void RunAction::describeComponent(ComponentInfo &info) {
Action::describeComponent(info);
info.setSignature("action/blackrock_led_driver_run");
info.addParameter(DURATION);
}
void NIDAQDigitalChannel::describeComponent(ComponentInfo &info) {
Component::describeComponent(info);
info.addParameter(PORT_NUMBER, true, "0");
info.addParameter(NUM_LINES_IN_PORT, true, "8");
for (std::size_t i = 0; i < maxNumLines; i++) {
info.addParameter(getLineParameterName(i), false);
}
}
void OpenEphysNetworkEventsClient::describeComponent(ComponentInfo &info) {
OpenEphysBase::describeComponent(info);
info.setSignature("iodevice/open_ephys_network_events_client");
info.addParameter(REQUEST);
info.addParameter(RESPONSE);
}
void FixationPoint::describeComponent(ComponentInfo &info) {
RectangleStimulus::describeComponent(info);
info.setSignature("stimulus/fixation_point");
info.addParameter(TRIGGER_WIDTH);
info.addParameter(TRIGGER_WATCH_X);
info.addParameter(TRIGGER_WATCH_Y);
info.addParameter(TRIGGER_FLAG);
}
void CircularFixationPoint::describeComponent(ComponentInfo &info) {
CircleStimulus::describeComponent(info);
info.setSignature("stimulus/circular_fixation_point");
info.addParameter(FixationPoint::TRIGGER_WIDTH);
info.addParameter(FixationPoint::TRIGGER_WATCH_X);
info.addParameter(FixationPoint::TRIGGER_WATCH_Y);
info.addParameter(FixationPoint::TRIGGER_FLAG);
}
void NE500PumpNetworkDevice::describeComponent(ComponentInfo &info) {
IODevice::describeComponent(info);
info.setSignature("iodevice/ne500");
info.addParameter(ADDRESS, false);
info.addParameter(PORT, false);
info.addParameter(RESPONSE_TIMEOUT, "100ms");
info.addParameter(LOG_PUMP_COMMANDS, "YES");
}
void ScheduledActions::describeComponent(ComponentInfo &info) {
Action::describeComponent(info);
info.setSignature("action/schedule");
info.addParameter(DELAY);
info.addParameter(DURATION);
info.addParameter(REPEATS);
info.addParameter(CANCEL, "NO");
}
void
gnc_close_gui_component (gint component_id)
{
ComponentInfo *ci;
ci = find_component (component_id);
if (!ci)
{
PERR ("component not found");
return;
}
if (!ci->close_handler)
return;
if (ci->close_handler)
ci->close_handler (ci->user_data);
}
void NIDAQDevice::describeComponent(ComponentInfo &info) {
IODevice::describeComponent(info);
info.setSignature("iodevice/nidaq");
info.addParameter(NAME, true, "Dev1");
info.addParameter(UPDATE_INTERVAL, true, "3ms");
info.addParameter(ANALOG_INPUT_DATA_INTERVAL, true, "1ms");
info.addParameter(ANALOG_OUTPUT_DATA_INTERVAL, true, "1ms");
info.addParameter(ANALOG_READ_TIMEOUT, false, "3ms");
info.addParameter(ANALOG_OUTPUT_ENABLED, "YES");
info.addParameter(ASSUME_MULTIPLEXED_ADC, "YES");
}
void NIDAQAnalogOutputVoltageWaveformChannel::describeComponent(ComponentInfo &info) {
NIDAQAnalogChannel::describeComponent(info);
info.setSignature("iochannel/nidaq_analog_output_voltage_waveform");
info.addParameter(WAVEFORM);
info.addParameter(PERIOD);
info.addParameter(OFFSET, "0ms");
info.addParameter(AMPLITUDE, false);
info.addParameter(MEAN, false);
}
void DisplayBitCodeStimulus::describeComponent(ComponentInfo& info){
BasicTransformStimulus::describeComponent(info);
info.setSignature("stimulus/display_bit_code");
info.addParameter(CODE_VARIABLE);
info.addParameter(N_MARKERS);
info.addParameter(SEPARATION);
info.addParameter(BG_LUMINANCE);
info.addParameter(FG_LUMINANCE);
info.addParameter(CLOCK_OFFSET);
}
void EyeStatusMonitorVer1::describeComponent(ComponentInfo &info) {
EyeStatusMonitor::describeComponent(info);
info.setSignature("filter/basic_eye_monitor");
info.addParameter(EYEH_CALIBRATED);
info.addParameter(EYEV_CALIBRATED);
info.addParameter(EYE_STATE);
info.addParameter(EYE_VELOCITY_H, false);
info.addParameter(EYE_VELOCITY_V, false);
info.addParameter(WIDTH_SAMPLES);
info.addParameter(SACCADE_ENTRY_SPEED);
info.addParameter(SACCADE_EXIT_SPEED);
}
void RegistryComponent::SetComponentInfo(const ComponentInfo &info)
{
std::string KeyComponentClassId = Key_ComponentClassIDs;
KeyComponentClassId += "/";
StringVector ClassIDs = info.GetClassIDs();
for (StringVector::const_iterator i = ClassIDs.begin() ; i != ClassIDs.end() ; ++i)
{
std::string ClassId = KeyComponentClassId;
ClassId += *i;
Reg.CreateKey(ClassId);
Reg.SetValue(ClassId, info.GetModuleGuid().c_str());
}
std::string KeyComponentInformation = Key_ComponentInformation;
KeyComponentInformation += "/";
KeyComponentInformation += info.GetModuleGuid();
KeyComponentInformation += "/";
std::string Key = KeyComponentInformation;
Key += Key_Type;
Reg.CreateKey(Key);
Reg.SetValue(Key, info.GetTypeAsStr().c_str());
Key = KeyComponentInformation;
Key += Key_ModuleName;
Reg.CreateKey(Key);
Reg.SetValue(Key, info.GetModuleName().c_str());
Key = KeyComponentInformation;
Key += Key_Location;
Reg.CreateKey(Key);
Reg.SetValue(Key, info.GetLocation().c_str());
Key = KeyComponentInformation;
Key += Key_Description;
Reg.CreateKey(Key);
Reg.SetValue(Key, info.GetDescription().c_str());
Key = KeyComponentInformation;
Key += Key_ClassIDs;
Reg.CreateKey(Key);
unsigned Index = 0;
for (StringVector::const_iterator i = ClassIDs.begin() ; i != ClassIDs.end() ; ++i)
{
std::stringstream Io;
Io << Key_ClassId << Index++;
std::string ClassIdKey = Key + "/" + Io.str();
Reg.CreateKey(ClassIdKey);
Reg.SetValue(ClassIdKey, static_cast<const char*>(i->c_str()));
}
}
void BaseFrameListStimulus::describeComponent(ComponentInfo &info) {
StandardDynamicStimulus::describeComponent(info);
info.addParameter(ENDED, false);
info.addParameter(LOOP, "NO");
info.addParameter(REPEATS, "0");
}
void MovingDots::describeComponent(ComponentInfo &info) {
StandardDynamicStimulus::describeComponent(info);
info.setSignature("stimulus/moving_dots");
info.setDisplayName("Moving Dots");
info.setDescription("A moving dots stimulus.");
info.addParameter(FIELD_RADIUS);
info.addParameter(FIELD_CENTER_X, "0.0");
info.addParameter(FIELD_CENTER_Y, "0.0");
info.addParameter(DOT_DENSITY);
info.addParameter(DOT_SIZE);
info.addParameter(COLOR, "1.0,1.0,1.0");
info.addParameter(ALPHA_MULTIPLIER, "1.0");
info.addParameter(DIRECTION, "0.0");
info.addParameter(SPEED);
info.addParameter(COHERENCE, "1.0");
info.addParameter(LIFETIME, "0.0");
info.addParameter(ANNOUNCE_DOTS, "0");
info.addParameter(RAND_SEED, false);
}
void Eyelink::describeComponent(ComponentInfo &info) {
IODevice::describeComponent(info);
info.setSignature("iodevice/eyelink");
info.setDisplayName("Eyelink 1k, Socket Link");
info.setDescription(
"Eyelink 1000 Plugin. INSTRUCTIONS BELOW\n"
"REQUIRED PARAMETERS:\n"
"tracking_dist = The tracking range set in Eyelink configuration (Eyelink default is 1024 (pixels))\n"
"data_interval should not be too small (i.e. not shorter than 0.5 ms)\n"
"tracker_ip contains the trackers IP, check for working connection using SR-Research's 'simpleexample'\n"
"OUTPUT:\n"
"eye_x/_y/_z is the midpoint of the shortest connecting line that is orthogonal to both gaze vectors "
"assuming the tracker runs in binocular mode. Otherwise these values will be empty.\n"
"all other output parameters are specified and described in the Eyelink 1000 manual.\n"
);
info.addParameter(RX, false);
info.addParameter(RY, false);
info.addParameter(LX, false);
info.addParameter(LY, false);
info.addParameter(EX, false);
info.addParameter(EY, false);
info.addParameter(EZ, false);
info.addParameter(H_RX, false);
info.addParameter(H_RY, false);
info.addParameter(H_LX, false);
info.addParameter(H_LY, false);
info.addParameter(P_RX, false);
info.addParameter(P_RY, false);
info.addParameter(P_LX, false);
info.addParameter(P_LY, false);
info.addParameter(P_R, false);
info.addParameter(P_L, false);
info.addParameter(E_DIST, true, "1024");
info.addParameter(EYE_TIME, false);
info.addParameter(UPDATE_PERIOD, true, "1ms");
info.addParameter(IP, true, "10.1.1.2");
}
void ServersideConduit::describeComponent(ComponentInfo& info){
IODevice::describeComponent(info);
info.setSignature("iodevice/serverside_conduit");
info.addParameter(RESOURCE_NAME_PARAMETER, "server_conduit" );
}
void IODevice::describeComponent(ComponentInfo &info) {
Component::describeComponent(info);
info.addParameter(ALT, false);
}
void PythonFileResource::describeComponent(ComponentInfo &info) {
Component::describeComponent(info);
info.setSignature("resource/python_file");
info.addParameter(PATH);
}
void StandardDynamicStimulus::describeComponent(ComponentInfo &info) {
Stimulus::describeComponent(info);
info.addParameter(AUTOPLAY, "0");
}
void RunPythonFileAction::describeComponent(ComponentInfo &info) {
RunPythonAction::describeComponent(info);
info.setSignature("action/run_python_file");
info.addParameter(PATH);
}
void FrameListStimulus::describeComponent(ComponentInfo &info) {
BaseFrameListStimulus::describeComponent(info);
info.setSignature("stimulus/frame_list");
info.addParameter(ENDING, false);
info.addParameter(STIMULUS_GROUP);
}
void StopDynamicStimulus::describeComponent(ComponentInfo &info) {
DynamicStimulusAction::describeComponent(info);
info.setSignature("action/stop_dynamic_stimulus");
}
void PauseDynamicStimulus::describeComponent(ComponentInfo &info) {
DynamicStimulusAction::describeComponent(info);
info.setSignature("action/pause_dynamic_stimulus");
}
void DynamicStimulusAction::describeComponent(ComponentInfo &info) {
Action::describeComponent(info);
info.addParameter(STIMULUS);
}
void DriftingGratingStimulus::describeComponent(ComponentInfo &info) {
StandardDynamicStimulus::describeComponent(info);
info.setSignature("stimulus/drifting_grating");
info.addParameter(BasicTransformStimulus::X_SIZE);
info.addParameter(BasicTransformStimulus::Y_SIZE);
info.addParameter(BasicTransformStimulus::X_POSITION, "0.0");
info.addParameter(BasicTransformStimulus::Y_POSITION, "0.0");
info.addParameter(BasicTransformStimulus::ROTATION, "0.0");
info.addParameter(BasicTransformStimulus::ALPHA_MULTIPLIER, "1.0");
info.addParameter(DIRECTION, "0.0");
info.addParameter(STARTING_PHASE, "0.0");
info.addParameter(FREQUENCY);
info.addParameter(SPEED);
info.addParameter(GRATING_TYPE);
info.addParameter(MASK);
info.addParameter(GRATING_SAMPLE_RATE, "32");
info.addParameter(INVERTED, "0");
info.addParameter(STD_DEV, "1.0");
info.addParameter(MEAN, "0.0");
}
static void
gnc_gui_refresh_internal (gboolean force)
{
GList *list;
GList *node;
if (!got_events && !force)
return;
gnc_suspend_gui_refresh ();
{
GHashTable *table;
table = changes_backup.event_masks;
changes_backup.event_masks = changes.event_masks;
changes.event_masks = table;
table = changes_backup.entity_events;
changes_backup.entity_events = changes.entity_events;
changes.entity_events = table;
}
#if CM_DEBUG
fprintf (stderr, "%srefresh!\n", force ? "forced " : "");
#endif
list = find_component_ids_by_class (NULL);
for (node = list; node; node = node->next)
{
ComponentInfo *ci = find_component (GPOINTER_TO_INT (node->data));
if (!ci)
continue;
if (!ci->refresh_handler)
{
#if CM_DEBUG
fprintf (stderr, "no handlers for %s:%d\n", ci->component_class, ci->component_id);
#endif
continue;
}
if (force)
{
if (ci->refresh_handler)
{
#if CM_DEBUG
fprintf (stderr, "calling %s:%d C handler\n", ci->component_class, ci->component_id);
#endif
ci->refresh_handler (NULL, ci->user_data);
}
}
else if (changes_match (&ci->watch_info, &changes_backup))
{
if (ci->refresh_handler)
{
#if CM_DEBUG
fprintf (stderr, "calling %s:%d C handler\n", ci->component_class, ci->component_id);
#endif
ci->refresh_handler (changes_backup.entity_events, ci->user_data);
}
}
else
{
#if CM_DEBUG
fprintf (stderr, "no match for %s:%d\n", ci->component_class, ci->component_id);
#endif
}
}
clear_event_info (&changes_backup);
got_events = FALSE;
g_list_free (list);
gnc_resume_gui_refresh ();
}
ComponentInfo::ComponentInfo(const ComponentInfo & x)
{
setNative(x.getNative());
}
bool CompositeComponentProfile::doParse(Config *pcfg)
{
if (pcfg == NULL) return false;
try {
Config *cfg = pcfg->getChild("name");
if (cfg == NULL) throw IOException("There is no name");
name = cfg->getValue();
cfg = pcfg->getChild("description");
if (cfg != NULL) description = cfg->getValue();
appDomain.parse(pcfg->getChild("app_domain"));
copyright.parse(pcfg->getChild("copyright"));
execEnv.parse(pcfg->getChild("execution_environment"));
cfg = pcfg->getChild("subcomponents");
if (cfg == NULL) {
log_error("<CompositeComponentProfile::parse> There is no subcomponents");
return false;
}
else {
ConfigList list = cfg->getChildren("subcomponent");
ConfigList::iterator iter = list.begin();
for (; iter != list.end(); ++iter) {
ComponentInfo profile;
profile.parse(*iter);
componentList.push_back(profile);
}
}
cfg = pcfg->getChild("export_ports");
if (cfg == NULL) {
log_error("<CompositeComponentProfile::parse> There is no export_ports");
return false;
}
else {
ConfigList list = cfg->getChildren("export_port");
ConfigList::iterator iter = list.begin();
for (; iter != list.end(); ++iter) {
ExportPortInfo profile;
profile.parse(*iter);
exportPortList.push_back(profile);
}
}
cfg = pcfg->getChild("port_connections");
if (cfg == NULL) {
log_error("<CompositeComponentProfile::parse> There is no port_connections");
return false;
}
else {
ConfigList list = cfg->getChildren("port_connection");
ConfigList::iterator iter = list.begin();
for (; iter != list.end(); ++iter) {
PortConnectionInfo profile;
profile.parse(*iter);
portConnectionList.push_back(profile);
}
}
cfg = pcfg->getChild("coordination");
if (cfg != NULL) {
ConfigList list = cfg->getChildren("depends");
ConfigList::iterator iter = list.begin();
for (; iter != list.end(); ++iter) {
CoordinationInfo profile;
profile.parse(*iter);
coordinationInfoList.push_back(profile);
}
}
}
catch (Exception &e) {
log_error("<CompositeComponentProfile::parse> Excepton Occurred <= " << e.getMessage());
return false;
}
return true;
}
