/////////1/////////2/////////3/////////4/////////5/////////6/////////7/////////8/////////9/////////A
void LocationTableRow::edit()
{
clearRow();
// the save image
Wt::WImage *wiSave = new Wt::WImage("img/save.png");
wiSave->setToolTip("speichern");
wiSave->setStyleClass("operationImg");
table_->elementAt(rowNr_, colOp)->addWidget(wiSave);
wiSave->clicked().connect(SLOT(this, LocationTableRow::save));
// the cancel image
Wt::WImage *wiCancel = new Wt::WImage("img/undo.png");
wiCancel->setToolTip("abbrechen");
wiCancel->setStyleClass("operationImg");
table_->elementAt(rowNr_, colOp)->addWidget(wiCancel);
if(isNewEntry_)
wiCancel->clicked().connect(SLOT(this, LocationTableRow::remove));
else
wiCancel->clicked().connect(SLOT(this, LocationTableRow::show));
// area
cbArea_ = new Wt::Ext::ComboBox();
for(const auto& area : flightDb_->FlightAreas)
cbArea_->addItem(area->name());
for(int i=0; i<cbArea_->count(); ++i)
if(location_->area()->name() == cbArea_->itemText(i).narrow())
cbArea_->setCurrentIndex(i);
table_->elementAt(rowNr_, colArea)->addWidget(cbArea_);
// name
edName_ = new Wt::Ext::LineEdit();
edName_->setText(location_->name());
table_->elementAt(rowNr_, colName)->addWidget(edName_);
// height
nfHeight_ = new Wt::Ext::NumberField();
nfHeight_->setValue(location_->height());
table_->elementAt(rowNr_, colHeight)->addWidget(nfHeight_);
// position
pfPosition_ = new Wt::WGeoPosEdit(0, Wt::WGeoPosEdit::WGS84_SEC);
pfPosition_->setPos(std::make_pair(location_->pos().first, location_->pos().second));
table_->elementAt(rowNr_, colPosition)->addWidget(pfPosition_);
// use as takeoff
cbTakeoff_ = new Wt::Ext::CheckBox();
cbTakeoff_->setChecked(location_->usage() & Location::UA_TAKEOFF);
table_->elementAt(rowNr_, colTakeoff)->addWidget(cbTakeoff_);
// use as landing zone
cbLanding_ = new Wt::Ext::CheckBox();
cbLanding_->setChecked(location_->usage() & Location::UA_LANDING);
table_->elementAt(rowNr_, colLanding)->addWidget(cbLanding_);
// takeoff
cbWayPnt_ = new Wt::Ext::CheckBox();
cbWayPnt_->setChecked(location_->usage() & Location::UA_WAYPNT);
table_->elementAt(rowNr_, colWaypnt)->addWidget(cbWayPnt_);
}
/////////1/////////2/////////3/////////4/////////5/////////6/////////7/////////8/////////9/////////A
void LocationTable::createFooterRow()
{
Wt::WImage *wiAdd = new Wt::WImage("img/add.png");
wiAdd->setAlternateText("add new flight");
wiAdd->setToolTip("Orte hinzufuegen");
elementAt(insertRowNr_, 0)->addWidget(wiAdd);
wiAdd->clicked().connect(SLOT(this, LocationTable::addNewLocation));
}
/////////1/////////2/////////3/////////4/////////5/////////6/////////7/////////8/////////9/////////A
void LocationTableRow::show()
{
clearRow();
// the edit image
Wt::WImage *wiEdit = new Wt::WImage("img/edit.png");
wiEdit->setToolTip("Ort bearbeiten");
wiEdit->setStyleClass("operationImg");
table_->elementAt(rowNr_, colOp)->addWidget(wiEdit);
wiEdit->clicked().connect(SLOT(this, LocationTableRow::edit));
// the delete image
Wt::WImage *wiDelete = new Wt::WImage("img/delete.png");
wiDelete->setToolTip("Ort löschen");
wiDelete->setStyleClass("operationImg");
table_->elementAt(rowNr_, colOp)->addWidget(wiDelete);
wiDelete->clicked().connect(SLOT(this, LocationTableRow::remove));
// the map image
// WImage *wiMap = new WImage("img/map.png");
// wiMap->setToolTip("position anschauen");
// wiMap->setStyleClass("operationImg");
// table_->elementAt(rowNr_, colOp)->addWidget(wiMap);
// wiMap->clicked.connect(SLOT(this, LocationTableRow::map));
// prepare the text
std::vector<std::string> vsText;
vsText.push_back(location_->area()->name());
vsText.push_back(location_->name());
vsText.push_back(boost::lexical_cast<std::string>(location_->height()));
vsText.push_back(Wt::WGeoPosEdit::format(std::make_pair(location_->pos().first, location_->pos().second), Wt::WGeoPosEdit::WGS84_SEC));
vsText.push_back(location_->usage() & Location::UA_TAKEOFF ? "x" : "_");
vsText.push_back(location_->usage() & Location::UA_LANDING ? "x" : "_");
vsText.push_back(location_->usage() & Location::UA_WAYPNT ? "x" : "_");
// add the text widgets
for(size_t i=0; i<vsText.size(); ++i)
{
Wt::WText *wtxt = new Wt::WText(vsText[i]);
wtxt->setStyleClass("tableContent");
table_->elementAt(rowNr_, i + 1)->addWidget(wtxt);
}
}
OAuthApplication(const Wt::WEnvironment& env)
: Wt::WApplication(env)
{
if (!googleService) {
new Wt::WText("This example requires a Google Auth service "
"configuration", root());
return;
}
process_ = googleService->createProcess
(googleService->authenticationScope());
Wt::WImage *ggi = new Wt::WImage("css/oauth-google.png", root());
ggi->clicked().connect(process_,
&Wt::Auth::OAuthProcess::startAuthenticate);
process_->authenticated().connect(this, &OAuthApplication::authenticated);
}
void
Application::init() {
setTitle("bROwSE");
// This looks nicer than setCssTheme("polished"), but requires some minor CSS adjustments:
// + IMG should not be restricted to 100% available width, otherwise CFGs will be scaled down by the browser to a point
// which might be unreadable.
setTheme(new Wt::WBootstrapTheme);
// Hexdump style sheet rules. The colors here are the same as those used by WAddressSpace.
styleSheet().addRule(".hexdump_evenrow", "font-family:monospace;");
styleSheet().addRule(".hexdump_oddrow", "font-family:monospace; background-color:#f9f9f9;");
styleSheet().addRule(".hexdump_unmapped", "background-color:black;");
styleSheet().addRule(".hexdump_nochar", "background-color:lightgray;");
styleSheet().addRule(".hexdump_addr_none", "font-family:monospace;"
" background-color:" + toHtml(darken(Color::red, 0.25)) + ";");
styleSheet().addRule(".hexdump_addr_r", "font-family:monospace;"
"background-color:" + toHtml(Color::RGB(0.9, 0.8, 0)) + ";");
styleSheet().addRule(".hexdump_addr_w", "font-family:monospace;"
" background-color:" + toHtml(fade(darken(Color::red, 0.25), 0.75)) + ";");
styleSheet().addRule(".hexdump_addr_x", "font-family:monospace;"
" background-color:" + toHtml(darken(Color::green, 0.15)) + ";");
styleSheet().addRule(".hexdump_addr_rw", "font-family:monospace;"
" background-color:" + toHtml(fade(Color::RGB(0.9, 0.8, 0), 0.75)) + ";");
styleSheet().addRule(".hexdump_addr_rx", "font-family:monospace;"
" background-color:" + toHtml(darken(Color::green, 0.15)) + ";"); // same as execute-only
styleSheet().addRule(".hexdump_addr_wx", "font-family:monospace;"
" background-color:" + toHtml(fade(darken(Color::green, 0.15), 0.75)) + ";");
styleSheet().addRule(".hexdump_addr_rwx", "font-family:monospace;"
" background-color:" + toHtml(fade(darken(Color::green, 0.15), 0.75)) + ";");
// Status message style sheet rules.
styleSheet().addRule(".status_oddrow", "background-color:#f9f9f9;");
styleSheet().addRule(".status_info", "background-color:#b5ffb3;");// light green
styleSheet().addRule(".status_warn", "background-color:#f8ff81;");// light yellow
styleSheet().addRule(".status_error", "background-color:#ffd781;");// light orange
styleSheet().addRule(".status_fatal", "background-color:#ff8181;");// light red
// Strings table style sheet rules
styleSheet().addRule(".strings_oddrow", "background-color:#f9f9f9;");
styleSheet().addRule(".strings_matched", "background-color:#fff195;");// light yellow
// So other threads can obtain a lock, modify the DOM, and then call triggerUpdate.
enableUpdates(true);
// The application has mutually exclusive phases that are children of a stacked widget
Wt::WVBoxLayout *vbox = new Wt::WVBoxLayout;
root()->setLayout(vbox);
wStacked_ = new Wt::WStackedWidget;
vbox->addWidget(wStacked_);
//--------------
// Splash phase
//--------------
WSplash *wSplash = new WSplash;
wSplash->clicked().connect(boost::bind(&Wt::WStackedWidget::setCurrentIndex, wStacked_, InteractivePhase));
ASSERT_require(wStacked_->count() == SplashPhase);
wStacked_->addWidget(wSplash);
wStacked_->setCurrentIndex(SplashPhase);
//------------
// Busy phase
//------------
ctx_.busy = new WBusy(ctx_);
ctx_.busy->workStarted().connect(boost::bind(&Wt::WStackedWidget::setCurrentIndex, wStacked_, BusyPhase));
ctx_.busy->workFinished().connect(boost::bind(&Wt::WStackedWidget::setCurrentIndex, wStacked_, InteractivePhase));
ASSERT_require(wStacked_->count() == BusyPhase);
wStacked_->addWidget(ctx_.busy);
//-------------------
// Interactive phase
//-------------------
wInteractivePhase_ = new Wt::WContainerWidget;
ASSERT_require(wStacked_->count() == InteractivePhase);
wStacked_->addWidget(wInteractivePhase_);
// Grid layout
wInteractivePhase_->setLayout(wGrid_ = new Wt::WGridLayout);
wGrid_->setRowStretch(1, 1);
wGrid_->setColumnStretch(1, 1);
// Logo (reset button)
// FIXME[Robb P. Matzke 2014-12-27]: eventually this should be a reset button
Wt::WImage *wLogo = new Wt::WImage("/images/logo.png");
wLogo->setToolTip("Click here to reset the server");
wLogo->clicked().connect(boost::bind(killServer));
wLogo->resize(32, 32);
wGrid_->addWidget(wLogo, 0, 0);
wGrid_->addWidget(new Wt::WText("bROwSE: Binary ROSE On-line Workbench for Specimen Exploration"), 0, 1);
// The central region the page is a set of tabs that are visible or not depending on the context
wGrid_->addWidget(instantiateMainTabs(), 1, 1);
// East side is a tool pane
Wt::WContainerWidget *rightPane = new Wt::WContainerWidget;
wGrid_->addWidget(rightPane, 1, 2);
wSemantics_ = new WSemantics(ctx_, rightPane);
wCrossRefs_ = new WCrossReferences(rightPane);
wCrossRefs_->referenceClicked().connect(boost::bind(&Application::gotoReference, this, _1));
// The bottom center is the status area
wStatusBar_ = new WStatusBar;
wStatus_->messageArrived().connect(boost::bind(&WStatusBar::appendMessage, wStatusBar_, _1));
wGrid_->addWidget(wStatusBar_, 2, 1);
//---------
// Startup
//---------
wPartitioner_->memoryMapProvider(wMemoryMap_);
showHideTabs();
}