void streamContentHandler::extract(utility::outputStream& os,
utility::progressListener* progress) const
{
if (!m_stream)
return;
// No decoding to perform
if (!isEncoded())
{
m_stream->reset(); // may not work...
if (progress)
utility::bufferedStreamCopy(*m_stream, os, getLength(), progress);
else
utility::bufferedStreamCopy(*m_stream, os);
}
// Need to decode data
else
{
ref <utility::encoder::encoder> theDecoder = m_encoding.getEncoder();
m_stream->reset(); // may not work...
utility::progressListenerSizeAdapter plsa(progress, getLength());
theDecoder->decode(*m_stream, os, &plsa);
}
}
void IMAPMessagePartContentHandler::extract
(utility::outputStream& os, utility::progressListener* progress) const
{
ref <IMAPMessage> msg = m_message.acquire().constCast <IMAPMessage>();
ref <part> part = m_part.acquire().constCast <class part>();
// No decoding to perform
if (!isEncoded())
{
msg->extractPart(part, os, progress);
}
// Need to decode data
else
{
// Extract part contents to temporary buffer
std::ostringstream oss;
utility::outputStreamAdapter tmp(oss);
msg->extractPart(part, tmp, NULL);
// Encode temporary buffer to output stream
utility::inputStreamStringAdapter is(oss.str());
utility::progressListenerSizeAdapter plsa(progress, getLength());
ref <utility::encoder::encoder> theDecoder = m_encoding.getEncoder();
theDecoder->decode(is, os, &plsa);
}
}
void stringContentHandler::extract(utility::outputStream& os,
utility::progressListener* progress) const
{
// No decoding to perform
if (!isEncoded())
{
m_string.extract(os, 0, m_string.length(), progress);
}
// Need to decode data
else
{
ref <utility::encoder::encoder> theDecoder = m_encoding.getEncoder();
utility::inputStreamStringProxyAdapter in(m_string);
utility::progressListenerSizeAdapter plsa(progress, getLength());
theDecoder->decode(in, os, &plsa);
}
}
int main() {
LOGGER_SYS_INIT("conf/log.conf")
xforce::ml::Conf conf;
if (!conf.Init()) {
std::cout << "fail_init_conf" << std::endl;
return 1;
}
xforce::ml::Data data;
if (!data.Init(conf)) {
std::cout << "fail_init_data" << std::endl;
return 2;
}
xforce::ml::Plsa plsa(conf, data);
plsa.Start();
plsa.Stop();
return 0;
}
