void checkCount(float cnt){
setDelay(cnt);
loop();
int count = counter.value*2+1;
int i;
for(i=0; !delayIsHigh() && i<100; ++i)
toggleClock();
BOOST_CHECK_EQUAL(i, count);
toggleClock();
for(i=0; !delayIsHigh() && i<100; ++i)
toggleClock();
BOOST_CHECK_EQUAL(i, count);
toggleClock();
}
void checkDivideAndCount(float div, float cnt){
setDivide(div);
setDelay(cnt);
loop();
reset();
int count = counter.value;
int pulses = divider.value;
BOOST_CHECK(pulses > count/2);
int cycles = pulses*2+count*2+1;
int i;
for(i=0; !combinedIsHigh(); ++i)
toggleClock();
BOOST_CHECK_EQUAL(i, cycles);
toggleClock();
for(i=0; !combinedIsHigh(); ++i)
toggleClock();
BOOST_CHECK_EQUAL(i, pulses*2+1);
toggleClock();
}
void checkSwing(float div, float del){
setDivide(div);
setDelay(del);
setDelayMode();
loop();
int cycles = divider.value*2+1;
int time = delay.value/2+1;
int ticks = delay.value-time;
int i;
for(i=0; clockIsHigh() == combinedIsHigh() && i<1000; ++i)
toggleClock();
BOOST_CHECK_EQUAL(i, cycles);
BOOST_CHECK(swinger.running == true);
BOOST_CHECK(clockIsHigh());
callTimer(time);
setClock(false);
for(i=0; !combinedIsHigh() && i<1000; ++i)
callTimer();
BOOST_CHECK_EQUAL(i, ticks);
for(i=0; combinedIsHigh() && i<1000; ++i)
callTimer();
BOOST_CHECK_EQUAL(i, time);
}
HockeyGame::HockeyGame(QString awayXML, QString homeXML, QString sponsor,
QString awayRank, QString homeRank, int screenWidth) :
sponsor(sponsor),awayRank(awayRank), homeRank(homeRank),
sb(sponsor, &gameClock, awayRank, homeRank), comparisonPreview(true),
#ifdef GRADIENT_LOOK
lt (awayColor, homeColor, screenWidth)
#else
lt(screenWidth), previewLt(screenWidth)
#endif
{
useClock = true;
isFinal = false;
awayScore = 0;
homeScore = 0;
homeSOG = 0;
awaySOG = 0;
period = 0;
awayPlayersOnIce = 5;
homePlayersOnIce = 5;
timer.setTimerType(Qt::PreciseTimer);
timer.setInterval(100);
cgTimer.setTimerType(Qt::PreciseTimer);
cgTimer.setInterval(100);
tricasterRefresh.setInterval(1000*30);
clockRunning = false;
penaltiesActive = false;
connect(&gameClock, SIGNAL(clockExpired()),
this, SLOT(toggleClock()));
connect(&timer, SIGNAL(timeout()), &gameClock, SLOT(tick()));
connect(this, SIGNAL(periodChanged(int)), &sb, SLOT(updatePeriod(int)));
connect(this, SIGNAL(awayScoreChanged(int)), &sb, SLOT(updateAwayScore(int)));
connect(this, SIGNAL(homeScoreChanged(int)), &sb, SLOT(updateHomeScore(int)));
connect(this, SIGNAL(penaltyChanged(int,Clock*,QString)), &sb, SLOT(preparePowerplayClock(int,Clock*,QString)));
connect(this, SIGNAL(checkScoreboardPp()), this, SLOT(determinePpClockForScoreboard()));
// Make teams...
homeTeam = new HockeyTeam();
awayTeam = new HockeyTeam();
SeasonXMLHandler handler(homeTeam);
handler.parseFile(homeXML);
HockeyPlayer empty;
empty.setName("No Name");
homeTeam->addPlayer(empty);
SeasonXMLHandler roadHandler(awayTeam);
roadHandler.parseFile(awayXML);
awayTeam->addPlayer(empty);
firedPeriodChange = false;
waitingForPeriodStart = false;
}
void
HockeyGame::awayGoal() {
awayScore ++;
if (useClock)
timeEventHappened = period > 3 ? gameClock.getTimeSinceOtStarted() :
gameClock.getTimeSincePdStarted();
emit awayScoreChanged(awayScore);
if (getHomeTeam()->getPlayerInGoal()) {
homeTeam->getGoalie().addGa();
}
awaySOG++;
emit awaySogChanged(awaySOG);
}
int main () {
DEF_GENPAT("dpt_regfile_genpat");
// endereços de entrada
DECLAR("CLK", ":2", "B", IN , "", "");
DECLAR("A3" , ":2", "X", IN , "4 down to 0" , "");
DECLAR("WD3", ":2", "X", IN , "31 down to 0", "");
DECLAR("WE3", ":2", "B", IN , "", "");
DECLAR("A1" , ":2", "X", IN , "4 down to 0" , "");
DECLAR("RD1", ":2", "X", OUT, "31 down to 0", "");
DECLAR("A2" , ":2", "X", IN , "4 down to 0" , "");
DECLAR("RD2", ":2", "X", OUT, "31 down to 0", "");
DECLAR("Vdd", ":2", "B", IN , "", "" );
DECLAR("Vss", ":2", "B", IN , "", "" );
LABEL ("regfile");
AFFECT(cvect(), "Vdd", "0b1");
AFFECT(cvect(), "Vss", "0b0");
AFFECT(cvect(), "CLK", inttostr(CLK));
RegInit();
RegAffect();
RegA3 = 0;
RegWD3 = 0xFFFFFFFF;
RegWE3 = 1;
RegAffect();
curvect++;
toggleClock();
RegWrite();
curvect++;
toggleClock();
int reg;
for(reg = 1; reg < 32; reg++) {
RegA1 = reg - 1;
RegA2 = reg;
RegA3 = reg;
RegWD3 = 0x00000000;
RegWE3 = 1;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
RegWD3 = 0xFFFFFFFF;
RegWE3 = 0;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
RegWE3 = 1;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
RegWD3 = 0x00000000;
RegWE3 = 0;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
RegWE3 = 1;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
if(reg % 2 == 1) {
RegWD3 = 0xFFFFFFFF;
RegWE3 = 1;
RegAffect();
curvect++; toggleClock();
RegWrite();
curvect++; toggleClock();
}
}
SAV_GENPAT ();
return 0;
}
int main() {
FILE *arq = NULL;
char patFilename[] = __FILE__;
patFilename[ strlen(patFilename)-2 ] = '\0';
arq = fopen("instructions/control.txt", "r+");
if( !arq ) {
fprintf(stderr, "\nCouldn't open 'instructions/control.txt' file.\n");
return 1;
}
DEF_GENPAT(patFilename);
DECLAR("CLK" , ":2", "B", IN , "", "");
DECLAR("Reset" , ":2", "B", IN , "","");
DECLAR("State" , ":2", "X", OUT, "3 down to 0", "");
DECLAR("Opcode" , ":2", "B", IN , "5 down to 0", "");
// Multiplexer Selects
DECLAR("MemtoReg" , ":2", "B", OUT, "", "");
DECLAR("RegDst" , ":2", "B", OUT, "", "");
DECLAR("IorD" , ":2", "B", OUT, "", "");
DECLAR("PCSrc" , ":2", "B", OUT, "1 down to 0", "");
DECLAR("ALUSrcA" , ":2", "B", OUT, "", "");
DECLAR("ALUSrcB" , ":2", "B", OUT, "1 down to 0", "");
DECLAR("ALUOp" , ":2", "B", OUT, "1 down to 0", "");
// Registers Enables
DECLAR("IRWrite" , ":2", "B", OUT, "", "");
DECLAR("MemWrite" , ":2", "B", OUT, "", "");
DECLAR("PCWrite" , ":2", "B", OUT, "", "");
DECLAR("RegWrite" , ":2", "B", OUT, "", "");
DECLAR("Branch" , ":2", "B", OUT, "", "");
DECLAR ("Vdd" , ":2", "B", IN , "", "");
DECLAR ("Vss" , ":2", "B", IN , "", "");
AFFECT ("0", "Vdd", "1");
AFFECT ("0", "Vss", "0");
AFFECT ("0", "CLK", "0");
AFFECT ("0", "Reset", "1");
AFFECT ("0", "Opcode", "0");
FsmMode = MODE_FSM;
curvect++;
toggleClock();
FsmReset();
curvect++;
toggleClock();
AFFECT (cvect(), "Reset", "0");
curvect++;
while(1) {
toggleClock();
FsmRunState();
curvect++;
toggleClock();
if(FsmNextState == 1) {
if( !getNextInstr(arq) ) {
break;
}
AFFECT(cvect(), "Opcode", inttostr(DecOpcode));
FsmOpcode = DecOpcode;
}
curvect++;
}
SAV_GENPAT();
return 0;
}
