| Commit message (Collapse) | Author | Age | Files | Lines |
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clean! Also brought back my safe showCursor logic.
The code was not compile clean:
- declaration after use w/o prototype!
- missing var declaration 'success'!
- 'pointerVisible=0', instead of 'wud->pointerVisible=0' var. not found!
Used my old safe show cursor logic, while removing the max count,
which was redundant, since we can check whether the counter moves
in the right direction.
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SafeShowCursor(..)
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defined key encoding and simplify usage.
Note, we use one collision to reduce key-code range:
[0x61 .. 0x78] keyCodes [F1..F24] collide w/ ['a'..'x']
Since keyCode/Sym won't use lower capital a-z, this is a no isssue.
KeyEvent:
- 'printable' type is being determined by a nonPrintableKeys table,
while 'action' type is set in case !printable and !modifier.
- public ctor hidden, use create(..) method instead.
This allows us to ensure modifier bit are properly set (incl. the keySym one) w/o performance loss.
- ctor validates that only one of the type flags is set, printable, modifyable or action.
WindowImpl:
- Using IntBitfield of 255 bits to track pressed state,
while removing the repeat state tracking since it is redundant.
The Windows impl. uses a single field to validate whether a key
was already repeated or not.
- Properly cast keyCode short values to int for tracking!
AWTNewtEventFactory, SWTNewtEventFactory:
- Add translation of keyCode/Sym from and to NEWT
- All tested via:
- Newt -> Awt for AWTRobot
- OSX CALayer: AWT -> NEWT
- SWT tests
X11:
- Add VK_CONTEXT_MENU mapping (XK_Menu)
LinuxEventDeviceTracker:
- Fix apostrophe and grave mapping, i.e. to VK_QUOTE and VK_BACK_QUOTE.
Adapted all unit tests, especially:
- TestNewtKeyCodesAWT: More fine grained keyCode ranges to test
using proper keyCode symbols.
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lower-case UTF-16 character.
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clear we need to enqeue the events
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dead-keys (zero keyChar); For 'unshifted' keySym's also unmask Ctrl and Mod* states
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OSX JNI attachments to save time since detachment is skipped.
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dependent and UTF-16 keyChar value
On X11, the layout dependent keySym was not delivered [1],
as well as the UTF-8 to UTF-16 translation was missing [2].
[1] is solved using XLookupString w/o ShiftMask
[2] is solved using JNI's NewStringUTF, which takes UTF-8.
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Windows and OSX
- X11: Memorize pressed Alt_R to decide which 'alt' has to be used for non key modifier fetching
- Windows: Only use GetKeyState(..) and compare the US vkey, since int. kbd layout use reduced scancode
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commit 85338858f5c58694fa88e77df1386d0556887944
Commit replaced enqueueMouseEventID w/ sendMouseEventID, while not removing the 'jboolean wait' argument.
This also lead to staying in DRAGGED mode when mouse left the window.
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bugs w/ parenting
Fix native window parenting freeze:
- Pull out setJavaWindowObject(..) of changeContentView(..) to be called seperately,
add param for changeContentView(..) to enable/disable setJavaWindowObject()
- initWindow0(..):
- Call changeContentView(..) w/o setJavaWindowObject()
- setJavaWindowObject(..) at end of initialization
Fix native window parenting orderOut0:
If parent window is invisible or no parent used call orderOut(..),
otherwise call orderBack().
Fix updatePosition(..): positionChanged(..) - Position bug w/ parenting
- AWT parent passed 0/0
- call positionChanged(..) w/ client-pos instead of screen-pos
Fix getLocationOnScreenImpl(..) - Position bug w/ parenting
- Position < 0/0 is valid!
Misc:
- setWindowClientTopLeftPointAndSize0(..), setWindowClientTopLeftPoint0(..):
Add 'display' param, deciding whether area should be display (invalidated)
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Continues commit 81cbcdc8469143587b2044661dd613c798ae02ba
Perform on main-thread invocation from Java, allowing to issue
visibleChanged(..) after creation/visible calls.
This fixes the 'Visibility not reached ..' regressions.
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on main-thread w/o blocking; NEWT/WindowImpl: Volatile multithreaded mutable values
Similar to commits:
28c6472335b924080d638b33a28f8f4eedb459b1
f354fb204d8973453c538dda78a2c82c87be61dc
main-thread operations cannot block main-thread.
Luckily we are able to create the NSWindow and NSView instance uninitialized (deferred) on the current thread,
while issuing their initialization on the main-thread w/o blocking.
Further more a size glitch is fixed, which didn't take the title bar into account.
+++
NEWT/WindowImpl: Volatile multithreaded mutable values
Since position, size and other attributes might get changes off-thread, these fields needs to be volatile.
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screen position (Fixes resize -> position)
- Tested w/ NEWT GearsES2 and Java6 and Java7 on OSX
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KeyEvent handling while distinguish keyCode (kbd layout independent) and keySym (kbd layout dependent)
API Changes:
- Virtual key codes and symbols are of type short.
- KeyEvent.keySymbol() shall return a layout dependent value (Bug 641)
- Method returns former keyCode() value, which was layout dependent.
- Returns 'short' value
- KeyEvent.keyCode() returns a short value, instead of int
- KeyEvent.keyCode() shall return a layout independent value (Bug 641)
- To ease implementation, we only 'require' the scan code to be mapped to a 'US Keyboard layout',
which allows reusing layout dependent code while preserving the goal to have a fixed physical key association
- Implementation status:
- Windows OK
- X11 TODO
- OSX: 50/50 TODO
- Using layout independent 'action keys'
- Using layout dependent 'printable keys'
- returning above semantics for both, keyCode and keySym
- Android 50/50 TODO
- Returning the layout independent keyCode
- Mapping probably incomplete
- KeyEvent.EVENT_KEY_TYPED and KeyListener.keyTyped(KeyEvent) (Bug 688)
- Marked DEPRECATED
- No more called for auto-repeat events
- Synthesized in WindowImpl.consumeKeyEvent(..): No more injection by native- or java driver code
- NEWTEvent.eventType: int -> short
- field, as well as all method involving eventType changed to short.
- NEWTEvent.isSystemEvent: REMOVED
- Never used as well as never being implemented properly
Internal Changes:
- Simplified keyEvent driver code
- Especially the Windows native driver's mapping code
could be simplified using scanCode and MapVirtualKeyEx
- NEWT Event Factories: hashMap -> switch/case
Unit Tests:
-
- Added NewtCanvasAWT Offscreen Layer Tests
important to test the AWT -> NEWT translation on OSX/CALayer:
- TestNewtKeyCodeModifiersAWT
- TestNewtKeyCodesAWT
- TestNewtKeyEventAutoRepeatAWT
- TestNewtKeyEventOrderAWT
- TestNewtKeyPressReleaseUnmaskRepeatAWT
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on Main-Thread.
- Fix Memory Leak
- NewtWindow::dealloc -> [NewtView release]: Fixes NewtView leak
- NewtView::dealloc -> removeTrackingRect: Removes occasional crash (double free of TrackingRect)
- Fix Occasional Crash Duer to Lifecycle Ops not on Main-Thread.
Perform OSX WindowDriver ops on Main-Thread:
- close0
- changeContentView0
- createWindow0
- Cleaned up AddRemove unit tests, added TestAddRemove03GLWindowNEWT
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KeyEventListener (-> On Windows as well)
The following is observed, where t0 and t1 refer to subsequent different timestamps:
NEWT delivery order:
PRESSED (t0), RELEASED (t1) and TYPED (t1)
WINDOWS delivery order:
PRESSED (t0), TYPED (t0) and RELEASED (t1)
Windows Auto-Repeat:
PRESSED (t0), TYPED (t0)
Hence we changed the event reorder-code in NEWT to trigger NEWT-PRESSED on
Windows-TYPED for printable chars, assuring key-char values on all listener callbacks.
- KeyEvent.getKeyChar(): Removed disclaimer dedicated for Windows
- Keyevent.isActionKey(): Completed for all NEWT non-printable action keys; Added static variant
- Keyevent.isPrintableKey(): NEW: returns !isModifierKey(keyCode) && !isActionKey(keyCode) ; With static variant
- Windows WindowDriver:
- EVENT_KEY_PRESSED handles non-printable chars only
- EVENT_KEY_TYPE handles printable chars only
- Native: VK_DELETE passes keyCode
- Unit tests: Wait for completion 1s -> 2s
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Horizontal Scrolling Behavior (OSX, X11, Win32); Bug 639: High-Res Mouse-Wheel
- API update 'float getWheelRotation()':
Usually a wheel rotation of > 0.0f is up, and < 0.0f is down.
Usually a wheel rotations is considered a vertical scroll.
If isShiftDown(), a wheel rotations is considered a horizontal scroll,
where shift-up = left = > 0.0f, and shift-down = right = < 0.0f.
However, on some OS this might be flipped due to the OS default behavior.
The latter is true for OS X 10.7 (Lion) for example.
The events will be send usually in steps of one, ie. -1.0f and 1.0f.
Higher values may result due to fast scrolling.
Fractional values may result due to slow scrolling with high resolution devices.
The button number refers to the wheel number.
- Fix Bug 659: NEWT Horizontal Scrolling Behavior (OSX, X11, Win32)
- See new API doc above
- X11/Horiz: Keep using button1 and set SHIFT modifier
- OSX/Horiz:
- PAD: Use highes absolute scrolling value (Axis1/Axis2)
and set SHIFT modifier for horizontal scrolling (Axis2)
- XXX: Use deltaX for horizontal scrolling, detected by SHIFT modifier. (traditional)
- Windows/Horiz:
- Add WM_MOUSEHWHEEL support (-> set SHIFT modifier), but it's rarely impl. for trackpads!
- Add exp. WM_HSCROLL, but it will only be delivered if windows has WS_HSCROLL, hence dead code!
- Android:
- Add ACTION_SCROLL (API Level 12), only used if layout is a scroll layout
- Using GestureDetector to detect scroll even w/ pointerCount > 2, while:
- skipping 1st scroll event (value too high)
- skipping other events while in-scroll mode
- waiting until all pointers were released before cont. normally
- using View config's 1/touchSlope as scale factor
- Fix Bug 639: High-Res Mouse-Wheel
- getWheelRotation() return value changed: int -> float
allowing fractions, see API doc changes above.
- Fractions are currently supported natively (API) on
- Windows
- OSX
- Android
- AndroidNewtEventFactory ir refactored (requires an instance now) and
AndroidNewtEventTranslator (event listener) is pulled our of Android WindowDriver.
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WS_SYSMENU is _not_ an indication!
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executed on Windows
Turns out that the NEWT Windows impl. didn't properly validated the client region @ WM_PAINT
and hence 'exhausted' the message pipeline, i.e. never reached an IDLE state.
The latter caused SWT to never reach a point where deferred asyncExec(..) Runnables
got processed.
Besides this SWT effect, this also caused a NEWT window on Windows to always repaint itself (?).
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keyChar from pressed/released may be wrong (Uppercase: SHIFT-1, etc ..)
Partially reverts commit: b62e1d027c289877686d6008ea8dd40e4e1541ec
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modified flags and modifier-key events; Simplify Windows key handling
Preface: Modifier-keys are SHIFT, CTRL, ALT and META and they have a matching modifier-bit.
- Simplify Windows key handling
- Employ MapVirtualKey(..) for virtual-key to character and scancode to virtual-key mappings,
allowing to drop tracking of keyCode to keyChar in java code.
This also removes the platform restriction of delivering keyChar at TYPED only.
- Deliver keyChar w/ pressed and released
- Due to the lift restriction on the Windows platform (see above),
we can deliver keyChar w/ all key events on all platforms.
- Deliver proper modified flags and modifier-key events
All modifier-keys deliver pressed, released and typed events
with their modifier-bit set.
The above is covered by unit tests, which passed on X11, Windows and OSX (manual test run).
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disturbing and fatal RuntimeException
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- X11: Add VK_QUOTE mapping
- OSX: Add single shift, ctrl alt key press;
Fix mapping: Command -> Windows, Option -> ALT, add BACK_QUOTE and QUOTE.
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and w/o auto repeat. Incl. fix for Windows.
Auto-Repeat tests recognizes whether auto-repeat could be triggered by AWT Robot.
The latter is not possible on Windows, hence manual testing was required on this platform.
Impact: X11, Windows and OSX produce proper key sequence incl. auto-repeat modifier mask.
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Tested manual w/ TestGearsES2NEWT on Raspberry Pi
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- Button 9 has been reported to be sent by Olamedia
- Rearrange the input bit mask in InputEvent (API Change)
- Raise the max. button number to 16
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compilation ; ...
Adding [dead] native source files for NEWT/X11:
- X11Event and XCBEvent
- X11ScreenRandR11 X11ScreenRandR13
They are currently excluded from compilation, however I like do version them for later use.
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Utilizing a GlobalToolkitLock in general to lock the display connection results in deadlock
situations where locked surfaces signal other [offscreen] surfaces to render.
We have to see whether we find a better solution, for now sporadic XCB assertion still happen.
But it is preferrable to point to the root cause, then to jumping through hoops to complicate locking
or even to deadlock.
Locking:
- X11GLXGraphicsConfigurationFactory add missing device locking in:
- getAvailableCapabilities
- chooseGraphicsConfigurationStatic
- Newt/X11Window: Discard display events after window close.
Relax ATI XCB/threading bug workaround:
- ToolkitProperties: requiresGlobalToolkitLock() -> hasThreadingIssues()
- NativeWindowFactory: Don't use GlobalToolkitLock in case of 'threadingIssues' the impact is too severe (see above)
- NativeWindowFactory: Add getGlobalToolkitLockIfRequired(): To be used for small code blocks.
If having 'threadingIssues' a GlobalToolkitLock is returned, otherwise NullToolkitLock.
- X11GLXContext: [create/destroy]ContextARBImpl: Use 'NativeWindowFactory.getGlobalToolkitLockIfRequired()' for extra locking
Misc Cleanup:
- *DrawableFactory createMutableSurface: Also create new device if type is not suitable
- *DrawableFactory createDummySurfaceImpl: Pass chosenCaps and use it (preserves orig. requested user caps)
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locking, resulting in a native-lock-free impl.
The X11 implementation details of NativeWindow and NEWT used the X11 implicit locking facility
XLockDisplay/XUnlockDisplay, enabled via XInitThreads().
The latter useage is complicated within an unsure environment where the initialization point of JOGL
is unknown, but XInitThreads() requires to be called once and before any other X11 calls.
The solution is simple and thorough, replace native X11 locking w/ 'application level' locking.
Following this pattern actually cleans up a pretty messy part of X11 NativeWindow and NEWT,
since the generalization of platform independent locking simplifies code.
Simply using our RecursiveLock also speeds up locking, since it doesn't require JNI calls down to X11 anymore.
It allows us to get rid of X11ToolkitLock and X11JAWTToolkitLock.
Using the RecursiveLock also allows us to remove the shortcut of explicitly createing
a NullToolkitLocked device for 'private' display connections.
All devices use proper locking as claimed in their toolkit util 'requiresToolkitLock()' in X11Util, OSXUtil, ..
Further more a bug has been fixed of X11ErrorHandler usage, i.e. we need to keep our handler alive at all times
due to async X11 messaging behavior. This allows to remove the redundant code in X11/NEWT.
The AbstractGraphicsDevice lifecycle has been fixed as well, i.e. called when closing NEWT's Display
for all driver implementations.
On the NEWT side the Display's AbstractGraphicsDevice semantics has been clarified,
i.e. it's usage for EDT and lifecycle operations.
Hence the X11 Display 2nd device for rendering operations has been moved to X11 Window
where it belongs - and the X11 Display's default device used for EDT/lifecycle-ops as it should be.
This allows running X11/NEWT properly with the default usage, where the Display instance
and hence the EDT thread is shared with many Screen and Window.
Rendering using NEWT Window is decoupled from it's shared Display lock
via it's own native X11 display.
Lock free AbstractGraphicsDevice impl. (Windows, OSX, ..) don't require any attention in this regard
since they use NullToolkitLock.
Tests:
======
This implementation has been tested manually with Mesa3d (soft, Intel), ATI and Nvidia
on X11, Windows and OSX w/o any regressions found in any unit test.
Issues on ATI:
==============
Only on ATI w/o a composite renderer the unit tests expose a driver or WM bug where XCB
claims a lack of locking. Setting env. var 'LIBXCB_ALLOW_SLOPPY_LOCK=true' is one workaround
if users refuse to enable compositing. We may investigate this issue in more detail later on.
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AUTOREPEAT_MASK modifier bit. Refine InputEvent toString(..) and list modifiers by name.
As now described in NEWT's KeyEvent:
+/**
+ * Key events are delivered in the following order:
+ * <ol>
+ * <li>{@link #EVENT_KEY_PRESSED}</li>
+ * <li>{@link #EVENT_KEY_RELEASED}</li>
+ * <li>{@link #EVENT_KEY_TYPED}</li>
+ * </ol>
+ * In case the native platform does not
+ * deliver keyboard events in the above order or skip events,
+ * the NEWT driver will reorder and inject synthetic events if required.
+ * <p>
+ * Besides regular modifiers like {@link InputEvent##SHIFT_MASK} etc.,
+ * the {@link InputEvent#AUTOREPEAT_MASK} bit is added if repetition is detected.
+ * </p>
+ */
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GLOffscreenAutoDrawable.FBO and as an OffscreenLayerSurface's drawable (OSX) - Fix Bugs 569 and 599
Summary:
=========
The new FBObject based GLFBODrawable implementation allows the seamless utilization of
FBO offscreen rendering in single buffer, double buffer and MSAA mode.
The GLFBODrawable uses a parent drawable based on a
dummy surface to allow a GLOffscreenAutoDrawable.FBO creation
or a mutable surface supporting an existing offscreen layer surface (OSX CALayer).
Offscreen GLDrawable's and GLOffscreenAutoDrawable's can be selected via the
GLCapabilities. If simply !onscreen is selected in the caps instance w/o enabling FBO, PBuffer or Bitmap,
the factory will automatically choose regarding availability:
FBO > PBuffer > Bitmap
Double buffering is supported in MSAA more (intrinsic) and explicit in non MSAA.
It is preferred when delivering resources (texture id's or framebuffer names)
to a shared GLContext.
This is demonstrated in (emulates our OSX CALayer implementation):
TestFBOOffThreadSharedContextMix2DemosES2NEWT,
TestFBOOnThreadSharedContext1DemoES2NEWT
and with the OSX JAWT OffscreenLayerSurface itself. FBO is the preferred choice.
+++
Offscreen drawables can be resized while maintaining a bound GLContext (e.g. w/ GLAutoDrawable).
Previously both, drawable and context, needed to be destroyed and recreated at offscreen resize.
Common implementation in GLDrawableHelper is used in the implementations
(NEWT's GLWindow, AWT GLCanvas, SWT GLCanvas).
+++
Tested:
=======
Manually run all unit tests on:
- Linux x86_64 NVidia/AMD/Mesa3d(ES)
- OSX x86_64 NVidia
- Windows x86_64 NVidia
- Android arm Mali-400/Tegra-2
No regressions.
Disclaimer:
===========
This feature is committed almost in one patch.
Both previous commits were introducing / fixing the capabilities behavior:
90d45928186f2be99999461cfe45f76a783cc961
9036376b7806a5fc61590bf49404eb71830de92f
I have to appologize for the huge size and impact (files and platforms) of this commit
however, I could not find a better way to inject this feature in one sane piece.
NativeWindow Details:
=====================
Complete decoupling of platform impl. detail of surfaces
implementing ProxySurface. Used to generalize dummy surfaces and EGL surfaces
on top of a native platform surface.
- ProxySurface.UpstreamSurfaceHook -> UpstreamSurfaceHook
- abstract class ProxySurface -> interface ProxySurface + ProxySurfaceImpl
- Misc. implementations
JOGL Details:
=====================
FBOObject: API Change / Simplification & Usability
- Removed reference counter to remove complexity, allow user to choose.
- Add 'dispose' flag for detachColorbuffer(..), allowing to keep attachment alive
- Fix equals operation of Attachment
- Check pre-exising GL errors
- Interface Colobuffer gets lifecycle methods
- Add static factory methods to create Attachments w/o FBObject instance
- Reset:
- Clip min size to 1
- Keep alive samplingSink, i.e. don't issue resetMSAATexture2DSink(..).
It gets called at syncFramebuffer()/use(..) later on before actual usage.
This allows the consumer to utilize the GL_FRONT buffer until (e.g.) swap.
- misc bugfixes
GLOffscreenAutoDrawable: API Change
- Reloc and interfacing
- class com.jogamp.opengl.OffscreenAutoDrawable -> javax.media.opengl.*
interfaces GLOffscreenAutoDrawable extends GLAutoDrawable
GLOffscreenAutoDrawable.FBO extends GLOffscreenAutoDrawable, GLFBODrawable
- Added general implementation and FBO specialization
- Replacing GLPBuffer (deprecated) .. usable for any offscreen GLDrawable via factory
GLAutoDrawable:
- Add 'GLDrawable getDelegatedDrawable()'
- Refine documentation of setContext(..), remove disclaimer and fixme tags
GLDrawableFactory:
- Refine API doc and it's selection mechanism for offscreen.
- Add createOffscreenDrawable(..)
- Add createOffscreenAutoDrawable(..)
- Add canCreateFBO(..)
- Mark createGLPbuffer(..) deprectated
Mark GLPBuffer deprecated
New: GLFBODrawable extends GLDrawable
GLCanvas (AWT and SWT): Add offscreen resize support w/o GLContext recreation
GLAutoDrawableBase .. GLWindow:
- Add offscreen resize support w/o GLContext recreation
- Remove double swapBuffer call
-
GLBase/GLContext:
- Add:
- boolean hasBasicFBOSupport()
- boolean hasFullFBOSupport()
- int getMaxRenderbufferSamples()
- boolean isTextureFormatBGRA8888Available()
GLContext: Fix version detection and hasGLSL()
- Version detection in setGLFunctionAvailability(..)
- Query GL_VERSION ASAP and parse it and compare w/ given major/minor
- Use parsed version if valid and lower than given _or_ given is invalid.
- Use validated version for caching (procaddr, ..), version number, etc.
- Fix hasGLSL()
Since 'isGL2ES2()' is true if 'isGL2()'
and the latter simply alows GL 1.*, we confine the result to a GL >= 2.0
on desktops. FIXME: May consider GL 1.5 w/ extensions.
- return isGL2ES2();
+ return isGLES2() ||
+ isGL3() ||
+ isGL2() && ctxMajorVersion>1 ;
GLDrawableImpl:
- Add 'associateContext(GLContext, boolean)' allowing impl.
to have a (weak) reference list of bound context.
This is was pulled up from the OSX specific drawable impl.
- swapBuffersImpl() -> swapBuffersImpl(boolean doubleBuffered)
and call it regardless of single buffering.
This is required to propagate this event to impl. properly,
i.e. FBODrawable requires a swap notification.
- Clarify 'contextMadeCurrent(..)' protocol
GLDrawableHelper:
- Add resize and recreate offscreen drawable util method
- Simplify required init/reshape calls for GLEventListener
-
GLGraphicsConfigurationUtil:
- fixWinAttribBitsAndHwAccel: Reflect sharede context hw-accel bits
- OSX has no offscreen bitmap, use pbuffer
- use proper offscreen auto selection if offscreen and no modes are set
EGL Context/Drawable/DrawableFactory: Abstract native platform code out of base classes
- Use EGLWrappedSurface w/ UpstreamSurfaceHook to handle upstream (X11, WGL, ..)
lifecycle - in case the EGL resource is hooked up on it.
Invisible dummy surfaces: All platforms
- size is now reduced to 64x64 and decoupled of actual generic mutable size
- fix device lifecycle, no more leaks
+++
OSX
====
Enable support for GLFBODrawableImpl in offscreen CALayer mode
- NSOpenGLImpl: hooks to calayer native code
- calayer code:
- allows pbuffer and texures (FBO)
- decouple size and draw calls avoiding flickering
- enable auto resize of calayer tree
MacOSXCGLContext:
- NSOpenGLImpl:
- Fix false pbuffer 'usage', validate the pointer
- If !pbuffer, copy other window mode bits of caps
-
MacOSXCGLGraphicsConfiguration:
- Only assume pbuffer if !onscreen
- Remove reference of native pixelformat pointer
Native code:
- use 'respondsToSelector:' query before calling 'new' methods
avoiding an error message where unsuported (prev. OSX versions)
- if monitor refresh-rate is queried 0, set to default 60hz
- add missing NSAutoreleasePool decoration
+++
Android / NEWT:
===============
Issue setVisible(..) w/o wait, i.e. queue on EDT,
@Android surfaceChanged() callback. Otherwise we could deadlock:
setVisible(..) -> EDT -> setVisibleImpl(..) -> 'GL-display'.
the latter may may cause havoc while Android-EDT is blocked [until it's return].
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ScreenDriver, WindowDriver] to reduce complexity and programatic selection.
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mouse tracker
Rasperry PI uses the 'BCM VC IV' GPU via console as it's default configuration.
This driver enables direct support for JOGL/NEWT.
Due to the lack of detection (TODO) users have to specify the Java property:
-Dnativewindow.ws.name=jogamp.newt.driver.bcm.vc.iv
- Autodetection should be included in 'NativeWindowFactory._getNativeWindowingType()'
while adding a new TYPE: 'TYPE_BCM_VC_IV'.
- Autodetection may need to detect whether an X11 Display runs and the installed
EGL library uses it (instead of the default console one)
This work is authored in coop w/ Xerxes Rånby <xerxes@zafena.se>!
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-cp jar/atomic/newt-driver-kd.jar -Dnativewindow.ws.name=jogamp.newt.driver.kd
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NewtCanvasSWT allowing to parent NEWT windows natively.
SWT GLCanvas creates lazy when resource is ready
- Ensures drawable and context are created when size > zero and native visualID is valid.
The latter is platform dependent.
- Note that you cannot utilize custom GLCapabilities w/ this one,
since the configurations is already realized - use NewtCanvasSWT.
Create new NewtCanvasSWT allowing to parent NEWT windows natively:
- Similar to NewtCanvasAWT
- Allows attaching / detaching NEWT windows
NewtCanvasAWT: Public setNEWTChild(..) fixed
Added test cases for the above - tested on Linux, OSX and Windows w/ SWT
Note: As usual for OSX, add -XstartOnFirstThread
Details:
- NEWT Display has new method: 'EDTUtil setEDTUtil(EDTUtil)'
allowing to set a custom event dispatch utility.
We use this to set our SWTEDTUtil for using NEWT w/ SWT
complying w/ SWT threading constraints.
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- New FBObject implementation handling FBO and it's attachments *** API CHANGE: Util -> Core ***
while it's size and sample-count can be reconfigured on the fly.
- com.jogamp.opengl.util.FBObject -> com.jogamp.opengl.FBObject
- agnostic to texture unit
- separate attachments using OO hierarchy reflecting FBO
- handling MSAA and blitting
- no FBO destruction for reconfig (attach/detach)
- New GLFBODrawableImpl impl. an FBObject based GLDrawable
- Instantiated by a dummy native surface (onscreen and invisible)
hooked up to a dummy GLDrawable, which is the delegation for context creation.
- Utilizies ProxySurface.UpstreamSurfaceHook for dummy surface
avoiding specialization for native platforms.
- TODO: Allow to utilize common surface interface as a
dummy-surface to supporting API seperation of
windowing/GL. The latter allows impl. of createGLDrawable(NativeSurface)
with FBO.
- New OffscreenAutoDrawable (extends GLAutoDrawableDelegate)
for all offscreen drawables. Shall replace GLPbuffer.
- New GLCapabilities*.isFBO() / setFBO(boolean) to request FBO offscreen,
similar to isPBuffer(). Rule: if both are requested, FBO shall be favored.
- GLContext adds raw FBO availability query (min. FBO avail),
FBObject contains fine grained queries (TODO: Move parts to GLContext for efficiency).
- Add framebuffer tracking, allowing fast querying:
- GLBase/GLContext:
public int getBoundFramebuffer(int target);
public int getDefaultDrawFramebuffer();
public int getDefaultReadFramebuffer();
- GLContextImpl
public final void setBoundFramebuffer(int target, int framebufferName)
.. called by GL impl bind framebuffer
- GL: getDefaultDrawFramebuffer(), getDefaultReadFramebuffer()
Adding default framebuffer queries being issued by
GL.glBindFramebuffer(target, 0) w/ a default framebuffer, o.e. zero.
This allows a transparent use of a custom FBO even in case the applications
attempts to reset FBO to zero.
Value flow: GL <- GLContext <- GLDrawable,
- GLCapabilities handle fbo/pbuffer seperate, don't disable the other
- GLContext/GL track read/write framebuffer to be queried by FBObject
to determine whether to bind/unbind a framebuffer
- Test cases for multiple FBO w/ and w/o MSAA
Other Features:
- New interface ProxySurface.UpstreamSurfaceHook,
allowing to hook an upstream surface of unknown type
providing lifecycle and information (size, ..) callbacks.
Used for all new dummy NativeSurface impl and SWT GLCanvas.
- GLContext -> GLDrawable propagation context/drawable lifecycle
via ProxySurface.UpstreamSurfaceHook allowing dynamic resources
to react (create, init, ..)
- contextRealized()
- contextMadeCurrent()
- SurfaceChangeable -> MutableSurface
currently only contains setting the surface handle.
TODO: May need to move ProxySurface.UpstreamSurfaceHook -> MutableSurface.UpstreamSurfaceHook,
allowing other impl. classes (NEWT OffscreenWindow) to utilize the new
upstream hookup mechanism - will allow FBO/Dummy window to work.
- SWT GLCanvas using ProxySurface.UpstreamSurfaceHook for proper size
propagation.
- New GLAutoDrawable::getUpstreamWidget(), allowing GLEventListener
to fetch the owning Java side UI element (NEWT, SWT, AWT, ..).
- GLDrawableFactory: Removed createOffscreenSurface() - unused and not GL related
- EGLDrawableFactory handles device/profile avail. mapping
while actually creating context/drawable.
This allows us to learn whether the ES context is software/hardware as well as FBO avail.
- EGLDrawable: Removed secret buckets of EGL configs :)
Employ native surface (X11, WGL, ..) to EGL 'mapping' in
EGLDrawableFactory utilizing new EGLUpstreamSurfaceHook (implements ProxySurface.UpstreamSurfaceHook).
Other Bugs:
- Add CTX_OPTION_DEBUG to ctx/extension cache key since only a debug ctx
may expose the ARB debug capability.
This bug caused lack of ARB/AMD debug functionality.
- Fix GLProfile deadlock (debug mode, w/ EGL/ES, no X11),
dump availability information _after_ lock.
- ImmModeSink draw(): Use GL's glDrawElements(..), don't cast for GL2ES1.
Fixes use for GL2ES2.
- Fix KeyEvent.getKeyChar() comment (-> only stable for keyTyped(..))
Misc:
- Refined alot of API doc
- New GLExtensions holds commonly used GL extension strings,
allows better referencing and usage lookup.
- Move GL (interface) decl. to GLBase
- GLBuffers: Cleanup API doc (format, types)
- TextureIO: Add PAM and PPM static suffix identifier
- GLCapabilities getNumSamples() returns 0 if sampleBuffers is disabled, this seems to be more natural.
- finalized a lot
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exceptions. Handles also XAWT BadMatch X_SetInputFocus.
X11ErrorHandler code now dumps proper information about the opcode and error message and the running Java thread.
Having propery "nativewindow.debug.X11Util.XErrorStackDump" or "nativewindow.debug=all' set,
a stack trace is dumped.
Since the X11ErrorHandler may catch an XAWT error: BadMatch X_SetInputFocus,
we cannot throw an exception and better keep running.
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window order on main-thread.
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- NEWT/WindowImpl:
- 'void windowDestroyNotify()' -> 'boolean windowDestroyNotify(boolean force)', allowing to signal a forced close,
as well as replying whether the window has been closed. (called by native code)
- destroy(): set states before releasing the window lock
- NEWT/X11: Pass windowDeleteAtom for reconfigure window, in case of reparenting child to top-level
- NEWT/OSX:
- Add 'BOOL windowShouldClose()' impl., ie. having a chance to reject the close attempt
- Common impl. for 'windowShouldClose' and 'windowWillClose' -> 'windowClosingImpl'
utilizing new 'windowDestroyNotify' code (see above).
Fixes bug 560.
- NEWT/JOGLNewtApplet1Run: Refine out-of browser window behavior for window-close button
- default: move NEWT window back to browser parent
- closeable: close NEWT window
- jogl-test-applets: Add NApplet-Closeable test (Applet out-of browser window is closable)
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Use window-static instances for runnable actions
NEWT General/X11: Decouple setFullscreen() and setAlwaysOnTop()
- X11 fullscreen/above: Don't assume 'always-on-top' if switch to fullscreen.
- WindowImpl: Remove relation between 'always-on-top' and fullscreen
when quering and switching.
Use window-static instances for runnable actions
- Removes temp objects for EDT runnables
- Uses synchronization on action instance to avoid concurrency
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