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class Environment is subclass of BaseThread
instance variables
--private ha : HA;
private io : IO := new IO();
private inlines : seq of inline := [];
private simtime : nat := 1E9;
private finished : bool := false;
types
-- Input file: Temp, Humid, Time
public inline = nat * nat * nat;
operations
public Environment: seq of char * nat1 * bool ==> Environment
Environment(fname, p, isP) ==
(period := p;
isPeriodic := isP;
def mk_ (-,mk_(t,input)) = io.freadval[nat * seq of inline](fname)
in
(inlines := input;
simtime := t;
);
);
private CreateSignal: () ==> ()
CreateSignal() ==
(if len inlines > 0
then (dcl curtime : nat := World`timerRef.GetTime();
def mk_ (temp, humid, time) = hd inlines
in
(if time = curtime
then (HA`Sur.SetTemp(temp);
HA`Sur.SetHumid(humid);
IO`print([time] ^ ["New env values set!"]);
IO`print(" \n");
inlines := tl inlines;
return
);
);
)
else (finished := true;
return
);
);
public IsFinished: () ==> ()
IsFinished() ==
skip;
public Finish: () ==> ()
Finish() ==
finished := true;
protected Step: () ==> ()
Step() ==
(if World`timerRef.GetTime() < simtime
then CreateSignal()
else finished := true;
);
sync
per IsFinished => finished;
--thread
-- (--World`timerRef.RegisterThread();
-- --start(new ClockTick(threadid));
-- while World`timerRef.GetTime() < simtime
-- do
-- (--if(World`timerRef.GetTime() = 100)
-- --then (testT := new TestThread(77, true);
-- -- );
-- if not finished
-- then CreateSignal();
-- World`timerRef.WaitRelative(1);
-- );
-- finished := true;
-- )
end Environment
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Lebenszyklus
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Ziele
Entwicklung einer Software für die statische Quellcodeanalyse
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