void CSSDocument::add_default_html_sheet()
{
std::string css_text = get_default_html_sheet();
DataBuffer buffer(css_text.data(), css_text.length());
IODevice_Memory iodevice(buffer);
add_sheet(author_sheet_origin, iodevice, "file:");
}
//Times metadata as well payload lookup
// i.e metaData(), rawHeaders() and data()
void tst_qnetworkdiskcache::timeRead()
{
QFETCH(QString, cacheRootDirectory);
cacheDir = QString( cacheRootDirectory + QDir::separator() + "man_qndc");
QDir d;
qDebug() << "Setting cache directory to = " << d.absoluteFilePath(cacheDir);
//Housekeeping
cleanRecursive(cacheDir); // slow op.
initCacheObject();
cache->setCacheDirectory(cacheDir);
cache->setMaximumCacheSize(qint64(HugeCacheLimit));
cache->clear();
//populate some fake data to simulate partially full cache
injectFakeData();
//Entries in the cache should be > what we try to remove
QVERIFY(NumFakeCacheObjects > NumReadContent);
//time metadata lookup of previously inserted URL.
QBENCHMARK_ONCE {
for (quint32 i = 0; i < NumReadContent; i++) {
QString fakeURL;
QTextStream stream(&fakeURL);
stream << fakeURLbase << i;
QUrl url(fakeURL);
QNetworkCacheMetaData qndc = cache->metaData(url);
QVERIFY(qndc.isValid()); // we must have read the metadata
QNetworkCacheMetaData::RawHeaderList raw(qndc.rawHeaders());
QVERIFY(raw.size()); // we must have parsed the headers from the meta
QIODevice *iodevice(cache->data(url));
QVERIFY(iodevice); //must not be NULL
iodevice->close();
delete iodevice;
}
}
//Cleanup (slow)
cleanupCacheObject();
cleanRecursive(cacheDir);
}
