| Commit message (Collapse) | Author | Age | Files | Lines |
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AWTGLPixelBuffer
GLJPanel must validate whether it's local BufferedImage's DataBuffer is sourced
by the current singleton AWTGLPixelBuffer.
Case:
GLJPanel-B has created a new singleton AWTGLPixelBuffer w/ increased size.
Previous created GLJPanel-A's local BufferedImage's DataBuffer is no more sourced
by the singleton AWTGLPixelBuffer and hence must be re-created.
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periodically)
As suggested: Employ synchronization on lifecycle actions _and_ perform destroyImpl(..) always on AWT-EDT to avoid a deadlock.
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Version if requested context or string-version is >= 3.0
.. otherwise, spec doesn't require integer based version to work!
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to fix event validation for offscreen mode (OSX/CALayer)
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Consume AWT KeyEvents in downstream mode; Test respects 'consumed' key events.
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multiple threads; Fix Bug 892: Reduce Focus Hopping
Since we manage focus key traversal ourselves w/o requiring the AWT
component to have the focus[1],
we simply can drop requesting the focus for 'focus hopping' NEWT -> AWT -> NEWT[2].
Further more, 'MenuSelectionManager.defaultManager().clearSelectedPath()'
must be performed on AWT-EDT w/o blocking. Otherwise it may perform blocking tasks on AWT-EDT.
[1] Commit cb7118fc875b6722803e4b11d5681671962a8d3a
introduced function to query the next or previous 'to be focused' component:
AWTMisc.getNextFocus(..) .. etc.
[2] Focus hopping is also addressed in Bug 892
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- Support 'Continue Drag on Exit'
- Track dragging operation, allow exterior dragging
- Hence track EXIT (see below)
- Windows:
- Capture mouse for exterior dragging
- Only 'NewtWindows_trackPointerLeave' if 'entering'
- Simplify touch: No 'inside' check - Not required.
- Consistent Mouse ENTER/EXIT
- Track ENTER/EXIT and synthesize if required, drop duplicate
- OSX benefits, since it never produced ENTER/EXIT events
- AWT (or other TK) translated events beahve equal now.
- Required for EXIT event after ending exterior dragging and final RELEASE
Tests: Passed unit tests 'junit.run.newt.event' on
- GNU/Linux
- Windows7
- OSX 10.7
Tested exterior tracking manually w/ NEWT TestGearsES2NEWT and TestGearsES2NewtCanvasAWT:
- GNU/Linux
- Windows7 (mouse)
- Windows8.1 (touch)
- OSX 10.7
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by default (2/2)
Property 'jogl.gljpanel.noverticalflip' will set the skipGLOrientationVerticalFlip default to true - intended for perf. testing of existing applications
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offscreen backend
Add new GLJPanel method 'setSkipGLOrientationVerticalFlip(..)':
/**
* Set skipping {@link #isGLOriented()} based vertical flip,
* which usually is required by the offscreen backend,
* see details about <a href="#verticalFlip">vertical flip</a>
* and <a href="#fboGLSLVerticalFlip">FBO / GLSL vertical flip</a>.
* <p>
* If set to <code>true</code>, user needs to flip the OpenGL rendered scene
* <i>if {@link #isGLOriented()} == true</i>, e.g. via the PMV matrix.<br/>
* See constraints of {@link #isGLOriented()}.
* </p>
*/
public final void setSkipGLOrientationVerticalFlip(boolean v) {
GearsES2: Handles 'flipVerticalInGLOrientation'
Unit test 'TestPerf001GLJPanelInit02AWT' validates and measures performance.
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moves between two JFrame
When JAWTWindow's visibility tracker updates component's local visibility,
it should read it's local visibility state instead 'trusting' the passed state.
Make JAWTWindow's visibility tracker DEBUG output more brief for readability.
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position .. (to be refined)
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NewtCanvasAWT
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simple 'synchronized' on Animator for field-get, which is already used in most methods
Utilizing a 2nd synchronization object 'stateSync' besides the main sync object, Animator itself,
is hard to maintain. It's performance advantages for querying states ae questionable and may even
introduce bugs.
Use synchronization on Animator instance for all field read/write access.
Fix unsynchronized write access of 'animThread' in Animator.MainLoop.run().
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in !blocking mode, i.e. notifyAll() if waitCondition holds and test again
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Validate isGLES*() usage and definition ; Add and use ShaderCode.createExtensionDirective(..)
- Fix GLES3 Profile Mapping, i.e. GL2ES2 queries and mappings
- GLProfile: Add GL2ES2 -> ES3 mapping
- EGLContext: Reuqest major '3' for ES3
- EGLGLCapabilities/EGLGraphicsConfiguration: Consider EGLExt.EGL_OPENGL_ES3_BIT_KHR
- Validate isGLES*() usage and definition
- Fix BuildComposablePipeline's isGLES() code
- For GLSL related queries use isGLES() instead of isGLES2(),
which would exclude ES3
- Add and use ShaderCode.createExtensionDirective(..)
- Supporting creating GLSL extension directives while reusing strings from GLExtensions
- Minor cleanup of GLContextImpl.setGLFuncAvail(..)
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user to trigger backend initialization eagerly and offthread (optional, !WINDOWS)
TestPerf001GLJPanelInit02AWT compares all variations: no-gl, glcanvas, gljpanel and gljpanel-initMT (offthread)
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'choose' only and 'full' offscreen-drawable w/ context
test01ChooseOnly exposes X11/GLX perf. enhancement of 613e33ee8ffc1f2b9c5db1e1b5bb5253a159ed6d:
PRE CHANGE:
++++ UITestCase.setUp: com.jogamp.opengl.test.junit.jogl.perf.TestPerf001RawInit00NEWT - test01ChooseOnly
INIT START #0
Run: 0, count 50/50 raw:
choose 503/t 10.06/1
INIT END #0
INIT START #1
Run: 1, count 50/50 raw:
choose 384/t 7.68/1
INIT END #1
INIT START #2
Run: 2, count 50/50 raw:
choose 344/t 6.88/1
INIT END #2
POST CHANGE:
++++ UITestCase.setUp: com.jogamp.opengl.test.junit.jogl.perf.TestPerf001RawInit00NEWT - test01ChooseOnly
INIT START #0
Run: 0, count 50/50 raw:
choose 49/t 0.98/1
INIT END #0
INIT START #1
Run: 1, count 50/50 raw:
choose 43/t 0.86/1
INIT END #1
INIT START #2
Run: 2, count 50/50 raw:
choose 38/t 0.76/1
INIT END #2
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Even though the test case itself cannot show the proper initialization time,
it can be used w/ an attached profiler i.e.
Test w/ 50 X11GLXGraphicsConfigurationFactory.chooseGraphicsConfigurationFBConfig() invocations:
- pre change: 1.708 ms
- post change: 650 ms (613e33ee8ffc1f2b9c5db1e1b5bb5253a159ed6d)
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613e33ee8ffc1f2b9c5db1e1b5bb5253a159ed6d to EGL and WGL.
Note: WGL config query is already performed as a bulk operation.
Note: OSX does not perform such queries.
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and let it fail there instead of within impl. class, only pass the handle - simplifies and removes redundancy.
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multiple media textures (Android) or shared GL context are not usable.
- GLMediaPlayer:
- TEXTURE_COUNT_MIN is the new minimum: '1' - i.e. no multithreading, single threaded player
- TEXTURE_COUNT_DEFAULT is '4' - multithreaded
- GLMediaPlayerImpl:
- Add Single threaded mode, but perform initStreamImpl(..) off-thread.
-
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expecting exception w/ core profile!
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(spec doesn't mention it, and it does not show results w/ CPU sourced rendering) ; Clean up GLBuffer*Tracker
+ * Note that VAO initialization does unbind the VBO .. since otherwise they are still bound
+ * and the CPU_SRC test will fail!<br/>
+ * The OpenGL spec does not mention that unbinding a VAO will also unbind the bound VBOs
+ * during their setup.<br/>
+ * Local tests here on NV and AMD proprietary driver resulted in <i>no ourput image</i>
+ * when not unbinding said VBOs before the CPU_SRC tests.<br/>
+ * Hence Bug 692 Comment 5 is invalid, i.e. <https://jogamp.org/bugzilla/show_bug.cgi?id=692#c5>,
+ * and we should throw an exception to give users a hint!
Leaving uncommented code in GLBufferStateTracker ..
+++
- Clean up GLBuffer*Tracker
- Use final
- Use static final keyNotFound value.
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manually in close0()
Release NewtMacWindow manually in close0()
- Mark [NewtMacWindow setReleasedWhenClosed: NO] in init0(..)
- Release NewtMacWindow manually in close0(..)
Check pointer args in close0(..)
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GLCapabilitiesChooser instead of GLProfile, allowing using same or similar caps - important for sharing ctx
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'out of memory' and saves most of the time; Also run test exclusively.
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reduce footprint for the masses.
Remove the ubuntu fonts from atomic/jogl-util-graph.jar and hence all derivated 'all' JAR files.
The Android jar files still contain the fonts as assets!
atomic/jogl-util-graph-fonts-p0.jar contains the fonts and is either referenced by:
- UbuntuFontLoader: Using class based Jar URI derivation using TempJarCache to [down]load
and extract the jar file (similar to native lib-loading).
- Explicitly via traditional classpath, see jnlp-files/jogl-applet-runner-newt-GraphTextDemo01b-napplet.html
The pack200 jogl-all.jar file is now below 1MB
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better unit test lookup
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to lifecycle considerations ; GearsES2: Add glFinish() after init().
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stability constraints' ; Fixing Test cases: Enable all, GearsObject*: Check VBO
- GLSharedContextSetter API Doc: No 'Driver stability constraints'
- No driver issues ..
- Use 'Lifecycle Considerations' to describe usage issues ..
- Fixing Test cases: Enable all, GearsObject*: Check VBO
- GearsObject* needs to check whether VBO is 'still alive'
if sharing is enabled.
- Enable all unit tests.
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order) ; Fix unit tests (Shared Gears, wait for created context and destruction order)
- Add note about driver stability (destruction order)
- See GLSharedContextSetter: Don't destroy master context before slaves!
- Fix spec-overview.html#SHARED links, add link to GLSharedContextSetter in SHARED subsection.
- Fix unit tests (Shared Gears, wait for created context and destruction order)
- The GearsObject sharing was completly bogus!
It simply used the _same_ GLArrayDataServer instance for sharing,
but it should use a _copy_ of the shared GLArrayDataServer while
only preserving the VBO object!
Fixed, while adding required methods to GLArrayDataServer.
- Waiting for the created GLContext of a GLAutoDrawable required us
to pass the latter _and_ check whether it's GLContext exists and is natively created.
- Accomodated the destruction order - see above!
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; Fix GLContext memory contract (volatile)
(Unit test remarks see below)
- Add shared GLContext queries
- Refined GLContextShareSet:
- Use IdentityHashMap since GLContext's can only be identical w/ same reference (footprint, performance)
- Add API doc for clarification
- Add methods:
- ArrayList<GLContext> getCreatedShares(final GLContext context)
- ArrayList<GLContext> getDestroyedShares(final GLContext context)
- Use 'final' where possible
- Add GLContext methods:
- boolean isShared()
- List<GLContext> getCreatedShares()
- List<GLContext> getDestroyedShares()
- Add GLSharedContextSetter interface defining setting a shared GLContext
directly (GLContext) or via a GLAutoDrawable:
- setSharedContext(GLContext)
- setSharedAutoDrawable(GLAutoDrawable)
Both cause initialization/creation of GLAutoDrawable's drawable/context to be postponed,
if the shared GLContext is not yet created natively or
the shared GLAutoDrawable's GLContext does not yet exist.
Most of impl. resides in GLDrawableHelper
Implemented in:
- GLAutoDrawableBase, GLOffscreenAutoDrawable
- GLWindow
- AWT GLCanvas
TODO:
- GLJPanel
- SWT GLCanvas
- GLDrawableFactory:
- Add 'GLOffscreenAutoDrawable createOffscreenAutoDrawable(..)' variant w/o passing the
optional shared GLContext _and_ specifying lazy GLContext
creation. This allows to benefit from GLSharedContextSetter contract.
Lazy GLContext creation is performed at 2st display() call at the latest.
All JOGL code and unit tests use this new method now.
- Mark 'createOffscreenAutoDrawable(..)' w/ shared GLContext argument
and immediate GLContext creation deprecated - shall be removed in 2.2.0
- Make reference to GLContext and it's native handle volatile
Since we rely on the query 'GLContext.isCreated()' to properly allow GLAutoDrawable's to query whether
a shared GLContext is natively created (already), the handle must be volatile
since such query and the actual creation may operate on different threads.
+++++
- Add/Refine shared GLContext unit tests demonstrating diff. sharing methods.
All variants of using shared GLContext:
com.jogamp.opengl.test.junit.jogl.acore.TestSharedContextVBO*
Most convenient way to share via setSharedAutoDrawable(GLAutoDrawable):
com.jogamp.opengl.test.junit.jogl.acore.TestSharedContextVBOES2[NEWT|AWT]3
AWT use w/ JTabbedPane using setSharedAutoDrawable(GLAutoDrawable):
com.jogamp.opengl.test.junit.jogl.acore.TestSharedContextWithJTabbedPaneAWT
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as detected and mapped by GLContext ; Enhance glAvailabilityToString(..)
We shall not map profile == profile-impl, i.e. GL3 -> GL3,
but use GLContext.getAvailableGLProfileName(device, reqMajor, reqProfileBits).
The latter reflects the actual mapped context as detected.
glAvailabilityToString(..)
- Partition result in [Natives, Common and Mappings]
- Mappings dumps mapped keys to profiles, while excluding default.
Default is added at last.
- Add count.
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make it sticky; Only alias profiles if HW-Accelerated!
Only alias profiles if HW-Accelerated!
GLContextImpl.mapGLVersions(..) shall not map a higher profile to a lower if it is a software renderer.
+++
GLContextImpl.mapGLVersions(..) attempts to trigger GLRendererQuirks.GL4NeedsGL3Request if OSX 10.9
by creating a GL3 core context first.
+++
GLContextImpl.setGLFunctionAvailability():
- On OSX 10.9: Detect GLRendererQuirks.GL4NeedsGL3Request and make it sticky (per device)
while 'withinGLVersionsMapping'
- Merge sticky quirks w/ local quirks
+++
TestGearsES2NEWT: Add cmdline '-gl2' to force GL2 profile.
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more stable (i.e. only 2 pointer pressed)
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Linux - No compatibility GLProfile (GL2, >= GL3bc)
Fix GL Version Validation:
We shall not rely on our known good versions when validating a queried GL context version,
but allow some 'room' for a higher version post JOGL release while still
cutting off 'odd versions'.
While GL version detection, we always iterate from the highest known version
down to the lowest. Hence 'GLContext.isValidGLVersion(..)' is satisfied
by validating the lowest version number but allowing a higher than known one.
Now we would return 'invalid' for a version >= 6.
It is enough to clip to the maximum known version when iterating,
allowing the highest unknown version to be available.
GLContext.isValidGLVersion(..):
Returns true, if the major.minor is not inferior to the lowest
valid version and does not exceed the highest known major number by more than one.
The minor version number is ignored by the upper limit validation
and the major version number may exceed by one.
The upper limit check is relaxed since we don't want to cut-off
unforseen new GL version since the release of JOGL.
Hence it is important to iterate through GL version from the upper limit
and 'decrementGLVersion(..)' until invalid.
Add GL Version 4.4 to valid known versions.
Remove ES3 desktop detection, which is impossible
Regression of commit 3a0d7703da32e9a5ddf08a334f18588a78038d88 (ES3 support)
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button/pointer', i.e. button == 0, pointer-ID == -1
doPointerEvent:
- allow id==-1 -> button==0 for no button, i.e. mouse move
doMouseEvent:
- keep button 0 value, i.e. map to pointer-ID -1
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a05b87a369441d9ef38f97929f866b3d4ced0e57: NULL printGLAD of GLCanvas and NewtCanvasAWT
We have to pre-init printGLAD w/ current GLAD (similiar w/ GLJPanel).
Also properly define reqNewGLAD:
reqNewGLAD = !caps.getSampleBuffers() && ( reqNewGLADOnscrn || reqNewGLADSamples || reqNewGLADSize );
where '!caps.getSampleBuffers() && ( .. )' is due to Bug 830,
swapGLContextAndAllGLEventListener and onscreen MSAA w/ NV/GLX does not work.
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LBUTTON[DOWN|UP] issues
- w/ TOUCH, Win8 may steal focus (KILLFOCUS), quickly grab FOCUS again when on TOUCH operation
- track 'touchDownLastUp', and don't act on LBUTTON[UP|DOWN] and MOUSEMOVE if just lifted last finger
- don't use GetMessageExtraInfo() to distinguish MOUSE/TOUCH, simply use tracked touchDownCount
- Also track mouseInside in TOUCH operation, i.e. true if _all_ fingers are inside,
otherwise don't send TOUCH event
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consumePointerEvent(..) - Unifies native mouse and Android's pointer event, ready for Win7 touch
Unify event processing in new doPointerEvent(..), which is also invoked from doMouseEvent(..),
and consumePointerEvent().
doPointerEvent(..): Validates and modifies event data and finally creates the event,
where consumePointerEvent(..) calls gesture handlers and may synthesize events.
Unifies native mouse and Android's pointer event, ready for Win7 touch.
AndroidNewtEventFactory calls doPointerEvent(..) directly.
Removed lots of duplicated pointer event handling code.
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allowing user to set custom tile size for performance evaluation/tweak
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We processed MouseEvents within NEWT as follows:
sendMouseEvent/enqueueMouseEvent -> doMouseEvent,
- called by native code to be delivered via consumeMouseEvent (now or later)
- events are validated (move/drag, boundaries)
- missing events are synthesized (click, enter, ..)
as well as in several factories, i.e.:
- AWTNewtEventFactory (1:1)
- AndroidNewtEventFactory
- synthesized events .. (click, ..)
- android typed gesture detection (drag -> 1 finger scroll..)
The latter enqueues events do Window/Display directly to be consumed by WindowImpl.
Then users may have their own gesture detection etc.
+++
This change unifies mouse/pointer event processing within NEWT within consumeEvent(..)
which represents a common entry point.
Gesture processing is now realized w/ a public API
- GestureHandler
- GestureHandler.GestureListener
- GestureHandler.GesureEvent
which supplies:
- default impl. of optional gesture handlers (scroll, .. - default: enabled)
- public API to add/remove gesture-handler and -listener
+++
This allows our impl. to scale better in support of
more multiple pointer devices (-> Win7/Win8, X11, ..).
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functions for a single column image.
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