TimePeriod span(const TimePeriod& tp1, const TimePeriod& tp2)
{
if( isInvalid(tp1) || isInvalid(tp2) )
{
return TimePeriod(DateTime::getNADT(), DateTime::getNADT());
}
return TimePeriod(std::min(tp1.begin(), tp2.begin()), std::max(tp1.end(), tp2.end()));
}
TimePeriod intersection(const TimePeriod& tp1, const TimePeriod& tp2)
{
if( !intersect(tp1, tp2) )
{
return TimePeriod(DateTime::getNADT(), DateTime::getNADT());
}
return TimePeriod(std::max(tp1.begin(), tp2.begin()), std::min(tp1.end(), tp2.end()));
}
TimePeriod merge(const TimePeriod& tp1, const TimePeriod& tp2)
{
if( isInvalid(tp1) || isInvalid(tp2) )
{
return TimePeriod(DateTime::getNADT(), DateTime::getNADT());
}
else if( intersect(tp1, tp2) || (tp1.end() == tp2.begin()) || (tp1.begin() == tp2.begin()) )
{
return TimePeriod(std::min(tp1.begin(), tp2.begin()), std::max(tp1.end(), tp2.end()));
}
return TimePeriod(DateTime::getNADT(), DateTime::getNADT());
}
static int select(int n, fd_set* readfds, fd_set* writefds, fd_set* exceptfds, const Nullable<TimePeriod>& timePeriod)
{
struct timeval t;
struct timeval* tPtr;
if (timePeriod.isValid())
{
if (timePeriod.get() > Seconds(0)) {
t = timePeriod.get().toTimeval();
} else {
t = TimePeriod(Seconds(0)).toTimeval();
}
tPtr = &t;
} else {
tPtr = NULL;
}
return ::select(n, readfds, writefds, exceptfds, tPtr);
}
template <> ProfilVariable makeIV(const std::string& s, const float& a, const float& b) {
ProfilVariable pv;
pv.setString(s);
pv.setValidRange(TimePeriod(a,b));
return pv;
}
void setValidRange(const TimePeriod& t) { validRange=TimePeriod(t.getStart(), t.getEnd()); }
bool Contest::setupPrizes(void) {
#ifdef DEBUG
stringstream debug;
#endif
PrizeNames.push_back("Nothing");
PrizeNames.push_back("Ringtones");
PrizeNames.push_back("Obsolete");
PrizeNames.push_back("Philips MP3 player");
PrizeNames.push_back("Philips Home Cinema");
PrizeNames.push_back("Peugeot 206 CC");
size_t ind = 0;
TimePeriod tp;
giftDetails p;
stringstream index;
while (ind < EOD.size() -1) {
tp = TimePeriod(EOD[ind], EOD[ind+1]);
index << EOD[ind].toString(true) << ":" << giftDetails::ID_MINUTEPRIZES;
p = giftDetails(giftDetails::ID_MINUTEPRIZES, PrizeNames[giftDetails::ID_MINUTEPRIZES], tp, MINUTEPRIZES, MINUTEPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif
/* index.str("");
index << current.toString(true) << ":" << giftDetails::ID_HOURLYPRIZES;
p = giftDetails(giftDetails::ID_HOURLYPRIZES, PrizeNames[giftDetails::ID_HOURLYPRIZES], tp, HOURLYPRIZES, HOURLYPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif*/
index.str("");
index << EOD[ind].toString(true) << ":" << giftDetails::ID_DAILYPRIZES;
p = giftDetails(giftDetails::ID_DAILYPRIZES, PrizeNames[giftDetails::ID_DAILYPRIZES], tp, DAILYPRIZES, DAILYPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif
ind++;
index.str("");
}
ind = 0;
while (ind < EOW.size()-1) {
tp = TimePeriod(EOW[ind], EOW[ind+1]);
index << EOW[ind].toString(true) << ":" << giftDetails::ID_WEEKLYPRIZES;
p = giftDetails(giftDetails::ID_WEEKLYPRIZES, PrizeNames[giftDetails::ID_WEEKLYPRIZES], tp, WEEKLYPRIZES, WEEKLYPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif
ind++;
index.str("");
}
tp = TimePeriod(EOW[ind], EOC);
index << EOW[ind].toString(true) << ":" << giftDetails::ID_WEEKLYPRIZES;
p = giftDetails(giftDetails::ID_WEEKLYPRIZES, PrizeNames[giftDetails::ID_WEEKLYPRIZES], tp, WEEKLYPRIZES, WEEKLYPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif
ind++;
index.str("");
ind = 0;
while (ind < EOM.size() -1) {
tp = TimePeriod(EOM[ind], EOM[ind+1]);
index << EOM[ind].toString(true) << ":" << giftDetails::ID_MONTHLYPRIZES;
p = giftDetails(giftDetails::ID_MONTHLYPRIZES, PrizeNames[giftDetails::ID_MONTHLYPRIZES], tp, MONTHLYPRIZES, MONTHLYPRIZES);
Prizes.insertObject(index.str(), p);
#ifdef EXTRADEBUG
debug << index.str() << ": ";
debug << p.insertString() << endl;
logMsg(debug.str());
debug.str("");
#endif
ind++;
index.str("");
}
#ifdef DEBUG
debug.str("");
string colname = "qty_rem";
string iname = "gid";
stringstream val;
for (u_int i = giftDetails::ID_MINUTEPRIZES; i <= giftDetails::ID_MONTHLYPRIZES; i++) {
val.str("");
val << i;
debug << dec << "There are " << Prizes.sumColumn(val.str(), iname, colname)
<< " " << PrizeNames[i] << " available" << endl;
}
logMsg(debug.str());
#endif
return true;
}
int Contest::handle_timeout(const ACE_Time_Value &tv,
const void *argument) {
ACE_Guard<ACE_Thread_Mutex> guard(mutex_); {
// Disable Transactions as we're about to write data to the DB
if (dbconnection)
dbconnection->disableTransactions();
TimePeriod tp;
int arg = (int)(argument);
#ifdef DEBUG
stringstream debug;
debug.str("");
#endif
if (arg == ID_SOC) {
logMsg("Contest::handle_timeout(): Start of Contest timer\n");
init();
}
if (arg == ID_EOC) {
logMsg("Contest::handle_timeout(): End of Contest timer\n");
preparetoShutdown();
}
if ((arg == ID_EOD) || (arg == ID_EOW) || (arg == ID_EOM)) {
logMsg("Contest::handle_timeout(): End of day timer\n");
tp = TimePeriod(EOD[current_day], EOD[current_day+1]);
current_day++;
}
if (arg == ID_EOW) {
logMsg("Contest::handle_timeout(): End of week timer\n");
tp = TimePeriod(EOW[current_week], EOW[current_week+1]);
current_week++;
}
if (arg == ID_EOM) {
logMsg("Contest::handle_timeout(): End of month timer\n");
tp = TimePeriod(EOM[current_month], EOM[current_month+1]);
current_month++;
}
if (arg != ID_SOC) {
tp = TimePeriod(SOC, tp.getEndTS());
if (tp.getEndTS().nextDay() >= time(0)) {
#ifdef EXTRADEBUG
debug.str("");
debug << "Contest::handle_timeout(): tp.getEndTS().nextDay() = " << tp.getEndTS().nextDay()
<< ", time(0) = " << time(0) << endl;
logMsg(debug.str());
#endif
}
dbconnection->changeLogFilename();
}
if (current_day < EOD.size()) {
TimeStamp ts(EOD[current_day]);
// Create Day Object (the constructor writes to the DB)
#ifdef DEBUG
debug.str("");
debug << "Transactions enabled: " << boolalpha
<< dbconnection->transactionsEnabled() << endl;
logMsg(debug.str());
#endif
Day *newday = new Day(this, ts);
ContestDays.push_back(*newday);
#ifdef DEBUG
debug.str("");
debug << "Contest::handle_timeout(): ContestDays.size() = " << ContestDays.size() << endl;
debug << "Waiting for today's traffic..." << endl;
logMsg(debug.str());
#endif
delete newday;
}
// Enable Transactions again
if (dbconnection)
dbconnection->enableTransactions();
}
return 0;
}
void ReqLogin::ChooseMode()
{
TheResearchCalendar::Instance()->Clear();
GameMode gm = AMJU_MODE_NO_GAME;
bool doCogTests = false;
PXml research = m_xml.getChildNode(5);
if (SafeStrCmp(research.getName(), "research"))
{
// Schedule - for calendar
PXml p = research.getChildNode(4);
if (SafeStrCmp(p.getName(), "dates"))
{
Time today(Time::Now());
today.RoundDown(TimePeriod(ONE_DAY_IN_SECONDS));
// Bunch of dates - add to TheResearchCal
int numDates = p.nChildNode();
for (int i = 0; i < numDates; i++)
{
PXml date = p.getChildNode(i);
if (SafeStrCmp(date.getName(), "date"))
{
if (SafeStrCmp(date.getChildNode(0).getName(), "timestamp") &&
SafeStrCmp(date.getChildNode(1).getName(), "cogtest") &&
SafeStrCmp(date.getChildNode(2).getName(), "play"))
{
std::string dateStr = date.getChildNode(0).getText();
bool cogtest = SafeStrCmp(date.getChildNode(1).getText(), "1");
bool play = SafeStrCmp(date.getChildNode(2).getText(), "1");
Time t(dateStr);
t.RoundDown(TimePeriod(ONE_DAY_IN_SECONDS));
if (t == today)
{
// Cog tests already done today ?
Results results = TheCogTestResults::Instance()->GetResultsForDate(Time::Now());
if (results.empty())
{
doCogTests = cogtest;
}
else
{
doCogTests = false;
std::cout << "Test results for today are here already.\n";
}
if (play)
{
gm = AMJU_MODE_MULTI;
}
if (doCogTests && !play)
{
// Create dummy target for heart count, etc
CreateDummyLocalPlayer();
}
}
TheResearchCalendar::Instance()->AddResearchDate(ResearchDate(Time(dateStr), cogtest, play));
}
else
{
std::cout << "Login: unexpected format for session dates.\n";
Assert(0);
}
}
}
}
else
{
std::cout << "Login: found research element but no schedule.\n";
}
}
else
{
std::cout << "No research element in login.pl response?!?\n";
Assert(0);
}
// Now we can look up today on the calendar to get game mode flags.
ResetLocalPlayerFuelCount();
SetGameMode(gm); // TODO handle edit mode - send extra flag to login.pl ??
SetDoCogTests(doCogTests); // mode, in GameMode
TheGSCalendar::Instance()->SetPrevState(TheGSToday::Instance());
TheGSThanks::Instance()->SetPrevState(TheGSToday::Instance());
TheGame::Instance()->SetCurrentState(TheGSThanks::Instance());
TheGSMain::Instance()->ResetHud();
}