void write(Field* f, Chunk* chn)
{
int dy = 2;
for (int y = 3; y < Field::HEIGHT; y++)
add(y + dy, " " + f->line(y));
writeNext(chn, dy);
writeScore(f->score, dy);
}
void CntSimContactSaveRequest::writeComplete(QContact contact, QContactManager::Error error)
{
if (!req()->isActive())
return;
if (error)
m_errorMap.insert(m_index, error);
engine()->updateDisplayLabel(contact);
m_contacts[m_index] = contact;
m_index++;
singleShotTimer(KRequestDelay, this, SLOT(writeNext()));
}
void CntSimContactSaveRequest::run()
{
QContactSaveRequest *r = req<QContactSaveRequest>();
if (!r->isActive())
return;
m_contacts = r->contacts();
m_errorMap.clear();
m_index = 0;
writeNext();
}
/*!
Write \a len bytes from \a data to this encoder. The length must be
a multiple of 2, and the data should consist of 16-bit samples at 8000 Hz,
one channel. The samples should be in host byte order.
*/
qint64 CommonEncodeStream::writeData( const char *data, qint64 len )
{
int requiredBytes = _payloadSize * 2;
int temp = (int)len;
int enclen;
while ( temp > 1 ) {
if ( size == 0 && (((long)data) & 1) == 0 && temp >= requiredBytes ) {
// Encode a full packet direct from the supplied input buffer.
enclen = encode( (short *)data, frameout );
writeNext( ( const char *)frameout, enclen );
data += requiredBytes;
temp -= requiredBytes;
} else if ( ( size * 2 + temp ) >= requiredBytes ) {
// Fill the framein buffer and then encode it.
int copy = requiredBytes - size * 2;
memcpy( framein + size, data, copy );
enclen = encode( framein, frameout );
writeNext( ( const char *)frameout, enclen );
data += copy;
temp -= copy;
size = 0;
} else {
// Not enough bytes yet - copy as many as we can.
memcpy( framein + size, data, temp );
size += temp / 2;
data += temp;
temp = 0;
}
}
return len;
}
void CntSimContactSaveRequest::writeNext()
{
QContactSaveRequest *r = req<QContactSaveRequest>();
if (!r->isActive())
return;
if (r->contacts().count() == 0) {
QContactManagerEngine::updateContactSaveRequest(r, QList<QContact>(), QContactManager::BadArgumentError, m_errorMap, QContactAbstractRequest::FinishedState);
return;
}
// All contacts written?
if (m_index >= m_contacts.count())
{
// Take first error from errormap (if any)
QContactManager::Error error = QContactManager::NoError;
if (m_errorMap.count())
error = m_errorMap.begin().value();
QContactManagerEngine::updateContactSaveRequest(r, m_contacts, error, m_errorMap, QContactAbstractRequest::FinishedState);
return;
}
// Get next contact
QContact contact = m_contacts.at(m_index);
// Validate & write contact
QContactManager::Error error = QContactManager::NoError;
if (engine()->validateContact(contact, &error))
simStore()->write(contact, &error);
if (error) {
m_errorMap.insert(m_index, error);
m_index++;
singleShotTimer(KRequestDelay, this, SLOT(writeNext()));
}
}
