// Place global declarations here.
const int MaxProc = 2;
const int TMax = 5;
const int TMin = 5;
bool failure = false;
bool jnd [MaxProc] = {false, false};
bool waiting [MaxProc] = {false, false};
bool join[MaxProc] = {false, false};
bool leave[MaxProc]= {false, false};
bool active[MaxProc+1] = {true,true,true};
broadcast chan rcvtruebeat[MaxProc+1];
broadcast chan sndtruebeat[MaxProc+1];
broadcast chan rcvfalsebeat[MaxProc+1];
broadcast chan sndfalsebeat[MaxProc+1];
chan priority sndtruebeat[0] < rcvtruebeat[1] ;
chan priority sndtruebeat[0] < rcvfalsebeat[2];
chan priority sndtruebeat[0] < rcvtruebeat[2];
chan priority sndtruebeat[0] < rcvfalsebeat[1];
chan priority sndtruebeat[0] < rcvtruebeat[0];
Process0// Place local declarations here.
int t = TMax;
bool rcvd [MaxProc]={true,true};
int tm[MaxProc] = {TMax, TMax};
clock waiting;
void initialize (bool& j[MaxProc], bool& r[MaxProc], int& t[MaxProc])
{
for ( i : int[0,MaxProc-1])
{
j[i] = false;
r[i] = true;
t[i] = TMax;
}
}
void updateTM (bool j[MaxProc], bool r[MaxProc], int& t[MaxProc])
{
for ( i : int[0,MaxProc-1])
{
if ( j[i] and r[i] ) { t[i] = TMax; }
if (j[i] and (not r[i]) ) { t[i] = t[i] / 2; }
}
}
void fillFalse (bool& r[MaxProc])
{
for ( i : int[0,MaxProc-1])
{
r[i] = false;
}
}
int minList( int t[MaxProc])
{
int i = 0;
int min = TMax;
while ( i < MaxProc)
{
if (min > t[i]) { min = t[i]; }
i += 1;
}
return min;
}NV_InactivatedV_InactivatedAliveChannelint[1,MaxProc] iclock delay;
bool lostMsg = false;
Processiint[1, MaxProc] i int t = TMax;
clock waitingforbeat;
clock waitingtojoin;
NV_InactivatedV_InactivatedAliveChannel2int[0,MaxProc] iclock delay2;MonitorR1int[1, MaxProc] i clock delay;ErrorR1// Place template instantiations here.
P1 = Processi(1);
P2 = Processi(2);
P3 = Processi(3);
C11 = Channel(1);
C12 = Channel(2);
C13 = Channel(3);
C21 = Channel2(1);
C22 = Channel2(2);
C23 = Channel2(3);
M1 = MonitorR1(1);
M2 = MonitorR1(2);
// List one or more processes to be composed into a system.
system C21, C22, Process0, P1, P2, C11, C12, M1, M2;