//--------------------------------------------------------------
/*protected */void ofxSimpleButton::touchDown(ofTouchEventArgs &touch)
{
if (touch.id == 0 && isInside(touch.x, touch.y)) {
buttonAction(true);
}
}
void MythThemedMenu::customEvent(QEvent *event)
{
if (event->type() == DialogCompletionEvent::kEventType)
{
DialogCompletionEvent *dce = (DialogCompletionEvent*)(event);
QString resultid = dce->GetId();
//int buttonnum = dce->GetResult();
QString halt_cmd = GetMythDB()->GetSetting("HaltCommand");
QString reboot_cmd = GetMythDB()->GetSetting("RebootCommand");
if (resultid == "popmenu")
{
QString action = dce->GetData().toString();
if (action == "shutdown")
{
if (!halt_cmd.isEmpty())
myth_system(halt_cmd);
}
else if (action == "reboot")
{
if (!reboot_cmd.isEmpty())
myth_system(reboot_cmd);
}
else if (action == "about")
{
aboutScreen();
}
else if (action == "standby")
{
QString arg("standby_mode");
m_state->m_callback(m_state->m_callbackdata, arg);
}
}
else if (resultid == "password")
{
QString text = dce->GetResultText();
MythUIButtonListItem *item = m_buttonList->GetItemCurrent();
ThemedButton button = item->GetData().value<ThemedButton>();
QString password = GetMythDB()->GetSetting(button.password);
if (text == password)
{
QString timestamp_setting = QString("%1Time").arg(button.password);
QDateTime curr_time = QDateTime::currentDateTime();
QString last_time_stamp = curr_time.toString(Qt::TextDate);
GetMythDB()->SetSetting(timestamp_setting, last_time_stamp);
GetMythDB()->SaveSetting(timestamp_setting, last_time_stamp);
buttonAction(item, true);
}
}
m_menuPopup = NULL;
}
}
void Frame::OnLButtonup(int x,int y)
{
for(int i=0; i<10; i++) {
if(button[i]) {
if(x > posButton[i].x && x < posButton[i].x+button[i]->clip_rect.w
&& y > posButton[i].y&& y < posButton[i].y+button[i]->clip_rect.h
) {
switchButtonImg(i,false) ;
buttonAction(i) ;
printf( "ONLButton");
break;
}
}
}
}
bool Server::winEvent(MSG *m, long *result)
{
// HandleDevice *thread = new HandleDevice(m, result, this);
// connect(thread, SIGNAL(finished()), thread, SLOT(deleteLater()));
// thread->start();
// return true;
if(WM_INPUT == m->message){
HandleDevice *t = new HandleDevice(m, result, this);
connect(t, SIGNAL(finished()), t, SLOT(deleteLater()));
connect(t,SIGNAL(buttonAction(QString)), Mapper::instance(), SLOT(checkActions(QString)));
t->start();
t->wait();
//return QWidget::winEvent(m, result);
return true;
}
else{
return false;
}
}
void button_reaction_Method (ButtonValues sw_button)
{
static bool wait_unpressing = false;
static uint16_t period = BUTTON_PERIOD_REACTION;
if (wait_unpressing)
{
if (button_G == UNPRESSED) wait_unpressing=false;
}
else
{
if (button_G!=UNPRESSED)
{
wait_unpressing= buttonAction(button_G, &period);
}
else
{
period=longpress_check(sw_button);
wait_unpressing=false;
}
}
}
int
spadAction (void)
{
int code, viewCommand;
float f1, f2, f3;
int i1, i2, i3;
if (viewAloned==yes) {
close(0);
return(-1);
}
readViewman(&viewCommand, intSize);
switch (viewCommand) {
case rotate:
readViewman(&f1, floatSize);
readViewman(&f2, floatSize);
viewport->theta = f1;
viewport->phi = f2;
while (viewport->theta >= two_pi) viewport->theta -= two_pi;
while (viewport->theta < 0.0) viewport->theta += two_pi;
while (viewport->phi > pi) viewport->phi -= two_pi;
while (viewport->phi <= -pi) viewport->phi += two_pi;
viewport->axestheta = viewport->theta;
viewport->axesphi = viewport->phi;
spadDraw=yes;
rotated=yes;
viewport->yzOn = viewport->xzOn = viewport->xyOn = no;
break;
case zoom:
readViewman(&f1, floatSize);
viewport->scale = f1;
if (viewport->scale > maxScale) viewport->scale = maxScale;
else if (viewport->scale < minScale) viewport->scale = minScale;
spadDraw=yes;
zoomed = yes;
break;
case zoomx:
readViewman(&f1, floatSize);
readViewman(&f2, floatSize);
readViewman(&f3, floatSize);
viewport->scaleX = f1; viewport->scaleY = f2; viewport->scaleZ = f3;
if ((viewport->scaleX == 1.0) &&
(viewport->scaleY == 1.0) &&
(viewport->scaleZ == 1.0)) {
viewport->zoomXOn = viewport->zoomYOn = viewport->zoomZOn = yes;
} else {
if (viewport->scaleX == 1.0) viewport->zoomXOn = no;
else {
if (viewport->scaleX > maxScale) viewport->scaleX = maxScale;
else if (viewport->scaleX < minScale) viewport->scaleX = minScale;
}
if (viewport->scaleY == 1.0) viewport->zoomYOn = no;
else {
if (viewport->scaleY > maxScale) viewport->scaleY = maxScale;
else if (viewport->scaleY < minScale) viewport->scaleY = minScale;
}
if (viewport->scaleZ == 1.0) viewport->zoomZOn = no;
else {
if (viewport->scaleZ > maxScale) viewport->scaleZ = maxScale;
else if (viewport->scaleZ < minScale) viewport->scaleZ = minScale;
}
}
spadDraw=yes;
zoomed = yes;
break;
case translate:
readViewman(&(viewport->deltaX),floatSize);
readViewman(&(viewport->deltaY),floatSize);
if (viewport->deltaX > maxDeltaX) viewport->deltaX = maxDeltaX;
else if (viewport->deltaX < -maxDeltaX) viewport->deltaX = -maxDeltaX;
if (viewport->deltaY > maxDeltaY) viewport->deltaY = maxDeltaY;
else if (viewport->deltaY < -maxDeltaY) viewport->deltaY = -maxDeltaY;
spadDraw=yes;
translated = yes;
break;
case modifyPOINT:
readViewman(&i1,intSize);
i1--;
readViewman(&(refPt3D(viewData,i1)->x),floatSize);
readViewman(&(refPt3D(viewData,i1)->y),floatSize);
readViewman(&(refPt3D(viewData,i1)->z),floatSize);
readViewman(&(refPt3D(viewData,i1)->c),floatSize);
scalePoint(refPt3D(viewData,i1));
spadDraw=yes;
break;
case hideControl:
readViewman(&i1,intSize);
if (i1) { /* show control panel */
if (viewport->haveControl)
XUnmapWindow(dsply,control->controlWindow);
putControlPanelSomewhere(someInt);
} else { /* turn off control panel */
if (viewport->haveControl) {
viewport->haveControl = no;
XUnmapWindow(dsply,control->controlWindow);
}
}
break;
case axesOnOff:
readViewman(&i1,intSize);
viewport->axesOn = i1;
spadDraw=yes;
if (viewData.style == smooth) {
if (multiColorFlag) redoDither = yes;
else redoColor = yes;
}
if (viewport->haveControl) drawControlPanel();
break;
/* Non-uniform scaling is not in AXIOM yet. */
/* Neither is object or origin rotation. */
case perspectiveOnOff:
readViewman(&i1,intSize);
viewData.perspective = i1;
switchedPerspective = yes;
spadDraw=yes;
break;
case region3D:
readViewman(&i1,intSize);
viewport->regionOn = i1;
viewData.box = i1;
spadDraw=yes;
if (viewport->haveControl) drawControlPanel();
redoSmooth = yes;
break;
case clipRegionOnOff:
readViewman(&i1,intSize);
viewData.clipbox = i1;
spadDraw=yes;
break;
case clipSurfaceOnOff:
readViewman(&i1,intSize);
viewData.clipStuff = i1;
spadDraw=yes;
break;
case eyeDistanceData:
readViewman(&f1,floatSize);
viewData.eyeDistance = f1;
if (viewData.eyeDistance > maxEyeDistance)
viewData.eyeDistance = maxEyeDistance;
else if (viewData.eyeDistance < minEyeDistance)
viewData.eyeDistance = minEyeDistance;
spadDraw=yes;
changedEyeDistance = yes;
break;
case hitherPlaneData:
readViewman(&f1,floatSize);
viewData.clipPlane = f1;
spadDraw=yes;
changedEyeDistance = yes;
break;
case queryVIEWPOINT:
f1 = viewport->deltaX;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->deltaY;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->scale;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->scaleX;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->scaleY;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->scaleZ;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->theta;
code = check(write(Socket, &f1, floatSize));
f1 = viewport->phi;
code = check(write(Socket, &f1, floatSize));
break;
case changeVIEWPOINT:
readViewman(&f1, floatSize);
readViewman(&f2, floatSize);
viewport->deltaX = f1;
viewport->deltaY = f2;
if (viewport->deltaX > maxDeltaX) viewport->deltaX = maxDeltaX;
else if (viewport->deltaX < -maxDeltaX) viewport->deltaX = -maxDeltaX;
if (viewport->deltaY > maxDeltaY) viewport->deltaY = maxDeltaY;
else if (viewport->deltaY < -maxDeltaY) viewport->deltaY = -maxDeltaY;
translated = yes;
readViewman(&f1, floatSize);
viewport->scale = f1;
if (viewport->scale > maxScale) viewport->scale = maxScale;
else if (viewport->scale < minScale) viewport->scale = minScale;
zoomed = yes;
readViewman(&f1, floatSize);
readViewman(&f2, floatSize);
readViewman(&f3, floatSize);
viewport->scaleX = f1;
viewport->scaleY = f2;
viewport->scaleZ = f3;
if ((viewport->scaleX == 1.0) &&
(viewport->scaleY == 1.0) &&
(viewport->scaleZ == 1.0)) {
viewport->zoomXOn = viewport->zoomYOn = viewport->zoomZOn = yes;
} else {
if (viewport->scaleX == 1.0) viewport->zoomXOn = no;
else {
if (viewport->scaleX > maxScale) viewport->scaleX = maxScale;
else if (viewport->scaleX < minScale) viewport->scaleX = minScale;
}
if (viewport->scaleY == 1.0) viewport->zoomYOn = no;
else {
if (viewport->scaleY > maxScale) viewport->scaleY = maxScale;
else if (viewport->scaleY < minScale) viewport->scaleY = minScale;
}
if (viewport->scaleZ == 1.0) viewport->zoomZOn = no;
else {
if (viewport->scaleZ > maxScale) viewport->scaleZ = maxScale;
else if (viewport->scaleZ < minScale) viewport->scaleZ = minScale;
}
}
readViewman(&f1, floatSize);
readViewman(&f2, floatSize);
viewData.theta = f1;
viewData.phi = f2;
while (viewport->theta >= two_pi) viewport->theta -= two_pi;
while (viewport->theta < 0.0) viewport->theta += two_pi;
while (viewport->phi > pi) viewport->phi -= two_pi;
while (viewport->phi <= -pi) viewport->phi += two_pi;
viewport->axestheta = viewport->theta;
viewport->axesphi = viewport->phi;
spadDraw=yes;
rotated=yes;
break;
case colorDef:
readViewman(&(viewport->hueOffset),intSize);
readViewman(&(viewport->numberOfHues),intSize);
/* spadcolors is indexed by 0 */
viewport->hueOffset --;
viewport->numberOfHues --;
viewport->hueTop = viewport->numberOfHues;
if (viewport->hueOffset < 0) viewport->hueOffset = 0;
if (viewport->hueTop < 0) viewport->hueTop = 0;
if (viewport->hueOffset >= totalHues)
viewport->hueOffset = totalHues-1;
if (viewport->hueTop >= totalHues) viewport->hueTop = totalHues-1;
viewport->numberOfHues = viewport->hueTop - viewport->hueOffset;
if ((viewport->hueTop == viewport->hueOffset) && (!viewport->monoOn))
redoColor = yes;
else {
redoColor = no;
redoDither = yes;
}
if (viewport->haveControl) drawColorMap();
break;
case closeAll:
code = check(write(Socket,&ack,intSize));
goodbye(-1);
case moveViewport:
readViewman(&i1,intSize);
readViewman(&i2,intSize);
XMoveWindow(dsply,viewport->titleWindow,i1,i2);
XSync(dsply,0);
break;
case resizeViewport:
readViewman(&i1,intSize);
readViewman(&i2,intSize);
XResizeWindow(dsply,viewport->titleWindow,i1,i2+titleHeight);
XResizeWindow(dsply,viewport->viewWindow,i1,i2);
spadDraw=yes;
redoSmooth =yes;
break;
case transparent:
case opaqueMesh:
case render:
case smooth:
viewData.style = viewCommand;
spadDraw=yes;
redoSmooth =yes;
break;
case lightDef:
readViewman(&(viewport->lightVector[0]),floatSize);
readViewman(&(viewport->lightVector[1]),floatSize);
readViewman(&(viewport->lightVector[2]),floatSize);
normalizeVector(viewport->lightVector);
movingLight = yes;
drawLightingAxes();
XSync(dsply,0);
break;
case translucenceDef:
readViewman(&backLightIntensity,floatSize);
tempLightIntensity = backLightIntensity;
lightIntensity = tempLightIntensity;
changedIntensity = yes;
drawLightTransArrow();
XSync(dsply,0);
break;
case changeTitle:
readViewman(&i1,intSize);
readViewman(viewport->title,i1);
viewport->title[i1] = '\0';
writeTitle();
switch (doingPanel) {
case CONTROLpanel:
case CONTOURpanel:
writeControlTitle(control->controlWindow);
break;
case VOLUMEpanel:
writeControlTitle(volumeWindow);
break;
case LIGHTpanel:
writeControlTitle(lightingWindow);
break;
} /* switch */
XFlush(dsply);
break;
case writeView:
readViewman(&i1,intSize);
readViewman(filename,i1);
filename[i1] = '\0';
sprintf(errorStr,"writing of viewport data");
i3 = 0;
readViewman(&i2,intSize);
while (i2) {
i3 = i3 | (1<<i2);
readViewman(&i2,intSize);
}
if (writeViewport(i3) < 0)
fprintf(stderr," Nothing was written\n");
break;
case diagOnOff:
readViewman(&i1,intSize);
if (viewData.outlineRenderOn) {
viewport->diagonals = i1;
spadDraw=yes;
} else {
strcpy(control->message," Use this option with Outline ");
writeControlMessage();
}
break;
case outlineOnOff:
readViewman(&i1,intSize);
if (viewData.style == render) {
viewData.outlineRenderOn = i1;
spadDraw=yes;
if (viewport->haveControl) drawControlPanel();
} else {
strcpy(control->message," Use this option in Shaded mode ");
writeControlMessage();
}
break;
case spadPressedAButton:
readViewman(&i1,intSize);
buttonAction(i1);
break;
default:
return(-1);
} /* switch */
ack++;
code = check(write(Socket,&ack,intSize));
return(0);
}
/**
* @brief Processes serial input and button preses
* @param None
* @retval None
*/
void processInput(void)
{
static uint8_t buffer[BUFFER_SIZE];
static uint8_t bufferSize = 0;
static uint32_t bufferTimeout = TIMEOUT_VALUE;
if (bufferSize ==0)
{
bufferTimeout = TIMEOUT_VALUE;
}
if (__io_getcharNonBlocking(buffer+bufferSize))
{
bufferSize+=1;
}
if (getButtonStatus(BUTTON_S1) == BUTTON_CLICKED)
{
buttonAction(BUTTON_ACTION_1);
}
#ifdef USE_MB950
else if (getButtonStatus(BUTTON_S2) == BUTTON_CLICKED)
{
buttonAction(BUTTON_ACTION_2);
}
else if (getButtonStatus(BUTTON_S3) == BUTTON_CLICKED)
{
buttonAction(BUTTON_ACTION_3);
}
else if (getButtonStatus(BUTTON_S4) == BUTTON_CLICKED)
{
buttonAction(BUTTON_ACTION_4);
}
else if (getButtonStatus(BUTTON_S5) == BUTTON_CLICKED)
{
buttonAction(BUTTON_ACTION_5);
}
#endif /* USE_MB950 */
else
{
bufferTimeout--;
if ((bufferTimeout == 0) || (bufferSize == BUFFER_SIZE))
{
if (bufferSize > 0)
{
sendData(bufferSize, buffer, TYPE_SERIAL);
/*if (0==mz_t_)
{
mz_t_=1;
printf("MZ Start\n");
//ST_RadioStartTransmitTone();
ST_RadioStartTransmitStream();
} else {
mz_t_=0;
printf("MZ Stop\n");
//ST_RadioStopTransmitTone();
ST_RadioStopTransmitStream();
}*/
bufferSize = 0;
}
}
}
}
void HandleDevice::handleIt(RAWINPUT *raw)
{
// Find Vid and Pid
UINT size = 256;
TCHAR tBuffer[256] = {0};
// Error in reading device name
if(GetRawInputDeviceInfo(raw->header.hDevice, RIDI_DEVICENAME, tBuffer, &size) < 0)
return;
int VendorID;
int ProductID;
QString myString = QString::fromWCharArray(tBuffer);
if(myString.contains("HID"))
{
int index = myString.toLower().indexOf("vid");
QString VID = "0000";
VID[0] = '0';
VID[1] = 'x';
VID[2] = myString[index+4];
VID[3] = myString[index+5];
VID[4] = myString[index+6];
VID[5] = myString[index+7];
VID.toLower();
VendorID = 0;
if(VID.startsWith("0x"))
VendorID = VID.mid(2).toInt(0,16);
else
VendorID = VID.toInt();
index = myString.toLower().indexOf("pid");
QString PID = "0000";
PID[0] = '0';
PID[1] = 'x';
PID[2] = myString[index+4];
PID[3] = myString[index+5];
PID[4] = myString[index+6];
PID[5] = myString[index+7];
PID.toLower();
ProductID = 0;
if(PID.startsWith("0x"))
ProductID = PID.mid(2).toInt(0,16);
else
ProductID = PID.toInt();
}
unsigned long long keyValue;
unsigned long long value;
unsigned long long mask3;
unsigned long long value3;
switch (raw->header.dwType)
{
case RIM_TYPEHID:
keyValue = *reinterpret_cast<unsigned long long *>(&raw->data.hid.bRawData);
break;
case RIM_TYPEKEYBOARD:
keyValue = raw->data.keyboard.VKey;
break;
case RIM_TYPEMOUSE:
default:
break;
}
QString message;
int i = 0;
while(i < UsableControllers::getList().size())
{
if(UsableControllers::getList()[i].getVendorID() == VendorID && UsableControllers::getList()[i].getProductID() == ProductID)
{
QString nrContr;
nrContr = nrContr.setNum(i);
message += nrContr;
int k = 0;
while(k<UsableControllers::getList()[i].getSensorXYList().size())
{
QString nr;
nr = nr.setNum(k);
bool pressed = true;
switch (raw->header.dwType)
{
case RIM_TYPEHID:
// value after using bitmask
value = keyValue; //UsableControllers::getList()[i].getSensorXYList()[k].getGeneralXYMask() &
break;
case RIM_TYPEKEYBOARD:
value = raw->data.keyboard.VKey;
// Check if press or release
if(raw->data.keyboard.Flags == 3 || raw->data.keyboard.Flags == 1){
pressed = false;
}
break;
case RIM_TYPEMOUSE:
default:
break;
}
//qDebug() << "Keyboard" << value;
if(!pressed)
return;
//test if we have axis or buttons
if(UsableControllers::getList()[i].getSensorXYList()[k].getFixed())
{
//fixed buttons
//qDebug() << "fixed";
unsigned int up = UsableControllers::getList()[i].getSensorXYList()[k].getUp();
unsigned int down = UsableControllers::getList()[i].getSensorXYList()[k].getDown();
unsigned int left = UsableControllers::getList()[i].getSensorXYList()[k].getLeft();
unsigned int right = UsableControllers::getList()[i].getSensorXYList()[k].getRight();
unsigned int upLeft;
unsigned int upRight;
unsigned int downLeft;
unsigned int downRight;
mask3 = UsableControllers::getList()[i].getSensorXYList()[k].getGeneralXYMask();
//qDebug() << mask3;
value3 = value & mask3;
//qDebug() << up << value << value3;
//qDebug() << down;
//qDebug() << left;
//qDebug() << right;
if(UsableControllers::getList()[i].getSensorXYList()[k].getNumberOfButtons() == 4 && raw->header.dwType == RIM_TYPEHID)
{
upLeft = up|left;
upRight = up|right;
downLeft = down|left;
downRight = down|right;
}
else if(UsableControllers::getList()[i].getSensorXYList()[k].getNumberOfButtons() == 8)
{
upLeft = UsableControllers::getList()[i].getSensorXYList()[k].getUpLeft();
upRight = UsableControllers::getList()[i].getSensorXYList()[k].getUpRight();
downLeft = UsableControllers::getList()[i].getSensorXYList()[k].getDownLeft();
downRight = UsableControllers::getList()[i].getSensorXYList()[k].getDownRight();
}
//qDebug() << up << value << value3;
//qDebug() << down;
//qDebug() << left;
//qDebug() << right;
if(up == value3){message += " Up" + nr;}
if(down == value3){message += " Down" + nr;}
if(left == value3){message += " Left" + nr;}
if(right == value3){message += " Right" + nr;}
if(upLeft == value3){message += " Up" + nr + " Left" + nr;}
if(upRight == value3){message += " Up" + nr + " Right" + nr;}
if(downLeft == value3){message += " Down" + nr + " Left" + nr;}
if(downRight == value3){message += " Down" + nr + " Right" + nr;}
}
else
{
//XY-axis, because XY was not fixed
//X-axis
signed long long valueX = UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getMask() & value;
qDebug("%x %x %x \n", valueX , value , UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getMask());
valueX /= (UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getMask()/0xff);
//qDebug() << valueX;
if(valueX > UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getRangeStop()){
valueX -= (UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getRangeStop()-UsableControllers::getList()[i].getSensorXYList()[k].getXAxis().getRangeStart() + 1);
}
QString valX;
valX = valX.setNum(valueX);
message += " PX" + nr + "_" + valX;
//Y-axis
long long valueY = UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getMask() & value;
valueY /= (UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getMask()/0xff);
if(valueY > UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getRangeStop() && UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getFormat().toLower() == "signed"){
valueY -= (UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getRangeStop()-UsableControllers::getList()[i].getSensorXYList()[k].getYAxis().getRangeStart() + 1);
}
QString valY;
valY = valY.setNum(valueY);
message += " PY" + nr + "_" + valY;
}
k++;
}
// Check buttons
if(raw->header.dwType == RIM_TYPEHID)
{
int j = 0;
int value2 = UsableControllers::getList()[i].getGeneralButtonMask() & keyValue;
while(j < UsableControllers::getList()[i].getButtonList().size())
{
if(UsableControllers::getList()[i].getButtonList()[j].getBitMaskPressed() & value2 )
{
message += " " + UsableControllers::getList()[i].getButtonList()[j].getName();
}
j++;
}
}
else if(raw->header.dwType == RIM_TYPEKEYBOARD)
{
int j = 0;
int value2 = raw->data.keyboard.VKey;
while(j<UsableControllers::getList()[i].getButtonList().size())
{
if(UsableControllers::getList()[i].getButtonList()[j].getBitMaskPressed() == value2 )
{
message += " " + UsableControllers::getList()[i].getButtonList()[j].getName();
}
j++;
}
}
}
i++;
}
if(message != "")
{
qDebug() << message;
emit buttonAction(message);
}
}
//--------------------------------------------------------------
/*public */void ofxSimpleButton::mousePressed(float x, float y)
{
if (isInside(x, y)) {
buttonAction(true);
}
}
//--------------------------------------------------------------
/*public */void ofxSimpleButton::touchDown(float x, float y)
{
if (isInside(x, y)) {
buttonAction(true);
}
}
void MythThemedMenu::customEvent(QEvent *event)
{
if (event->type() == DialogCompletionEvent::kEventType)
{
DialogCompletionEvent *dce = (DialogCompletionEvent*)(event);
QString resultid = dce->GetId();
int buttonnum = dce->GetResult();
QString halt_cmd = GetMythDB()->GetSetting("HaltCommand");
QString reboot_cmd = GetMythDB()->GetSetting("RebootCommand");
if (resultid == "popmenu_exit")
{
switch (buttonnum)
{
case 0:
if (!halt_cmd.isEmpty())
myth_system(halt_cmd);
break;
case 1:
if (!reboot_cmd.isEmpty())
myth_system(reboot_cmd);
break;
case 2:
aboutScreen();
break;
}
}
else if (resultid == "popmenu_noexit")
{
if (buttonnum == 0)
aboutScreen();
}
else if (resultid == "popmenu_reboot")
{
switch (buttonnum)
{
case 0:
if (!reboot_cmd.isEmpty())
myth_system(reboot_cmd);
break;
case 1:
aboutScreen();
break;
}
}
else if (resultid == "popmenu_shutdown")
{
switch (buttonnum)
{
case 0:
if (!halt_cmd.isEmpty())
myth_system(halt_cmd);
break;
case 1:
aboutScreen();
break;
}
}
else if (resultid == "password")
{
QString text = dce->GetResultText();
MythUIButtonListItem *item = m_buttonList->GetItemCurrent();
ThemedButton button = item->GetData().value<ThemedButton>();
QString password = GetMythDB()->GetSetting(button.password);
if (text == password)
{
QString timestamp_setting = QString("%1Time").arg(button.password);
QDateTime curr_time = QDateTime::currentDateTime();
QString last_time_stamp = curr_time.toString(Qt::TextDate);
GetMythDB()->SetSetting(timestamp_setting, last_time_stamp);
GetMythDB()->SaveSetting(timestamp_setting, last_time_stamp);
buttonAction(item, true);
}
}
m_menuPopup = NULL;
}
}
/** \brief keyboard/LIRC event handler.
*
* This translates key presses through the "Main Menu" context into MythTV
* actions and then handles them as appropriate.
*/
bool MythThemedMenu::keyPressEvent(QKeyEvent *event)
{
if (m_ignorekeys)
return false;
m_ignorekeys = true;
MythUIType *type = GetFocusWidget();
if (type && type->keyPressEvent(event))
{
m_ignorekeys = false;
return true;
}
QStringList actions;
bool handled = false;
handled = GetMythMainWindow()->TranslateKeyPress("Main Menu", event,
actions);
for (int i = 0; i < actions.size() && !handled; i++)
{
QString action = actions[i];
handled = true;
if (action == "RIGHT")
{
MythUIButtonListItem *item = m_buttonList->GetItemCurrent();
buttonAction(item);
}
else if (action == "LEFT" || action == "ESCAPE" || action == "EXIT" )
{
bool callbacks = m_state->m_callback;
bool lastScreen = (GetMythMainWindow()->GetMainStack()
->TotalScreens() == 1);
QString menuaction = "UPMENU";
QString selExit = "EXITING_APP";
if (!m_allocedstate)
handleAction(menuaction);
else if (m_state->m_killable)
{
m_wantpop = true;
if (callbacks)
{
QString sel = "EXITING_MENU";
m_state->m_callback(m_state->m_callbackdata, sel);
}
if (lastScreen)
{
if (callbacks)
m_state->m_callback(m_state->m_callbackdata, selExit);
QCoreApplication::exit();
}
}
else if ((action == "EXIT" || (action == "ESCAPE" &&
(QCoreApplication::applicationName() ==
MYTH_APPNAME_MYTHTV_SETUP))) && lastScreen)
{
if (callbacks)
m_state->m_callback(m_state->m_callbackdata, selExit);
else
{
QCoreApplication::exit();
m_wantpop = true;
}
}
}
else if (action == "HELP")
{
aboutScreen();
}
else if (action == "EJECT")
{
handleAction(action);
}
else
handled = false;
}
if (!handled && MythScreenType::keyPressEvent(event))
handled = true;
m_ignorekeys = false;
if (m_wantpop)
m_ScreenStack->PopScreen();
return handled;
}
//--------------------------------------------------------------
void testApp::mousePressed(int x, int y, int button){
//if we pressed a button, and we were in a dropdown menu
if(d->active && x > d->x && x < d->x + d->cw - d->sliderWidth && y > d->y && y < d->y + d->th)
{
//read back the chosen property depending on which menu we were in
switch(d->mode)
{
case 0:
case 1:
case 2:
case 3:
for (int i = 0; i < d->functionList.size(); i++)
{
if(d->activeList[d->activeOption] == d->functionList[i])
{
ib->masterFunction = i;
}
//else
//we're f****d and crashing
}
ib->smasterFunction=d->functionList[ib->masterFunction];
break;
case 4:
ib->toggle=d->activeOption;
ib->stoggle=d->toggleList[ib->toggle];
break;
case 5:
ib->toggleOSC=d->activeOption;
if(ib->toggleOSC)
{
if(ib->oldOscAddress=="")
{
ib->enterOscAddress();
ib->oldOscAddress=ib->oscAddress;
}
else
ib->oscAddress=ib->oldOscAddress;
}
else
ib->oscAddress="";
ib->stoggleOSC = d->onOffList[ib->toggleOSC];
break;
case 9:
ib->active = true;
for(int i = 0; i < numberOfElements; i++)
{
if(i == d->activeOption)
e[i]->selected = true;
else
e[i]->selected = false;
copyElementDataToInterface();
}
if(d->activeOption==22)
{
ib->reset();
ib->mode=3;
}
break;
case 10:
ib->resolution = d->activeOption;
ib->sresolution = d->resList[d->activeOption];
break;
case 11:
ib->emulatorOne = d->activeOption;
ib->semulatorOne = d->emuList[d->activeOption];
break;
case 12:
ib->emulatorTwo = d->activeOption;
ib->semulatorTwo = d->emuList[d->activeOption];
break;
case 6:
ib->hdcpOutput = d->activeOption;
ib->shdcpOutput = d->onOffList[d->activeOption];
break;
case 7:
ib->hdcpInputOne = d->activeOption;
ib->shdcpInputOne = d->onOffList[d->activeOption];
break;
case 8:
ib->hdcpInputTwo = d->activeOption;
ib->shdcpInputTwo = d->onOffList[d->activeOption];
break;
case 13:
ib->sourceLoss = d->activeOption;
ib->ssourceLoss = d->sourceList[d->activeOption];
break;
}
//copy it back to the element
copyInterfaceDateToElement();
d->active = false;
return; //so we don't press another button underneath
}
//if we were in a dropdown but on a slider
if(d->active && x > d->x + d->cw - d->sliderWidth && x < d->x + d->cw && y > d->y && y < d->y + d->th)
{
mousePos.set(x,y);
d->slidering = true;
return;
}
//if we were in a dropdown but not over it, just close it
d->active = false;
//then check if we were over an element
for(int i = 0; i < numberOfElements; i++)
{
if (e[i]->mouseOver(x,y)) //check if we've clicked a controller
{
ib->mode = 0;
ib->active = true;
e[i]->selected = true; //set the controller to selected
for(int j = 0; j < numberOfElements; j++) //deselect all the other controllers
{
if(i!=j)
{
e[j]->selected = false;
}
}
//copy the relevant info into the inputBox
copyElementDataToInterface();
return;
}
}
//then check if we clicked a button
for(int i = 0; i < numberOfButtons; i++)
{
if(b[i]->mouseOver(x,y)) //check if we've clicked a button
{
buttonAction(i); //do the action associated with that button
//copy back all the info to the currently selected element
//todo? maybe I should build in a 'has changed' check, but it's not really necessarry
copyInterfaceDateToElement();
}
}
//if we haven't pressed anything, deselect and reset the ib, this should only happen on the left side of the interface, otherwise it's a missclick
if(x < 578)
{
ib->reset();
for(int j = 0; j < numberOfElements; j++)
{
e[j]->selected = false;
}
}
}
int
spadAction(void)
{
int code,viewCommand;
float f1,f2;
int i1,i2,i3,viewGoAhead;
static int ack = 1;
if (viewAloned==yes) {
close(0);
return(-1);
}
readViewman(&viewCommand,intSize);
switch (viewCommand) {
case hideControl2D:
readViewman(&i1,intSize);
if (i1) { /* show control panel */
if (viewport->haveControl) XUnmapWindow(dsply,control->controlWindow);
putControlPanelSomewhere(someInt);
} else { /* turn off control panel */
if (viewport->haveControl) {
viewport->haveControl = no;
XUnmapWindow(dsply,control->controlWindow);
}
}
break;
case changeTitle:
readViewman(&i1,intSize);
readViewman(viewport->title,i1);
viewport->title[i1] = '\0';
writeTitle();
writeControlTitle();
XFlush(dsply);
spadDraw=no;
break;
case writeView:
readViewman(&i1,intSize);
readViewman(filename,i1);
filename[i1] = '\0';
sprintf(errorStr,"writing of viewport data");
i3 = 0;
readViewman(&i2,intSize);
while (i2) {
i3 = i3 | (1<<i2);
readViewman(&i2,intSize);
}
if (writeViewport(i3) < 0)
fprintf(stderr," Nothing was written\n");
break;
case closeAll2D:
code = check(write(Socket,&ack,intSize));
goodbye(-1);
case ps2D:
readViewman(&i1,intSize);
buttonAction(viewCommand);
break;
case axesOnOff2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].axesOn = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case axesColor2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].axesColor = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case unitsOnOff2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].unitsOn = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case unitsColor2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].unitsColor = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case connectOnOff:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].connectOn = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case pointsOnOff:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].pointsOn = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case spline2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
graphStateArray[i1].splineOn = i2;
if (graphStateArray[i1].showing) spadDraw=yes;
break;
case showing2D:
readViewman(&i1,intSize);
i1--;
readViewman(&i2,intSize);
/* simulate a button press to turn display number on/off */
graphStateArray[i1].showing = !i2;
clickedOnGraph(i1,i1+graphStart);
break;
case scale2D:
readViewman(&i1,intSize);
i1--; /* passed index is [1..9] but internal representation is [0..8] */
readViewman(&f1,floatSize);
readViewman(&f2,floatSize);
graphStateArray[i1].scaleX = f1;
graphStateArray[i1].scaleY = f2;
if (graphStateArray[i1].scaleX > maxScale)
graphStateArray[i1].scaleX = maxScale;
else
if (graphStateArray[i1].scaleX < minScale)
graphStateArray[i1].scaleX = minScale;
if (graphStateArray[i1].scaleY > maxScale)
graphStateArray[i1].scaleY = maxScale;
else
if (graphStateArray[i1].scaleY < minScale)
graphStateArray[i1].scaleY = minScale;
if (graphStateArray[i1].showing) spadDraw=yes;
break; /* scale2D */
case translate2D:
readViewman(&i1,intSize);
i1--; /* passed index is [1..9] but internal representation is [0..8] */
readViewman(&f1,floatSize);
readViewman(&f2,floatSize);
graphStateArray[i1].centerX = f1;
graphStateArray[i1].centerY = f2;
if (graphStateArray[i1].centerX > maxDelta)
graphStateArray[i1].centerX = maxDelta;
else if (graphStateArray[i1].centerX < -maxDelta)
graphStateArray[i1].centerX = maxDelta;
if (graphStateArray[i1].centerY > maxDelta)
graphStateArray[i1].centerY = maxDelta;
else if (graphStateArray[i1].centerY < -maxDelta)
graphStateArray[i1].centerY = maxDelta;
if (graphStateArray[i1].showing) spadDraw=yes;
break; /* translate2D */
case moveViewport:
readViewman(&i1,intSize);
readViewman(&i2,intSize);
XMoveWindow(dsply,viewport->titleWindow,i1,i2);
XSync(dsply,False);
break;
case resizeViewport:
readViewman(&i1,intSize);
readViewman(&i2,intSize);
XResizeWindow(dsply,viewport->titleWindow,i1,i2+titleHeight);
XResizeWindow(dsply,viewport->viewWindow,i1,i2);
spadDraw=yes;
break;
case putGraph:
readViewman(&i1,intSize); /* key of graph to get */
readViewman(&i2,intSize); /* slot to drop graph onto 0..8*/
readViewman(&viewGoAhead,intSize);
if (viewGoAhead < 0) {
sprintf(control->message,"%s%d","Couldn't put into graph ",i2+1);
writeControlMessage();
} else {
sprintf(control->message,"%s%d","Dropped onto graph ",i2+1);
writeControlMessage();
freeGraph(i2);
graphArray[i2].key = i1;
getGraphFromViewman(i2);
/* simulate a button press to turn display number on and select on */
/* need !yes since it will be inverted */
graphStateArray[i2].selected = no;
graphStateArray[i2].connectOn = yes;
graphStateArray[i2].showing = !(graphStateArray[i2].showing);
clickedOnGraph(i2,i2+graphStart);
clickedOnGraphSelect(i2,i2+graphSelectStart);
}
break;
case spadPressedAButton:
readViewman(&i1,intSize);
buttonAction(i1);
break;
default:
return(-1);
} /* switch */
ack++;
code = check(write(Socket,&ack,intSize));
return(0);
}
