Inheritance diagram for OSystem_N64:

Public Member Functions
virtual void	initBackend ()

virtual bool	hasFeature (Feature f)

virtual void	setFeatureState (Feature f, bool enable)

virtual bool	getFeatureState (Feature f)

virtual const GraphicsMode *	getSupportedGraphicsModes () const

virtual int	getDefaultGraphicsMode () const

virtual bool	setGraphicsMode (int mode, uint flags=OSystem::kGfxModeNoFlags)

virtual int	getGraphicsMode () const

virtual void	initSize (uint width, uint height, const Graphics::PixelFormat *format)

virtual int16	getHeight ()

virtual int16	getWidth ()

virtual PaletteManager *	getPaletteManager ()

virtual void	copyRectToScreen (const void *buf, int pitch, int x, int y, int w, int h)

virtual void	updateScreen ()

virtual Graphics::Surface *	lockScreen ()

virtual void	unlockScreen ()

virtual void	setShakePos (int shakeXOffset, int shakeYOffset)

virtual void	showOverlay (bool inGUI)

virtual void	hideOverlay ()

virtual bool	isOverlayVisible () const

virtual void	clearOverlay ()

virtual void	grabOverlay (Graphics::Surface &surface)

virtual void	copyRectToOverlay (const void *buf, int pitch, int x, int y, int w, int h)

virtual int16	getOverlayHeight ()

virtual int16	getOverlayWidth ()

virtual Graphics::PixelFormat	getOverlayFormat () const

virtual bool	showMouse (bool visible)

virtual void	warpMouse (int x, int y)

virtual void	setMouseCursor (const void buf, uint w, uint h, int hotspotX, int hotspotY, uint32 keycolor, bool dontScale, const Graphics::PixelFormat format, const byte *mask)

virtual void	setCursorPalette (const byte *colors, uint start, uint num)

virtual bool	pollEvent (Common::Event &event)

virtual uint32	getMillis (bool skipRecord=false)

virtual void	delayMillis (uint msecs)

virtual Common::MutexInternal *	createMutex (void)

virtual void	quit ()

virtual Audio::Mixer *	getMixer ()

virtual void	getTimeAndDate (TimeDate &t, bool skipRecord=false) const

virtual void	setTimerCallback (TimerProc callback, int interval)

virtual void	logMessage (LogMessageType::Type type, const char *message)

void	rebuildOffscreenGameBuffer (void)

void	rebuildOffscreenMouseBuffer (void)

void	switchGraphicModeId (int mode)

void	setupMixer (void)

void	detectControllers (void)

void	readControllerAnalogInput (void)

Public Member Functions inherited from BaseBackend
bool	setScaler (const char *name, int factor) override final

void	displayMessageOnOSD (const Common::U32String &msg) override

void	displayActivityIconOnOSD (const Graphics::Surface *icon) override

void	fillScreen (uint32 col) override

void	fillScreen (const Common::Rect &r, uint32 col) override

Public Member Functions inherited from OSystem
void	destroy ()

virtual void	init ()

bool	backendInitialized () const

virtual void	engineInit ()

virtual void	engineDone ()

virtual void	taskStarted (Task)

virtual void	taskFinished (Task)

virtual void	updateStartSettings (const Common::String &executable, Common::String &command, Common::StringMap &startSettings, Common::StringArray &additionalArgs)

bool	setGraphicsMode (const char *name)

Graphics::PixelFormat	getScreenFormat () const

Common::List< Graphics::PixelFormat >	getSupportedFormats () const

virtual Common::Array< uint >	getSupportedAntiAliasingLevels () const

virtual OpenGL::ContextType	getOpenGLType () const

virtual bool	setShader (const Common::Path &fileName)

virtual const GraphicsMode *	getSupportedStretchModes () const

virtual int	getDefaultStretchMode () const

virtual bool	setStretchMode (int mode)

bool	setStretchMode (const char *name)

virtual int	getStretchMode () const

virtual uint	getDefaultScaler () const

virtual uint	getDefaultScaleFactor () const

virtual bool	setScaler (uint mode, int factor)

virtual uint	getScaler () const

virtual uint	getScaleFactor () const

virtual void	initSizeHint (const Graphics::ModeList &modes)

virtual int	getScreenChangeID () const

virtual void	beginGFXTransaction ()

virtual TransactionError	endGFXTransaction ()

virtual float	getHiDPIScreenFactor () const

virtual void	setFocusRectangle (const Common::Rect &rect)

virtual void	clearFocusRectangle ()

virtual void	saveScreenshot ()

virtual bool	lockMouse (bool lock)

virtual uint32	getDoubleClickTime () const

virtual Common::TimerManager *	getTimerManager ()

Common::EventManager *	getEventManager ()

virtual Common::HardwareInputSet *	getHardwareInputSet ()

virtual Common::KeymapArray	getGlobalKeymaps ()

virtual Common::KeymapperDefaultBindings *	getKeymapperDefaultBindings ()

AudioCDManager *	getAudioCDManager ()

virtual void	fatalError ()

virtual void	setWindowCaption (const Common::U32String &caption)

virtual Common::SaveFileManager *	getSavefileManager ()

virtual Common::TextToSpeechManager *	getTextToSpeechManager ()

virtual Common::DialogManager *	getDialogManager ()

virtual DLC::Store *	getDLCStore ()

virtual FilesystemFactory *	getFilesystemFactory ()

virtual void	addSysArchivesToSearchSet (Common::SearchSet &s, int priority=0)

virtual Common::SeekableReadStream *	createConfigReadStream ()

virtual Common::WriteStream *	createConfigWriteStream ()

virtual Common::Path	getDefaultConfigFileName ()

virtual Common::Path	getDefaultLogFileName ()

virtual void	registerDefaultSettings (const Common::String &target) const

virtual GUI::OptionsContainerWidget *	buildBackendOptionsWidget (GUI::GuiObject *boss, const Common::String &name, const Common::String &target) const

virtual const char const	buildHelpDialogData ()

virtual void	applyBackendSettings ()

virtual void	messageBox (LogMessageType::Type type, const char *message)

virtual bool	displayLogFile ()

virtual bool	hasTextInClipboard ()

virtual Common::U32String	getTextFromClipboard ()

virtual bool	setTextInClipboard (const Common::U32String &text)

virtual bool	openUrl (const Common::String &url)

virtual Common::String	getSystemLanguage () const

virtual bool	isConnectionLimited ()

Public Member Functions inherited from PaletteManager
void	setPalette (const Graphics::Palette &pal, uint start=0)

Graphics::Palette	grabPalette (uint start, uint num)

Public Attributes
uint16	_audioBufferSize

uint32	_viClockRate

uint32	_timerCallbackNext

uint32	_timerCallbackTimer

TimerProc	_timerCallback

Protected Member Functions
virtual void	setPalette (const byte *colors, uint start, uint num)

virtual void	grabPalette (byte *colors, uint start, uint num) const

Protected Attributes
Audio::MixerImpl *	_mixer

struct display_context *	_dc

Graphics::Surface	_framebuffer

uint16 *	_offscreen_hic

uint8 *	_offscreen_pal

uint16 *	_overlayBuffer

uint16 *	_screenPalette

uint8 *	_screenExactPalette

uint16	_cursorPalette [256]

int	_graphicMode

uint16	_screenWidth

uint16	_screenHeight

uint16	_gameWidth

uint16	_gameHeight

uint16	_frameBufferWidth

uint8	_offscrPixels

uint8	_maxFps

int	_shakeXOffset

int	_shakeYOffset

uint8 *	_cursor_pal

uint16 *	_cursor_hic

bool	_cursorPaletteDisabled

bool	_dirtyPalette

uint	_cursorWidth

uint	_cursorHeight

int	_cursorKeycolor

uint16	_overlayHeight

uint16	_overlayWidth

bool	_overlayVisible

bool	_overlayInGUI

bool	_disableFpsLimit

bool	_mouseVisible

volatile int	_mouseX

volatile int	_mouseY

volatile float	_tempMouseX

volatile float	_tempMouseY

volatile int	_mouseMaxX

volatile int	_mouseMaxY

int	_mouseHotspotX

int	_mouseHotspotY

int8	_controllerPort

int8	_mousePort

bool	_controllerHasRumble

bool	_dirtyOffscreen

Protected Attributes inherited from OSystem
AudioCDManager *	_audiocdManager

Common::EventManager *	_eventManager

Common::TimerManager *	_timerManager

Common::SaveFileManager *	_savefileManager

Common::TextToSpeechManager *	_textToSpeechManager

Common::DialogManager *	_dialogManager

FilesystemFactory *	_fsFactory

DLC::Store *	_dlcStore

Common::U32String	_clipboard

bool	_dummyUnused

Additional Inherited Members
Public Types inherited from OSystem
enum	Task { kLocalServer, kCloudDownload, kDataPackDownload }

enum	Feature { kFeatureFullscreenMode, kFeatureAspectRatioCorrection, kFeatureFilteringMode, kFeatureStretchMode, kFeatureVirtualKeyboard, kFeatureCursorPalette, kFeatureCursorAlpha, kFeatureCursorMask, kFeatureCursorMaskInvert, kFeatureCursorMaskPaletteXorColorXnor, kFeatureOverlaySupportsAlpha, kFeatureIconifyWindow, kFeatureOpenGLForGame, kFeatureShadersForGame, kFeatureVSync, kFeatureFullscreenToggleKeepsContext, kFeatureDisplayLogFile, kFeatureClipboardSupport, kFeatureOpenUrl, kFeatureTouchpadMode, kFeatureKbdMouseSpeed, kFeatureJoystickDeadzone, kFeatureScalers, kFeatureShaders, kFeatureDLC, kFeatureSystemBrowserDialog, kFeatureNoQuit, kFeatureTouchscreen, kFeatureCpuNEON, kFeatureCpuSSE2, kFeatureCpuSSE41, kFeatureCpuAVX2, kFeatureCpuAltivec, kFeatureRotationMode }

enum	GfxModeFlags { kGfxModeNoFlags = 0, kGfxModeRender3d = (1 << 0) }

enum	TransactionError { kTransactionSuccess = 0, kTransactionAspectRatioFailed = (1 << 0), kTransactionFullscreenFailed = (1 << 1), kTransactionModeSwitchFailed = (1 << 2), kTransactionSizeChangeFailed = (1 << 3), kTransactionFormatNotSupported = (1 << 4), kTransactionFilteringFailed = (1 << 5), kTransactionStretchModeSwitchFailed = (1 << 6), kTransactionShaderChangeFailed = (1 << 7), kTransactionVSyncFailed = (1 << 8) }

Member Function Documentation

◆ initBackend()

virtual void OSystem_N64::initBackend ( )

virtual

The following method is called once, from main.cpp, after all config data (including command line params etc.) is fully loaded.

Note: Subclasses should always invoke the implementation of their parent class. They should do so near the end of their own implementation.

Reimplemented from EventsBaseBackend.

◆ hasFeature()

virtual bool OSystem_N64::hasFeature ( Feature f )

virtual

Determine whether the backend supports the specified feature.

Reimplemented from OSystem.

◆ setFeatureState()

virtual void OSystem_N64::setFeatureState	(	Feature	f,
		bool	enable
	)

virtual

Enable or disable the specified feature.

For example, this may be used to enable fullscreen mode or to deactivate aspect correction, etc.

Reimplemented from OSystem.

◆ getFeatureState()

virtual bool OSystem_N64::getFeatureState ( Feature f )

virtual

Query the state of the specified feature.

For example, test whether fullscreen mode is active or not.

Reimplemented from OSystem.

◆ getSupportedGraphicsModes()

virtual const GraphicsMode* OSystem_N64::getSupportedGraphicsModes ( void ) const

virtual

Retrieve a list of all graphics modes supported by this backend.

This can be both video modes as well as graphic filters/scalers. It is completely up to the backend maintainer to decide what is appropriate here and what not. The list is terminated by an all-zero entry.

Returns: List of supported graphics modes.

Reimplemented from OSystem.

◆ getDefaultGraphicsMode()

virtual int OSystem_N64::getDefaultGraphicsMode ( ) const

virtual

Return the ID of the 'default' graphics mode. What exactly this means is up to the backend. This mode is set by the client code when no user overrides are present (i.e. if no custom graphics mode is selected using the command line or a config file).

Returns: ID of the 'default' graphics mode.

Reimplemented from OSystem.

◆ setGraphicsMode()

virtual bool OSystem_N64::setGraphicsMode	(	int	mode,
		uint	flags = `OSystem::kGfxModeNoFlags`
	)

virtual

Switch to the specified graphics mode.

If switching to the new mode fails, this method returns false.

The flag 'kGfxModeRender3d' is optional. It allows to switch to 3D-only rendering mode. In this mode, the game engine is allowed to use OpenGL(ES) directly.

Parameters

mode	ID of the new graphics mode.
flags	Flags for the new graphics mode.

Returns: True if the switch was successful, false otherwise.

Reimplemented from OSystem.

◆ getGraphicsMode()

virtual int OSystem_N64::getGraphicsMode ( ) const

virtual

Determine which graphics mode is currently active.

Returns: ID of the active graphics mode.

Reimplemented from OSystem.

◆ initSize()

virtual void OSystem_N64::initSize	(	uint	width,
		uint	height,
		const Graphics::PixelFormat *	format
	)

virtual

Set the size and color format of the virtual screen.

Typical sizes include:

320x200 (e.g. for most SCUMM games, and Simon)
320x240 (e.g. for FM-TOWN SCUMM games)
640x480 (e.g. for Curse of Monkey Island)

This is the resolution for which the client code generates data. This is not necessarily equal to the actual display size. For example, a backend may magnify the graphics to fit on the screen (see also the GraphicsMode), stretch the data to perform aspect ratio correction, or shrink it to fit on small screens (in cell phones).

Typical formats include:

CLUT8 (e.g. 256 color, for most games)
RGB555 (e.g. 16-bit color, for later SCUMM HE games)
RGB565 (e.g. 16-bit color, for Urban Runner)

This is the pixel format for which the client code generates data. It is not necessarily equal to the hardware pixel format. For example, a backend may perform color lookup of 8-bit graphics before pushing a screen to hardware, or correct the ARGB color order.

Parameters

width	New virtual screen width.
height	New virtual screen height.
format	New virtual screen pixel format.

Implements OSystem.

◆ getHeight()

virtual int16 OSystem_N64::getHeight ( )

virtual

Return the currently set virtual screen height.

See also: initSize

Returns: Currently set virtual screen height.

Implements OSystem.

◆ getWidth()

virtual int16 OSystem_N64::getWidth ( )

virtual

Return the currently set virtual screen width.

See also: initSize

Returns: Currently set virtual screen width.

Implements OSystem.

◆ getPaletteManager()

virtual PaletteManager* OSystem_N64::getPaletteManager ( )

inlinevirtual

Return the palette manager singleton.

For more information, see PaletteManager.

Implements OSystem.

◆ setPalette()

virtual void OSystem_N64::setPalette	(	const byte *	colors,
		uint	start,
		uint	num
	)

protectedvirtual

Replace the specified range of the palette with new colors. The palette entries from 'start' till (start+num-1) will be replaced - so a full palette update is accomplished via start=0, num=256.

The palette data is specified in interleaved RGB format. That is, the first byte of the memory block 'colors' points at is the red component of the first new color; the second byte the green component of the first new color; the third byte the blue component, the last byte to the alpha (transparency) value. Then the second color starts, and so on. So memory looks like this: R1-G1-B1-R2-G2-B2-R3-...

Parameters

colors	the new palette data, in interleaved RGB format
start	the first palette entry to be updated
num	the number of palette entries to be updated

Note: It is an error if start+num exceeds 256, behavior is undefined in that case (the backend may ignore it silently or assert).; It is an error if this function gets called when the pixel format in use (the return value of getScreenFormat) has more than one byte per pixel.

See also: getScreenFormat

Implements PaletteManager.

◆ grabPalette()

virtual void OSystem_N64::grabPalette	(	byte *	colors,
		uint	start,
		uint	num
	)		const

protectedvirtual

Grabs a specified part of the currently active palette. The format is the same as for setPalette.

This should return exactly the same RGB data as was setup via previous setPalette calls.

For example, for every valid value of start and num of the following code:

byte origPal[num*3]; // Setup origPal's data however you like g_system->setPalette(origPal, start, num); byte obtainedPal[num*3]; g_system->grabPalette(obtainedPal, start, num);

the following should be true:

memcmp(origPal, obtainedPal, num*3) == 0

See also: setPalette

Parameters

colors	the palette data, in interleaved RGB format
start	the first platte entry to be read
num	the number of palette entries to be read

Note: It is an error if this function gets called when the pixel format in use (the return value of getScreenFormat) has more than one byte per pixel.

See also: getScreenFormat

Implements PaletteManager.

◆ copyRectToScreen()

virtual void OSystem_N64::copyRectToScreen	(	const void *	buf,
		int	pitch,
		int	x,
		int	y,
		int	w,
		int	h
	)

virtual

Blit a bitmap to the virtual screen.

The real screen will not immediately be updated to reflect the changes. Client code must call updateScreen to ensure any changes are visible to the user. This can be used to optimize drawing and reduce flicker.

If the current pixel format has one byte per pixel, the graphics data uses 8 bits per pixel, using the palette specified via setPalette. If more than one byte per pixel is in use, the graphics data uses the pixel format returned by getScreenFormat.

Parameters

buf	Buffer containing the graphics data source.
pitch	Pitch of the buffer (number of bytes in a scanline).
x	x coordinate of the destination rectangle.
y	y coordinate of the destination rectangle.
w	Width of the destination rectangle.
h	Height of the destination rectangle.

Note: The specified destination rectangle must be completly contained in the visible screen space, and must be non-empty. If not, a backend may or may not perform clipping, trigger an assert, or silently corrupt memory.

See also: updateScreen; getScreenFormat

Implements OSystem.

◆ updateScreen()

virtual void OSystem_N64::updateScreen ( )

virtual

Flush the whole screen, i.e. render the current content of the screen framebuffer to the display.

This method may be called very often by engines. Backends are hence supposed to only perform any redrawing if it is necessary and otherwise return immediately. See https://wiki.scummvm.org/index.php/HOWTO-Backends#updateScreen.28.29_method

Implements OSystem.

◆ lockScreen()

virtual Graphics::Surface* OSystem_N64::lockScreen ( )

virtual

Lock the active screen framebuffer and return a Graphics::Surface representing it.

The caller can then perform arbitrary graphics transformations on the framebuffer (blitting, scrolling, etc.). Must be followed by a matching call to unlockScreen(). Code that is calling this should make sure to only lock the framebuffer for the shortest time possible, as the whole system is potentially stalled while the lock is active.

Returns: 0 if an error occurs. Otherwise, a surface with the pixel format described by getScreenFormat is returned.

The returned surface must not be deleted by the client code.

See also: getScreenFormat

Implements OSystem.

◆ unlockScreen()

virtual void OSystem_N64::unlockScreen ( )

virtual

Unlock the screen framebuffer, and mark it as dirty, i.e. during the next updateScreen() call, the whole screen will be updated.

Implements OSystem.

◆ setShakePos()

virtual void OSystem_N64::setShakePos	(	int	shakeXOffset,
		int	shakeYOffset
	)

virtual

Set current shake position, a feature needed for screen effects in some engines.

The effect causes the displayed graphics to be shifted downwards and rightwards by the specified offsets (the offsets can be negative to shift upwards or leftwards). The area at the border of the screen which is moved into view by this (for example at the bottom when moving upward) is filled with black. This does not cause any graphic data to be lost. To restore the original view, the game engine only has to call this method again with offset equal to zero. No calls to copyRectToScreen are necessary.

Parameters

shakeXOffset	Shake x offset.
shakeYOffset	Shake y offset.

Note: This is currently used in the SCUMM, QUEEN, KYRA, SCI, DREAMWEB, SUPERNOVA, TEENAGENT, TOLTECS, ULTIMA, and PETKA engines.

Implements OSystem.

◆ showOverlay()

virtual void OSystem_N64::showOverlay ( bool inGUI )

virtual

Activate the overlay mode.

Implements OSystem.

◆ hideOverlay()

virtual void OSystem_N64::hideOverlay ( )

virtual

Deactivate the overlay mode.

Implements OSystem.

◆ isOverlayVisible()

virtual bool OSystem_N64::isOverlayVisible ( ) const

inlinevirtual

Return true if the overlay mode is activated, false otherwise.

Implements OSystem.

◆ clearOverlay()

virtual void OSystem_N64::clearOverlay ( )

virtual

Reset the overlay.

After calling this method while the overlay mode is active, the user should be seeing only the game graphics. How this is achieved depends on how the backend implements the overlay. It either sets all pixels of the overlay to be transparent (when alpha blending is used) or, in case of fake alpha blending, it might just put a copy of the current game graphics screen into the overlay.

Implements OSystem.

◆ grabOverlay()

virtual void OSystem_N64::grabOverlay ( Graphics::Surface & surface )

virtual

Copy the content of the overlay into a surface provided by the caller.

This is only used to implement fake alpha blending.

Implements OSystem.

◆ copyRectToOverlay()

virtual void OSystem_N64::copyRectToOverlay	(	const void *	buf,
		int	pitch,
		int	x,
		int	y,
		int	w,
		int	h
	)

virtual

Blit a graphics buffer to the overlay.

In a sense, this is the reverse of grabOverlay.

Parameters

buf	Buffer containing the graphics data source.
pitch	Pitch of the buffer (number of bytes in a scanline).
x	x coordinate of the destination rectangle.
y	y coordinate of the destination rectangle.
w	Width of the destination rectangle.
h	Height of the destination rectangle.

See also: copyRectToScreen; grabOverlay

Implements OSystem.

◆ getOverlayHeight()

virtual int16 OSystem_N64::getOverlayHeight ( )

virtual

Return the height of the overlay.

See also: getHeight

Implements OSystem.

◆ getOverlayWidth()

virtual int16 OSystem_N64::getOverlayWidth ( )

virtual

Return the width of the overlay.

See also: getWidth

Implements OSystem.

◆ getOverlayFormat()

virtual Graphics::PixelFormat OSystem_N64::getOverlayFormat ( ) const

inlinevirtual

Return the pixel format description of the overlay.

See also: Graphics::PixelFormat

Implements OSystem.

◆ showMouse()

virtual bool OSystem_N64::showMouse ( bool visible )

virtual

Show or hide the mouse cursor.

Currently, the backend is not required to immediately draw the mouse cursor on showMouse(true).

See also: Graphics::CursorManager::showMouse

Implements OSystem.

◆ warpMouse()

virtual void OSystem_N64::warpMouse	(	int	x,
		int	y
	)

virtual

Move ("warp") the mouse cursor to the specified position in virtual screen coordinates.

Parameters

x	New x position of the mouse.
y	New y position of the mouse.

Implements OSystem.

◆ setMouseCursor()

virtual void OSystem_N64::setMouseCursor	(	const void *	buf,
		uint	w,
		uint	h,
		int	hotspotX,
		int	hotspotY,
		uint32	keycolor,
		bool	dontScale,
		const Graphics::PixelFormat *	format,
		const byte *	mask
	)

virtual

Set the bitmap used for drawing the cursor.

Parameters

buf	Pixmap data to be used.
w	Width of the mouse cursor.
h	Height of the mouse cursor.
hotspotX	Horizontal offset from the left side to the hotspot.
hotspotY	Vertical offset from the top side to the hotspot.
keycolor	Transparency color value. This should not exceed the maximum color value of the specified format. In case it does, the behavior is undefined. The backend might just error out or simply ignore the value. (The SDL backend will just assert to prevent abuse of this). This parameter does nothing if a mask is provided.
dontScale	Whether the cursor should never be scaled. An exception is high ppi displays, where the cursor might be too small to notice otherwise, these are allowed to scale the cursor anyway.
format	Pointer to the pixel format that the cursor graphic uses (0 means CLUT8).
mask	A mask containing values from the CursorMaskValue enum for each cursor pixel.

Implements OSystem.

◆ setCursorPalette()

virtual void OSystem_N64::setCursorPalette	(	const byte *	colors,
		uint	start,
		uint	num
	)

virtual

Replace the specified range of cursor palette with new colors.

The palette entries from 'start' till (start+num-1) will be replaced - so a full palette update is accomplished via start=0, num=256.

Backends which implement this should have the kFeatureCursorPalette flag set.

See also: setPalette; kFeatureCursorPalette

Reimplemented from OSystem.

◆ pollEvent()

virtual bool OSystem_N64::pollEvent ( Common::Event & event )

virtual

Query an event from the source.

Parameters

event Reference to the event struct where the event should be stored.

Return values

true	If an event was polled, false otherwise.

Implements Common::EventSource.

◆ getMillis()

virtual uint32 OSystem_N64::getMillis ( bool skipRecord = false )

virtual

Get the number of milliseconds since the program was started.

Parameters

skipRecord Skip recording of this value by the event recorder. This might be needed particularly when we are in an on-screen GUI loop where the player can pause the recording.

Implements OSystem.

◆ delayMillis()

virtual void OSystem_N64::delayMillis ( uint msecs )

virtual

Delay/sleep for the specified amount of milliseconds.

Implements OSystem.

◆ createMutex()

virtual Common::MutexInternal* OSystem_N64::createMutex ( void )

virtual

Create a new mutex.

Returns: The newly created mutex, or 0 if an error occurred.

Implements OSystem.

◆ quit()

virtual void OSystem_N64::quit ( )

virtual

Quit (exit) the application.

Implements OSystem.

◆ getMixer()

virtual Audio::Mixer* OSystem_N64::getMixer ( )

virtual

Return the audio mixer.

For more information, see Audio::Mixer.

Implements OSystem.

◆ getTimeAndDate()

virtual void OSystem_N64::getTimeAndDate	(	TimeDate &	td,
		bool	skipRecord = `false`
	)		const

virtual

Get the current time and date, in the local timezone.

On many systems, this corresponds to the combination of time() and localtime().

Implements OSystem.

◆ logMessage()

virtual void OSystem_N64::logMessage	(	LogMessageType::Type	type,
		const char *	message
	)

virtual

Log the given message.

It is up to the backend where to log the different messages. The backend should aim at using a non-buffered output for it, so that no log data is lost in case of a crash.

The default implementation outputs them on stdout/stderr.

Parameters

type	Type of the message.
message	The message itself.

Implements OSystem.

The documentation for this class was generated from the following file:

backends/platform/n64/osys_n64.h

Public Member Functions

Public Attributes

Protected Member Functions

Protected Attributes

Additional Inherited Members

Member Function Documentation

◆ initBackend()

◆ hasFeature()

◆ setFeatureState()

◆ getFeatureState()

◆ getSupportedGraphicsModes()

◆ getDefaultGraphicsMode()

◆ setGraphicsMode()

◆ getGraphicsMode()

◆ initSize()

◆ getHeight()

◆ getWidth()

◆ getPaletteManager()

◆ setPalette()

◆ grabPalette()

◆ copyRectToScreen()

◆ updateScreen()

◆ lockScreen()

◆ unlockScreen()

◆ setShakePos()

◆ showOverlay()

◆ hideOverlay()

◆ isOverlayVisible()

◆ clearOverlay()

◆ grabOverlay()

◆ copyRectToOverlay()

◆ getOverlayHeight()

◆ getOverlayWidth()

◆ getOverlayFormat()

◆ showMouse()

◆ warpMouse()

◆ setMouseCursor()

◆ setCursorPalette()

◆ pollEvent()

◆ getMillis()

◆ delayMillis()

◆ createMutex()

◆ quit()

◆ getMixer()

◆ getTimeAndDate()

◆ logMessage()