bool KAccel::setKeyDict( QDict<KKeyEntry> nKeyDict )
{
kdebug(KDEBUG_INFO, 125, "Disconenct and remove");
// Disconnect and remove all items in pAccel
QDictIterator<KKeyEntry> *aKeyIt = new QDictIterator<KKeyEntry>( aKeyDict );
aKeyIt->toFirst();
#define pE aKeyIt->current()
while( pE ) {
QString s;
if ( pE->aAccelId && pE->aCurrentKeyCode ) {
pAccel->disconnectItem( pE->aAccelId, pE->receiver,
pE->member );
pAccel->removeItem( pE->aAccelId );
}
++*aKeyIt;
}
#undef pE
kdebug(KDEBUG_INFO, 125, "Clear the dictionary");
// Clear the dictionary
aKeyDict.clear();
kdebug(KDEBUG_INFO, 125, "Insert new items");
// Insert the new items into the dictionary and reconnect if neccessary
// Note also swap config and current key codes !!!!!!
delete aKeyIt; // tanghus
aKeyIt = new QDictIterator<KKeyEntry>( nKeyDict );
aKeyIt->toFirst();
#define pE aKeyIt->current()
KKeyEntry *pEntry;
while( pE ) {
pEntry = new KKeyEntry;
aKeyDict.insert( aKeyIt->currentKey(), pEntry );
pEntry->aDefaultKeyCode = pE->aDefaultKeyCode;
// Note we write config key code to current key code !!
pEntry->aCurrentKeyCode = pE->aConfigKeyCode;
pEntry->aConfigKeyCode = pE->aConfigKeyCode;
pEntry->bConfigurable = pE->bConfigurable;
pEntry->aAccelId = pE->aAccelId;
pEntry->receiver = pE->receiver;
pEntry->member = pE->member;
pEntry->descr = pE->descr; // tanghus
if ( pEntry->aAccelId && pEntry->aCurrentKeyCode ) {
pAccel->insertItem( pEntry->aCurrentKeyCode, pEntry->aAccelId );
pAccel->connectItem( pEntry->aAccelId, pEntry->receiver,
pEntry->member);
}
++*aKeyIt;
}
#undef pE
delete aKeyIt; // tanghus
return true;
}
bool KGlobalAccel::setKeyDict( QDict<KKeyEntry> nKeyDict )
{
// ungrab all connected and enabled keys
QDictIterator<KKeyEntry> *aKeyIt = new QDictIterator<KKeyEntry>( aKeyDict );
aKeyIt->toFirst();
#define pE aKeyIt->current()
while( pE ) {
QString s;
if ( pE->bEnabled ) {
uint keysym = keyToXSym( pE->aCurrentKeyCode );
uint mod = keyToXMod( pE->aCurrentKeyCode );
ungrabKey( keysym, mod );
}
++*aKeyIt;
}
#undef pE
// Clear the dictionary
aKeyDict.clear();
// Insert the new items into the dictionary and reconnect if neccessary
// Note also swap config and current key codes !!!!!!
aKeyIt = new QDictIterator<KKeyEntry>( nKeyDict );
aKeyIt->toFirst();
#define pE aKeyIt->current()
KKeyEntry *pEntry;
while( pE ) {
pEntry = new KKeyEntry;
aKeyDict.insert( aKeyIt->currentKey(), pEntry );
pEntry->aDefaultKeyCode = pE->aDefaultKeyCode;
// Not we write config key code to current key code !!
pEntry->aCurrentKeyCode = pE->aConfigKeyCode;
pEntry->aConfigKeyCode = pE->aConfigKeyCode;
pEntry->bConfigurable = pE->bConfigurable;
pEntry->aAccelId = pE->aAccelId;
pEntry->receiver = pE->receiver;
pEntry->member = new QString( pE->member->data() );
pEntry->bEnabled = pE->bEnabled;
if ( pEntry->bEnabled ) {
uint keysym = keyToXSym( pEntry->aCurrentKeyCode );
uint mod = keyToXMod( pEntry->aCurrentKeyCode );
grabKey( keysym, mod );
}
++*aKeyIt;
}
#undef pE
return true;
}
bool KGlobalAccel::x11EventFilter( const XEvent *event_ ) {
if ( aKeyDict.isEmpty() ) return false;
if ( event_->type != KeyPress ) return false;
uint mod=event_->xkey.state & (ControlMask | ShiftMask | Mod1Mask);
uint keysym= XKeycodeToKeysym(qt_xdisplay(), event_->xkey.keycode, 0);
debug("Key press event :: mod = %d, sym =%d", mod, keysym );
KKeyEntry *pEntry =0;
const char *action;
QDictIterator<KKeyEntry> *aKeyIt = new QDictIterator<KKeyEntry>( aKeyDict );
aKeyIt->toFirst();
#define pE aKeyIt->current()
while( pE ) { //&&
//( mod != keyToXMod( pE->aCurrentKeyCode )
// || keysym != keyToXSym( pE->aCurrentKeyCode ) ) ) {
int kc = pE->aCurrentKeyCode;
if( mod == keyToXMod( kc ) ) debug("That's the right modifier");
if( keysym == keyToXSym( kc ) ) debug("That's the right symbol");
if ( mod == keyToXMod( kc ) && keysym == keyToXSym( kc ) ) {
//pEntry = pE;
//action = aKeyIt->currentKey();
//break;
debug("Found key in dictionary for action %s", aKeyIt->currentKey());
break;
}
++*aKeyIt;
}
if ( !pE ) {
debug("Null KeyEntry object");
return false;
}
if ( !pE ) {
debug("KeyEntry object not enabled");
return false;
}
debug("KGlobalAccel:: event action %s", aKeyIt->currentKey() );
XAllowEvents(qt_xdisplay(), AsyncKeyboard, CurrentTime);
connect( this, SIGNAL( activated() ), pE->receiver, pE->member->data() );
emit activated();
disconnect( this, SIGNAL( activated() ), pE->receiver, pE->member->data() );
// warning("Signal has been sent!");
return true;
}
//====================================
// exportData
//------------------------------------
bool SCCMonitor::exportData ( void ) {
int card = 0;
//====================================
// save particular monitor data
//------------------------------------
QListIterator<SCCMonitorDisplay> it (mMonitorDisplay);
for (; it.current() ; ++it) {
//====================================
// remove current layout
//------------------------------------
if ( mMonitorArrange ) {
QString screenID;
QTextOStream (&screenID) << "Screen:Screen[" << card << "]";
mSection["Layout"]->removeEntry( screenID );
}
//====================================
// check for monitor display's
//------------------------------------
SCCMonitorDisplay* display = (SCCMonitorDisplay*)it.current();
//if (display->isEnabled()) {
//====================================
// create manipulators...
//------------------------------------
SaXManipulateCard saxCard (
mSection["Card"]
);
SaXManipulateDesktop saxDesktop (
mSection["Desktop"],mSection["Card"],mSection["Path"]
);
//====================================
// select card and desktop
//------------------------------------
saxDesktop.selectDesktop ( card );
saxCard.selectCard ( card );
//====================================
// save resolution list
//------------------------------------
int colorDepths[4] = {8,15,16,24};
for (int n=0;n<4;n++) {
int color = colorDepths[n];
QString modesKey;
QTextOStream (&modesKey) << "Modes:" << color;
mSection["Desktop"] -> removeEntry ( modesKey );
QList<QString> resList = display->getResolution();
QListIterator<QString> it ( resList );
for (; it.current(); ++it) {
QStringList tokens = QStringList::split ( "x",*it.current() );
int xaxis = tokens.first().toInt();
int yaxis = tokens.last().toInt();
saxDesktop.addResolution (
color,xaxis,yaxis
);
}
}
//====================================
// save monitor settings
//------------------------------------
SCCMonitorModel* monitorData = display->getMonitorData();
saxDesktop.setMonitorVendor (monitorData->getVendorName());
saxDesktop.setMonitorName (monitorData->getModelName());
saxDesktop.setHsyncRange (
(double)monitorData->getHSmin(),
(double)monitorData->getHSmax()
);
saxDesktop.setVsyncRange (
(double)monitorData->getVSmin(),
(double)monitorData->getVSmax()
);
int sizeX = monitorData->getSizeX();
int sizeY = monitorData->getSizeY();
if ((sizeX > 0) && (sizeY > 0)) {
saxDesktop.setDisplaySize ( sizeX,sizeY );
}
saxDesktop.disableDPMS();
if (monitorData->isDPMSEnabled()) {
saxDesktop.enableDPMS();
}
QString algorithm = saxDesktop.getModelineAlgorithm();
if (algorithm != "XServerPool") {
saxDesktop.calculateModelines ( true );
}
//====================================
// save card options
//------------------------------------
SCCMonitorCard* cardData = display->getCardData();
QDict<QString> optList = cardData->getOptions();
mSection["Card"] -> removeEntry ("Option");
mSection["Card"] -> removeEntry ("RawData");
QDictIterator<QString> io (optList);
for (; io.current(); ++io) {
saxCard.addCardOption ( io.currentKey(),*io.current());
}
int rotateID = cardData->getRotate();
mSection["Card"] -> removeEntry ("Rotate");
saxCard.setRotate ( rotateID );
//====================================
// check for dual head mode
//------------------------------------
QString profile = saxDesktop.getDualHeadProfile();
if ((! profile.isEmpty()) && (! saxDesktop.isXineramaMode())) {
SaXImportProfile* pProfile = SaXWidgetProfile->getProfile (profile);
SaXImport* mImport = pProfile -> getImport ( SAX_CARD );
if ( mImport ) {
//====================================
// pick up card profile data
//------------------------------------
QString driver = saxCard.getCardDriver();
QDict<QString> profileDriverOptions;
SaXManipulateCard saxProfileCard ( mImport );
profileDriverOptions = saxProfileCard.getOptions();
QDictIterator<QString> it ( profileDriverOptions );
//====================================
// delete profile data keys
//------------------------------------
for (; it.current(); ++it) {
saxCard.removeCardOption (it.currentKey());
}
#if 1 // to be removed as soon as possible
//====================================
// fix broken cards
//------------------------------------
fixBrokenCards (saxCard);
#endif
//====================================
// init special modelines
//------------------------------------
//mSection["Desktop"] -> removeEntry ("SpecialModeline");
saxDesktop.setExtraModelineString (
monitorData->getExtraModeline()
);
//====================================
// setup profile data
//------------------------------------
if (display->isDualModeEnabled()) {
it.toFirst();
SCCMonitorDual* dualData;
SCCMonitorDualModel* dualModel;
dualData = display->getDualData();
dualModel = dualData->getDualModelData();
//====================================
// call ok slot from dualhead setup
//------------------------------------
dualData->slotOk();
//====================================
// setup dualhead options
//------------------------------------
saxCard.addCardOption ("SaXDualHead",0);
for (; it.current(); ++it) {
QString key = it.currentKey();
QString val = *it.current();
//====================================
// setup profile "off"-line data
//------------------------------------
if (val == "off") {
saxCard.addCardOption ( key,val );
continue;
}
//====================================
// setup profile meta data
//------------------------------------
if (key == "SaXDualMonitorVendor") {
QString vendor = dualModel ->getVendorName();
saxCard.addCardOption ( key,vendor );
}
if (key == "SaXDualMonitorModel") {
QString model = dualModel ->getModelName();
saxCard.addCardOption ( key,model );
}
if (key == "SaXDualResolution") {
QString resolution = dualData->getResolution();
saxCard.addCardOption ( key,resolution );
}
if (key == "SaXDualOrientation") {
int orientation = dualData->getLayout();
QString position = DUAL_LEFTOF_KEY;
switch (orientation) {
case DUAL_ABOVEOF:
position = DUAL_ABOVEOF_KEY;
break;
case DUAL_RIGHTOF:
position = DUAL_RIGHTOF_KEY;
break;
case DUAL_BELOWOF:
position = DUAL_BELOWOF_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,position );
}
if (key == "SaXDualMode") {
int mode = dualData->getMode();
QString dualMode = DUAL_TRADITIONAL_KEY;
switch (mode) {
case DUAL_CLONE:
dualMode = DUAL_CLONE_KEY;
break;
case DUAL_XINERAMA:
dualMode = DUAL_XINERAMA_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,dualMode );
}
if (key == "SaXDualHSync") {
QString hsync;
int hsmax = dualModel->getHSmax();
int hsmin = dualModel->getHSmin();
QTextOStream (&hsync) << hsmin << "-" << hsmax;
saxCard.addCardOption ( key,hsync );
}
if (key == "SaXDualVSync") {
QString vsync;
int hsmax = dualModel->getHSmax();
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
//====================================
// calculate one modeline for each res
//------------------------------------
QString algorithm=saxDesktop.getModelineAlgorithm();
if (algorithm != "XServerPool") {
QList<QString> rList;
rList=dualData->getResolutionList();
QListIterator<QString> ir (rList);
for (; ir.current(); ++ir) {
QStringList xy = QStringList::split (
"x",*ir.current()
);
int x = xy.first().toInt();
int y = xy.last().toInt();
log (L_INFO,
"Add special mode: %dx%d@%d\n",x,y,vsmax
);
saxDesktop.addExtraModeline (
x,y,vsmax,hsmax
);
}
}
}
//====================================
// setup profile NVidia data
//------------------------------------
if (key == "TwinView") {
saxCard.addCardOption ( key,0 );
}
if (key == "ConnectedMonitor") {
QStringList cs = QStringList::split (",",val);
QString channelA = cs.first();
QString channelB = cs.last();
if ((channelA == "AUTO") || (channelB == "AUTO")) {
saxCard.removeCardOption ( key );
} else {
saxCard.addCardOption ( key,val );
}
}
if ((key== "MetaModes") && (driver == "nvidia")) {
QString channelA = "AUTO:";
QString channelB = "AUTO:";
if (profileDriverOptions["ConnectedMonitor"]) {
QStringList cs = QStringList::split (",",
*profileDriverOptions["ConnectedMonitor"]
);
channelA = cs.first() + ":";
channelB = cs.last() + ":";
}
if ((channelA=="AUTO:") || (channelB=="AUTO:")) {
channelA = "";
channelB = "";
}
QList<QString> rList1=display->getResolution();
QString resolution1 = *rList1.at(0);
QList<QString> rList2=dualData->getResolutionList();
QString resolution2 = *rList2.at(0);
//====================================
// add primary meta mode
//------------------------------------
QString metaItem;
QString resolution;
QTextOStream (&metaItem) <<
channelA << resolution1 << "," <<
channelB << resolution2;
resolution.append (";"+metaItem);
//====================================
// add secondary meta modes
//------------------------------------
bool startMeta = false;
QListIterator<QString> ir (rList1);
for (; ir.current(); ++ir) {
if (! startMeta) {
startMeta = true; continue;
}
QString metaItem;
int cmpr = compareResolution (
*ir.current(),resolution2
);
if (cmpr >= 0) {
QTextOStream (&metaItem) <<
channelA << *ir.current() << "," <<
channelB << resolution2;
} else {
QTextOStream (&metaItem) <<
channelA << *ir.current() << "," <<
channelB << *ir.current();
}
resolution.append (";"+metaItem);
}
resolution.replace(QRegExp("^;"),"");
saxCard.addCardOption ( key,resolution );
}
if (key == "SecondMonitorHorizSync") {
QString hsync;
int hsmax = dualModel->getHSmax();
int hsmin = dualModel->getHSmin();
QTextOStream (&hsync) << hsmin << "-" << hsmax;
saxCard.addCardOption ( key,hsync );
}
if (key == "SecondMonitorVertRefresh") {
QString vsync;
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
}
if (key == "TwinViewOrientation") {
int orientation = dualData->getLayout();
QString position = DUAL_LEFTOF_KEY;
switch (orientation) {
case DUAL_ABOVEOF:
position = DUAL_ABOVEOF_KEY;
break;
case DUAL_RIGHTOF:
position = DUAL_RIGHTOF_KEY;
break;
case DUAL_BELOWOF:
position = DUAL_BELOWOF_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,position );
int mode = dualData->getMode();
if ( mode == DUAL_CLONE ) {
saxCard.removeCardOption (key);
saxCard.addCardOption (key,DUAL_CLONE_KEY);
}
}
//====================================
// setup profile Matrox data
//------------------------------------
if ((key == "MergedFB") && (driver == "mga")) {
saxCard.addCardOption ( key,0 );
}
if (key == "Monitor2HSync") {
QString hsync;
int hsmax = dualModel->getHSmax();
int hsmin = dualModel->getHSmin();
QTextOStream (&hsync) << hsmin << "-" << hsmax;
saxCard.addCardOption ( key,hsync );
}
if (key == "Monitor2VRefresh") {
QString vsync;
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
}
if ((key== "MetaModes") && (driver == "mga")) {
QList<QString> rList1=display->getResolution();
QString resolution1 = *rList1.at(0);
QList<QString> rList2=dualData->getResolutionList();
QString resolution2 = *rList2.at(0);
//====================================
// add primary meta mode
//------------------------------------
QString metaItem;
QTextOStream (&metaItem) <<
resolution1 << "-" << resolution2;
saxCard.addCardOption ( key,metaItem );
//====================================
// add virtual size
//------------------------------------
for (int color=8;color<=24;color+=8) {
saxDesktop.removeVirtualResolution (color);
}
int mode = dualData->getMode();
if ( mode != DUAL_CLONE ) {
QStringList r1 = QStringList::split (
"x",resolution1
);
QStringList r2 = QStringList::split (
"x",resolution2
);
int x1 = r1.first().toInt();
int y1 = r1.last().toInt();
int x2 = r2.first().toInt();
int y2 = r2.last().toInt();
int orientation = dualData->getLayout();
int x = 0;
int y = 0;
switch (orientation) {
case DUAL_ABOVEOF:
case DUAL_BELOWOF:
y = y1 + y2;
if (x1 > x2) x = x1; else x = x2;
break;
case DUAL_RIGHTOF:
case DUAL_LEFTOF:
x = x1 + x2;
if (y1 > y2) y = y1; else y = y2;
break;
default:
break;
}
for (int color=8;color<=24;color+=8) {
saxDesktop.setVirtualResolution (color,x,y);
}
}
}
if (key == "Monitor2Position") {
int orientation = dualData->getLayout();
QString position = DUAL_LEFTOF_KEY;
switch (orientation) {
case DUAL_ABOVEOF:
position = DUAL_ABOVEOF_KEY;
break;
case DUAL_RIGHTOF:
position = DUAL_RIGHTOF_KEY;
break;
case DUAL_BELOWOF:
position = DUAL_BELOWOF_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,position );
int mode = dualData->getMode();
if ( mode == DUAL_CLONE ) {
saxCard.removeCardOption (key);
saxCard.addCardOption (key,DUAL_CLONE_KEY);
}
}
//====================================
// setup profile Radeon data
//------------------------------------
if (key == "MergedFB") {
saxCard.addCardOption ( key,0 );
}
if (key == "CRT2HSync") {
QString hsync;
int hsmax = dualModel->getHSmax();
int hsmin = dualModel->getHSmin();
QTextOStream (&hsync) << hsmin << "-" << hsmax;
saxCard.addCardOption ( key,hsync );
}
if (key == "CRT2VRefresh") {
QString vsync;
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
}
if (key == "IgnoreEDID") {
saxCard.addCardOption ( key,0 );
}
if ((key== "MetaModes") && (driver == "radeon")) {
QList<QString> rList1=display->getResolution();
QString resolution1 = *rList1.at(0);
QList<QString> rList2=dualData->getResolutionList();
QString resolution2 = *rList2.at(0);
//====================================
// add primary meta mode
//------------------------------------
QString metaItem;
QString resolution;
QTextOStream (&metaItem) <<
resolution1 << "," << resolution2;
resolution.append (";"+metaItem);
//====================================
// add secondary meta modes
//------------------------------------
bool startMeta = false;
QListIterator<QString> ir (rList1);
for (; ir.current(); ++ir) {
if (! startMeta) {
startMeta = true; continue;
}
QString metaItem;
int cmpr = compareResolution (
*ir.current(),resolution2
);
if (cmpr >= 0) {
QTextOStream (&metaItem) <<
*ir.current() << "," << resolution2;
} else {
QTextOStream (&metaItem) <<
*ir.current() << "," << *ir.current();
}
resolution.append (";"+metaItem);
}
resolution.replace(QRegExp("^;"),"");
saxCard.addCardOption ( key,resolution );
}
if (key == "CRT2Position") {
int orientation = dualData->getLayout();
QString position = DUAL_LEFTOF_KEY;
switch (orientation) {
case DUAL_ABOVEOF:
position = DUAL_ABOVEOF_KEY;
break;
case DUAL_RIGHTOF:
position = DUAL_RIGHTOF_KEY;
break;
case DUAL_BELOWOF:
position = DUAL_BELOWOF_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,position );
int mode = dualData->getMode();
if ( mode == DUAL_CLONE ) {
saxCard.removeCardOption (key);
saxCard.addCardOption (key,DUAL_CLONE_KEY);
}
}
//====================================
// setup profile Intel data
//------------------------------------
if ((key== "MonitorLayout") && (driver == "i810")) {
saxCard.addCardOption ( key,val );
}
if (key == "Clone") {
saxCard.addCardOption ( key,0 );
}
if (key == "CloneRefresh") {
QString vsync;
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
}
//====================================
// setup profile FGLRX data
//------------------------------------
if (key== "ForceMonitors") {
saxCard.addCardOption ( key,val );
}
if (key == "DesktopSetup") {
int orientation = dualData->getLayout();
QString position = DUAL_FGLRX_LEFTOF_KEY;
switch (orientation) {
case DUAL_ABOVEOF:
position = DUAL_FGLRX_ABOVEOF_KEY;
break;
case DUAL_RIGHTOF:
position = DUAL_FGLRX_RIGHTOF_KEY;
break;
case DUAL_BELOWOF:
position = DUAL_FGLRX_BELOWOF_KEY;
break;
default:
break;
}
saxCard.addCardOption ( key,position );
int mode = dualData->getMode();
if ( mode == DUAL_CLONE ) {
saxCard.removeCardOption (key);
saxCard.addCardOption (key,DUAL_CLONE_KEY);
}
}
if (key == "HSync2") {
QString hsync;
int hsmax = dualModel->getHSmax();
int hsmin = dualModel->getHSmin();
QTextOStream (&hsync) << hsmin << "-" << hsmax;
saxCard.addCardOption ( key,hsync );
}
if (key == "VRefresh2") {
QString vsync;
int vsmax = dualModel->getVSmax();
int vsmin = dualModel->getVSmin();
QTextOStream (&vsync) << vsmin << "-" << vsmax;
saxCard.addCardOption ( key,vsync );
}
if (key == "Mode2") {
QString resolution;
QList<QString> rList2=dualData->getResolutionList();
QListIterator<QString> ir (rList2);
for (; ir.current(); ++ir) {
resolution.append(","+*ir.current());
}
resolution.replace(QRegExp("^,"),"");
saxCard.addCardOption ( key,resolution );
}
}
}
}
}
//}
card++;
}
//====================================
// save arrangement
//------------------------------------
if ( mMonitorArrange ) {
//====================================
// create manipulators...
//------------------------------------
SaXManipulateLayout saxLayout (
mSection["Layout"],mSection["Card"]
);
//====================================
// save multihead state
//------------------------------------
int multiheadMode = mMonitorArrange->getMultiheadMode();
switch (multiheadMode) {
case 0:
saxLayout.setXOrgMultiheadMode ( SAX_TRADITIONAL );
break;
case 1:
saxLayout.setXOrgMultiheadMode ( SAX_CLONE );
break;
case 2:
saxLayout.setXOrgMultiheadMode ( SAX_XINERAMA );
break;
default:
break;
};
//====================================
// save XOrg layout
//------------------------------------
QDict<QString> arrangeDict = mMonitorArrange->getArrangement();
QDictIterator<QString> it (arrangeDict);
for (; it.current(); ++it) {
QString item (it.currentKey());
item.replace (QRegExp("Screen:Screen\\["),"");
item.replace (QRegExp("\\]"),"");
int index = item.toInt();
int count = 0;
int left=-1,right=-1,above=-1,below=-1;
QStringList tokens = QStringList::split (" ", *it.current());
for (QStringList::Iterator it=tokens.begin();it!=tokens.end();++it){
QString value (*it);
int id = -1;
if (value != "<none>") {
value.replace (QRegExp("Screen\\["),"");
value.replace (QRegExp("\\]"),"");
id = value.toInt();
}
switch (count) {
case 0: left = id; break;
case 1: right = id; break;
case 2: above = id; break;
case 3: below = id; break;
default:
break;
}
count++;
}
saxLayout.setXOrgLayout (
index,left,right,above,below
);
}
}
//====================================
// save 3D status
//------------------------------------
SaXManipulateDesktop saxDesktop (
mSection["Desktop"],mSection["Card"],mSection["Path"]
);
saxDesktop.disable3D();
if (mCheck3D->isChecked()) {
saxDesktop.enable3D();
}
//====================================
// save default color depth
//------------------------------------
it.toFirst(); card = 0;
for (; it.current() ; ++it) {
SCCMonitorDisplay* display = (SCCMonitorDisplay*)it.current();
SaXManipulateDesktop saxDesktop (
mSection["Desktop"],mSection["Card"],mSection["Path"]
);
SaXManipulateCard saxCard (
mSection["Card"]
);
saxDesktop.selectDesktop ( card );
saxCard.selectCard ( card );
if (saxCard.getCardDriver() != "fbdev") {
saxDesktop.setColorDepth ( display->getColorDepth() );
}
card++;
}
return true;
}