Requests XMLConverter::getRequests()
{
Requests result;
for (uint i = 0; i < requestOverseers.length(); i++)
{
RequestOverseer * requestOverseer = requestOverseers[i];
result.insert(requestOverseer->getRequest());
}
return result;
}
void Request::ActionDialog::OnActionChoice(CppConsUI::Button& activator,
size_t i, GCallback cb)
{
if (cb)
reinterpret_cast<PurpleRequestActionCb>(cb)(user_data, i);
/* It's possible that the callback action already called
* purple_request_destroy() in which case 'this' object is already deleted
* and calling Close() in such a case leads to an error. */
Requests *requests = &REQUEST->requests;
if (requests->find(this) != requests->end())
Close();
}
void TweetsSearch::previousResults()
{
ui->results->clear();
showLoadingImage(ON);
QString tweets;
Requests *twitterRequest = new Requests;
QByteArray request;
request = twitterRequest->getRequest(TWEETS_SEARCH,ui->searchField->text().toStdString(),"&count="+twitter->getUserSettings()->searchTweetsByPage.toStdString()+"&since_id="+maxTweet.toStdString());
tweets = clsParser->parseTweets(&request);
maxTweet = clsParser->maxTweetID;
minTweet = clsParser->minTweetID;
ui->results->setText(tweets);
delete twitterRequest;
showLoadingImage(OFF);
}
void HTTPConnection::disconnectFromServer() {
if (status == FinishedWork) return;
status = FinishedWork;
Requests copy = requests;
requests.clear();
for (Requests::const_iterator i = copy.cbegin(), e = copy.cend(); i != e; ++i) {
(*i)->abort();
(*i)->deleteLater();
}
disconnect(&manager, SIGNAL(finished(QNetworkReply*)), this, SLOT(requestFinished(QNetworkReply*)));
address = QUrl();
}
void TweetsSearch::startSearch()
{
showLoadingImage(ON);
QString tweets;
Requests *twitterRequest = new Requests;
QByteArray request;
request = twitterRequest->getRequest(TWEETS_SEARCH,ui->searchField->text().toStdString(),"&count="+twitter->getUserSettings()->searchTweetsByPage.toStdString());
tweets = clsParser->parseTweets(&request);
maxTweet = clsParser->maxTweetID;
minTweet = clsParser->minTweetID;
delete twitterRequest;
ui->results->setText(tweets);
scroolPosition = ui->results->verticalScrollBar()->value();
showLoadingImage(OFF);
}
Requests StoragesAssigner::PerformAssignment(Requests& requests)
{
Requests assignedRequests; // the result set
Requests::iterator it = requests.begin();
Requests::iterator itEnd = requests.end();
// generate the assosiative set of nodes
RequestsStorages requestsStorages;
// form the vector from the set to have an ability to sort it
std::vector<Request::Storages * > storages;
storages.reserve(requests.size());
for ( ; it != itEnd; ++it )
{
requestsStorages[&(*it)->getStorages()] = (*it);
storages.push_back(&(*it)->getStorages());
}
std::sort(storages.begin(), storages.end(), requestStoragesCompare);
for ( unsigned requestIndex = 0; requestIndex < storages.size(); ++requestIndex )
{
Request::Storages * st = storages[requestIndex];
// generate new assignment for the chosen storage
Assignment* reqAssignment = new Assignment();
requestAssignment[requestsStorages[st]] = reqAssignment;
bool result = assignOneRequest(st, reqAssignment);
if ( result ) // virtual machine assigned successfully
assignedRequests.insert(requestsStorages[st]);
else
{
requestAssignment.erase(requestsStorages[st]);
delete reqAssignment;
}
}
return assignedRequests;
}