void MSWidget::sensitive(MSBoolean sensitive_)
{
if (sensitive()!=sensitive_)
{
_sensitive=sensitive_;
updateSensitivity();
}
}
void OverlayDialog::toggleUseImage()
{
registry::setValue(RKEY_OVERLAY_VISIBLE, _useImageBtn->get_active());
updateSensitivity();
// Refresh
GlobalSceneGraph().sceneChanged();
}
void MSTextRect::sensitive(MSBoolean sensitive_)
{
if (sensitive()!=sensitive_)
{
_sensitive=sensitive_;
if (sensitive()) textMSGC().fillStyle(FillSolid);
else textMSGC().fillStyle(FillStippled);
updateSensitivity();
}
}
void DocumentProperties::update (Document &doc)
{
DEBUG ("Setting uri '%1'", doc.getFileName());
filechooser_->set_local_only (false);
filechooser_->set_uri (doc.getFileName());
keyentry_->set_text (doc.getKey());
iconImage_->set (doc.getThumbnail());
setupFields (doc.getBibData().getType());
bool const ignore = ignoreTypeChanged_;
ignoreTypeChanged_ = true;
if (typeManager_.getTypes().find(doc.getBibData().getType()) != typeManager_.getTypes().end()) {
DocumentType type = typeManager_.getTypes()[doc.getBibData().getType()];
Gtk::ListStore::iterator it = typecombostore_->children().begin ();
Gtk::ListStore::iterator const end = typecombostore_->children().end ();
for (; it != end; ++it) {
if ((*it)[typebibtexnamecol_] == type.bibtexName_) {
typeCombo_->set_active(it);
break;
}
}
} else {
Gtk::TreeModel::Row row = *(typecombostore_->append());
row[typelabelcol_] = doc.getBibData().getType();
row[typebibtexnamecol_] = doc.getBibData().getType();
}
ignoreTypeChanged_ = ignore;
extrafieldsstore_->clear ();
std::map<Glib::ustring, Glib::ustring> fields = doc.getFields();
std::map<Glib::ustring, Glib::ustring>::iterator field = fields.begin ();
std::map<Glib::ustring, Glib::ustring>::iterator const endField = fields.end ();
for (; field != endField; ++field) {
Glib::ustring const key = (*field).first;
Glib::ustring const value = (*field).second;
if (fieldEntries_.find(key) != fieldEntries_.end()) {
fieldEntries_[key]->set_text (value);
} else {
Gtk::ListStore::iterator row = extrafieldsstore_->append ();
(*row)[extrakeycol_] = key;
(*row)[extravalcol_] = value;
}
}
updateSensitivity ();
}
void DocumentProperties::onEditExtraField ()
{
Gtk::TreeSelection::ListHandle_Path paths =
extrafieldssel_->get_selected_rows ();
if (paths.empty ()) {
DEBUG ("Warning: DocumentProperties::onEditExtraField: none selected");
return;
} else if (paths.size () > 1) {
DEBUG ("Warning: DocumentProperties::onEditExtraField: too many selected");
return;
}
Gtk::TreePath path = (*paths.begin ());
extrafieldsview_->set_cursor (path, *extrafieldsview_->get_column (1), true);
updateSensitivity();
}
void DkCamControls::capabilityValueChanged(uint32_t capId) {
switch (capId) {
case kNkMAIDCapability_Sensitivity:
updateSensitivity();
break;
case kNkMAIDCapability_Aperture:
updateAperture();
break;
case kNkMAIDCapability_ShutterSpeed:
updateShutterSpeed();
break;
case kNkMAIDCapability_ExposureMode:
updateExposureMode();
updateExposureModeDependentUiValues();
break;
case kNkMAIDCapability_IsoControl:
updateAutoIsoLabel();
break;
}
}
// Get the dialog state from the registry
void OverlayDialog::initialiseWidgets()
{
// Image filename
_fileChooserBtn->set_filename(GlobalRegistry().get(RKEY_OVERLAY_IMAGE));
updateSensitivity();
}
void DocumentProperties::onExtraFieldEdited (const Glib::ustring& path, const Glib::ustring& text)
{
updateSensitivity ();
}
/* [bert] Provided a trivial implementation for this function.
* TODO: Possibly parse the text to see if it is a well-formed DOI?
*/
void DocumentProperties::onDoiEntryChanged()
{
updateSensitivity ();
}
void DocumentProperties::onDeleteExtraField ()
{
// Oh dear, this may crash if this button was sensitive at the wrong time
extrafieldsstore_->erase (extrafieldssel_->get_selected ());
updateSensitivity();
}
void DkCamControls::updateExposureModeDependentUiValues() {
updateAperture();
updateSensitivity();
updateShutterSpeed();
}
