void Yami::operator ()(yami::incoming_message &im)
{
const yami::parameters & content =
im.get_parameters();
qDebug() << "msg name" << im.get_message_name().c_str();
const int value = content.get_integer("value");
qDebug() << "op";
emit message(QString("%1").arg(value));
}
void onedifhandler::operator()(yami::incoming_message & message)
{
const yami::parameters & content =message.get_parameters();
d.read(content);
char* buf=d.Payload.data();int* ibuf=(int*) buf;
std::cout << "received update: " << d.Difid<<" "<<d.Gtc <<" "<<d.Payload.size()<<"->"<<ibuf[0]<<" "<<ibuf[1]<<" "<<ibuf[2]<< std::endl;
}
void CLibraryStream::on_msg(yami::incoming_message & im)
{
if (im.get_message_name() == "stream_part")
{
try
{
size_t len = 0;
const void* buf = im.get_parameters().get_binary("payload", len);
Append((BYTE*)buf, len);
}
catch (const std::exception& e)
{
}
}
else
{
home_system::service::on_msg(im);
}
}
void StatemachineServer::operator()(yami::incoming_message & im_)
{
const std::string & msg_name_ = im_.get_message_name();
if (msg_name_ == "check")
{
Status Res;
Check(Res);
yami::parameters Res_;
Res.write(Res_);
im_.reply(Res_);
}
else
if (msg_name_ == "on")
{
Status Res;
On(Res);
yami::parameters Res_;
Res.write(Res_);
im_.reply(Res_);
}
else
if (msg_name_ == "off")
{
Status Res;
Off(Res);
yami::parameters Res_;
Res.write(Res_);
im_.reply(Res_);
}
else
if (msg_name_ == "initialise")
{
Config Conf;
Conf.read(im_.get_parameters());
Initialise(Conf);
im_.reply();
}
else
if (msg_name_ == "close")
{
Close();
}
else
{
throw yami::yami_runtime_error("Unknown operation name.");
}
}
void CLibraryStreamPush::operator()(yami::incoming_message & im)
{
if (im.get_message_name() == "stream_part")
{
try
{
size_t len = 0;
BYTE* buf = (BYTE*)im.get_parameters().get_binary("payload", len);
// loop on arrived data until all gets copied into buffer
// some may be left in temporary buffer until next portion of data arrives
while (len != 0)
{
//LOG("len= " << len << " buffer_len_=" << buffer_len_ << " tmp_len_=" << tmp_len_ << " buffer_pos_=" << buffer_pos_);
size_t available_in_tmp = BUFSIZE - tmp_len_;
if (tmp_len_ == 0)
{
tmp_buf_.reset(new BYTE[BUFSIZE]);
}
if (len >= available_in_tmp)
{
// if arrived data fills remaining space in temporary buffer
// copy all it fits into temporary buffer
memcpy(tmp_buf_.get() + tmp_len_, buf, available_in_tmp);
len -= available_in_tmp;
buf += available_in_tmp;
// add it to main buffer
CAutoLock lock(&buffer_lock_);
buffer_.push_back(tmp_buf_);
buffer_len_ += BUFSIZE;
tmp_len_ = 0;
}
else
{
// copy into temporary buffer
memcpy(tmp_buf_.get() + tmp_len_, buf, len);
tmp_len_ += len;
len = 0;
}
}
// removing already read elements
while (buffer_pos_ >= BUFSIZE)
{
CAutoLock lock(&buffer_lock_);
buffer_.erase_begin(1);
buffer_pos_ -= BUFSIZE;
buffer_len_ -= BUFSIZE;
}
//LOG("buffer_len_=" << buffer_len_ << " tmp_len_=" << tmp_len_ << " buffer_pos_=" << buffer_pos_);
}
catch (const std::exception& e)
{
LOG("CLibraryStreamPush: Exception: " << e.what());
}
}
}
