//Insert declarations of global clocks, variables, constants and channels.
const int epsilon = 20;
const int delta = 50;
const int Max = 10;
const int Wait = 2000;
const int delay = 100;
const int tolerance = 5;
const int T_react = 1;
const int latency = 5;
// IUT internal:
chan touch, starthold, endhold;
int[0,1] on;
int iutLevel, OL;
// IUT interface to adapter:
chan setGrasp, setRelease; // inputs
chan setLevel; // outputs
int adapLevel;
// Observable
chan grasp, release, level;
// Environment:
Interfaceconst int epsilon, const int delta, chan &grasp, chan &releaseclock x;idleignoringtouchingtouchedreleasingholdingDimmerconst int delay, chan &setLevel, int& Lclock x;UpDnPassiveDnPassiveUpSwitchchan &setLevel, int& LidlegoingOngoingOffOldAdapterint& outData, int& L, chan &showLevelclock z;busyidleERRORDumbUserchan &changeLevel, int& Lclock z;idlebusySampleUserchan &changeLevel, int& newLevelclock z;
int[0,Max] L;idlebusyRealUserchan &changeLevel, int& newLevelclock z;
int[0,Max] L;idlebusyoffAdapterconst int delay, chan &inp, chan &outclock x;IntAdapterconst int delay, chan &inp, chan &out, int& inpData, int& outDataclock x;// IUT part:
interface= Interface(epsilon,delta, setGrasp, setRelease);
dimmer = Dimmer(delay, setLevel, iutLevel);
switch = Switch(setLevel, iutLevel);
// Env part:
// note: SampleUser cannot detect mutant 1, but DumbUser can!
user = SampleUser(level, adapLevel);
// communication latency adapters:
graspAdapter = Adapter(latency, grasp, setGrasp);
releaseAdapter = Adapter(latency, release, setRelease);
levelAdapter = IntAdapter(latency, setLevel, level, iutLevel, adapLevel);
system interface, switch, dimmer,
user,
graspAdapter, releaseAdapter, levelAdapter;
/*
input grasp(), release();
output showLevel(envLevel);
*/