int main(int argc, char **argv)
{
initFoomatic();
registerHandler("apsfilter:", initAps, parseApsFile);
registerHandler("lprngtool:", initIfhp, parseIfhpFile);
return execute(argc, argv);
}
void CorrespondenceEstimation::prepareInterface() {
// Register src-trg related data streams.
registerStream("in_src_cloud_xyzsift", &in_src_cloud_xyzsift);
registerStream("in_trg_cloud_xyzsift", &in_trg_cloud_xyzsift);
registerStream("out_correspondences", &out_src_trg_correspondences);
registerStream("out_corest", &out_corest);
// Register lum related data streams.
registerStream("in_lum_xyzsift", &in_lum_xyzsift);
registerStream("out_lum_xyzsift", &out_lum_xyzsift);
// Register models-scene related data streams.
registerStream("in_scene_cloud_xyzsift", &in_trg_cloud_xyzsift);
registerStream("in_model_clouds_xyzsift", &in_model_clouds_xyzsift);
registerStream("out_models_scene_correspondences", &out_models_scene_correspondences);
// Register src-trg correspondence estimation handler.
registerHandler("estimateCorrespondencesForPairOfClouds", boost::bind(&CorrespondenceEstimation::estimateCorrespondencesForPairOfClouds, this));
addDependency("estimateCorrespondencesForPairOfClouds", &in_src_cloud_xyzsift);
addDependency("estimateCorrespondencesForPairOfClouds", &in_trg_cloud_xyzsift);
// Register lum-related correspondence estimation handler.
registerHandler("estimateCorrespondencesForLUMGraph", boost::bind(&CorrespondenceEstimation::estimateCorrespondencesForLUMGraph, this));
addDependency("estimateCorrespondencesForLUMGraph", &in_lum_xyzsift);
// Register src-trg correspondence estimation handler.
registerHandler("estimateCorrespondencesBeteenModelsAndScene", boost::bind(&CorrespondenceEstimation::estimateCorrespondencesBeteenModelsAndScene, this));
addDependency("estimateCorrespondencesBeteenModelsAndScene", &in_trg_cloud_xyzsift);
addDependency("estimateCorrespondencesBeteenModelsAndScene", &in_model_clouds_xyzsift);
}
void PassThrough::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_cloud_xyz", &in_cloud_xyz);
registerStream("in_cloud_xyzrgb", &in_cloud_xyzrgb);
registerStream("in_cloud_xyzsift", &in_cloud_xyzsift);
registerStream("in_cloud_xyzshot", &in_cloud_xyzshot);
registerStream("out_cloud_xyz", &out_cloud_xyz);
registerStream("out_cloud_xyzrgb", &out_cloud_xyzrgb);
registerStream("out_cloud_xyzsift", &out_cloud_xyzsift);
registerStream("out_cloud_xyzshot", &out_cloud_xyzshot);
// Register handlers
registerHandler("filter_xyz", boost::bind(&PassThrough::filter_xyz, this));
addDependency("filter_xyz", &in_cloud_xyz);
registerHandler("filter_xyzrgb", boost::bind(&PassThrough::filter_xyzrgb, this));
addDependency("filter_xyzrgb", &in_cloud_xyzrgb);
registerHandler("filter_xyzsift", boost::bind(&PassThrough::filter_xyzsift, this));
addDependency("filter_xyzsift", &in_cloud_xyzsift);
registerHandler("filter_xyzshot", boost::bind(&PassThrough::filter_xyzshot, this));
addDependency("filter_xyzshot", &in_cloud_xyzshot);
registerHandler("filter_xyz_rgb_shot_sift", boost::bind(&PassThrough::filter_xyz_rgb_shot_sift, this));
addDependency("filter_xyz_rgb_shot_sift", &in_cloud_xyzshot);
addDependency("filter_xyz_rgb_shot_sift", &in_cloud_xyzsift);
addDependency("filter_xyz_rgb_shot_sift", &in_cloud_xyzrgb);
}
void CvWindow_Sink::prepareInterface() {
CLOG(LTRACE) << "CvWindow_Sink::configure\n";
h_onRefresh.setup(this, &CvWindow_Sink::onRefresh);
registerHandler("onRefresh", &h_onRefresh);
addDependency("onRefresh", NULL);
Base::EventHandler2 * hand;
for (int i = 0; i < count; ++i) {
char id = '0' + i;
hand = new Base::EventHandler2;
hand->setup(boost::bind(&CvWindow_Sink::onNewImageN, this, i));
handlers.push_back(hand);
registerHandler(std::string("onNewImage") + id, hand);
Base::DataStreamIn<cv::Mat, Base::DataStreamBuffer::Newest,
Base::Synchronization::Mutex> * stream =
new Base::DataStreamIn<cv::Mat, Base::DataStreamBuffer::Newest,
Base::Synchronization::Mutex>;
in_img.push_back(stream);
registerStream(std::string("in_img") + id,
(Base::DataStreamInterface*) (in_img[i]));
addDependency(std::string("onNewImage") + id, stream);
in_draw.push_back(new Base::DataStreamInPtr<Types::Drawable>);
registerStream(std::string("in_draw") + id, in_draw[i]);
out_point.push_back(new Base::DataStreamOut<cv::Point>);
registerStream(std::string("out_point") + id, out_point[i]);
// save handlers
hand = new Base::EventHandler2;
hand->setup(boost::bind(&CvWindow_Sink::onSaveImageN, this, i));
handlers.push_back(hand);
registerHandler(std::string("onSaveImage") + id, hand);
}
h_onSaveAllImages.setup(this, &CvWindow_Sink::onSaveAllImages);
registerHandler("onSaveAllImages", &h_onSaveAllImages);
// register aliases for first handler and streams
registerHandler("onNewImage", handlers[0]);
registerStream("in_img", in_img[0]);
registerStream("in_draw", in_draw[0]);
img.resize(count);
to_draw.resize(count);
// Split window titles.
std::string t = title;
boost::split(titles, t, boost::is_any_of(","));
if ((titles.size() == 1) && (count > 1))
titles.clear();
for (int i = titles.size(); i < count; ++i) {
char id = '0' + i;
titles.push_back(std::string(title) + id);
}
}
LDSTQNetProtocol::LDSTQNetProtocol(InterConnection *net, RouterID_t rID)
: ProtocolBase(net, rID)
{
ProtocolCBBase *pcb = new ProtocolCB<LDSTQNetProtocol,&LDSTQNetProtocol::LookUpMsgHandler>(this);
registerHandler(pcb,LookUpMsg);
pcb = new ProtocolCB<LDSTQNetProtocol,&LDSTQNetProtocol::RetLookUpMsgHandler>(this);
registerHandler(pcb,RetLookUpMsg);
protocols.push_back(this);
}
void ImageWriter::prepareInterface() {
CLOG(LTRACE) << name() << "::prepareInterface()";
// Register handlers
Base::EventHandler2 * hand;
for (int i = 0; i < count; ++i) {
char id = '0'+i;
hand = new Base::EventHandler2;
hand->setup(boost::bind(&ImageWriter::write_image_N, this, i));
handlers.push_back(hand);
registerHandler(std::string("write_image_")+id, hand);
Base::DataStreamIn<cv::Mat, Base::DataStreamBuffer::Newest> * stream = new Base::DataStreamIn<cv::Mat, Base::DataStreamBuffer::Newest>;
in_img.push_back(stream);
registerStream( std::string("in_img")+id, (Base::DataStreamInterface*)(in_img[i]));
addDependency(std::string("write_image_")+id, stream);
// Add n flags for manual trigger.
bool tmp_flag = false;
save_flags.push_back(tmp_flag);
}
// register aliases for first handler and streams
registerHandler("write_image", handlers[0]);
registerStream("in_img", in_img[0]);
counts.resize(count, 0);
std::string t = base_name;
boost::split(base_names, t, boost::is_any_of(","));
if ( (base_names.size() == 1) && (count > 1) ) base_names.clear();
for (int i = base_names.size(); i < count; ++i) {
char id = '0' + i;
base_names.push_back(std::string(base_name) + id);
}
std::string f = format;
boost::split(formats, f, boost::is_any_of(","));
if ( (formats.size() == 1) && (count > 1) ) formats.clear();
for (int i = formats.size(); i < count; ++i) {
formats.push_back(format);
}
// Register handlers - next image, can be triggered manually (from GUI) or by new data present in_load_next_image_trigger dataport.
// 1st version - manually.
registerHandler("SaveImage", boost::bind(&ImageWriter::onSaveButtonPressed, this));
// 2nd version - external trigger.
registerHandler("onSaveTriggered", boost::bind(&ImageWriter::onSaveTriggered, this));
addDependency("onSaveTriggered", &in_trigger);
}
ProtocolA(InterConnection *net, RouterID_t rID)
: ProtocolBase(net, rID) {
ProtocolCBBase *pcb = new ProtocolCB<ProtocolA,&ProtocolA::TestHandler>(this);
registerHandler(pcb,TestMsg);
pcb = new ProtocolCB<ProtocolA,&ProtocolA::TestAckHandler>(this);
registerHandler(pcb,TestAckMsg);
pcb = new ProtocolCB<ProtocolA,&ProtocolA::defaultHandler>(this);
registerHandler(pcb,DefaultMessage);
};
void PCDReader::prepareInterface() {
// Register data streams.
registerStream("in_trigger", &in_trigger);
registerStream("out_cloud_xyz", &out_cloud_xyz);
registerStream("out_cloud_xyzrgb", &out_cloud_xyzrgb);
registerStream("out_cloud_xyzsift", &out_cloud_xyzsift);
// Register handlers
registerHandler("Read", boost::bind(&PCDReader::Read, this));
registerHandler("onTriggeredLoadNextCloud", boost::bind(&PCDReader::onTriggeredLoadNextCloud, this));
addDependency("onTriggeredLoadNextCloud", &in_trigger);
}
void HomogMatrixVector::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_hm", &in_hm);
registerStream("in_hms", &in_hms);
registerStream("out_hms", &out_hms);
// Register handlers
registerHandler("create_vector", boost::bind(&HomogMatrixVector::create_vector, this));
addDependency("create_vector", &in_hm);
registerHandler("expand_vector", boost::bind(&HomogMatrixVector::expand_vector, this));
addDependency("expand_vector", &in_hms);
addDependency("expand_vector", &in_hm);
}
void ModelReader::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("out_img", &out_img);
registerStream("out_points_2", &out_points_2);
registerStream("out_points_3", &out_points_3);
registerStream("out_model_info", &out_model_info);
// Register handlers
registerHandler("step", boost::bind(&ModelReader::step, this));
addDependency("step", NULL);
registerHandler("readNextModel", boost::bind(&ModelReader::readNextModel, this));
registerHandler("readPreviousModel", boost::bind(&ModelReader::readPreviousModel, this));
}
void AsyncPipeWriter::handleWrite() {
DestructorGuard dg(this);
assert(!queue_.empty());
do {
auto& front = queue_.front();
folly::IOBufQueue& curQueue = front.first;
DCHECK(!curQueue.empty());
// someday, support writev. The logic for partial writes is a bit complex
const IOBuf* head = curQueue.front();
CHECK(head->length());
#if _WIN32
// On Windows you can't call write on a socket.
ssize_t rc = folly::fileutil_detail::wrapNoInt(
send_internal, fd_, head->data(), head->length());
#else
ssize_t rc = folly::writeNoInt(fd_.toFd(), head->data(), head->length());
#endif
if (rc < 0) {
if (errno == EAGAIN || errno == EWOULDBLOCK) {
// pipe is full
VLOG(5) << "write blocked";
registerHandler(EventHandler::WRITE);
return;
} else {
failAllWrites(AsyncSocketException(
AsyncSocketException::INTERNAL_ERROR, "write failed", errno));
closeNow();
return;
}
} else if (rc == 0) {
registerHandler(EventHandler::WRITE);
return;
}
curQueue.trimStart(size_t(rc));
if (curQueue.empty()) {
auto cb = front.second;
queue_.pop_front();
if (cb) {
cb->writeSuccess();
}
} else {
VLOG(5) << "partial write blocked";
}
} while (!queue_.empty());
if (closeOnEmpty_) {
closeNow();
} else {
unregisterHandler();
}
}
void CvBayesClassifier::prepareInterface() {
// Register handlers with their dependencies.
registerHandler("onNewData", boost::bind(&CvBayesClassifier::onNewData, this));
addDependency("onNewData", &in_moments);
// Add to dataset.
registerHandler("Training dataset add sample", boost::bind(&CvBayesClassifier::onAddToDataset, this));
// Clear dataset.
registerHandler("Training dataset clear", boost::bind(&CvBayesClassifier::onClearDataset, this));
// Display dataset.
registerHandler("Training dataset display", boost::bind(&CvBayesClassifier::onDisplayDataset, this));
// Bayes: clear.
registerHandler("Bayes reset", boost::bind(&CvBayesClassifier::onBayesClear, this));
// Bayes: Training.
registerHandler("Bayes train classifier with dataset", boost::bind(&CvBayesClassifier::onBayesTraining, this));
// Bayes: Save.
registerHandler("Bayes save parameters to file", boost::bind(&CvBayesClassifier::onBayesSave, this));
// Bayes: Load.
registerHandler("Bayes load parameters from file", boost::bind(&CvBayesClassifier::onBayesLoad, this));
// Input data stream.
registerStream("in_moments", &in_moments);
}
bool ExecTimer::onInit() {
LOG(LTRACE) << "ExecTimer::initialize\n";
h_onStartExec.setup(this, &ExecTimer::onStartExec);
registerHandler("onStartExec", &h_onStartExec);
h_onStopExec.setup(this, &ExecTimer::onStopExec);
registerHandler("onStopExec", &h_onStopExec);
stopped = registerEvent("stopped");
started = registerEvent("started");
return true;
}
void ClustersViewer::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_clouds", &in_clouds);
registerStream("in_projections", &in_projections);
// Register handlers
registerHandler("on_clouds", boost::bind(&ClustersViewer::on_clouds, this));
addDependency("on_clouds", &in_clouds);
registerHandler("on_projections", boost::bind(&ClustersViewer::on_projections, this));
addDependency("on_projections", &in_projections);
// Register spin handler.
registerHandler("on_spin", boost::bind(&ClustersViewer::on_spin, this));
addDependency("on_spin", NULL);
}
void TORecognize::prepareInterface() {
// Input and output data streams.
registerStream("in_img", &in_img);
registerStream("out_img_all_correspondences", &out_img_all_correspondences);
registerStream("out_img_good_correspondences", &out_img_good_correspondences);
registerStream("out_img_object", &out_img_object);
// Register handlers with their dependencies.
registerHandler("onNewImage", boost::bind(&TORecognize::onNewImage, this));
addDependency("onNewImage", &in_img);
// Register handler - load model manually.
registerHandler("Load model", boost::bind(&TORecognize::onLoadModelButtonPressed, this));
}
void StatisticalOutlierRemoval::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_cloud_xyzrgb", &in_cloud_xyzrgb);
registerStream("out_cloud_xyzrgb", &out_cloud_xyzrgb);
registerStream("in_cloud_xyz", &in_cloud_xyz);
registerStream("out_cloud_xyz", &out_cloud_xyz);
// Register handlers
registerHandler("filter_xyzrgb", boost::bind(&StatisticalOutlierRemoval::filter_xyzrgb, this));
addDependency("filter_xyzrgb", &in_cloud_xyzrgb);
registerHandler("filter_xyz", boost::bind(&StatisticalOutlierRemoval::filter_xyz, this));
addDependency("filter_xyz", &in_cloud_xyz);
}
void PCDWriter::prepareInterface() {
// Register data streams.
registerStream("in_cloud_xyz", &in_cloud_xyz);
registerStream("in_cloud_xyzrgb", &in_cloud_xyzrgb);
registerStream("in_cloud_xyzsift", &in_cloud_xyzsift);
registerStream("in_trigger", &in_trigger);
// Register handlers - no dependencies.
registerHandler("Write_xyz", boost::bind(&PCDWriter::Write_xyz, this));
registerHandler("Write_xyzrgb", boost::bind(&PCDWriter::Write_xyzrgb, this));
registerHandler("Write_xyzsift", boost::bind(&PCDWriter::Write_xyzsift, this));
registerHandler("onTriggeredLoadNextCloud", boost::bind(&PCDWriter::onTriggeredLoadNextCloud, this));
addDependency("onTriggeredLoadNextCloud", &in_trigger);
}
ConfigInterface::ConfigInterface(const std::string &sockfile, const LogSink &logInstance) : ConnectionTCPServer(this, logInstance, "localhost", -1) {
// Create UNIX socket
int m_socket;
socklen_t length;
struct sockaddr_un local;
m_loaded = false;
m_socketId = 0;
m_admin = new AdhocAdmin();
registerHandler(m_admin);
if ((m_socket = getUnixSocket()) == -1)
Log("ConfigInterface", "Could not create UNIX socket: " << strerror(errno));
local.sun_family = AF_UNIX;
strcpy(local.sun_path, sockfile.c_str());
unlink(local.sun_path);
length = offsetof(struct sockaddr_un, sun_path) + strlen(sockfile.c_str());
if (bind(m_socket, (struct sockaddr *) &local, length) == -1) {
Log("ConfigInterface", "Could not bind to UNIX socket: " << sockfile << " " << strerror(errno));
return;
}
if (listen(m_socket, 5) == -1) {
Log("ConfigInterface", "Could not listen to UNIX socket: " << sockfile << " " << strerror(errno));
return;
}
setSocket(m_socket);
m_socketId = purple_input_add(m_socket, PURPLE_INPUT_READ, gotData, this);
m_loaded = true;
}
void CurlMultiAwait::addHandle(int fd, int events) {
auto asio_event_base = getSingleton<AsioEventBase>();
auto handler =
req::make_shared<CurlEventHandler>(asio_event_base.get(), fd, this);
handler->registerHandler(events);
m_handlers.push_back(handler);
}
void Trigger::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("out_trigger", &out_trigger);
// Register handlers
registerHandler("trigger", boost::bind(&Trigger::trigger, this));
}
bool DisplayCorrespondence::onInit() {
matched = registerEvent("matched");
h_onNewImage.setup(this, &DisplayCorrespondence::onNewImage);
registerHandler("onNewImage", &h_onNewImage);
registerStream("in_image_params", &in_image_params);
registerStream("in_img", &in_img);
registerStream("in_path", &in_path);
registerStream("out_image", &out_image);
registerStream("in_MatchedSourceForTile", &in_MatchedSourceForTile);
registerStream("in_PositionOfPatchesInImages",
&in_PositionOfPatchesInImages);
registerStream("in_MatchedPatchInMatcher", &in_MatchedPatchInMatcher);
registerStream("in_DistanceMap", &in_DistanceMap);
registerStream("in_all_file_paths", &in_all_file_paths);
registerStream("in_match_map", &in_match_map);
registerStream("in_match_quality", &in_match_quality);
LOG(LTRACE) << "DisplayCorrespondence::initialize\n";
// Register data streams, events and event handlers HERE!
return true;
}
bool CvSplit_Processor::onInit()
{
LOG(LTRACE) << "CvSplit_Processor::initialize\n";
h_onNewImage.setup(this, &CvSplit_Processor::onNewImage);
registerHandler("onNewImage", &h_onNewImage);
registerStream("in_img", &in_img);
newImage = registerEvent("newImage");
if (props.channels < 1) {
LOG(LERROR) << "CvSplit_Processor::number of channels must be positive\n";
return false;
}
mv.resize(props.channels);
out_img.resize(props.channels);
for (int i = 0; i < props.channels; ++i) {
out_img[i] = new Base::DataStreamOut<cv::Mat>;
registerStream("out_img_"+int2str(i), out_img[i]);
}
return true;
}
void HomogMatrixPub::prepareInterface() {
// Register data streams, events and event handlers HERE!
//input streams
registerStream("in_matrix", &in_matrix);
registerStream("in_found", &in_found);
registerStream("in_time_nsec_pocz", &in_time_nsec_pocz);
registerStream("in_time_sec_pocz", &in_time_sec_pocz);
//output streams
registerStream("out_matrix", &out_matrix);
registerStream("out_found", &out_found);
registerStream("out_time_nsec_pocz", &out_time_nsec_pocz);
registerStream("out_time_sec_pocz", &out_time_sec_pocz);
registerStream("out_time_nsec_kon", &out_time_nsec_kon);
registerStream("out_time_sec_kon", &out_time_sec_kon);
// Register handlers
h_onNewData.setup(boost::bind(&HomogMatrixPub::onNewData, this));
registerHandler("onNewData", &h_onNewData);
addDependency("onNewData", &in_matrix);
addDependency("onNewData", &in_found);
//addDependency("onNewData", &in_time_nsec_pocz);
//addDependency("onNewData", &in_time_sec_pocz);
//registerProperty(trigger_delay);
}
void RGBDViewer::prepareInterface() {
CLOG(LTRACE) << name() << "::onFinish";
// Register data streams, events and event handlers HERE!
registerStream("in_rgb", &in_rgb);
//registerStream("in_depth", &in_depth);
// Refresh.
h_onNewRGBDImage.setup(this, &RGBDViewer::onNewRGBDImage);
registerHandler("onNewRGBDImage", &h_onNewRGBDImage);
addDependency("onNewRGBDImage", &in_rgb);
//addDependency("onNewRGBDImage", &in_depth);
// Save.
h_onSaveRGBDImage.setup(this, &RGBDViewer::onSaveRGBDImage);
registerHandler("onSaveRGBDImage", &h_onSaveRGBDImage);
}
EventHandler::EventHandler( WindowIF* window )
: _window( window ),
_buttonState( PTR_BUTTON_NONE )
{
_hWnd = window->getWGLWindowHandle();
if( !_hWnd )
{
LBWARN << "Window has no window handle" << std::endl;
return;
}
registerHandler( _hWnd, this );
#pragma warning(push)
#pragma warning(disable: 4312)
_prevWndProc = (WNDPROC)SetWindowLongPtr( _hWnd, GWLP_WNDPROC,
(LONG_PTR)wndProc );
#pragma warning(pop)
if( _prevWndProc == wndProc ) // avoid recursion
_prevWndProc = DefWindowProc;
UINT scrollLines;
SystemParametersInfo( SPI_GETWHEELSCROLLLINES, 0, &scrollLines, 0 );
_wheelDeltaPerLine = WHEEL_DELTA / scrollLines;
}
void Trigger::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("out_trigger", &out_trigger);
h_onTrigger.setup(this, &Trigger::onTrigger);
registerHandler("onTrigger", &h_onTrigger);
addDependency("onTrigger", NULL);
}
void Normals::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_cloud_xyz", &in_cloud_xyz);
registerStream("in_cloud_xyzrgb", &in_cloud_xyzrgb);
registerStream("out_cloud_normals", &out_cloud_normals);
registerStream("out_cloud_xyzrgb_normals", &out_cloud_xyzrgb_normals);
// registerStream("out_cloud_xyzrgb", &out_cloud_xyzrgb);
h_compute_xyz.setup(boost::bind(&Normals::computeNormalsXYZ, this));
registerHandler("h_compute_xyz", &h_compute_xyz);
addDependency("h_compute_xyz", &in_cloud_xyz);
h_compute_xyzrgb.setup(boost::bind(&Normals::computeNormalsXYZRGB, this));
registerHandler("h_compute_xyzrgb", &h_compute_xyzrgb);
addDependency("h_compute_xyzrgb", &in_cloud_xyzrgb);
}
void CenterOfMass::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_cloud_xyzrgb", &in_cloud_xyzrgb);
registerStream("in_cloud_xyz", &in_cloud_xyz);
registerStream("out_centroid", &out_centroid);
registerStream("out_point", &out_point);
registerStream("out_cloud_xyz", &out_cloud_xyz);
registerStream("out_cloud_xyzrgb", &out_cloud_xyzrgb);
// Register handlers
h_compute.setup(boost::bind(&CenterOfMass::compute, this));
registerHandler("compute", &h_compute);
addDependency("compute", &in_cloud_xyz);
h_compute_xyzrgb.setup(boost::bind(&CenterOfMass::compute_xyzrgb, this));
registerHandler("compute_xyzrgb", &h_compute_xyzrgb);
addDependency("compute_xyzrgb", &in_cloud_xyzrgb);
}
void S2ObjectViewer::prepareInterface() {
// Register data streams, events and event handlers HERE!
registerStream("in_cloud", &in_cloud);
registerStream("in_shots", &in_shots);
registerStream("in_sifts", &in_sifts);
// Register handlers
h_display.setup(boost::bind(&S2ObjectViewer::display, this));
registerHandler("h_display", &h_display);
addDependency("h_display", &in_cloud);
addDependency("h_display", &in_shots);
addDependency("h_display", &in_sifts);
h_on_spin.setup(boost::bind(&S2ObjectViewer::on_spin, this));
registerHandler("on_spin", &h_on_spin);
addDependency("on_spin", NULL);
}
GroupingProtocol::GroupingProtocol(Agent* owner, PPtr<KString> role,
k_longint_t groupId)
: Protocol(owner)
{
_role = role;
_groupId = new KLongint(groupId);
registerHandler((phandler_t)&GroupingProtocol::handleOpHello, OP_HELLO);
}
