void Data::parsePrices(QString page) {
bool isPriceUpdated = false; // prices in the feed are from newest to oldest so we want the first
Data::ctime = QDateTime::fromString(page.section("<latest_timestamp>",1,1).left(14), "yyyyMMddhhmmss");
if(cstyle%Constants::getStyle()->size() == 1) {
dataBars = new QList<Bar>();
QStringListIterator listIterator(page.split("<bar>"));
if(listIterator.hasNext()) {
listIterator.next(); // skip the "0" index
xmin = 999999; xmax = 0; ymin = 99999999; ymax = 0;
}
while(listIterator.hasNext()) {
QString nextBar = listIterator.next();
QString lowStr = nextBar.section("<low>",1,1).section("</low>",0,0);
QString highStr = nextBar.section("<high>",1,1).section("</high>",0,0);
QString closeStr = nextBar.section("<close>",1,1).section("</close>",0,0);
if(closeStr != "") {
if(lowStr.toDouble() < ymin) ymin = lowStr.toDouble();
if(highStr.toDouble() > ymax) ymax = highStr.toDouble();
dataBars->prepend(Bar(lowStr.toDouble(), highStr.toDouble(), closeStr.toDouble()));
} else {
dataBars->prepend(Bar());
}
if(!isPriceUpdated && closeStr.toDouble() > 0) {
isPriceUpdated = true;
lastChartPrice = closeStr.toDouble();
}
}
xmax = dataBars->size()+1.5;
} else if(cstyle%Constants::getStyle()->size() == 0) {
dataPoints = new QList<double>();
QStringListIterator listIterator(page.split("<point>"));
if(listIterator.hasNext()) {
listIterator.next(); // skip the "0" index
xmin = 999999; xmax = 0; ymin = 999999; ymax = 0;
}
while(listIterator.hasNext()) {
QString nextPoint = listIterator.next();
QString priceStr = nextPoint.section("<price>",1,1).section("</price>",0,0);
if(priceStr != "") {
if(priceStr.toDouble() < ymin) ymin = priceStr.toDouble();
if(priceStr.toDouble() > ymax) ymax = priceStr.toDouble();
dataPoints->prepend(priceStr.toDouble());
} else {
dataPoints->prepend(-1);
}
if(!isPriceUpdated && priceStr.toDouble() > 0) {
isPriceUpdated = true;
lastChartPrice = priceStr.toDouble();
}
}
xmax = dataPoints->size()+1.5;
}
xmin = 0;
double ydiff = ymax - ymin;
ymin = ymin-ydiff/20;
ymax = ymax+ydiff/20;
// 'callback' to chart to update once the data is parsed
chart->update();
}
void QTodoExportPluginCSV::exportBody( )
{
for(; listIterator().current(); ++listIterator())
{
if(QTodoItem* item = listIterator().item())
exportItem(*item);
}
}
void QTodoExportPluginHTML::exportBody( )
{
for(; listIterator().current(); ++listIterator())
{
if(QTodoItem* item = listIterator().item())
exportItem(*item);
}
addLine("</body></html>");
}
bool ACDQueue_Linear::buildTargetAgentList(UtlSList& rTargetAgentList, ACDCall* pCallRef)
{
ACDAgent* pAgent;
ACDAgent* pLastAttemptedAgent;
// Always rebuild the list to get the agents added on the fly
buildACDAgentList();
UtlSListIterator listIterator(mAcdAgentList);
int numAgents = mAcdAgentList.entries();
// Iterate through the ACDAgent list, starting after the agent that
// The ACDCall was last using. If the end of the list is
// reached, wrap around to the beginning. If this LastAttemptedAgent
// is NULL, start from the head of the list
pLastAttemptedAgent = pCallRef->getLastAgent();
if (pLastAttemptedAgent != NULL) {
// walk the iterator to point after pLastAttemptedAgent
if (listIterator.findNext(pLastAttemptedAgent) == NULL) {
// Didn't find pLastAttemptedAgent, start again from the top.
listIterator.reset();
pCallRef->setLastAgent(NULL);
}
}
for(int i=0; i<numAgents; i++) {
// Check the next agent
pAgent = dynamic_cast<ACDAgent*>(listIterator());
if (pAgent == NULL) {
// We've hit the end of the list start back from the head of the list
listIterator.reset();
pAgent = dynamic_cast<ACDAgent*>(listIterator());
if (pAgent == NULL) {
// All out of agents to try
return false;
}
}
if (pAgent->isAvailable(true)) {
rTargetAgentList.append(pAgent);
// Remember the agent chosen
pCallRef->setLastAgent(pAgent);
OsSysLog::add(FAC_ACD, gACD_DEBUG, "%s::buildTargetAgentList - agent(%s) is added to the target list",
mAcdSchemeString, pAgent->getUriString()->data());
return true;
}
}
// The whole list was tried, yet no appropriate agents were found.
return false;
}
void SearchSet::addItems(QStringList patentNumberList, int depth)
{
QStringListIterator listIterator(patentNumberList);
while(listIterator.hasNext()){
addItem(listIterator.next(), depth);
}
}
QString VerticalLayout::toHtml()
{
QString asHtml;
QListIterator<PageObject*> listIterator( _containedObjects );
while( listIterator.hasNext() )
{
PageObject* pageObject = listIterator.next();
HtmlElements::Td td;
td.setContent( pageObject->toHtml() );
HtmlElements::Tr tr;
tr.setContent( td.toHtml() );
asHtml += tr.toHtml();
}
HtmlElements::TBody tbody;
tbody.setContent( asHtml );
HtmlElements::Table table;
table.setContent( tbody.toHtml() );
return table.toHtml();
}
ACDCallMsg::ACDCallMsg(const ACDCallMsg& rACDCallMsg)
: OsMsg(rACDCallMsg)
{
mhCallHandle = SIPX_CALL_NULL;
mCallEvent = 0;
mCallCause = 0;
mpRequestingQueue = NULL;
mConnectionScheme = 0;
mTimeout = 0;
if (getMsgSubType() == SET_QUEUE) {
mpRequestingQueue = rACDCallMsg.mpRequestingQueue;
mTimeout = rACDCallMsg.mTimeout;
}
else if (getMsgSubType() == UPDATE_STATE) {
mhCallHandle = rACDCallMsg.mhCallHandle;
mCallEvent = rACDCallMsg.mCallEvent;
mCallCause = rACDCallMsg.mCallCause;
}
else if (getMsgSubType() == ROUTE_CALL) {
mConnectionScheme = rACDCallMsg.mConnectionScheme;
mTimeout = rACDCallMsg.mTimeout;
// Make a copy of the UtlSList
UtlSListIterator listIterator(rACDCallMsg.mTargetAgentList);
UtlContainable* pElement;
while ((pElement = listIterator()) != NULL) {
mTargetAgentList.append(pElement);
}
}
else if (getMsgSubType() == ROUTE_ADD) {
mpTargetAgent = rACDCallMsg.mpTargetAgent;
}
else if (getMsgSubType() == ANSWER_CALL) {
mAudio1 = rACDCallMsg.mAudio1;
mBargeIn = rACDCallMsg.mBargeIn;
}
else if (getMsgSubType() == PLAY_AUDIO) {
mAudio1 = rACDCallMsg.mAudio1;
mTimeout = rACDCallMsg.mTimeout;
mAudio2 = rACDCallMsg.mAudio2;
}
else if (getMsgSubType() == DROP_CALL) {
mTimeout = rACDCallMsg.mTimeout;
mAudio1 = rACDCallMsg.mAudio1;
}
}
ACDCallMsg::ACDCallMsg(eACDCallMsgSubTypes type, UtlSList* pTargetAgentList, int connectionScheme, int timeout)
: OsMsg(USER_START, type)
{
mConnectionScheme = connectionScheme;
mTimeout = timeout;
mhCallHandle = SIPX_CALL_NULL;
mCallEvent = 0;
mCallCause = 0;
mpRequestingQueue = NULL;
// Make a copy of the UtlSList
UtlSListIterator listIterator(*pTargetAgentList);
UtlContainable* pElement;
while ((pElement = listIterator()) != NULL) {
mTargetAgentList.append(pElement);
}
}
bool ACDQueue_LongestIdle::buildTargetAgentList(UtlSList& rTargetAgentList, ACDCall* pCallRef)
{
// Always rebuild the list to get the agents added on the fly
buildACDAgentList();
// Iterate through the ACDAgent list, starting at the head of the list
// and find the agent that has been idle the longest.
for(;;) {
ACDAgent* pAgent;
ACDAgent* pLongestIdleAgent = NULL;
unsigned long maxIdleTime = 0;
UtlSListIterator listIterator(mAcdAgentList);
// Find the available agent with the longest idle time
while ((pAgent = dynamic_cast<ACDAgent*>(listIterator())) != NULL) {
if (pAgent->isAvailable(false)) {
if (pAgent->getIdleTime() >= maxIdleTime) {
maxIdleTime = pAgent->getIdleTime();
pLongestIdleAgent = pAgent;
}
}
}
if (pLongestIdleAgent == NULL) {
// None available
break ;
}
// If he is still available, use him. Otherwise start again.
if (pLongestIdleAgent->isAvailable(true)) {
rTargetAgentList.append(pLongestIdleAgent);
OsSysLog::add(FAC_ACD, gACD_DEBUG, "%s::buildTargetAgentList - agent(%s) is added to the target list. Idle time was %lu seconds",
mAcdSchemeString, pLongestIdleAgent->getUriString()->data(),
maxIdleTime);
return true ;
}
}
// The whole list was tried, yet no appropriate agents were found.
return false;
}
