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    Types: TextFile
    Names: »B«

└─⟦180fe333a⟧ Bits:30000405 8mm tape, Rational 1000, SW CATALOG, 10_20_0
└─⟦180fe333a⟧ Bits:30000537 8mm tape, Rational 1000, SW Catalog 10_20_0
    └─⟦5cb1d1d7f⟧ »DATA« 
        └─⟦3b1ee7bd8⟧ 
            └─⟦this⟧ 

TextFile

with Task_Pack_4;
use Task_Pack_4;
with Remote_Global;
use Remote_Global; -- control optimization
with Iteration; -- obtain stable measurement
with Piwg_Io; -- output results

procedure T000004 is  -- main procedure to execute
    Cpu_Time : Duration; -- CPU time for one feature execution
    Wall_Time : Duration; -- WALL time for one feature execution
    Check_Times : constant := 100; -- inside loop count and check
    Iteration_Count : Integer; -- set and varied by ITERATION package
    Stable : Boolean; -- true when measurement stable
    Case_Count : constant := 2;

begin

    Iteration.Start_Control;  -- dummy to bring in pages on some machines

    delay 0.5;  -- wait for stable enviornment on some machines

    Iteration.Initialize (Iteration_Count);

    loop  -- until stable measurement, ITERATION_COUNT increases each time

--
-- Control loop
--
        Iteration.Start_Control;
        for J in 1 .. Iteration_Count loop
            Global := 0;
            for Inside_Loop in 1 .. Check_Times loop
                Global := Global + A_One;
                Remote;  
            end loop;
        end loop;
        Iteration.Stop_Control (Global, Check_Times);

--
-- Test loop
--
        Iteration.Start_Test;
        for J in 1 .. Iteration_Count loop
            Global := 0;
            for Inside_Loop in 1 .. Check_Times loop
                T1.E1; -- this has control global increment and call inside
                T1.E2; -- this has control global increment and call inside
            end loop;
        end loop;
        Global := Global / Case_Count;
        Iteration.Stop_Test (Global, Check_Times);
        Iteration.Test_Stable (Iteration_Count, Stable);
        exit when Stable;
    end loop;
--
    Iteration.Feature_Times (Cpu_Time, Wall_Time);
    Cpu_Time := Duration (Cpu_Time / Case_Count);
    Wall_Time := Duration (Wall_Time / Case_Count);

--
-- Printout
--
    Piwg_Io.Piwg_Output ("T000004", "Tasking", Cpu_Time,
                         Wall_Time, Iteration_Count,
                         " Task entry call and return time measured",
                         " One tasks active, two entries, tasks in a package ",
                         " using select statement ");

    abort T1;
end T000004;