#include <QApplication>

#include <QDesktopWidget>

#include <QWidget>

#ifdef Q_WS_MAC

# include <QTimer>

#endif /* Q_WS_MAC */

#include "VBoxGlobal.h"

#include "UIExtraDataManager.h"

#include "UISession.h"

#include "UIMachine.h"

#include "UIMedium.h"

#include "UIActionPoolRuntime.h"

#include "UIMachineLogic.h"

#include "UIMachineView.h"

#include "UIMachineWindow.h"

#include "UIMessageCenter.h"

#include "UIPopupCenter.h"

#include "UIWizardFirstRun.h"

#include "UIConsoleEventHandler.h"

#include "UIFrameBuffer.h"

#include "UISettingsDialogSpecific.h"

#ifdef VBOX_WITH_VIDEOHWACCEL

# include "VBoxFBOverlay.h"

#endif /* VBOX_WITH_VIDEOHWACCEL */

#ifdef Q_WS_MAC

# include "UIMenuBar.h"

# include "VBoxUtils-darwin.h"

#endif /* Q_WS_MAC */

#ifdef Q_WS_X11

# include <QX11Info>

# include <X11/Xlib.h>

# include <X11/Xutil.h>

# ifndef VBOX_WITHOUT_XCURSOR

# include <X11/Xcursor/Xcursor.h>

# endif /* VBOX_WITHOUT_XCURSOR */

#endif /* Q_WS_X11 */

#ifdef VBOX_GUI_WITH_KEYS_RESET_HANDLER

# include "UIKeyboardHandler.h"

# include <signal.h>

#endif /* VBOX_GUI_WITH_KEYS_RESET_HANDLER */

#include "CConsole.h"

#include "CSystemProperties.h"

#include "CMachineDebugger.h"

#include "CGuest.h"

#include "CStorageController.h"

#include "CMediumAttachment.h"

#include "CDisplay.h"

#include "CNetworkAdapter.h"

#include "CHostNetworkInterface.h"

#include "CVRDEServer.h"

#include "CUSBController.h"

#include "CUSBDeviceFilters.h"

#include "CHostVideoInputDevice.h"

#include "CSnapshot.h"

#include "CMedium.h"

#ifdef VBOX_GUI_WITH_KEYS_RESET_HANDLER

static void signalHandlerSIGUSR1(int sig, siginfo_t *, void *);

#endif

#ifdef Q_WS_MAC

void cgDisplayReconfigurationCallback(CGDirectDisplayID display, CGDisplayChangeSummaryFlags flags, void *pHandler)

{

/* Which flags we are handling? */

int iHandledFlags = kCGDisplayAddFlag /* display added */

| kCGDisplayRemoveFlag /* display removed */

| kCGDisplaySetModeFlag /* display mode changed */;

/* Handle 'display-add' case: */

if (flags & kCGDisplayAddFlag)

LogRelFlow(("UISession::cgDisplayReconfigurationCallback: Display added.\n"));

/* Handle 'display-remove' case: */

else if (flags & kCGDisplayRemoveFlag)

LogRelFlow(("UISession::cgDisplayReconfigurationCallback: Display removed.\n"));

/* Handle 'mode-set' case: */

else if (flags & kCGDisplaySetModeFlag)

LogRelFlow(("UISession::cgDisplayReconfigurationCallback: Display mode changed.\n"));

/* Ask handler to process our callback: */

if (flags & iHandledFlags)

QTimer::singleShot(0, static_cast<UISession*>(pHandler),

SLOT(sltHandleHostDisplayAboutToChange()));

Q_UNUSED(display);

}

#endif /* Q_WS_MAC */

UISession::UISession(UIMachine *pMachine, CSession &sessionReference)

: QObject(pMachine)

/* Base variables: */

, m_pMachine(pMachine)

, m_session(sessionReference)

, m_pActionPool(0)

#ifdef Q_WS_MAC

, m_pMenuBar(0)

#endif /* Q_WS_MAC */

/* Common variables: */

, m_machineStatePrevious(KMachineState_Null)

, m_machineState(session().GetMachine().GetState())

#ifndef Q_WS_MAC

, m_pMachineWindowIcon(0)

#endif /* !Q_WS_MAC */

, m_mouseCapturePolicy(MouseCapturePolicy_Default)

, m_guruMeditationHandlerType(GuruMeditationHandlerType_Default)

, m_hiDPIOptimizationType(HiDPIOptimizationType_None)

, m_requestedVisualStateType(UIVisualStateType_Invalid)

#ifdef Q_WS_WIN

, m_alphaCursor(0)

#endif /* Q_WS_WIN */

#ifdef Q_WS_MAC

, m_pWatchdogDisplayChange(0)

#endif /* Q_WS_MAC */

, m_defaultCloseAction(MachineCloseAction_Invalid)

, m_restrictedCloseActions(MachineCloseAction_Invalid)

, m_fAllCloseActionsRestricted(false)

/* Common flags: */

, m_fIsStarted(false)

, m_fIsFirstTimeStarted(false)

, m_fIsGuestResizeIgnored(false)

, m_fIsAutoCaptureDisabled(false)

/* Guest additions flags: */

, m_ulGuestAdditionsRunLevel(0)

, m_fIsGuestSupportsGraphics(false)

, m_fIsGuestSupportsSeamless(false)

/* Mouse flags: */

, m_fNumLock(false)

, m_fCapsLock(false)

, m_fScrollLock(false)

, m_uNumLockAdaptionCnt(2)

, m_uCapsLockAdaptionCnt(2)

/* Mouse flags: */

, m_fIsMouseSupportsAbsolute(false)

, m_fIsMouseSupportsRelative(false)

, m_fIsMouseSupportsMultiTouch(false)

, m_fIsMouseHostCursorNeeded(false)

, m_fIsMouseCaptured(false)

, m_fIsMouseIntegrated(true)

, m_fIsValidPointerShapePresent(false)

, m_fIsHidingHostPointer(true)

{

/* Prepare actions: */

prepareActions();

/* Prepare connections: */

prepareConnections();

/* Prepare console event-handlers: */

prepareConsoleEventHandlers();

/* Prepare screens: */

prepareScreens();

/* Prepare framebuffers: */

prepareFramebuffers();

/* Load settings: */

loadSessionSettings();

#ifdef VBOX_GUI_WITH_KEYS_RESET_HANDLER

struct sigaction sa;

sa.sa_sigaction = &signalHandlerSIGUSR1;

sigemptyset(&sa.sa_mask);

sa.sa_flags = SA_RESTART | SA_SIGINFO;

sigaction(SIGUSR1, &sa, NULL);

#endif /* VBOX_GUI_WITH_KEYS_RESET_HANDLER */

}

UISession::~UISession()

{

#ifdef Q_WS_WIN

/* Destroy alpha cursor: */

if (m_alphaCursor)

DestroyIcon(m_alphaCursor);

#endif /* Q_WS_WIN */

/* Save settings: */

saveSessionSettings();

/* Cleanup framebuffers: */

cleanupFramebuffers();

/* Cleanup console event-handlers: */

cleanupConsoleEventHandlers();

/* Cleanup connections: */

cleanupConnections();

/* Cleanup actions: */

cleanupActions();

}

void UISession::powerUp()

{

/* Do nothing if we had started already: */

if (isRunning() || isPaused())

return;

/* Prepare powerup: */

bool fPrepared = preparePowerUp();

if (!fPrepared)

return;

/* Get current machine/console: */

CMachine machine = session().GetMachine();

CConsole console = session().GetConsole();

/* Apply debug settings from the command line. */

CMachineDebugger debugger = console.GetDebugger();

if (debugger.isOk())

{

if (vboxGlobal().isPatmDisabled())

debugger.SetPATMEnabled(false);

if (vboxGlobal().isCsamDisabled())

debugger.SetCSAMEnabled(false);

if (vboxGlobal().isSupervisorCodeExecedRecompiled())

debugger.SetRecompileSupervisor(true);

if (vboxGlobal().isUserCodeExecedRecompiled())

debugger.SetRecompileUser(true);

if (vboxGlobal().areWeToExecuteAllInIem())

debugger.SetExecuteAllInIEM(true);

if (!vboxGlobal().isDefaultWarpPct())

debugger.SetVirtualTimeRate(vboxGlobal().getWarpPct());

}

/* Power UP machine: */

#ifdef VBOX_WITH_DEBUGGER_GUI

CProgress progress = vboxGlobal().isStartPausedEnabled() || vboxGlobal().isDebuggerAutoShowEnabled() ?

console.PowerUpPaused() : console.PowerUp();

#else /* !VBOX_WITH_DEBUGGER_GUI */

CProgress progress = console.PowerUp();

#endif /* !VBOX_WITH_DEBUGGER_GUI */

/* Check for immediate failure: */

if (!console.isOk())

{

if (vboxGlobal().showStartVMErrors())

msgCenter().cannotStartMachine(console, machine.GetName());

closeRuntimeUI();

return;

}

/* Guard progressbar warnings from auto-closing: */

if (uimachine()->machineLogic())

uimachine()->machineLogic()->setPreventAutoClose(true);

/* Show "Starting/Restoring" progress dialog: */

if (isSaved())

{

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_state_restore_90px.png", 0, 0);

/* After restoring from 'saved' state, machine-window(s) geometry should be adjusted: */

machineLogic()->adjustMachineWindowsGeometry();

}

else

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_start_90px.png");

/* Check for a progress failure: */

if (!progress.isOk() || progress.GetResultCode() != 0)

{

if (vboxGlobal().showStartVMErrors())

msgCenter().cannotStartMachine(progress, machine.GetName());

closeRuntimeUI();

return;

}

/* Allow further auto-closing: */

if (uimachine()->machineLogic())

uimachine()->machineLogic()->setPreventAutoClose(false);

/* Check if we missed a really quick termination after successful startup, and process it if we did: */

if (isTurnedOff())

{

closeRuntimeUI();

return;

}

/* Check if the required virtualization features are active. We get this

bool fIs64BitsGuest = vboxGlobal().virtualBox().GetGuestOSType(console.GetGuest().GetOSTypeId()).GetIs64Bit();

bool fRecommendVirtEx = vboxGlobal().virtualBox().GetGuestOSType(console.GetGuest().GetOSTypeId()).GetRecommendedVirtEx();

AssertMsg(!fIs64BitsGuest || fRecommendVirtEx, ("Virtualization support missed for 64bit guest!\n"));

bool fIsVirtEnabled = console.GetDebugger().GetHWVirtExEnabled();

if (fRecommendVirtEx && !fIsVirtEnabled)

{

bool fShouldWeClose;

bool fVTxAMDVSupported = vboxGlobal().host().GetProcessorFeature(KProcessorFeature_HWVirtEx);

QApplication::processEvents();

setPause(true);

if (fIs64BitsGuest)

fShouldWeClose = msgCenter().warnAboutVirtNotEnabled64BitsGuest(fVTxAMDVSupported);

else

fShouldWeClose = msgCenter().warnAboutVirtNotEnabledGuestRequired(fVTxAMDVSupported);

if (fShouldWeClose)

{

/* At this point the console is powered up. So we have to close

CProgress progress = console.PowerDown();

if (console.isOk())

{

/* Guard progressbar warnings from auto-closing: */

if (uimachine()->machineLogic())

uimachine()->machineLogic()->setPreventAutoClose(true);

/* Show the power down progress dialog */

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_poweroff_90px.png");

if (!progress.isOk() || progress.GetResultCode() != 0)

msgCenter().cannotPowerDownMachine(progress, machine.GetName());

/* Allow further auto-closing: */

if (uimachine()->machineLogic())

uimachine()->machineLogic()->setPreventAutoClose(false);

}

else

msgCenter().cannotPowerDownMachine(console);

closeRuntimeUI();

return;

}

setPause(false);

}

#ifdef VBOX_WITH_VIDEOHWACCEL

LogRel(("2D video acceleration is %s.\n",

machine.GetAccelerate2DVideoEnabled() && VBoxGlobal::isAcceleration2DVideoAvailable()

? "enabled"

: "disabled"));

#endif

#if defined(Q_WS_MAC) || defined(Q_WS_WIN)

if(uimachine()->machineLogic()->isHidLedsSyncEnabled())

LogRel(("HID LEDs sync is enabled.\n"));

else

LogRel(("HID LEDs sync is disabled.\n"));

#else

LogRel(("HID LEDs sync is not supported on this platform.\n"));

#endif

#ifdef VBOX_GUI_WITH_PIDFILE

vboxGlobal().createPidfile();

#endif

/* Warn listeners about machine was started: */

emit sigStarted();

}

bool UISession::saveState()

{

/* Prepare the saving progress: */

CMachine machine = m_session.GetMachine();

CConsole console = m_session.GetConsole();

CProgress progress = console.SaveState();

if (console.isOk())

{

/* Show the saving progress: */

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_state_save_90px.png");

if (!progress.isOk() || progress.GetResultCode() != 0)

{

/* Failed in progress: */

msgCenter().cannotSaveMachineState(progress, machine.GetName());

return false;

}

}

else

{

/* Failed in console: */

msgCenter().cannotSaveMachineState(console);

return false;

}

/* Passed: */

return true;

}

bool UISession::shutdown()

{

/* Send ACPI shutdown signal if possible: */

CConsole console = m_session.GetConsole();

console.PowerButton();

if (!console.isOk())

{

/* Failed in console: */

msgCenter().cannotACPIShutdownMachine(console);

return false;

}

/* Passed: */

return true;

}

bool UISession::powerOff(bool fIncludingDiscard, bool &fServerCrashed)

{

/* Prepare the power-off progress: */

CMachine machine = m_session.GetMachine();

CConsole console = m_session.GetConsole();

CProgress progress = console.PowerDown();

if (console.isOk())

{

/* Show the power-off progress: */

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_poweroff_90px.png");

if (progress.isOk() && progress.GetResultCode() == 0)

{

/* Discard the current state if requested: */

if (fIncludingDiscard)

{

/* Prepare the snapshot-discard progress: */

CSnapshot snapshot = machine.GetCurrentSnapshot();

CProgress progress = console.RestoreSnapshot(snapshot);

if (!console.isOk())

return msgCenter().cannotRestoreSnapshot(console, snapshot.GetName(), machine.GetName());

/* Show the snapshot-discard progress: */

msgCenter().showModalProgressDialog(progress, machine.GetName(), ":/progress_snapshot_discard_90px.png");

if (progress.GetResultCode() != 0)

return msgCenter().cannotRestoreSnapshot(progress, snapshot.GetName(), machine.GetName());

}

}

else

{

/* Failed in progress: */

msgCenter().cannotPowerDownMachine(progress, machine.GetName());

return false;

}

}

else

{

/* Failed in console: */

COMResult res(console);

/* This can happen if VBoxSVC is not running: */

if (FAILED_DEAD_INTERFACE(res.rc()))

fServerCrashed = true;

else

msgCenter().cannotPowerDownMachine(console);

return false;

}

/* Passed: */

return true;

}

void UISession::closeRuntimeUI()

{

/* Start corresponding slot asynchronously: */

emit sigCloseRuntimeUI();

}

UIMachineLogic* UISession::machineLogic() const

{

return uimachine()->machineLogic();

}

QWidget* UISession::mainMachineWindow() const

{

return machineLogic()->mainMachineWindow();

}

bool UISession::isVisualStateAllowed(UIVisualStateType state) const

{

return m_pMachine->isVisualStateAllowed(state);

}

void UISession::changeVisualState(UIVisualStateType visualStateType)

{

m_pMachine->asyncChangeVisualState(visualStateType);

}

bool UISession::setPause(bool fOn)

{

CConsole console = session().GetConsole();

if (fOn)

console.Pause();

else

console.Resume();

bool ok = console.isOk();

if (!ok)

{

if (fOn)

msgCenter().cannotPauseMachine(console);

else

msgCenter().cannotResumeMachine(console);

}

return ok;

}

void UISession::sltInstallGuestAdditionsFrom(const QString &strSource)

{

/* This flag indicates whether we want to do the usual .ISO mounting or not.

bool fDoMount = false;

/* Auto-update in GUI currently is disabled. */

#ifndef VBOX_WITH_ADDITIONS_AUTOUPDATE_UI

fDoMount = true;

#else /* VBOX_WITH_ADDITIONS_AUTOUPDATE_UI */

CGuest guest = session().GetConsole().GetGuest();

QVector<KAdditionsUpdateFlag> aFlagsUpdate;

QVector<QString> aArgs;

CProgress progressInstall = guest.UpdateGuestAdditions(strSource,

aArgs, aFlagsUpdate);

bool fResult = guest.isOk();

if (fResult)

{

msgCenter().showModalProgressDialog(progressInstall, tr("Updating Guest Additions"),

":/progress_install_guest_additions_90px.png",

0, 500 /* 500ms delay. */);

if (progressInstall.GetCanceled())

return;

HRESULT rc = progressInstall.GetResultCode();

if (!progressInstall.isOk() || rc != S_OK)

{

/* If we got back a VBOX_E_NOT_SUPPORTED we don't complain (guest OS

if ( !SUCCEEDED_WARNING(rc)

&& rc != VBOX_E_NOT_SUPPORTED)

{

msgCenter().cannotUpdateGuestAdditions(progressInstall);

/* Log the error message in the release log. */

QString strErr = progressInstall.GetErrorInfo().GetText();

if (!strErr.isEmpty())

LogRel(("%s\n", strErr.toLatin1().constData()));

}

fDoMount = true; /* Since automatic updating failed, fall back to .ISO mounting. */

}

}

#endif /* VBOX_WITH_ADDITIONS_AUTOUPDATE_UI */

/* Do we still want mounting? */

if (!fDoMount)

return;

/* Open corresponding medium: */

QString strMediumID;

CVirtualBox vbox = vboxGlobal().virtualBox();

CMedium image = vbox.OpenMedium(strSource, KDeviceType_DVD, KAccessMode_ReadWrite, false /* fForceNewUuid */);

if (vbox.isOk() && !image.isNull())

strMediumID = image.GetId();

else

{

msgCenter().cannotOpenMedium(vbox, UIMediumType_DVD, strSource, mainMachineWindow());

return;

}

/* Make sure GA medium ID is valid: */

AssertReturnVoid(!strMediumID.isNull());

/* Get machine: */

CMachine machine = session().GetMachine();

/* Searching for the first suitable controller/slot: */

QString strControllerName;

LONG iCntPort = -1, iCntDevice = -1;

foreach (const CStorageController &controller, machine.GetStorageControllers())

{

foreach (const CMediumAttachment &attachment, machine.GetMediumAttachmentsOfController(controller.GetName()))

{

if (attachment.GetType() == KDeviceType_DVD)

{

strControllerName = controller.GetName();

iCntPort = attachment.GetPort();

iCntDevice = attachment.GetDevice();

break;

}

}

if (!strControllerName.isNull())

break;

}

/* Make sure suitable controller/slot were found: */

if (strControllerName.isNull())

{

msgCenter().cannotMountGuestAdditions(machine.GetName());

return;

}

/* Try to find UIMedium among cached: */

UIMedium medium = vboxGlobal().medium(strMediumID);

if (medium.isNull())

{

/* Create new one if necessary: */

medium = UIMedium(image, UIMediumType_DVD, KMediumState_Created);

vboxGlobal().createMedium(medium);

}

/* Mount medium to corresponding controller/slot: */

machine.MountMedium(strControllerName, iCntPort, iCntDevice, medium.medium(), false /* force */);

if (!machine.isOk())

{

/* Ask for force mounting: */

if (msgCenter().cannotRemountMedium(machine, medium, true /* mount? */,

true /* retry? */, mainMachineWindow()))

{

/* Force mount medium to the predefined port/device: */

machine.MountMedium(strControllerName, iCntPort, iCntDevice, medium.medium(), true /* force */);

if (!machine.isOk())

msgCenter().cannotRemountMedium(machine, medium, true /* mount? */,

false /* retry? */, mainMachineWindow());

}

}

}

void UISession::sltCloseRuntimeUI()

{

/* First, we have to hide any opened modal/popup widgets.

if (QWidget *pWidget = QApplication::activeModalWidget() ?

QApplication::activeModalWidget() :

QApplication::activePopupWidget() ?

QApplication::activePopupWidget() : 0)

{

/* First we should try to close this widget: */

pWidget->close();

/* If widget rejected the 'close-event' we can

if (!pWidget->isHidden())

pWidget->hide();

/* Restart this slot asynchronously: */

emit sigCloseRuntimeUI();

return;

}

/* Finally close the Runtime UI: */

m_pMachine->deleteLater();

}

#ifdef RT_OS_DARWIN

void UISession::sltHandleMenuBarConfigurationChange()

{

/* Update Mac OS X menu-bar: */

updateMenu();

}

#endif /* RT_OS_DARWIN */

void UISession::sltMousePointerShapeChange(bool fVisible, bool fAlpha, QPoint hotCorner, QSize size, QVector<uint8_t> shape)

{

/* In case of shape data is present: */

if (shape.size() > 0)

{

/* We are ignoring visibility flag: */

m_fIsHidingHostPointer = false;

/* And updating current cursor shape: */

setPointerShape(shape.data(), fAlpha,

hotCorner.x(), hotCorner.y(),

size.width(), size.height());

}

/* In case of shape data is NOT present: */

else

{

/* Remember if we should hide the cursor: */

m_fIsHidingHostPointer = !fVisible;

}

/* Notify listeners about mouse capability changed: */

emit sigMousePointerShapeChange();

}

void UISession::sltMouseCapabilityChange(bool fSupportsAbsolute, bool fSupportsRelative, bool fSupportsMultiTouch, bool fNeedsHostCursor)

{

LogRelFlow(("UISession::sltMouseCapabilityChange: "

"Supports absolute: %s, Supports relative: %s, "

"Supports multi-touch: %s, Needs host cursor: %s\n",

fSupportsAbsolute ? "TRUE" : "FALSE", fSupportsRelative ? "TRUE" : "FALSE",

fSupportsMultiTouch ? "TRUE" : "FALSE", fNeedsHostCursor ? "TRUE" : "FALSE"));

/* Check if something had changed: */

if ( m_fIsMouseSupportsAbsolute != fSupportsAbsolute

|| m_fIsMouseSupportsRelative != fSupportsRelative

|| m_fIsMouseSupportsMultiTouch != fSupportsMultiTouch

|| m_fIsMouseHostCursorNeeded != fNeedsHostCursor)

{

/* Store new data: */

m_fIsMouseSupportsAbsolute = fSupportsAbsolute;

m_fIsMouseSupportsRelative = fSupportsRelative;

m_fIsMouseSupportsMultiTouch = fSupportsMultiTouch;

m_fIsMouseHostCursorNeeded = fNeedsHostCursor;

/* Notify listeners about mouse capability changed: */

emit sigMouseCapabilityChange();

}

}

void UISession::sltKeyboardLedsChangeEvent(bool fNumLock, bool fCapsLock, bool fScrollLock)

{

/* Check if something had changed: */

if ( m_fNumLock != fNumLock

|| m_fCapsLock != fCapsLock

|| m_fScrollLock != fScrollLock)

{

/* Store new num lock data: */

if (m_fNumLock != fNumLock)

{

m_fNumLock = fNumLock;

m_uNumLockAdaptionCnt = 2;

}

/* Store new caps lock data: */

if (m_fCapsLock != fCapsLock)

{

m_fCapsLock = fCapsLock;

m_uCapsLockAdaptionCnt = 2;

}

/* Store new scroll lock data: */

if (m_fScrollLock != fScrollLock)

{

m_fScrollLock = fScrollLock;

}

/* Notify listeners about mouse capability changed: */

emit sigKeyboardLedsChange();

}

}

void UISession::sltStateChange(KMachineState state)

{

/* Check if something had changed: */

if (m_machineState != state)

{

/* Store new data: */

m_machineStatePrevious = m_machineState;

m_machineState = state;

/* Notify listeners about machine state changed: */

emit sigMachineStateChange();

}

}

void UISession::sltVRDEChange()

{

/* Get machine: */

const CMachine machine = session().GetMachine();

/* Get VRDE server: */

const CVRDEServer &server = machine.GetVRDEServer();

bool fIsVRDEServerAvailable = !server.isNull();

/* Show/Hide VRDE action depending on VRDE server availability status: */

// TODO: Is this status can be changed at runtime?

// Because if no => the place for that stuff is in prepareActions().

actionPool()->action(UIActionIndexRT_M_Devices_T_VRDEServer)->setVisible(fIsVRDEServerAvailable);

/* Check/Uncheck VRDE action depending on VRDE server activity status: */

if (fIsVRDEServerAvailable)

actionPool()->action(UIActionIndexRT_M_Devices_T_VRDEServer)->setChecked(server.GetEnabled());

/* Notify listeners about VRDE change: */

emit sigVRDEChange();

}

void UISession::sltVideoCaptureChange()

{

/* Get machine: */

const CMachine machine = session().GetMachine();

/* Check/Uncheck Video Capture action depending on feature status: */

actionPool()->action(UIActionIndexRT_M_Devices_M_VideoCapture_T_Start)->setChecked(machine.GetVideoCaptureEnabled());

/* Notify listeners about Video Capture change: */

emit sigVideoCaptureChange();

}

void UISession::sltGuestMonitorChange(KGuestMonitorChangedEventType changeType, ulong uScreenId, QRect screenGeo)

{

/* Ignore KGuestMonitorChangedEventType_NewOrigin change event: */

if (changeType == KGuestMonitorChangedEventType_NewOrigin)

return;

/* Ignore KGuestMonitorChangedEventType_Disabled event for primary screen: */

AssertMsg(countOfVisibleWindows() > 0, ("All machine windows are hidden!"));

if (changeType == KGuestMonitorChangedEventType_Disabled && uScreenId == 0)

return;

/* Process KGuestMonitorChangedEventType_Enabled change event: */

if ( !isScreenVisible(uScreenId)

&& changeType == KGuestMonitorChangedEventType_Enabled)

setScreenVisible(uScreenId, true);

/* Process KGuestMonitorChangedEventType_Disabled change event: */

else if ( isScreenVisible(uScreenId)

&& changeType == KGuestMonitorChangedEventType_Disabled)

setScreenVisible(uScreenId, false);

/* Notify listeners about the change: */

emit sigGuestMonitorChange(changeType, uScreenId, screenGeo);

}

#ifdef RT_OS_DARWIN

void UISession::sltHandleHostDisplayAboutToChange()

{

LogRelFlow(("UISession::sltHandleHostDisplayAboutToChange()\n"));

if (m_pWatchdogDisplayChange->isActive())

m_pWatchdogDisplayChange->stop();

m_pWatchdogDisplayChange->setProperty("tryNumber", 1);

m_pWatchdogDisplayChange->start();

}

void UISession::sltCheckIfHostDisplayChanged()

{

LogRelFlow(("UISession::sltCheckIfHostDisplayChanged()\n"));

/* Acquire desktop wrapper: */

QDesktopWidget *pDesktop = QApplication::desktop();

/* Check if display count changed: */

if (pDesktop->screenCount() != m_hostScreens.size())

{

/* Reset watchdog: */

m_pWatchdogDisplayChange->setProperty("tryNumber", 0);

/* Notify listeners about screen-count changed: */

return sltHandleHostScreenCountChange();

}

else

{

/* Check if at least one display geometry changed: */

for (int iScreenIndex = 0; iScreenIndex < pDesktop->screenCount(); ++iScreenIndex)

{

if (pDesktop->screenGeometry(iScreenIndex) != m_hostScreens.at(iScreenIndex))

{

/* Reset watchdog: */

m_pWatchdogDisplayChange->setProperty("tryNumber", 0);

/* Notify listeners about screen-geometry changed: */

return sltHandleHostScreenGeometryChange();

}

}

}

/* Check if watchdog expired, restart if not: */

int cTryNumber = m_pWatchdogDisplayChange->property("tryNumber").toInt();

if (cTryNumber > 0 && cTryNumber < 40)

{

/* Restart watchdog again: */

m_pWatchdogDisplayChange->setProperty("tryNumber", ++cTryNumber);

m_pWatchdogDisplayChange->start();

}

else

{

/* Reset watchdog: */

m_pWatchdogDisplayChange->setProperty("tryNumber", 0);

}

}

#endif /* RT_OS_DARWIN */

void UISession::sltHandleHostScreenCountChange()

{

LogRelFlow(("UISession: Host-screen count changed.\n"));

/* Recache display data: */

updateHostScreenData();

/* Notify current machine-logic: */

emit sigHostScreenCountChange();

}

void UISession::sltHandleHostScreenGeometryChange()

{

LogRelFlow(("UISession: Host-screen geometry changed.\n"));

/* Recache display data: */

updateHostScreenData();

/* Notify current machine-logic: */

emit sigHostScreenGeometryChange();

}

void UISession::sltHandleHostScreenAvailableAreaChange()

{

LogRelFlow(("UISession: Host-screen available-area changed.\n"));

/* Notify current machine-logic: */

emit sigHostScreenAvailableAreaChange();

}

void UISession::sltAdditionsChange()

{

/* Get our guest: */

CGuest guest = session().GetConsole().GetGuest();

/* Variable flags: */

ULONG ulGuestAdditionsRunLevel = guest.GetAdditionsRunLevel();

LONG64 lLastUpdatedIgnored;

bool fIsGuestSupportsGraphics = guest.GetFacilityStatus(KAdditionsFacilityType_Graphics, lLastUpdatedIgnored)

== KAdditionsFacilityStatus_Active;

bool fIsGuestSupportsSeamless = guest.GetFacilityStatus(KAdditionsFacilityType_Seamless, lLastUpdatedIgnored)

== KAdditionsFacilityStatus_Active;

/* Check if something had changed: */

if (m_ulGuestAdditionsRunLevel != ulGuestAdditionsRunLevel ||

m_fIsGuestSupportsGraphics != fIsGuestSupportsGraphics ||

m_fIsGuestSupportsSeamless != fIsGuestSupportsSeamless)

{

/* Store new data: */

m_ulGuestAdditionsRunLevel = ulGuestAdditionsRunLevel;

m_fIsGuestSupportsGraphics = fIsGuestSupportsGraphics;

m_fIsGuestSupportsSeamless = fIsGuestSupportsSeamless;

/* Notify listeners about guest additions state changed: */

emit sigAdditionsStateChange();

}

}

void UISession::prepareConsoleEventHandlers()

{

/* Initialize console event-handler: */

UIConsoleEventHandler::instance(this);

/* Add console event connections: */

connect(gConsoleEvents, SIGNAL(sigMousePointerShapeChange(bool, bool, QPoint, QSize, QVector<uint8_t>)),

this, SLOT(sltMousePointerShapeChange(bool, bool, QPoint, QSize, QVector<uint8_t>)));

connect(gConsoleEvents, SIGNAL(sigMouseCapabilityChange(bool, bool, bool, bool)),

this, SLOT(sltMouseCapabilityChange(bool, bool, bool, bool)));

connect(gConsoleEvents, SIGNAL(sigKeyboardLedsChangeEvent(bool, bool, bool)),

this, SLOT(sltKeyboardLedsChangeEvent(bool, bool, bool)));

connect(gConsoleEvents, SIGNAL(sigStateChange(KMachineState)),

this, SLOT(sltStateChange(KMachineState)));

connect(gConsoleEvents, SIGNAL(sigAdditionsChange()),

this, SLOT(sltAdditionsChange()));

connect(gConsoleEvents, SIGNAL(sigVRDEChange()),

this, SLOT(sltVRDEChange()));

connect(gConsoleEvents, SIGNAL(sigVideoCaptureChange()),

this, SLOT(sltVideoCaptureChange()));

connect(gConsoleEvents, SIGNAL(sigNetworkAdapterChange(CNetworkAdapter)),

this, SIGNAL(sigNetworkAdapterChange(CNetworkAdapter)));

connect(gConsoleEvents, SIGNAL(sigMediumChange(CMediumAttachment)),

this, SIGNAL(sigMediumChange(CMediumAttachment)));

connect(gConsoleEvents, SIGNAL(sigUSBControllerChange()),

this, SIGNAL(sigUSBControllerChange()));

connect(gConsoleEvents, SIGNAL(sigUSBDeviceStateChange(CUSBDevice, bool, CVirtualBoxErrorInfo)),

this, SIGNAL(sigUSBDeviceStateChange(CUSBDevice, bool, CVirtualBoxErrorInfo)));

connect(gConsoleEvents, SIGNAL(sigSharedFolderChange()),

this, SIGNAL(sigSharedFolderChange()));

connect(gConsoleEvents, SIGNAL(sigRuntimeError(bool, QString, QString)),

this, SIGNAL(sigRuntimeError(bool, QString, QString)));

#ifdef Q_WS_MAC

connect(gConsoleEvents, SIGNAL(sigShowWindow()),

this, SIGNAL(sigShowWindows()), Qt::QueuedConnection);

#endif /* Q_WS_MAC */

connect(gConsoleEvents, SIGNAL(sigCPUExecutionCapChange()),

this, SIGNAL(sigCPUExecutionCapChange()));

connect(gConsoleEvents, SIGNAL(sigGuestMonitorChange(KGuestMonitorChangedEventType, ulong, QRect)),

this, SLOT(sltGuestMonitorChange(KGuestMonitorChangedEventType, ulong, QRect)));

}

void UISession::prepareActions()

{

/* Create action-pool: */

m_pActionPool = UIActionPool::create(UIActionPoolType_Runtime);

m_pActionPool->toRuntime()->setSession(this);

/* Get host/machine: */

const CHost host = vboxGlobal().host();

const CMachine machine = session().GetConsole().GetMachine();

UIExtraDataMetaDefs::RuntimeMenuDevicesActionType restriction = UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_Invalid;

/* Storage stuff: */

{

/* Initialize CD/FD menus: */

int iDevicesCountCD = 0;

int iDevicesCountFD = 0;

foreach (const CMediumAttachment &attachment, machine.GetMediumAttachments())

{

if (attachment.GetType() == KDeviceType_DVD)

++iDevicesCountCD;

if (attachment.GetType() == KDeviceType_Floppy)

++iDevicesCountFD;

}

QAction *pOpticalDevicesMenu = actionPool()->action(UIActionIndexRT_M_Devices_M_OpticalDevices);

QAction *pFloppyDevicesMenu = actionPool()->action(UIActionIndexRT_M_Devices_M_FloppyDevices);

pOpticalDevicesMenu->setData(iDevicesCountCD);

pFloppyDevicesMenu->setData(iDevicesCountFD);

if (!iDevicesCountCD)

restriction = (UIExtraDataMetaDefs::RuntimeMenuDevicesActionType)(restriction | UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_OpticalDevices);

if (!iDevicesCountFD)

restriction = (UIExtraDataMetaDefs::RuntimeMenuDevicesActionType)(restriction | UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_FloppyDevices);

}

/* Network stuff: */

{

/* Initialize Network menu: */

bool fAtLeastOneAdapterActive = false;

const KChipsetType chipsetType = machine.GetChipsetType();

ULONG uSlots = vboxGlobal().virtualBox().GetSystemProperties().GetMaxNetworkAdapters(chipsetType);

for (ULONG uSlot = 0; uSlot < uSlots; ++uSlot)

{

const CNetworkAdapter &adapter = machine.GetNetworkAdapter(uSlot);

if (adapter.GetEnabled())

{

fAtLeastOneAdapterActive = true;

break;

}

}

if (!fAtLeastOneAdapterActive)

restriction = (UIExtraDataMetaDefs::RuntimeMenuDevicesActionType)(restriction | UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_Network);

}

/* USB stuff: */

{

/* Check whether there is at least one USB controller with an available proxy. */

const bool fUSBEnabled = !machine.GetUSBDeviceFilters().isNull()

&& !machine.GetUSBControllers().isEmpty()

&& machine.GetUSBProxyAvailable();

if (!fUSBEnabled)

restriction = (UIExtraDataMetaDefs::RuntimeMenuDevicesActionType)(restriction | UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_USBDevices);

}

/* WebCams stuff: */

{

/* Check whether there is an accessible video input devices pool: */

host.GetVideoInputDevices();

const bool fWebCamsEnabled = host.isOk() && !machine.GetUSBControllers().isEmpty();

if (!fWebCamsEnabled)

restriction = (UIExtraDataMetaDefs::RuntimeMenuDevicesActionType)(restriction | UIExtraDataMetaDefs::RuntimeMenuDevicesActionType_WebCams);

}

/* Apply cumulative restriction: */

actionPool()->toRuntime()->setRestrictionForMenuDevices(UIActionRestrictionLevel_Session, restriction);

#ifdef Q_WS_MAC

/* Create Mac OS X menu-bar: */

m_pMenuBar = new UIMenuBar;

AssertPtrReturnVoid(m_pMenuBar);

{

/* Configure Mac OS X menu-bar: */

connect(gEDataManager, SIGNAL(sigMenuBarConfigurationChange()),

this, SLOT(sltHandleMenuBarConfigurationChange()));

/* Update Mac OS X menu-bar: */

updateMenu();

}

#endif /* Q_WS_MAC */

}

void UISession::prepareConnections()

{

connect(this, SIGNAL(sigStarted()), this, SLOT(sltMarkStarted()));

connect(this, SIGNAL(sigCloseRuntimeUI()), this, SLOT(sltCloseRuntimeUI()));

#ifdef Q_WS_MAC

/* Install native display reconfiguration callback: */

CGDisplayRegisterReconfigurationCallback(cgDisplayReconfigurationCallback, this);

#else /* !Q_WS_MAC */

/* Install Qt display reconfiguration callbacks: */

connect(QApplication::desktop(), SIGNAL(screenCountChanged(int)),

this, SLOT(sltHandleHostScreenCountChange()));

connect(QApplication::desktop(), SIGNAL(resized(int)),

this, SLOT(sltHandleHostScreenGeometryChange()));

connect(QApplication::desktop(), SIGNAL(workAreaResized(int)),

this, SLOT(sltHandleHostScreenAvailableAreaChange()));

#endif /* !Q_WS_MAC */

}

void UISession::prepareScreens()

{

/* Recache display data: */

updateHostScreenData();

#ifdef Q_WS_MAC

/* Prepare display-change watchdog: */

m_pWatchdogDisplayChange = new QTimer(this);

{

m_pWatchdogDisplayChange->setInterval(500);

m_pWatchdogDisplayChange->setSingleShot(true);

connect(m_pWatchdogDisplayChange, SIGNAL(timeout()),

this, SLOT(sltCheckIfHostDisplayChanged()));

}

#endif /* Q_WS_MAC */

/* Get machine: */

CMachine machine = m_session.GetMachine();

/* Prepare initial screen visibility status: */

m_monitorVisibilityVector.resize(machine.GetMonitorCount());

m_monitorVisibilityVector.fill(false);

m_monitorVisibilityVector[0] = true;

/* If machine is in 'saved' state: */

if (isSaved())

{

/* Update screen visibility status from saved-state: */

for (int i = 0; i < m_monitorVisibilityVector.size(); ++i)

{

BOOL fEnabled = true;

ULONG guestOriginX = 0, guestOriginY = 0, guestWidth = 0, guestHeight = 0;

machine.QuerySavedGuestScreenInfo(i, guestOriginX, guestOriginY, guestWidth, guestHeight, fEnabled);

m_monitorVisibilityVector[i] = fEnabled;

}

/* And make sure at least one of them is visible (primary if others are hidden): */

if (countOfVisibleWindows() < 1)

m_monitorVisibilityVector[0] = true;

}

}

void UISession::prepareFramebuffers()

{

/* Each framebuffer will be really prepared on first UIMachineView creation: */

m_frameBufferVector.resize(m_session.GetMachine().GetMonitorCount());

}

void UISession::loadSessionSettings()

{

/* Load extra-data settings: */

{

/* Get machine ID: */

const QString strMachineID = vboxGlobal().managedVMUuid();

#ifndef Q_WS_MAC

/* Load/prepare user's machine-window icon: */

QIcon icon;

foreach (const QString &strIconName, gEDataManager->machineWindowIconNames(strMachineID))

if (!strIconName.isEmpty())

icon.addFile(strIconName);

if (!icon.isNull())

m_pMachineWindowIcon = new QIcon(icon);

/* Load user's machine-window name postfix: */

m_strMachineWindowNamePostfix = gEDataManager->machineWindowNamePostfix(strMachineID);

#endif /* !Q_WS_MAC */

/* Determine mouse-capture policy: */

m_mouseCapturePolicy = gEDataManager->mouseCapturePolicy(strMachineID);

/* Determine Guru Meditation handler type: */

m_guruMeditationHandlerType = gEDataManager->guruMeditationHandlerType(strMachineID);

/* Determine HiDPI optimization type: */

m_hiDPIOptimizationType = gEDataManager->hiDPIOptimizationType(strMachineID);

/* Is there should be First RUN Wizard? */

m_fIsFirstTimeStarted = gEDataManager->machineFirstTimeStarted(strMachineID);

/* Should guest autoresize? */

QAction *pGuestAutoresizeSwitch = actionPool()->action(UIActionIndexRT_M_View_T_GuestAutoresize);

pGuestAutoresizeSwitch->setChecked(gEDataManager->guestScreenAutoResizeEnabled(strMachineID));

/* Menu-bar options: */

{

const bool fEnabledGlobally = !vboxGlobal().settings().isFeatureActive("noMenuBar");

const bool fEnabledForMachine = gEDataManager->menuBarEnabled(strMachineID);

const bool fEnabled = fEnabledGlobally && fEnabledForMachine;

QAction *pActionMenuBarSettings = actionPool()->action(UIActionIndexRT_M_View_M_MenuBar_S_Settings);

pActionMenuBarSettings->setEnabled(fEnabled);

QAction *pActionMenuBarSwitch = actionPool()->action(UIActionIndexRT_M_View_M_MenuBar_T_Visibility);

pActionMenuBarSwitch->blockSignals(true);

pActionMenuBarSwitch->setChecked(fEnabled);

pActionMenuBarSwitch->blockSignals(false);

}

/* Status-bar options: */

{

const bool fEnabledGlobally = !vboxGlobal().settings().isFeatureActive("noStatusBar");

const bool fEnabledForMachine = gEDataManager->statusBarEnabled(strMachineID);

const bool fEnabled = fEnabledGlobally && fEnabledForMachine;

QAction *pActionStatusBarSettings = actionPool()->action(UIActionIndexRT_M_View_M_StatusBar_S_Settings);

pActionStatusBarSettings->setEnabled(fEnabled);

QAction *pActionStatusBarSwitch = actionPool()->action(UIActionIndexRT_M_View_M_StatusBar_T_Visibility);

pActionStatusBarSwitch->blockSignals(true);

pActionStatusBarSwitch->setChecked(fEnabled);

pActionStatusBarSwitch->blockSignals(false);

}

/* What is the default close action and the restricted are? */

m_defaultCloseAction = gEDataManager->defaultMachineCloseAction(strMachineID);

m_restrictedCloseActions = gEDataManager->restrictedMachineCloseActions(strMachineID);

m_fAllCloseActionsRestricted = (m_restrictedCloseActions & MachineCloseAction_SaveState)

&& (m_restrictedCloseActions & MachineCloseAction_Shutdown)

&& (m_restrictedCloseActions & MachineCloseAction_PowerOff);

// Close VM Dialog hides PowerOff_RestoringSnapshot implicitly if PowerOff is hidden..

// && (m_restrictedCloseActions & MachineCloseAction_PowerOff_RestoringSnapshot);

}

}

void UISession::saveSessionSettings()

{

/* Save extra-data settings: */

{

/* Disable First RUN Wizard: */

gEDataManager->setMachineFirstTimeStarted(false, vboxGlobal().managedVMUuid());

/* Remember if guest should autoresize: */

gEDataManager->setGuestScreenAutoResizeEnabled(actionPool()->action(UIActionIndexRT_M_View_T_GuestAutoresize)->isChecked(), vboxGlobal().managedVMUuid());

#ifndef Q_WS_MAC

/* Cleanup user's machine-window icon: */

delete m_pMachineWindowIcon;

m_pMachineWindowIcon = 0;

#endif /* !Q_WS_MAC */

}

}

void UISession::cleanupFramebuffers()

{

/* Cleanup framebuffers finally: */

for (int i = m_frameBufferVector.size() - 1; i >= 0; --i)

{

UIFrameBuffer *pFb = m_frameBufferVector[i];

if (pFb)

{

/* Mark framebuffer as unused: */

pFb->setMarkAsUnused(true);

/* Detach framebuffer from Display: */

CDisplay display = session().GetConsole().GetDisplay();

display.DetachFramebuffer(i);

/* Release framebuffer reference: */

m_frameBufferVector[i].setNull();

}

}

m_frameBufferVector.clear();

}

void UISession::cleanupConsoleEventHandlers()

{

/* Destroy console event-handler: */

UIConsoleEventHandler::destroy();

}

void UISession::cleanupConnections()

{

#ifdef Q_WS_MAC

/* Remove display reconfiguration callback: */

CGDisplayRemoveReconfigurationCallback(cgDisplayReconfigurationCallback, this);

#endif /* Q_WS_MAC */

}

void UISession::cleanupActions()

{

#ifdef Q_WS_MAC

delete m_pMenuBar;

m_pMenuBar = 0;

#endif /* Q_WS_MAC */

/* Destroy action-pool: */

UIActionPool::destroy(m_pActionPool);

}

#ifdef Q_WS_MAC

void UISession::updateMenu()

{

/* Rebuild Mac OS X menu-bar: */

m_pMenuBar->clear();

foreach (QMenu *pMenu, actionPool()->menus())

{

UIMenu *pMenuUI = qobject_cast<UIMenu*>(pMenu);

if (!pMenuUI->isConsumable() || !pMenuUI->isConsumed())

m_pMenuBar->addMenu(pMenuUI);

if (pMenuUI->isConsumable() && !pMenuUI->isConsumed())

pMenuUI->setConsumed(true);

}

}

#endif /* Q_WS_MAC */

WId UISession::winId() const

{

return mainMachineWindow()->winId();

}

void UISession::setPointerShape(const uchar *pShapeData, bool fHasAlpha,

uint uXHot, uint uYHot, uint uWidth, uint uHeight)

{

AssertMsg(pShapeData, ("Shape data must not be NULL!\n"));

m_fIsValidPointerShapePresent = false;

const uchar *srcAndMaskPtr = pShapeData;

uint andMaskSize = (uWidth + 7) / 8 * uHeight;

const uchar *srcShapePtr = pShapeData + ((andMaskSize + 3) & ~3);

uint srcShapePtrScan = uWidth * 4;

#if defined (Q_WS_WIN)

BITMAPV5HEADER bi;

HBITMAP hBitmap;

void *lpBits;

::ZeroMemory(&bi, sizeof (BITMAPV5HEADER));

bi.bV5Size = sizeof(BITMAPV5HEADER);

bi.bV5Width = uWidth;

bi.bV5Height = - (LONG)uHeight;

bi.bV5Planes = 1;

bi.bV5BitCount = 32;

bi.bV5Compression = BI_BITFIELDS;

bi.bV5RedMask = 0x00FF0000;

bi.bV5GreenMask = 0x0000FF00;

bi.bV5BlueMask = 0x000000FF;

if (fHasAlpha)

bi.bV5AlphaMask = 0xFF000000;

else

bi.bV5AlphaMask = 0;

HDC hdc = GetDC(NULL);

/* Create the DIB section with an alpha channel: */

hBitmap = CreateDIBSection(hdc, (BITMAPINFO *)&bi, DIB_RGB_COLORS, (void **)&lpBits, NULL, (DWORD) 0);

ReleaseDC(NULL, hdc);

HBITMAP hMonoBitmap = NULL;

if (fHasAlpha)

{

/* Create an empty mask bitmap: */

hMonoBitmap = CreateBitmap(uWidth, uHeight, 1, 1, NULL);

}

else

{

/* Word aligned AND mask. Will be allocated and created if necessary. */

uint8_t *pu8AndMaskWordAligned = NULL;

/* Width in bytes of the original AND mask scan line. */

uint32_t cbAndMaskScan = (uWidth + 7) / 8;

if (cbAndMaskScan & 1)

{

/* Original AND mask is not word aligned. */

/* Allocate memory for aligned AND mask. */

pu8AndMaskWordAligned = (uint8_t *)RTMemTmpAllocZ((cbAndMaskScan + 1) * uHeight);

Assert(pu8AndMaskWordAligned);

if (pu8AndMaskWordAligned)

{

/* According to MSDN the padding bits must be 0.

uint32_t u32PaddingBits = cbAndMaskScan * 8 - uWidth;

Assert(u32PaddingBits < 8);

uint8_t u8LastBytesPaddingMask = (uint8_t)(0xFF << u32PaddingBits);

Log(("u8LastBytesPaddingMask = %02X, aligned w = %d, width = %d, cbAndMaskScan = %d\n",

u8LastBytesPaddingMask, (cbAndMaskScan + 1) * 8, uWidth, cbAndMaskScan));

uint8_t *src = (uint8_t *)srcAndMaskPtr;

uint8_t *dst = pu8AndMaskWordAligned;

unsigned i;

for (i = 0; i < uHeight; i++)

{

memcpy(dst, src, cbAndMaskScan);

dst[cbAndMaskScan - 1] &= u8LastBytesPaddingMask;

src += cbAndMaskScan;

dst += cbAndMaskScan + 1;

}

}

}

/* Create the AND mask bitmap: */

hMonoBitmap = ::CreateBitmap(uWidth, uHeight, 1, 1,

pu8AndMaskWordAligned? pu8AndMaskWordAligned: srcAndMaskPtr);

if (pu8AndMaskWordAligned)

{

RTMemTmpFree(pu8AndMaskWordAligned);

}

}

Assert(hBitmap);

Assert(hMonoBitmap);

if (hBitmap && hMonoBitmap)

{

DWORD *dstShapePtr = (DWORD *) lpBits;

for (uint y = 0; y < uHeight; y ++)

{

memcpy(dstShapePtr, srcShapePtr, srcShapePtrScan);

srcShapePtr += srcShapePtrScan;

dstShapePtr += uWidth;

}

ICONINFO ii;

ii.fIcon = FALSE;

ii.xHotspot = uXHot;

ii.yHotspot = uYHot;

ii.hbmMask = hMonoBitmap;

ii.hbmColor = hBitmap;

HCURSOR hAlphaCursor = CreateIconIndirect(&ii);

Assert(hAlphaCursor);

if (hAlphaCursor)

{

/* Set the new cursor: */

m_cursor = QCursor(hAlphaCursor);

if (m_alphaCursor)

DestroyIcon(m_alphaCursor);

m_alphaCursor = hAlphaCursor;

m_fIsValidPointerShapePresent = true;

}

}

if (hMonoBitmap)

DeleteObject(hMonoBitmap);

if (hBitmap)

DeleteObject(hBitmap);

#elif defined (Q_WS_X11) && !defined (VBOX_WITHOUT_XCURSOR)

XcursorImage *img = XcursorImageCreate(uWidth, uHeight);

Assert(img);

if (img)

{

img->xhot = uXHot;

img->yhot = uYHot;

XcursorPixel *dstShapePtr = img->pixels;

for (uint y = 0; y < uHeight; y ++)

{

memcpy (dstShapePtr, srcShapePtr, srcShapePtrScan);

if (!fHasAlpha)

{

/* Convert AND mask to the alpha channel: */

uchar byte = 0;

for (uint x = 0; x < uWidth; x ++)

{

if (!(x % 8))

byte = *(srcAndMaskPtr ++);

else

byte <<= 1;

if (byte & 0x80)

{

/* Linux doesn't support inverted pixels (XOR ops,

if (dstShapePtr [x] & 0x00FFFFFF)

dstShapePtr [x] = 0xFF000000;

else

dstShapePtr [x] = 0x00000000;

}

else

dstShapePtr [x] |= 0xFF000000;

}

}

srcShapePtr += srcShapePtrScan;

dstShapePtr += uWidth;

}

/* Set the new cursor: */

m_cursor = QCursor(XcursorImageLoadCursor(QX11Info::display(), img));

m_fIsValidPointerShapePresent = true;

XcursorImageDestroy(img);

}

#elif defined(Q_WS_MAC)

/* Create a ARGB image out of the shape data. */

QImage image (uWidth, uHeight, QImage::Format_ARGB32);

const uint8_t* pbSrcMask = static_cast<const uint8_t*> (srcAndMaskPtr);

unsigned cbSrcMaskLine = RT_ALIGN (uWidth, 8) / 8;

for (unsigned int y = 0; y < uHeight; ++y)

{

for (unsigned int x = 0; x < uWidth; ++x)

{

unsigned int color = ((unsigned int*)srcShapePtr)[y*uWidth+x];

/* If the alpha channel isn't in the shape data, we have to

if (!fHasAlpha)

{

if (!(pbSrcMask[x / 8] & (1 << (7 - (x % 8)))))

color |= 0xff000000;

else

{

/* This isn't quite right, but it's the best we can do I think... */

if (color & 0x00ffffff)

color = 0xff000000;

else

color = 0x00000000;

}

}

image.setPixel (x, y, color);

}

/* Move one scanline forward. */

pbSrcMask += cbSrcMaskLine;

}

/* Set the new cursor: */

m_cursor = QCursor(QPixmap::fromImage(image), uXHot, uYHot);

m_fIsValidPointerShapePresent = true;

NOREF(srcShapePtrScan);

#else

# warning "port me"

#endif

}

bool UISession::preparePowerUp()

{

/* Notify user about mouse&keyboard auto-capturing: */

if (vboxGlobal().settings().autoCapture())

popupCenter().remindAboutAutoCapture(machineLogic()->activeMachineWindow());

/* Shows First Run wizard if necessary: */

const CMachine &machine = session().GetMachine();

/* Check if we are in teleportation waiting mode.

m_machineState = machine.GetState();

if ( isFirstTimeStarted()

&& !(( m_machineState == KMachineState_PoweredOff

|| m_machineState == KMachineState_Aborted

|| m_machineState == KMachineState_Teleported)

&& machine.GetTeleporterEnabled()))

{

UISafePointerWizard pWizard = new UIWizardFirstRun(mainMachineWindow(), session().GetMachine());

pWizard->prepare();

pWizard->exec();

if (pWizard)

delete pWizard;

}

#ifdef VBOX_WITH_NETFLT

/* Skip further checks if VM in saved state */

if (isSaved())

return true;

/* Make sure all the attached and enabled network

QStringList failedInterfaceNames;

QStringList availableInterfaceNames;

/* Create host network interface names list */

foreach (const CHostNetworkInterface &iface, vboxGlobal().host().GetNetworkInterfaces())

{

availableInterfaceNames << iface.GetName();

availableInterfaceNames << iface.GetShortName();

}

ulong cCount = vboxGlobal().virtualBox().GetSystemProperties().GetMaxNetworkAdapters(machine.GetChipsetType());

for (ulong uAdapterIndex = 0; uAdapterIndex < cCount; ++uAdapterIndex)

{

CNetworkAdapter na = machine.GetNetworkAdapter(uAdapterIndex);

if (na.GetEnabled())

{

QString strIfName = QString();

/* Get physical network interface name for currently

switch (na.GetAttachmentType())

{

case KNetworkAttachmentType_Bridged:

strIfName = na.GetBridgedInterface();

break;

case KNetworkAttachmentType_HostOnly:

strIfName = na.GetHostOnlyInterface();

break;

}

if (!strIfName.isEmpty() &&

!availableInterfaceNames.contains(strIfName))

{

LogFlow(("Found invalid network interface: %s\n", strIfName.toStdString().c_str()));

failedInterfaceNames << QString("%1 (adapter %2)").arg(strIfName).arg(uAdapterIndex + 1);

}

}

}

/* Check if non-existent interfaces found */

if (!failedInterfaceNames.isEmpty())

{

if (msgCenter().UIMessageCenter::cannotStartWithoutNetworkIf(machine.GetName(), failedInterfaceNames.join(", ")))

machineLogic()->openNetworkSettingsDialog();

else

{

closeRuntimeUI();

return false;

}

}

#endif

return true;

}

bool UISession::isScreenVisible(ulong uScreenId) const

{

Assert(uScreenId < (ulong)m_monitorVisibilityVector.size());

return m_monitorVisibilityVector.value((int)uScreenId, false);

}

void UISession::setScreenVisible(ulong uScreenId, bool fIsMonitorVisible)

{

Assert(uScreenId < (ulong)m_monitorVisibilityVector.size());

if (uScreenId < (ulong)m_monitorVisibilityVector.size())

m_monitorVisibilityVector[(int)uScreenId] = fIsMonitorVisible;

}

int UISession::countOfVisibleWindows()

{

int cCountOfVisibleWindows = 0;

for (int i = 0; i < m_monitorVisibilityVector.size(); ++i)

if (m_monitorVisibilityVector[i])

++cCountOfVisibleWindows;

return cCountOfVisibleWindows;

}

UIFrameBuffer* UISession::frameBuffer(ulong uScreenId) const

{

Assert(uScreenId < (ulong)m_frameBufferVector.size());

return m_frameBufferVector.value((int)uScreenId, 0);

}

void UISession::setFrameBuffer(ulong uScreenId, UIFrameBuffer* pFrameBuffer)

{

Assert(uScreenId < (ulong)m_frameBufferVector.size());

if (uScreenId < (ulong)m_frameBufferVector.size())

m_frameBufferVector[(int)uScreenId] = pFrameBuffer;

}

void UISession::updateHostScreenData()

{

m_hostScreens.clear();

QDesktopWidget *pDesktop = QApplication::desktop();

for (int iScreenIndex = 0; iScreenIndex < pDesktop->screenCount(); ++iScreenIndex)

m_hostScreens << pDesktop->screenGeometry(iScreenIndex);

}

#ifdef VBOX_GUI_WITH_KEYS_RESET_HANDLER

static void signalHandlerSIGUSR1(int sig, siginfo_t * /* pInfo */, void * /*pSecret */)

{

/* only SIGUSR1 is interesting */

if (sig == SIGUSR1)

if (UIMachine *pMachine = vboxGlobal().virtualMachine())

pMachine->uisession()->machineLogic()->keyboardHandler()->releaseAllPressedKeys();

}

#endif /* VBOX_GUI_WITH_KEYS_RESET_HANDLER */