2,_Alloc2,_Worst2} = + memsup:get_memory_data(), + true = Total2>0, + + ok; + + Line -> + erlang:demonitor(MonRef), + {skip, {not_killed, Line}} + end; + _ -> + {skip, {os_pid_not_found, Str}} end. -otp_5910(suite) -> - []; -otp_5910(doc) -> - ["Test that alarms are cleared and not set twice"]; +%% Test that alarms are cleared and not set twice otp_5910(Config) when is_list(Config) -> Alarms = - [system_memory_high_watermark, process_memory_high_watermark], + [system_memory_high_watermark, process_memory_high_watermark], %% Make sure memsup sets both alarms - ?line ok = application:set_env(os_mon, memory_check_interval, 60), - ?line ok = memsup:set_check_interval(60), - ?line SysThreshold = (memsup:get_sysmem_high_watermark()/100), - ?line ProcThreshold = (memsup:get_procmem_high_watermark()/100), + ok = application:set_env(os_mon, memory_check_interval, 60), + ok = memsup:set_check_interval(60), + SysThreshold = (memsup:get_sysmem_high_watermark()/100), + ProcThreshold = (memsup:get_procmem_high_watermark()/100), MemData = memsup:get_memory_data(), io:format("otp_5910: memsup:get_memory_data() = ~p~n", [MemData]), - ?line {Total, Alloc, {_Pid, _Bytes}} = MemData, - ?line Pid = spawn_opt(fun() -> - receive - die -> ok - end - end, [{min_heap_size, 1000}]), + {Total, Alloc, {_Pid, _Bytes}} = MemData, + Pid = spawn_opt(fun() -> + receive + die -> ok + end + end, [{min_heap_size, 1000}]), %% Create a process guaranteed to live, be constant and %% break memsup process limit - ?line {memory, Bytes} = erlang:process_info(Pid,memory), - ?line SysUsage = Alloc/Total, - ?line ProcUsage = Bytes/Total, + {memory, Bytes} = erlang:process_info(Pid,memory), + SysUsage = Alloc/Total, + ProcUsage = Bytes/Total, if - SysUsage>SysThreshold -> - ok; - SysUsage=<SysThreshold -> - ?line ok = application:set_env(os_mon, - sys_mem_high_watermark, - 0.5 * SysUsage), - ?line ok = memsup:set_sysmem_high_watermark(0.5 * SysUsage) + SysUsage>SysThreshold -> + ok; + SysUsage=<SysThreshold -> + ok = application:set_env(os_mon, + sys_mem_high_watermark, + 0.5 * SysUsage), + ok = memsup:set_sysmem_high_watermark(0.5 * SysUsage) end, if - ProcUsage>ProcThreshold -> - ok; - ProcUsage=<ProcThreshold -> - ?line ok = application:set_env(os_mon, - proc_mem_high_watermark, - 0.5 * ProcUsage), - ?line ok = memsup:set_procmem_high_watermark(0.5 *ProcUsage) + ProcUsage>ProcThreshold -> + ok; + ProcUsage=<ProcThreshold -> + ok = application:set_env(os_mon, + proc_mem_high_watermark, + 0.5 * ProcUsage), + ok = memsup:set_procmem_high_watermark(0.5 *ProcUsage) end, - ?line ok = force_collection(), - ?t:sleep(?t:seconds(1)), + ok = force_collection(), + ct:sleep({seconds,1}), lists:foreach(fun(AlarmId) -> - case alarm_set(AlarmId) of - {true, _} -> ok; - false -> - ?line ?t:fail({alarm_not_set, - AlarmId}) - end - end, - Alarms), + case alarm_set(AlarmId) of + {true, _} -> ok; + false -> + ct:fail({alarm_not_set, AlarmId}) + end + end, + Alarms), %% Kill guaranteed process... Pid ! die, @@ -715,42 +674,41 @@ otp_5910(Config) when is_list(Config) -> exit(whereis(memsup), faked_memsup_crash), %% Wait a little to make sure memsup has been restarted, %% then make sure the alarms are set once, but not twice - ?t:sleep(?t:seconds(1)), - ?line MemUsage = memsup:get_memory_data(), + ct:sleep({seconds,1}), + MemUsage = memsup:get_memory_data(), SetAlarms = alarm_handler:get_alarms(), case lists:foldl(fun(system_memory_high_watermark, {S, P}) -> - {S+1, P}; - (process_memory_high_watermark, {S, P}) -> - {S, P+1}; - (_AlarmId, Acc0) -> - Acc0 - end, - {0, 0}, - SetAlarms) of - {0, 0} -> - ok; - _ -> - ?line ?t:fail({bad_number_of_alarms, SetAlarms, MemUsage}) + {S+1, P}; + (process_memory_high_watermark, {S, P}) -> + {S, P+1}; + (_AlarmId, Acc0) -> + Acc0 + end, + {0, 0}, + SetAlarms) of + {0, 0} -> + ok; + _ -> + ct:fail({bad_number_of_alarms, SetAlarms, MemUsage}) end, %% Stop OS_Mon and make sure all memsup alarms are cleared - ?line ok = application:stop(os_mon), - ?t:sleep(?t:seconds(1)), + ok = application:stop(os_mon), + ct:sleep({seconds,1}), lists:foreach(fun(AlarmId) -> - case alarm_set(AlarmId) of - false -> ok; - {true, _} -> - ?line ?t:fail({alarm_is_set, AlarmId}) - end - end, - Alarms), + case alarm_set(AlarmId) of + false -> ok; + {true, _} -> + ct:fail({alarm_is_set, AlarmId}) + end + end, + Alarms), %% Reset configuration and restart OS_Mon - ?line ok = application:set_env(os_mon,memory_check_interval,1), - ?line ok = application:set_env(os_mon,sys_mem_high_watermark,0.8), - ?line ok = application:set_env(os_mon,proc_mem_high_watermark,0.05), - ?line ok = application:start(os_mon), - + ok = application:set_env(os_mon,memory_check_interval,1), + ok = application:set_env(os_mon,sys_mem_high_watermark,0.8), + ok = application:set_env(os_mon,proc_mem_high_watermark,0.05), + ok = application:start(os_mon), ok. %%---------------------------------------------------------------------- @@ -765,30 +723,30 @@ force_collection() -> force_collection(TimerRef) -> receive - {trace, _Pid, 'receive', {collected_sys, _Sys}} -> - erlang:cancel_timer(TimerRef), - erlang:trace(whereis(memsup), false, ['receive']), - flush(), - ok; - {trace, _Pid, 'receive', reg_collection_timeout} -> - erlang:cancel_timer(TimerRef), - erlang:trace(whereis(memsup), false, ['receive']), - flush(), - collection_timeout; - timout -> - erlang:trace(whereis(memsup), false, ['receive']), - flush(), - timeout; - _Msg -> - force_collection(TimerRef) + {trace, _Pid, 'receive', {collected_sys, _Sys}} -> + erlang:cancel_timer(TimerRef), + erlang:trace(whereis(memsup), false, ['receive']), + flush(), + ok; + {trace, _Pid, 'receive', reg_collection_timeout} -> + erlang:cancel_timer(TimerRef), + erlang:trace(whereis(memsup), false, ['receive']), + flush(), + collection_timeout; + timout -> + erlang:trace(whereis(memsup), false, ['receive']), + flush(), + timeout; + _Msg -> + force_collection(TimerRef) end. flush() -> receive - {trace, _, _, _} -> - flush(); - timeout -> - flush() + {trace, _, _, _} -> + flush(); + timeout -> + flush() after 0 -> - ok + ok end. |