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* Reduce the use of xml brackets to reduce potential hudson/junit xml parser ↵Sven Gothel2010-11-256-14/+14
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* Refined VersionInfo usageSven Gothel2010-11-252-5/+17
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* Relax GLAnimatorControl, ie remove fail fast for start()/stop(), return ↵Sven Gothel2010-11-251-8/+8
| | | | (boolean)success instead.
* cleanup importsSven Gothel2010-11-251-7/+0
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* Fix GLCanvas Recreation - Regression 96af6c9bf2d683115996Sven Gothel2010-11-251-0/+183
| | | | | | | | | | | | | | | | | | | | | | | | | | 96af6c9bf2d683115996 moved the creation of the AWTGraphicsConfiguration, GLDrawable and GLContext to the GLCanvas constructor. This disabled recreation, removeNotify()/addNotify() after 1st addNotify(), since the drawable/context were already set to null. Smart recreation, ie not destroying the resources completly: 1 - drawable 2 - context 3 - AWTGraphicsConfiguration's Device (X11: Display) is not possible, since removeNotify() is the only destroy notification we have from AWT, which would leave the above resources open -> leak. This is especially true for (3), since the device is created 'on the fly'. In NEWT we use lazy creation/destroy and are able to keep the references alive. A remodelling of AbstractGraphicsConfiguration would be required, which indeed would be overkill. Simple solution is to move the creation block back to addNotify() but before 'super.addNotify()', since it needs our chosen AWTGraphicsConfiguration. Also flagging sendReshape in addNotify(). Added test case com.jogamp.test.junit.jogl.awt.TestAWT03GLCanvasRecreate01.
* Ignore TestGearsGLJPanelAWT, not ready yetv2.0-rc1Sven Gothel2010-11-231-1/+2
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* GLSL unit test timeout -> 60sSven Gothel2010-11-232-4/+4
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* Add GLJPanel test (works better in jogl-demos though, need to copy)Sven Gothel2010-11-232-3/+129
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* Fix TestTransformFeedbackVaryingsBug407NEWT GLContext makeCurrent race conditionSven Gothel2010-11-231-0/+2
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* JOGL/Junit: Refine TestTransformFeedbackVaryingsBug407NEWT, Add another ↵Sven Gothel2010-11-235-76/+633
| | | | simple GLSLShader test.
* TestTransformFeedbackVaryingsBug407NEWT: Fix class name and clarify outputSven Gothel2010-11-221-4/+4
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* GLAnimatorControl pause()/resume() don't fail fast, return a boolean instead ↵Sven Gothel2010-11-222-6/+6
| | | | to simplify usage.
* JOGL/NEWT: Animator fixesSven Gothel2010-11-214-54/+104
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Consider use cases with many drawables and no drawables at start, this had to be reflected all over this patch set, implementation, usage and test cases. - GLAnimatorControl - refine API doc / states - add 'void remove(GLAutoDrawable drawable);' - Animator*: - using RecursiveLock 'stateSync' for all actions out of the big synchronized (animator) block: - get status methods (thread, isPaused, ..), hence no more synchronized - display drawables change, utilizing synced ArrayList swap This removes the need for volatiles usage shouldPause/shouldStop within the display method. - added blocking wait for state change for add(GLAutoDrawable)/remove(GLAutoDrawable) method - remove flawed double checked locking in anim thread (pause/idle condition) - thread is now a daemon thread, hence it won't hinder the JVM from shutdown - - Animator use change: - Always resume after pause, except in case of final destroy -> NEWT invalidate / GLCanvas, this considers use cases with many drawables and no drawables at start. - GLDrawableHelper: Don't pause at implicit dispose()
* JOGL/AWT: Fix ~ 2 year old regressions: Choose & Use GraphicsConfiguration ↵Sven Gothel2010-11-187-5/+431
| | | | | | | | | | | | | | for Canvas. ; Adding FSAA test. Canvas/X11: The Canvas GraphicsConfiguraton should be chosen before the native peer is being created. Choosing AWT GraphicsConfiguration (all platforms): Don't filter our capabilities with 'AWTGraphicsConfiguration.setupCapabilitiesRGBABits(capsChosen, gc)', not necessary (see above) and it would remove ourrequired alpha channel. Canvas display(): Don't render if drawable is not realized (yet).
* Finishing Immutable changes including GLCapabiltiesImmutable.Sven Gothel2010-11-175-17/+17
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* NEWT X11Display: ignore null Display handle at dispatchSven Gothel2010-11-171-10/+33
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* Merge branch 'pulled'Sven Gothel2010-11-173-13/+13
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| * Implement CapabilitiesImmutable to indicate that getRequestedCapabilities() ↵Steve Vaughan2010-11-173-13/+13
| | | | | | | | and getChosenCapabilities() return immutable instances. Add cloneCapabilities() to create a mutable clone of an immutable set of capabilities.
* | cleanup importsSven Gothel2010-11-172-12/+0
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* | GLWindow becomes NEWTEventConsumer (missed that one) ; Adding test for ↵Sven Gothel2010-11-171-0/+118
|/ | | | | | | NEWTEventConsumer and AWTTreeLock The unit test for NEWTEventConsumer and AWTTreeLock, tests previous commit 'JAWTWindow: Avoid AWTTreeLock' b0b1e3fb9c0f915cdf8d237c0f61a9d08ca83b01
* NEWT Lifecycle remodel: Window destroy() !Sven Gothel2010-11-1627-277/+202
| | | | | | | | | | | | | | | | | | | | | | | NEWT's removed: Window: destoy(boolean unrecoverable) Display/Screen: get/set DestroyWhenUnused(boolean) We behave as follows: - Window.destroy() always decr Screen's reference counter, which issues destruction when reached zero. Then Screen does the same for Display .. - Window.destroy() keeps alive all references, hence it can be always recreated via setVisible(true). - Window.destroy() ensures Display's EDT is stopped if display is destroyed. - Window.invalidate() actually removes all Object reference, hence it cannot be recreated or used after it. This method exist to support a way to cleanup memory, GC. All test passed on Linux/X11 and Windows
* NEWT: Cleanup reparent (window resize/display) ; AWT Focus Tests: Bring back ↵Sven Gothel2010-11-152-15/+8
| | | | AWT wait period.
* NEWT: Make setVisible/reparentWindow return status more reliable ↵Sven Gothel2010-11-156-84/+38
| | | | | | | (visibility, displayed) Ensure that at least one frame has been rendered after returning from the functions. This removes the hack of polling a while for a rendered frame.
* JOGL: Complete eager and lazy mapping of GLProfiles in respect to multiple ↵Sven Gothel2010-11-143-0/+439
| | | | | | | | | | | | | | device. AbstractGraphicsDevice's 'connection' and 'type' attribute is used as a unique key to map GLProfiles and GLContext's major/profile -> major/minor/profile mapping. Eager initialiaztion as well as lazy is supported to maintain a simple API. This is currently tested on X11, where one app display NEWT/GL window and content on the local and remote device. See TestRemoteWindow01NEWT.java and TestRemoteGLWindows01NEWT.java
* import cleanupSven Gothel2010-11-141-10/+7
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* GlueGen JogampVersion Adaption (getInfo -> toStringBuffer/toString)Sven Gothel2010-11-141-1/+1
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* Adapt to GlueGen Version changes; Adding NativeWindowVersion, JoglVersion ↵Sven Gothel2010-11-121-11/+2
| | | | | | | | | and NewtVersion. Adapt to GlueGen Version changes: b735755815312b5fe2c003642de60711be1cd645 .. 556c7e70d3d57aa99b5787b1e4d8a7b1c299ed3f Show information of all subcomponenet.
* increase time per test from 500ms to 1sSven Gothel2010-11-041-1/+1
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* AWT create/destroy shall run on EDT as wellSven Gothel2010-11-041-11/+4
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* Seperated unit tests (newt/awt/headless) and cleaned up some imports and ↵Sven Gothel2010-11-048-64/+30
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | comments Seperated unit tests (newt/awt/headless) - no more *CORE* tests - junit.run.newt.headless: all NEWT headless (no-AWT) tests, without any AWT classes and with -Djava.awt.headless=true. Disabled for 'isOSX'. - junit.run.newt: all NEWT non AWT tests (same as above), but with full AWT. This test is not enabled via junit.run. Disabled for 'isOSX'. - junit.run.awt: all AWT tests without NEWT - using newt.event.jar to add AWT agnostic NEWT event adapter - junit.run.newt.awt: all NEWT + AWT tests - junit.run: junit.run.newt.headless,junit.run.awt,junit.run.newt.awt - swizzling around a few tests to achieve the above: TEST rules: - A runnable unit test must start with 'Test' - Only pure NEWT tests must have 'NEWT' in their name - AWT tests must have 'AWT' in their name. - AWT + NEWT tests must have '.newt.' in their package name, hence - Pure AWT tests (without NEWT) must not have '.newt.' in their package name
* Fix focus test for windows: increase mouse click start delay, so previous ↵Sven Gothel2010-11-023-23/+3
| | | | focus click won't be counted
* Added Rotation testSven Gothel2010-11-012-50/+114
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* Using GLCanvas _and_ NEWT side by side currently causes a deadlock in AWT ↵Sven Gothel2010-10-291-0/+7
| | | | with AMD drivers
* JOGL: HashMap ProcAddressTable for all GL profiles incl GLX/WGL/CGL/EGLSven Gothel2010-10-291-11/+1
| | | | | | | Reduce (performance/footprint) overhead of ProcAddressTable recreation, instead use a hashmap (major, minor, profile) -> ProcAddressTable. Remove GL2ES12 implementation profile, redundant.
* Test: Add new Display Lifecucle testSven Gothel2010-10-291-0/+391
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* Tests: Accomodate previous changes plus using AWT EDT for setVisible() as well.Sven Gothel2010-10-2911-149/+81
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* Animator Fix/CleanupSven Gothel2010-10-283-12/+20
| | | | | | | | | | | | | | | | | | | | | | - Fix AnimatorBase: Finally using 'com.jogamp.opengl.util.AWTAnimatorImpl', wrong FQN lead to never use it, hence deadlock in case of AWT usage (AWT-EDT). - Animator - remove volatile for synced state isAnimated - new state isPaused, since shouldPause give the wrong answer for isPaused() - Cleanup wait condition for lifecycle tasks (start/stop/pause/resume) - 'AnimatorImpl' -> 'DefaultAnimatorImpl implements AnimatorBase.AnimatorImpl' - 'AWTAnimatorImpl implements AnimatorBase.AnimatorImpl', hence no derivation of a complete overwritten AnimatorImpl needed. - GLWindow.destroyActionPreLock() - Stop animator if unrecoverable, else pause only. Tests: - No explicit animator stop, hence tests implicit stop/pause by GLDrawableHelper and/or GLWindow.
* WindowImpl/GLWindow LifecycleHook:Sven Gothel2010-10-273-56/+65
| | | | | | | | | | | - 'destroyAction' -> 'destroyActionPreLock' 'destroyActionInLock', to be able to stop animation before locking. GLDrawableHelper.invokeGL() dispose case (initAction == null): - pause animator if animating before makeCurrent (locking) GLCanvas/GLJPanel dispose: recreate case - resume animator if was animating
* TestSwingAWTRobotUsageBeforeJOGLInitBug411: Verbosity, proper destroy sequenceSven Gothel2010-10-271-3/+15
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* Analysis of glXMakeCurrent freeze on ATI fglrx 8.78.6; Misc ..Sven Gothel2010-10-261-4/+73
| | | | | | | | | | | Analysis of glXMakeCurrent freeze on ATI fglrx 8.78.6 - Workaround in TestGLWindows01NEWT: same create/destroy order - Prove bug with simple native test app: jogl/test/native/displayMultiple02.c Misc: - Reverted d52181032830acdd5e4069a41ccd0daff5922d8a, ie reenable x11IOErrorHandler (nativewindow) - GLDrawableHelper: methods -> final - X11Util.NamedDisplay: remove unused RecursiveLock, Cloneable
* X11Util: lock toolkit/x11 unificationSven Gothel2010-10-261-9/+1
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* NEWT: ScreenMode changesSven Gothel2010-10-265-397/+289
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | - New type definition: ScreenMode { MonitorMode { SurfaceSize { Resolution, bpp }, ScreenSizeMM, refreshRate }, rotation }, where Resolution and ScreenSizeMM are of type DimensionReadOnly - ScreenMute instance is - immutable - hashable - cloneable The above allows fast query and storage w/o redundancies. More than 300 modes via permutation could be expected. ScreenMode impl. changes: ScreenImpl: To be implemented methods by native specialization: - protected int[] getScreenModeFirstImpl() - protected int[] getScreenModeNextImpl() - protected ScreenMode getCurrentScreenModeImpl() - protected boolean setCurrentScreenModeImpl(ScreenMode screenMode) The data unification etc is implemented generic using ScreenModeUtil and the 'int[]' streaming. ScreenModeStatus holds all ScreenMode related data and provides a locking strategy. ScreenModeListener provides a callback facility for ScreenMode change events. - Screens listen to ScreenModeStatus, so all FQN referenced Screen's receive the change. - Windows listen to Screen, to take appropriate action for the event (fullscreen, reshape). Misc: - Screen/Display: promoting 'addReference'/'removeReference' to public interface, so a user may trigger construction/destruction (-> junit tests, plus other clients than WindowImpl). - Gears: 'setSwapInterval' at 'reshape' instead of 'init', so it's reset when ScreenMode is changing. -
* Make ScreenMode public, ie move from newt.impl to newt.Sven Gothel2010-10-212-2/+2
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* Merge branch 'master' of http://github.com/sgothel/joglRami Santina2010-10-216-70/+307
|\ | | | | | | | | | | | | | | | | | | | | 18bf27fa86da1f26fd085565f501736816d2f2e9 Conflicts resolved: src/newt/classes/com/jogamp/newt/impl/WindowImpl.java src/newt/classes/com/jogamp/newt/impl/windows/WindowsWindow.java src/newt/classes/com/jogamp/newt/impl/x11/X11Window.java src/newt/native/WindowsWindow.c src/newt/native/X11Window.c
| * NEWT: Fix / Stabilize Fullscreen/Decoration/Reparenting Mode ChangesSven Gothel2010-10-216-70/+307
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | - setSizeImpl/setPositionImpl/reparent -> reconfigureWindowImpl - setVisible(boolean) is state checked (500ms) for better reliability on resource creation. Guarantees valid surface. - reparentWindow: start pos of child -> top is current position on screen - reparentWindow: Recheck success (setVisible), if failed fall back to recreate, which gets rid of a lost child windows (1/20) .. - reparentWindow: if size failed, reconfigure for size again - add toggle decoration - unify nfs_ size/pos state - WindowsWindow.c/X11Window.c: Unify size/pos settings - X11Window.c: - NewtWindows_setFullscreen: use 'root of screen' instead of 'default root of display' - Adding SubstructureNotifyMask incl event semantics - Parse ReparentNotify (debugging of reparenting) Misc: - Add native getLocationOnScreen() impl to avoid possible AWT deadlock - setSize/setPosition/setFullScreen -> EDT - More documentation on expected native implementation semantics
* | Added Windows Impl for ScreenMode and rotation change; Windows Fullscreen HintRami Santina2010-10-202-45/+41
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Added windows implemenation for screen mode change lifecycle and screen rotation screen modes. +++++++++++ Added getHighestAvailableRate() to Screen mode as a helper function which loops over the available rates of this screen mode and returns the highest available. Added toString impl to ScreenMode. +++++++++++ Unit Tests: TestScreenMode01NEWT,TestScreenMode02NEWT are modified adding the gears as GL event listeners. +++++++++++ Notes: 1- Screen modes with bits per pixel values not same as current are currently filtered out. 2- Since windows stores the Display settings differently you will see some duplicate values which the documentation says is usual. These modes are not filtered out in getScreenModes(). Keeping values same as provided from windows enum. 3- BitsPerPixel is currently natively read on windows only.
* | Added Screen Rotation manipulation API (with X11 impl)Rami Santina2010-10-182-21/+288
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Added screen rotation change capability with impl for X11 (using Xrandr) com.jogamp.newt.Screen: added 2 methods which cover screen roation lifecycle setScreenRotation(int rot): Change the Screen Rotation to one of the rotations defined in ScreenMode, namely: ROTATE_0, ROTATE_90, ROTATE_180, ROTATE_270 int getCurrentScreenRotation(): Get the Current screen rotation returns -1 if not implemented natively. +++++++++++++++++++++++++ Notes: 1- At init the original rotation is called natively and cached, when screen is destroyed the rotation is reverted. 2- On X11 with Nvidia: you need to edit /etc/X11/xorg.conf: Add the following line: Option "RandRRotation" "on" in Section "Device" after BoardName. +++++++++++++++ Added TestScreenMode02NEWT which includes 4 tests 1- Rotate 90 2- Rotate 180 3- Rotate 270 4- Rotate with screen mode change should fail if screen rotation not implemented natively. (4) withh fail if screen mode not impl natively as well.
* | Screen Mode manipulation API (with X11 impl) ; X11 Fullscreen implRami Santina2010-10-171-0/+276
|/ | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Added screen mode change capability with impl for X11 (using Xrandr) com.jogamp.newt.Screen: added 4 methods which cover screen mode lifecycle ScreenMode[] getScreenModes(): Get list of available screen modes returns null if not natively implemented. On first call will fetch the list thru a set of native calls and stores them in the ScreenModeState. Consequent calls will retreive the data from the ScreenModeStatus object. Native calls are done on creation stage, so subsequent API calls will return cached data. int getDesktopScreenModeIndex(): Get the Current Desktop Screen mode index returns -1 if functionality not natively implemented. The index returned refers to the screen mode location in the ScreenMode array. Used to get initial mode for reverting back. Initial call will retreive the mode thru a native call (done on initialization), subsequent API calls will retreive it from the ScreenModeStatus object. Note: If Window is closed without reverting back and screen is set to unreachable. The api will revert the screen. A call to destoy(unreachable) is needed for revert to take place on close windowDestroyNotify(WindowEvent e) { ... window.destroy(true); } short getCurrentScreenRate(): Get the current screen rate returns -1 if not natively implemented. Used along with getDesktopScreenModeIndex You can identify the current screen mode (w x h) and the rate. Initial call will retreive the mode thru a native call (done on initialization), subsequent API calls will retreive it from the ScreenModeStatus object. void setScreenMode(int modeIndex, short rate): change the screen mode to the mode index which refers to one of the screen modes retreived by getScreenModes() and a rate which can be one of screenModes.getRates(). If the rate provided doesnt belong to the list of available rates the first rate is chosen. build-newt.xml: Added header files generation for Screen and Display Added Xrandr syslink to x11 based builds. +++++++++++++ Fullscreen for X11Window: Added Fullscreen WM Hint for X11Window. Event of Fullscreen is sent to the display root. When changing to fullscreen the request is send after configuring the window otherwize before decoration. Not Stable yet, needs tweeking on other Linux dist. Window looses focus after switching to fullscreen mode. +++++++++++++++ Added TestScreenMode01NEWT which includes 4 tests 1- Fullscreen change mode 2- Screen mode change 3- Screen change with fullscreen (revert screenmode then revert fullscreen) 4- Screen change with fullscreen (revert fullscreen then revert screenmode) should fail if not screenmode not implemented on platform. +++++++++++++++ Cleaned up some unused imports
* JOGL: Reenable Applet/Webstart/RCP support for JOGL + AWT + X11Sven Gothel2010-10-1431-148/+118
| | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | Changed GLProfile/NativeWindowFactory/.. initialization methodology: GLProfile: public static synchronized void initSingleton(final boolean firstUIActionOnProcess); NativeWindowFactory: public static synchronized void initSingleton(final boolean firstUIActionOnProcess); +++ Introducing NativeWindow ToolkitLock, implementations are NullToolkitLock JAWTToolkitLock X11JAWTToolkitLock X11ToolkitLock AbstractGraphicsDevice provides generic global toolkit locking methods, implemented by the ToolkitLock interface. ToolkitLock's are aggregated in NativeWindow's DefaultGraphicsDevice to implement it's superclass lock()/unlock() methods. This enables a device specific locking strategy, ie on X11/AWT utilizing JAWT && X11 locking, and maybe none for others (NEWT). No locking is required for X11 / AWT, in case the above mentioned initialization happened as a 'firstUIActionOnProcess'. The ToolkitLock factory is currently a hardcoded part of NativeWindowFactory. We may have to allow 3rd party NativeWindow implementations to register custom ones. +++ com.jogamp.opengl.impl.GLDrawableImpl cleanup: Dealing with all locking code, providing all public methods. Exceptions are commented. Specializations x11/windows/.. only contains platform code. Pulled down access qualifiers if possible public -> protected. com.jogamp.nativewindow.impl.x11.X11Util Wrapping all X11Lib method with the new locking code. com.jogamp.nativewindow.impl.jawt.JAWTUtil Utilize global SunToolkit.awtLock() is available, the fallback to global JAWT.lock(). The latter just invokes the first. javax.media.nativewindow.awt.AWTGraphicsDevice setHandle(long handle) -> setSubType(String type, long handle) which also resets the ToolkitLock respecting the new type. This ensures correct locking after the sub type has been determined, ie AWT using an X11 peer. +++ Misc Changes done on the way .. GLCanvas: Fixed inversed this.drawableHelper.isExternalAnimatorAnimating() condition, which disabled normal repaint. GLJPanel: Removed drawableHelper.isExternalAnimatorAnimating() condition, which disabled painting, since the animation thread just updates the source image. NEWT WindowImpl: When reparenting back to parent and 'refit' child if it's size exceeds it's parent. More 'Fix: Memory consumption' commit 6ced17f0325d5719e992b246ffd156e5b39694b4. NEWTEvent: Removed code to evaluate the 'system event' attribute, need to find a better approach.
* Fix: Memory consumptionSven Gothel2010-10-141-0/+128
| | | | | | | | | | | | | | | | Observing memory consumption showed: 1 - 'traceLock' debug stack traces (GLContextLock) 2 - massive Iterator usage (1) is fixed, ie only enabled in DEBUG mode, like we have done in RecursiveLock before (2) Using an Iterator on ArrayLists with a low element count < 100, as it is usual in our use cases, is observed not to be faster than accessing the elements via an index (-> TestIteratorIndexCORE.java ). On the contrary, the index implementation was a bit faster. Further more, these Iterators were massively used on the fly during animation, hence their memory managment even impacts fluent processing/animation. Recoded all animation related (display, surfaceUpdated, ..) loops using an index.
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