void
ZeoDownload::downloadFinished(QNetworkReply *reply)
{
if (dates.empty()) {
// We have to build a list of dates
QString response = reply->readAll();
//qDebug() << "response " << response;
QScriptValue sc;
QScriptEngine se;
sc = se.evaluate("("+response+")").property("response").property("dateList").property("date");
int length = sc.property("length").toInteger();
dates.clear();
for (int i=0;i<length;i++) {
QString day = sc.property(i).property("day").toString();
QString month = sc.property(i).property("month").toString();
QString year = sc.property(i).property("year").toString();
dates.append(QDate(year.toInt(), month.toInt(), day.toInt()));
}
allMeasures = dates.count();
} else {
// We have to read data for the date
QString response = reply->readAll();
//qDebug() << "response2 " << response;
QScriptValue sc;
QScriptEngine se;
sc = se.evaluate("("+response+")").property("response").property("sleepStats");
QString zq = sc.property("zq").toString();
int deep = sc.property("timeInDeep").toInteger();
int light = sc.property("timeInLight").toInteger();
int rem = sc.property("timeInRem").toInteger();
int time = deep + light + rem;
if (dates.first() > QDate().addMonths(-1)) {
//qDebug() << dates.first() << zq;
SummaryMetrics add;
add.setDateTime(QDateTime(dates.first(), QTime(0,0,0)));
add.setText("Sleep index (ZQ)", QString("%1").arg(zq));
add.setText("Sleep time", QString("%1").arg(time));
context->athlete->metricDB->importMeasure(&add);
}
dates.removeFirst();
}
if (!nextDate()) {
QString status = QString(tr("%1 new on %2 measurements received.")).arg(newMeasures).arg(allMeasures);
QMessageBox::information(context->mainWindow, tr("Zeo Data Download"), status);
}
return;
}
vle::devs::Time KnowledgeBase::duration(const vle::devs::Time& time)
{
vle::devs::Time next = nextDate(time);
if (next == vle::devs::Time::negativeInfinity) {
return 0.0;
} else {
assert(next >= time);
return next - time;
}
}
bool
ZeoDownload::nextDate()
{
if (!dates.empty()) {
bool present = false;
QDate date = dates.first();
QString dateStr = date.toString("yyyy-MM-dd");
QDateTime dateTime = QDateTime(date, QTime(0,0,0));
QList<SummaryMetrics> list = context->athlete->metricDB->getAllMeasuresFor(dateTime,dateTime);
for (int i=0;i<list.size();i++) {
SummaryMetrics sm = list.at(i);
if (sm.getText("Sleep time", "").length()>0 && sm.getText("Sleep index (ZQ)", "").length()>0) {
present = true;
dates.removeFirst();
return nextDate();
}
}
if (!present) {
newMeasures ++;
// Build the URL to retrieve the stats for date
QString url = appsettings->cvalue(context->athlete->cyclist, GC_ZEOURL, "http://app-pro.myzeo.com:8080").toString() + base_api_url + "getSleepStatsForDate" + "?key=" + api_key + "&date=" + dateStr;
QNetworkRequest request = QNetworkRequest(QUrl(url));
request.setRawHeader("Authorization", "Basic " + usernameAndPasswordEncoded.toLatin1());
request.setRawHeader("Referer" , "http://www.goldencheetah.org");
request.setRawHeader("Accept" , "application/json");
QNetworkReply *reply = nam->get(request);
if (reply->error() != QNetworkReply::NoError) {
QMessageBox::warning(context->mainWindow, tr("Zeo Data Download"), reply->errorString());
} else
return true;
}
}
return false;
}
void EditDialog::save()
{
connection->profile.name = ui->nameEdit->text();
connection->profile.serverAddress = ui->serverAddrEdit->text();
connection->profile.serverPort = ui->serverPortEdit->text().toUShort();
connection->profile.localAddress = ui->localAddrEdit->text();
connection->profile.localPort = ui->localPortEdit->text().toUShort();
connection->profile.password = ui->pwdEdit->text();
connection->profile.method = ui->encryptComboBox->currentText();
connection->profile.timeout = ui->timeoutSpinBox->value();
connection->profile.autoStart = ui->autoStartCheckBox->isChecked();
connection->profile.debug = ui->debugCheckBox->isChecked();
int day = ui->resetDateSpinBox->value();
QDate currentDate = QDate::currentDate();
QDate nextDate(currentDate.year(), currentDate.month(), day);
if (nextDate < currentDate) {
nextDate = nextDate.addMonths(1);
}
connection->profile.nextResetDate = nextDate;
this->accept();
}
int main( int argc, const char* argv[] )
{
//Instancier un kiwi::solver
kiwi::Solver solver;
//Créer une kiwi::variable pour chaque variable du système
kiwi::Variable min("min");
kiwi::Variable max("max");
kiwi::Variable prevDate("prevDate");
kiwi::Variable nextDate("nextDate");
// - On assigne à ces variable une valeure initiale
min.setValue(5);
max.setValue(15);
prevDate.setValue(0);
nextDate.setValue(10);
//Créer et ajouter des kiwi::constraint portant sur ces variables avec pour chacune une kiwi::strength associée
// - Ici les premières contraintes que l'on pose correspondent à notre "modèle",
// ce sont des contraintes requises qui définisse la consistance du système
kiwi::Constraint cstrMinSuppZero(min >= 0, kiwi::strength::required);
solver.addConstraint(cstrMinSuppZero);
kiwi::Constraint cstrNextDateMin(nextDate >= min + prevDate, kiwi::strength::required);
solver.addConstraint(cstrNextDateMin);
kiwi::Constraint cstrNextDateMax(nextDate <= max + prevDate, kiwi::strength::required);
solver.addConstraint(cstrNextDateMax);
// - On appelle "stay" les contraintes qui indiquent aux variables de "ne pas bouger",
// on les initialise en général au début du mouvement et on règle leur poid en fonction du comportement voulu.
// ici par exemple, on préfère que les dates bougent plutôt que les durées des contraintes (sauf default qui n'est pas représenté ici)
kiwi::Constraint stayMin(min == min.value(), kiwi::strength::strong);
solver.addConstraint(stayMin);
kiwi::Constraint stayMax(max == max.value(), kiwi::strength::strong);
solver.addConstraint(stayMax);
kiwi::Constraint stayPrevDate(prevDate == prevDate.value(), kiwi::strength::weak);
solver.addConstraint(stayPrevDate);
kiwi::Constraint stayNextDate(nextDate == nextDate.value(), kiwi::strength::weak);
solver.addConstraint(stayNextDate);
//Annoncer les variables dont on veux proposer des nouvelles valeures grace à kiwi::solver::addEditVariable() en leur associant une kiwi::strength différente de required
// - ici, on veut déplacer le timenode next
// Note: on ne peut pas ici mettre de force required à une édit variable car si l'utilisateur faisait un déplacement impossible, cela ferait crasher le système
solver.addEditVariable(nextDate, kiwi::strength::medium);
//Proposer des nouvelles valeures pour les "variables d'édition" avec kiwi::solver::suggestValue()
solver.suggestValue(nextDate, 20);
//Résoudre le système** grâce à kiwi::solver::updateVariables()
solver.updateVariables();
// - affichons le resultat
std::cout << "prevDate(" << prevDate.value() << ") -------- prevDate+min(" << prevDate.value() + min.value() << ") ------- nextDate(" << nextDate.value() << ") -------- prevDate+max(" << prevDate.value() + max.value() << ")\n";
//"Relacher" les "variables d'édition" avec kiwi::solver::removeEditVariable()
solver.removeEditVariable(nextDate);
return 0;
}
