| Commit message (Collapse) | Author | Age | Files | Lines |
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getSupportedReconfigMaskImpl()
- See getSupportedStateMask() for semantics
- getSupportedReconfigMaskImpl() result now used for isReconfigureMaskSupported()
- getSupportedReconfigMaskImpl() implementations:
- Full featured: X11, Windows and OSX
- X11: Use WindowManager Atoms for certain features (dynamic)
- Others: Use fixed features.
- TODO: Consider avoiding actions if not supported.
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Unresolved strncpy_s (MSVCRT) on WinXP,
as shown w/ dependency walker (red module, red unresolved line).
Mapped: _tcsncpy_s -> strncpy_s (!UNICODE).
On WinXP MSVCRT has no strncpy_s.
_tcsncpy_s(sOut, sOutLen, s, len)
-> bound-check + _tcsncpy(sOut, s, len)
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- STATE_BIT_FULLSCREEN_SPAN is private and used for reconfigure,
hence STATE_BIT_COUNT_RECONFIG is needed.
- STATE_BIT_FULLSCREEN_SPAN is added at the end of public state bits
- PSTATE_BIT_MINMAXSIZE_SET is unused.
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empty data
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- to avoid resizing when toggling resizable (change of window border)
we maintain 'RECT insets' in our WindowUserData struct
and fix the client -> top position late in NewtWindow_setVisiblePosSize(..)
after any style change.
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WindowImpl
- remove updateMinMaxSize(..) - unused info
- fix appendStateToString: show all maximized state changes if reconfig
- add sizePosMaxInsetsChanged(..) and sendMouseEventRequestFocus(..)
accumulating multiple callbacks from impl.
- add: maximizedChanged(..) notification from native impl.
- refine manual maximized mode
used for OSX and Windows (single extent)
- reconfigMaximizedManual(..)
- resetMaximizedManual(..)
X11 WindowDriver:
- Update maximized at xreconfig, read from _NET_WM_STATE
- Use less Java callbacks from JNI
Windows WindowDriver:
- Use native maximized, if HORZ && VERT,
otherwise use manual maximized for single extent.
- Invisible of top-window -> MINIMIZED/ICONIFY
showing the app in task-bar.
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child windows
It has been experienced that UnmapNotify is not sent for child windows when using IconicState!
Hence the visible:=false event never reaches the Window, causing an error.
This patch only uses IconicState for top-level windows and if requested.
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alwaysOnBottom and sticky/all-desktop (Part 1)
Change also implements Bug 1186: 'NEWT Window: Use a Bitfield holding all state flags and expose it accordingly',
since it is essential for an efficient implementation.
Part 1:
- Bug 1186
- Using Bitfield, holding public (Window) and private state bits/mask
- Bug 1188
- Window adds:
- [is|set]AlwaysOnBottom(..),
- [is|set]Resizable(..),
- [is|set]Sticky(..),
- [is|set]Maximized(..),
- isChildWindow(),
- Full implementation for X11
- TODO: Implement for OSX and Windows
- Manual tests:
- TestGearsES2NEWT, TestGearsES2NEWTSimple and TestGearsES2NewtCanvasAWT
utilize new NewtDemoListener, which has a key-listener to perform
all [new] actions. See source code of NewtDemoListener.
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creation
- Refines commit a566a1b5a2828b38f1a5c4dfb215ab9b03e7acaa
- Issue clamping at 'canCreateNativeImpl()' instead of 'createNativeImpl()',
allowing to define clamped position and size before utilizing these values
at caller 'createNative()'.
Otherwise a clamped position would cause to wait for the original position
after 'createNativeImpl()'.
This also allows to remove the positionChanged(..) / sizeChanged(..) calls in
the native CreateWindow0() implementation.
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out-of screen window positions on BCM VC IV hardware
Out of screen window positions on BCM VC IV hardware cause:
- Misalignment of self-rendered mouse-pointer / window
due to window-offset.
- Artifacts when moving the mouse pointer partially
out of screen.
We still need to add the window position to rel. mouse-pointer position.
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Adopt to bug 1147, commit 2c88b6dfd4eb7e2cd9a50fa48e08ecafc980931a.
Using the native unique deviceID makes monitor identification more robust.
This also allows us simplify
displayID -> NSScreen-idx -> MonitorDevice
into
displayID -> MonitorDevice
and to survive a primary monitor change.
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ids, ..
RandR 1.3 XRRSetCrtcConfig related:
- X11RandR13 now sets the new screen size via XRRSetScreenSize(..)
- X11RandR13 now propagates RRScreenChangeNotify events
via XRRUpdateConfiguration(event).
Hence reporting virtual desktop size now.
- X11RandR13 now disables the CRTC before XRRSetCrtcConfig(..)
to avoid invalid configuration (see spec)!
RandR 1.3 General:
- Uses unique id named instead of unstable index
for modes and CRTC.
This allows proper identification even for 'swizzled' devices.
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Support added for
- Windows
- X11 XRandR 1.3
- OSX
Note: Our whole MonitorMode association handling is currently _not_ dynamic.
- only on Windows we actually use native unique ID,
which might not change (adapter and monitor idx)
- On OSX and X11 we simply use indices,
but if monitor setup changes - they refer to different instances.
In case it is desired to cover dynamic monitor setup change,
we need to address this issue in a new bug entry.
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Iterate-over and identify all adapter:monitor. (Bug 1129)
- Identify cloned devices (fully covered)
- MonitorDevice gets 'isCloned()' to identify whether
it is a cloned device, i.e. fully covered by another monitor.
This detection may happen natively but will always performed
platform agnostic.
- getMainMonitor(..) now exclude 'cloned' devices
- Windows: Iterate-over and identify all adapter:monitor
- Since we also list cloned monitor,
we need to iterate over all adapter and all it's monitor-devices.
- The native monitor-id is now defined as: ( adapter-idx << 8 ) | monitor-idx.
- Bug 1129 <- listed under this bug entry for convenience
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On Windows, one must read the monitor's EDID data as stored in the registry,
no 'simple' API works otherwise.
The proper way requires utilizing the Windows Setup-API.
This code is inspired by Ofek Shilon's code and blog post:
<http://ofekshilon.com/2014/06/19/reading-specific-monitor-dimensions/>
See: function 'NewtEDID_GetMonitorSizeFromEDIDByModelName'
In contrast to Ofek's code, function 'NewtEDID_GetMonitorSizeFromEDIDByDevice'
uses the proper link from
DISPLAY_DEVICE.DeviceID -> SP_DEVICE_INTERFACE_DETAIL_DATA.DevicePath,
where DISPLAY_DEVICE.DeviceID is the monitor's enumeration via:
EnumDisplayDevices(adapterName, monitor_idx, &ddMon, EDD_GET_DEVICE_INTERFACE_NAME);
Hence the path to the registry-entry is well determined instead of just comparing
the monitor's model name.
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sed -i 's/javax\.media\.opengl/com\.jogamp\.opengl/g' `grep -Rl "javax\.media\.opengl" src`
sed -i 's/javax\.media\.nativewindow/com\.jogamp\.nativewindow/g' `grep -Rl "javax\.media\.nativewindow" src`
sed -i 's/javax\/media\//com\/jogamp\//g' `grep -Rl "javax/media/" src`
sed -i 's/javax\/media\//com\/jogamp\//g' `grep -Rl "javax/media/" doc`
Manually edited all occurences within make/**
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- Use float[2] for pixel-scale.
Utilize simple integer rounding:
int-pixel-units = (int) ( int-window-units * pixel-scale + 0.5f )
- Provide minimum and maximum allowed pixel-scale values
to be set by platform, supporting generic pixel-scale validation.
- Remove 'OSXUtil.GetPixelScale(final RectangleImmutable r, final int[] screenIndexOut)',
implementation for all platforms would cause huge redundancy of
Screen and MonitorDevice code (duplication of NEWT).
- instead, add 'float[2] pixelScale' to NEWT's MonitorDevice
- Detect change of pixel-scale and propagate accordingly.
This allows GLCanvas, GLJPanel and NewtCanvasAWT instances
to be dragged between monitor devices w/ different pixel-scale.
- OSX: Handle native triggered reshape events off-thread to avoid EDT congestion
due to locked window when consuming deferred events on EDT.
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kTISPropertyUnicodeKeyLayoutData), avoiding crash
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surface DPI ; Add NEWT Window.getPixelsPerMM(..) to query surface DPI
With HiDPI and surface scale, we need knowledge of the native surface's pixel-scale
matching the monitor's pixel-per-millimeter value.
Preserving the queried native pixel-scale and exposing it via
ScalableSurface.getNativeSurfaceScale(..) to compute surface DPI.
Add NEWT Window.getPixelsPerMM(..) to query surface DPI.
Surface DPI is demonstrated in GraphUI's GPUUISceneGLListener0A .. and TestRulerNEWT01, etc ..
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OSX impl.
Add ScalableSurface interface
- To set pixelScale before and after realization
- To get pixelScale
- Implemented on:
- NEWT Window
- Generic impl. in WindowImpl
- OSX WindowDriver impl.
- Also propagetes pixelScale to parent JAWTWindow if offscreen (NewtCanvasAWT)
- AWT WindowDriver impl.
- JAWTWindow / OSXCalayer
- AWT GLCanvas
- AWT GLJPanel
- NEWTCanvasAWT:
- Propagates NEWT Window's pixelScale to underlying JAWTWindow
- WrappedSurface for pixelScale propagation
using offscreen drawables, i.e. GLJPanel
- Generic helper in SurfaceScaleUtils (nativewindow package)
- Fully implemented on OSX
- Capable to switch pixelScale before realization,
i.e. native-creation, as well as on-the-fly.
- Impl. uses int[2] for pixelScale to support
non-uniform scale.
Test cases:
- com.jogamp.opengl.test.junit.jogl.demos.es2.newt.TestGearsES2NEWT
- com.jogamp.opengl.test.junit.jogl.demos.es2.awt.TestGearsES2AWT
- com.jogamp.opengl.test.junit.jogl.demos.es2.awt.TestGearsES2GLJPanelAWT
- com.jogamp.opengl.test.junit.jogl.demos.es2.newt.TestGearsES2NewtCanvasAWT
- Press 'x' to toggle HiDPI
- Commandline '-pixelScale <value>'
- Added basic auto unit test (setting pre-realization)
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NEWT
To properly convert Top-Left (TL) from/to Bottom-Left (BL) coordinates
we need to utilize the given CGDisplay viewport (TL)
and NSScreen (BL) to perform the y-flip.
This is especially true for the case of having multiple monitors
covering different viewports (mixed resolution).
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NEWT Support / Fix JAWT getPixelScale deadlock
- NativeWindow/Surface/NEWT API DOC: Define Coordinate System of Window and Screen
- OSXUtil: Add getPixelScale(..) via Screen index and 'windowOrView'
- JAWTWindow/JAWTUtil.getPixelScale(..): Use pre-fetched AWT GraphicsConfiguration to solve AWT-TreeLock (deadlock)
- [Virtual] Viewport of MonitorDevice and Screen:
- Properly calculate and expose [virtual] viewport in window and pixel units
- OSX Monitor viewports in pixel units are 'reconstructed'
- Window/Viewport to Monitor selection shall be perfomed via window units (unique)
- OSX NEWT Window create/init (native): Use given size and coordinates even in fullscreen mode
Don't override by quering NSScreen coordinates, trust given values.
- Fix test cases, i.e. usage of pixel- and window-units
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appropriately
Instead of using [mWin orderBack: mWin] for child windows,
utilize [mWin orderWindow: NSWindowOut relativeTo: [pWin windowNumber]]
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*Common_GetJNIEnv()/_ReleaseJNIEnv() Methods and Usage / Check arguments ..
Since we still don't use inter-module native code sharing, align the JNIEnv get/release methods and usage.
Most beneficary here is OSX and the GLDebugMessageHandle,
both managed the JVM handle on their own - removed now.
Also ensuring that *Common_init(..) is called for all modules on all platforms.
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missing XFree(..) calls and argument checks.
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Impl. manages up-to 32 windows (BCM layer elements) - dunno whether this is a proper value.
Note: Layer 2000 is reserved for out PointerIcon.
Removed 'dead code'.
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- Utilizing layer element 2000 for PointerIcon
- Using NEWT PointerIcon code
- Using MouseListener to update PointerIcon position
- FIXME: Check whether we shall intercept sendMouseEvent directly (lag)
Misc:
- Properly open, assign and close the BCM display handle
- Properly destroy the window (BCM element)
- Prepare for multiple windows, set position and size
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Conversion Utilities (Allowing 'arbitrary' PointerIcon data input)
Commit fe28bc125429b38cdcd016746081f4a6d521c6fd added the notion of toolkit agnostic PixelFormat and conversion utilities,
utilized and further tested by this patch.
+++
- PointerIcon is a PixelRectangle
and hence holds the decoded data.
This allows on-the-fly conversion if required
as well as recreation w/o PNG re-decoding.
- Using array-backed PointerIcon data where possible,
allowing better performance when converting PixelFormat etc.
- NEWT Display adds 'createPointerIcon(final IOUtil.ClassResources pngResource...'
method to support agnostic PointerIcon creation.
- NEWT Display adds methods to allow users to avoid PixelFormat and
Buffer NIO type forced conversion:
- PixelFormat getNativePointerIconPixelFormat()
- boolean getNativePointerIconForceDirectNIO()
+++
PNGImage -> PNGPixelRect
Deleted: com.jogamp.opengl.util.texture.spi.PNGImage
Added: com.jogamp.opengl.util.PNGPixelRect
(We hope nobody was using PNGImage directly since it was a service-plugin for TextureIO)
PNGPixelRect is a PixelRectangle
PNGPixelRect actually is implemented OpenGL agnostic,
however - since our PNGJ support lives under package 'jogamp.opengl.util.pngj'
it cannot be moved up (yet).
PNGPixelRect now handles all PixelFormat for the target format
and also added support for grayscale+alpha (2 channels).
The latter is force-converted to RGB* - similar to paletted.
Further more, PNGPixelRect allows simply passing an OutputStream to write the PNG data.
Used by: TextureIO and NEWT
+++
- OffscreenSurfaceLayer's setCursor(..) uses the agnostic PixelRectangle
instead of a PNG resource.
- AWTMisc uses the PixelRectangle to produce the AWT Cursor
and converts it to the required format.
Hence same pixels are used for NEWT and AWT pointer/cursor icon.
- TestGearsES2Newt and NewtAWTReparentingKeyAdapter 'tests'
iterate over 3 custom PointerIcon when pressed 'c'.
- JOGLNewtAppletBase uses the new custom PointerIcon
'newt/data/crosshair-lumina-trans-32x32.png', which is included in NEWT (213 bytes only).
-
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NewtCommon_throwNewRuntimeException(..) if given references are of invalid type
Missing NewtCommon_init(env) always lead to a crash when calling NewtCommon_throwNewRuntimeException(..)
due to uninitialized clazz instances!
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SetCursor(..) if HTCLIENT && isChildWin && customCursor
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(NativeWindow GDI / NEWT )
.. this allows using the icon definition of WNDCLASSEX instead of setting them at CreateWindow0(..).
- NativeWindow GDIUtil/RegisteredFactory uses WNDCLASSEX and Small/Big Defailt Icons
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Reparenting CHILD -> TOP
Hiding the window via 'ShowWindow(.., SW_HIDE)' before reparenting and subsequent
style change incl. visibility renders the Window-Icon visible.
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and Issues
- Refine Display.PointerIcon: Complete type allowing re-creation
- Add associated Display reference
- Add used IOUtil.ClassResources reference
- Add isValid()/validate() methods for recreation
- Refine API doc
- Move Display.destroyPointerIcon(PointerIcon) -> PointerIcon.destroy()
- Move DisplayImpl.PointerIconImpl -> PointerIconImpl (own source file)
- Creation/Destruction and setting of PointerIcon happens on EDT
- DisplayImpl.shutdownAll() and Display.destroy() calls destroyAllPointerIconFromList
- WindowDriver.setPointerIconImpl: Validates PointerIconImpl (i.e. re-creates if required)
- Fix 'initial' window.setPointerIcon(..) before createNative(..),
tested w/ TestGearsES2NEWT
- OSX Native Code:
- Move mouse and pointer-state handling from NewtMacWindow -> NewtView class
to retain states (pointer handle, pointer visibility, etc) when reparenting.
Reparenting will move an exisiting NewtView into a new NewtMacWindow.
- Enable all mouse move events:
- NewtView::mouseEnter [nsWin makeFirstResponder: nsView];
- NewtView::mouseExited if( !mouseConfined ) { [nsView resignFirstResponder]; }
- NewtView::mouseMoved issued [myCurser set] if required, fixing
OSX issue not updating NSCursor properly.
- MacWindow:
- Test NewtMacWindow, NewtView and NSCursor handles before usage
- Fix DBG_PRINT(..) warnings
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Pointer Icons
- Utilizing JOGL's PNG decoder for all icons, if available.
- Application/window icons:
- Providing default application/window icons in 16x16 and 32x32 size
- NewtFactory.setWindowIcons(..) or property 'newt.window.icons' maybe used to override default icons.
- Using icons at application/window instantiation
- Display.PointerIcons:
- NativeWindow Win32 WindowClass no more references a default cursor
in favor of fine grained cursor control [in NEWT]
- Display provides create/destroy methods,
where display destruction also releases open PointerIcon references.
- Window.setPointerIcon(..) sets custom PointerIcon
- Implemented Platforms
- X11
- Windows
- OSX
- Manual Test: TestGearsES2NEWT (Press 'c')
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attempt)
Commit c8726ef04b94ad8e66e1191a06ff793b908d130c reinforced ALWAYS_ON_TOP in native reconfig code
issued at reparenting call, which might be too early for the WM.
Perform ALWAYS_ON_TOP reinforcement from java side when reparenting CHILD -> TOP was successful
and visibility is reached. X11 only!
NewtAWTReparentingKeyAdapter: Add 'a' alwaysOnTop toggle to test w/o applet code.
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comments)
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Persistent when Reparenting (child -> top)
- X11 Fullscreen ALT-TAB regression (no task-switcher visible)
We still need the fast reconfigure path for ALWAYSONTOP only toggle.
It was removed w/ commit c9fcc8cd510abc0cbebb872dc3e457327655e778,
which disabled toggling FULLSCREEN and ALWAYSONTOP.
Note: Another bug in Unity WM's Compiz:
'Unredirect Fullscreen Windows := True' disables
the ALT-TAB taskbar/launcher HUD rendering and subsequent task-switch.
Hence it shall be disabled .. nothing we can do here.
- ALWAYS_ON_TOP not persistent when child -> top
WM removes ALWAYS_ON_TOP state when reparenting,
hence reinforce it when Child -> Top.
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On/Off Cycle
Unity WM keeps the _NET_WM_STATE (_NET_WM_STATE_FULLSCREEN, ..) after fullscreen-exit
even though _NET_WM_STATE_REMOVE was issued.
Add remedy: Reparent Child -> TOP: Reset _NET_WM_STATE (! _NET_WM_STATE_FULLSCREEN, ..).
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Clogged Key-Release Event by AWT Robot
Impact: Only unit test code
- TestNewtKeyCodesAWT:
Fix Bug 919 - Move mouse bacl/forth while waiting for events ..
- Use common wait for key timeout/polling using constants in NEWTKeyUtil
- InputEventCountAdapter:
'getQueued()' -> 'copyQueue()' - ensuring queue is copied while instance is locked.
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Assume having focus in fullscreen-mode
- Reset NSApp's presentationOptions @ windowClose0()
Commit 69c334448cfe8af553fd97689137ecf8f996b378 started using the [NSApp setPresentationOptions: opts]
but missed to reset to defaults @ windowClose0();
- Assume having focus in fullscreen-mode
NewtMacWindow::windowDidBecomeKey()' is not always called in fullscreen-mode!
Note: OSX Fullscreen from a browser still shows the browser title-bar
until mouse-click. Don't know how to avoid this. Minor issue..
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