Nevar pievienot vairāk kā 25 tēmas
Tēmai ir jāsākas ar burtu vai ciparu, tā var saturēt domu zīmes ('-') un var būt līdz 35 simboliem gara.
365 rindas
8.8 KiB
365 rindas
8.8 KiB
-module(utTestPerformance).
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-compile([export_all, nowarn_unused_function, nowarn_unused_vars, nowarn_export_all]).
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-record(cycleData, {
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module = test
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, isEnter = false
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, hibernateAfter = infinity
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, isHibernate = false
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, lastStatus = init_status
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, lastState = #{11 => 555, 44 => 434}
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, postponed = [1, 3, "dffd", "fdf"]
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, timers = #{etime => {aaa, fdfd}}
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}).
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tt1(N) ->
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tt1(N, #cycleData{}, [123421, 434, 34], {12222, 343, "fdfd"}, fff, "ArgD").
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tt1(0, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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ok;
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tt1(N, #cycleData{lastState = LastState, isEnter = IsEnter, hibernateAfter = HibernateAfter, module = Module} = CycleData, ArgA, ArgB, ArgC, ArgD) ->
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I1 = is_atom(LastState),
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I2 = is_atom(IsEnter),
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I3 = is_atom(HibernateAfter),
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I4 = is_atom(Module),
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_Ret = I1 andalso I2 andalso I3 andalso I4 andalso true,
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tt1(N - 1, CycleData, ArgA, ArgB, ArgC, ArgD).
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tt2(N) ->
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tt2(N, #cycleData{}, [123421, 434, 34], {12222, 343, "fdfd"}, fff, "ArgD").
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tt2(0, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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ok;
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tt2(N, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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LastState = element(#cycleData.lastState, CycleData),
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IsEnter = element(#cycleData.isEnter, CycleData),
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HibernateAfter = element(#cycleData.hibernateAfter, CycleData),
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Module = element(#cycleData.module, CycleData),
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I1 = is_atom(LastState),
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I2 = is_atom(IsEnter),
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I3 = is_atom(HibernateAfter),
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I4 = is_atom(Module),
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_Ret = I1 andalso I2 andalso I3 andalso I4 andalso true,
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tt2(N - 1, CycleData, ArgA, ArgB, ArgC, ArgD).
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tt3(N) ->
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tt3(N, #cycleData{}, [123421, 434, 34], {12222, 343, "fdfd"}, fff, "ArgD").
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tt3(0, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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ok;
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tt3(N, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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NewCycleData = CycleData#cycleData{module = tttt, lastState = #{11 => 22, 22 => 33}, isEnter = false},
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tt3(N - 1, NewCycleData, ArgA, ArgB, ArgC, ArgD).
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tt4(N) ->
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tt4(N, #cycleData{}, [123421, 434, 34], {12222, 343, "fdfd"}, fff, "ArgD").
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tt4(0, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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ok;
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tt4(N, CycleData, ArgA, ArgB, ArgC, ArgD) ->
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New1 = setelement(#cycleData.module, CycleData, tttt),
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New2 = setelement(#cycleData.lastState, New1, #{11 => 22, 22 => 33}),
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New3 = setelement(#cycleData.isEnter, New2, false),
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tt4(N - 1, New3, ArgA, ArgB, ArgC, ArgD).
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tt5(N) ->
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tt5(N, #cycleData{}, [123421, 434, 34]).
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tt5(0, CycleData, AA) ->
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ok;
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tt5(N, CycleData, AA) ->
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tt5(N - 1, CycleData, AA).
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tt6(N) ->
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tt6(N, test, false, infinity, false, init_status, #{11 => 555, 44 => 434}, [1, 3, "dffd", "fdf"], #{etime => {aaa, fdfd}}, [123421, 434, 34]).
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tt6(0, A1, B, C, D, E, F, G, H, AA) ->
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ok;
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tt6(N, A1, B, C, D, E, F, G, H, AA) ->
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tt6(N - 1, A1, B, C, D, E, F, G, H, AA).
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tt7(0) ->
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ok;
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tt7(N) ->
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tt7(N - 1).
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tt8(N) ->
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tt8(N, #cycleData{}).
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tt8(0, CycleData) ->
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ok;
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tt8(N, #cycleData{module = Module, lastState = Lasst, postponed = Postponed} = AA) ->
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A = setelement(#cycleData.module, AA, ttt),
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B = setelement(#cycleData.isEnter, A, trye),
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%% B = setelement(#cycleData.lastState, A, #{22 => 555, 55 => 434}),
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%% C = setelement(#cycleData.postponed, B, [1,3,"fdf", "dffd"]),
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tt8(N - 1, B).
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tt88(N) ->
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tt88(N, #cycleData{}).
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tt88(0, CycleData) ->
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ok;
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tt88(N, #cycleData{module = Module, lastState = Lasst, postponed = Postponed} = AA) ->
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%%C = setelement(#cycleData.postponed, AA, [1,3,"fdf", "dffd"]),
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%%B = setelement(#cycleData.lastState, C, #{22 => 555, 55 => 434}),
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B = setelement(#cycleData.isEnter, AA, trye),
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A = setelement(#cycleData.module, B, ttt),
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tt88(N - 1, A).
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tt888(N) ->
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tt888(N, #cycleData{}).
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tt888(0, CycleData) ->
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ok;
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tt888(N, #cycleData{module = Module, lastState = Lasst, postponed = Postponed} = AA) ->
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A = AA#cycleData{isEnter = trye, module = ttt},
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tt888(N - 1, A).
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tt9(N) ->
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Data = #cycleData{},
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put(a, Data#cycleData.module),
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put(b, Data#cycleData.isEnter),
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put(c, Data#cycleData.hibernateAfter),
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put(d, Data#cycleData.isHibernate),
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put(e, Data#cycleData.lastStatus),
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put(f, Data#cycleData.lastState),
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put(g, Data#cycleData.postponed),
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tt10(N).
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tt10(0) ->
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ok;
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tt10(N) ->
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A = get(a),
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put(a, ttt),
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B = get(f),
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put(f, #{22 => 555, 55 => 434}),
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C = get(g),
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put(g, [1, 3, "fdf", "dffd"]),
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_Ret = A orelse B orelse C orelse true,
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tt10(N - 1).
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c6(N) ->
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cc6(N, 0).
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cc6(0, F) ->
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F;
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cc6(N, _F) ->
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F = N + 0.0,
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cc6(N - 1, F).
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c7(N) ->
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cc7(N, 0).
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cc7(0, F) ->
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F;
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cc7(N, _F) ->
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F = float(N),
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cc7(N - 1, F).
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s1(0, Fun) ->
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ok;
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s1(N, Fun) ->
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?MODULE:Fun(),
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s1(N - 1, Fun).
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st1() ->
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size(<<"fdfdfdd:fdffd:\rn\n:fdfd fd df df dfddfdf">>).
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st2() ->
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byte_size(<<"fdfdfdd:fdffd:\rn\n:fdfd fd df df dfddfdf">>).
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st3() ->
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iolist_size(<<"fdfdfdd:fdffd:\rn\n:fdfd fd df df d:fddfdf">>).
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st4() ->
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size(<<"fdfdfdd:fdffd:\rn\n:fdfd fd df df dfddfdf">>).
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gm(0, Fun) ->
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ok;
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gm(N, Fun) ->
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[?MODULE:Fun(M) || M <- [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12]],
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gm(N - 1, Fun).
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%% 这个更快
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getMonth(1) ->
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<<"Jan">>;
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getMonth(2) ->
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<<"Feb">>;
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getMonth(3) ->
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<<"Mar">>;
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getMonth(4) ->
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<<"Apr">>;
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getMonth(5) ->
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<<"May">>;
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getMonth(6) ->
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<<"Jun">>;
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getMonth(7) ->
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<<"Jul">>;
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getMonth(8) ->
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<<"Aug">>;
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getMonth(9) ->
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<<"Sep">>;
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getMonth(10) ->
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<<"Oct">>;
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getMonth(11) ->
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<<"Nov">>;
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getMonth(12) ->
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<<"Dec">>.
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getMonth2(Month) ->
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element(Month, {<<"Jan">>, <<"Feb">>, <<"Mar">>, <<"Apr">>, <<"May">>, <<"Jun">>, <<"Jul">>, <<"Aug">>, <<"Sep">>, <<"Oct">>, <<"Nov">>, <<"Dec">>}).
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-define(Month, #{1 => <<"Jan">>, 2 => <<"Feb">>, 3 => <<"Mar">>, 4 => <<"Apr">>, 5 => <<"May">>, 6 => <<"Jun">>, 7 => <<"Jul">>, 8 => <<"Aug">>, 9 => <<"Sep">>, 10 => <<"Oct">>, 11 => <<"Nov">>, 12 => <<"Dec">>}).
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getMonth3(Month) ->
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case ?Month of
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#{Month := MonthStr} ->
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MonthStr;
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_ ->
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<<"">>
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end.
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-define(List, [1, 2, 3234235, <<"fdsfasf">>, <<"fdsfasf111111111111111111111111">>, [3434,43,434], tryrer, {rqwrer, 342144}, #{23424 => "fdsfsdafsaf"}, {432143, "fdsaf", 76767}]).
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ht(0, _Fun) ->
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ok;
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ht(N, Fun) ->
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[?MODULE:Fun(Term) || Term <- ?List],
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ht(N - 1, Fun).
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hash1(Term) ->
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erlang:phash(Term, 256).
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hash2(Term) ->
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erlang:phash2(Term, 256).
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hashn1(Term) ->
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nifHashb:hash1(Term, 256).
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hashn2(Term) ->
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nifHashb:hash2(Term, 256).
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hashn3(Term) ->
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nifHashb:hash3(Term, 256).
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ht1(0, _Fun, Term) ->
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ok;
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ht1(N, Fun, Term) ->
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?MODULE:Fun(Term),
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ht1(N - 1, Fun, Term).
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hash3(Term) ->
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erlang:phash(Term, 256).
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hash4(Term) ->
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erlang:phash2(Term, 256).
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ttT(0, Fun) ->
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?MODULE:Fun(0);
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ttT(N, Fun) ->
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?MODULE:Fun(N),
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ttT(N - 1, Fun).
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nifT(N) ->
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[nifArray:test(Term) || Term <- ?List].
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nifT1(N) ->
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[nifArray:test1(Term) || Term <- ?List].
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cb(N, Len, Fun) ->
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Bin = utGenTerm:genBinary(Len),
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cddo(N, Bin, Fun).
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cddo(0, Bin, Fun) ->
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nifHashb:Fun(Bin, Bin);
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cddo(N, Bin, Fun) ->
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nifHashb:Fun(Bin, Bin),
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cddo(N - 1, Bin, Fun).
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cc1(0, A1, A2, _V) ->
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A1 / A2;
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cc1(N, A1, A2, _V) ->
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V = A1 / A2,
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cc1(N - 1, A1, A2, V).
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cc2(0, A1, A2, _V) ->
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A1 div A2;
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cc2(N, A1, A2, _V) ->
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V = A1 div A2,
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cc2(N - 1, A1, A2, V).
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call1(N, Y) ->
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KVList = [{{value, test, Index, Index}, {value, test, Index, Index}} || Index <- lists:seq(1, Y)],
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utKvsToBeam:load(ttttt, KVList),
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T = erlang:system_time(microsecond),
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A = ?MODULE,
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Fun = get,
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call1(N, Y, T, A, Fun, 0).
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call1(0, A1, A2, _A, _Fun, _V) ->
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Key = rand:uniform(A1),
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V = ttttt:get({value, test, Key, Key}),
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{erlang:system_time(microsecond) - A2, V};
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call1(N, A1, A2, A, Fun, _V) ->
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Key = rand:uniform(A1),
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V = ttttt:get({value, test, Key, Key}),
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call1(N - 1, A1, A2, A, Fun, V).
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get1({value, test, 1500, 1500}) ->
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{value, test, 1500, 1500}.
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call2(N, Y) ->
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A = ?MODULE,
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Fun = get1,
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T = erlang:system_time(microsecond),
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call2(N, Y, T, A, Fun, 0).
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call2(0, _A1, A2, A, Fun, _V) ->
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V = ?MODULE:Fun({value, test, 1500, 1500}),
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{erlang:system_time(microsecond) - A2, V};
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call2(N, A1, A2, A, Fun, _Key) ->
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Key = rand:uniform(A1),
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_V = ?MODULE:Fun({value, test, 1500, 1500}),
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call2(N - 1, A1, A2, A, Fun, Key).
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call3(N, Y) ->
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A = ?MODULE,
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Fun = get1,
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T = erlang:system_time(microsecond),
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call3(N, Y, T, A, Fun, 0).
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call3(0, _A1, A2, A, Fun, _K) ->
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_V = erlang:apply(A, Fun, [{value, test, 1500, 1500}]),
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{erlang:system_time(microsecond) - A2, _K};
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call3(N, A1, A2, A, Fun, _key) ->
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Key = rand:uniform(A1),
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_V = erlang:apply(A, Fun, [{value, test, 1500, 1500}]),
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call3(N - 1, A1, A2, A, Fun, Key).
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call4(N, Y) ->
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A = ?MODULE,
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Fun = get1,
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T = erlang:system_time(microsecond),
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call4(N, Y, T, A, Fun, 0).
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call4(0, _A1, A2, A, Fun, _K) ->
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erlang:apply(A, Fun, [{value, test, 1500, 1500}]),
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{erlang:system_time(microsecond) - A2, _K};
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call4(N, A1, A2, A, Fun, _key) ->
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Key = rand:uniform(A1),
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Args = [{value, test, 1500, 1500}],
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erlang:apply(A, Fun, Args),
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call4(N - 1, A1, A2, A, Fun, Key).
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