| Commit message (Collapse) | Author | Age | Files | Lines |
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destroy() ; DisplayImpl: refCount reset
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Test: Add parallel NEWT animation.
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GLCanvas NPE fix - NewtCanvasAWT added destroy(..)
Unit test for Bug 411 (Pre AWT/Swing Usage, Mixed usage with JOGL):
Added exhausting Pre AWT/Swing usage test utilizing a later JOGL init
with GLCanvas and NEWTCanvasAWT.
This works for NV+X11+Ubuntu+64bit, have to do more testing.
GLCanvas NPE fix at destroy/dispose, check if already destroyed, ie context==null
NewtCanvasAWT: Add destroy() and destroy(boolean unrecoverable)
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- Adapted tests to API changes
- Notably new Display lifecycle / Reparenting tests:
- TestDisplayLifecycle01NEWT - Tests display lifecycle
- TestParenting01NEWT - Tests various reparenting cases (native/recreate)
- TestParenting01bAWT - Tests Animator/FPSAnimator with reparenting (AWT/Newt)
- Other changes:
- TestGearsNEWT: Added 'on-the-fly' KeyAdapter
inducing a GLRunnable into the GLWindow for fullscreen toggle.
-
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NativeWindow: Interface NativeWindow changes:
- Remove 'throws' qualifier in lockSurface(), since it is not
- Adding convenient 'one call' isSurfaceLockedByOtherThread()
- Adding getSurfaceLockOwner()
NEWT Window/GLWindow:
- Unclutter Window/GLWindow relationship - save Window's indentity
GLWindow's role is a GLAutoDrawable implementation aggregating
(maybe even compositioning) a Window.
The previous implementation just derived from the Window implementation,
overwriting methods and fields - impossible to ensure sanity / completness.
It was also not ensured that the added functionality of GLWindow
(setVisible, destroy, ..) has been issued in case of handling the
aggregated Window alone (window callbacks, ..).
To solve this issue in a 1st attempt without changing the GLWindow API,
Window is just an interface, being implemented by their specializations,
hence sanity is intrinsic.
GLWindow's added functionality is ensured by a Window.LifecycleHook
interfaced implementation, registered at the aggregated Window.
- Screen and Window are interfaces now (new files)
- Display is an abstract class.
- Their (abstract) implementations resides in impl/<BaseName>Impl
- GLWindow implements Window as well
- Remove Screen reference handled by setScreen(Screen) method.
- Lock native parentWindow if used (createNative/reparenting)
- Move lockSurface/unlockSurface from unchecked override pattern
to an callback style using abstract methods lockSurfaceImpl/...
- Sorting all methods to semantic sections, abstract, superinterface, ..
- Reparenting: Handling different reparenting situations:
- Unchanged - No change
- Native Reparenting - Compatible Display/Screen, try native reparenting
- Native (Re)Creation - Use destroy/create pattern
- Native Creation Pending - Create later
- setUndecorated() calls reconfigure Window now, ie tries to change the window actually
- Don't issue 'requestFocus()' directly from the native implementation anymore,
call it from the Java code.
- Window/GLWindow/NewtFactory: Constructor simplification
Avoid explosion of constructor overloading, ie removing the 'undecorated' variant,
since this is redundant due to the 'setUndecorated(boolean)' method.
- Fixed/added API documentation
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EDTUtil:
- Added documentation to EDTUtil interface
- Removed 'stop()', introduced 'invokeStop(Runnable)',
allowing proper shutdown with a final task (see doc).
- Fix (c) header, since it is a new file, changed to interface with df161c9fcc1bc90d03e374e0eb8148424d4c5577
DefaultEDTUtil:
- Move EDT scope volatile states (shouldStop, edtTasks)
into inner class EventDispatchThread (the actual EDT).
Fetching those outer instance values from within the inner EDT instance
results in 'old values', ie this memory didn't get updates/synced.
- Give the thread a proper name:
<invocation-thread-name>-<custom-name>-EDT-<start-sequence-number>
This allows easy identification of the EDT incl. indication of the 'start' sequence number.
- Added fail-fast Exceptions in case of a stopped EDT with remaining tasks.
This should validate/test the runtime behavior.
- Ensure isRunning(), invokeStop(..) and waitUntilStopped()
only returns after the last task has been executed.
- invokeImpl/EDT.run: Complete task-lock coverage incl. wait case.
- The final task is blocked until the wait() state in invokeImpl is reached.
- EDT executes the final task and notifies the lock owner - then exist
- invokeImpl leaves the wait state.
- See EDTUtil API doc ..
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Change GLAutoDrawable interface: setAnimator(Thread) -> setAnimator(GLAnimatorControl)
to minimize the setAnimator(..) calls and
to allow fine grained control over the animation, ie in case of reparenting
where the animation shall pause while changing the window(s).
Introducing GLAnimatorControl interface:
- abstract class AnimatorBase implements GLAnimatorControl
- class Animator extends AnimatorBase
- class FPSAnimator extends AnimatorBase
This also changes FPSAnimator, since it is no more derived from Animator,
use it's superclass or superinterface instead.
+++
- Fix GLJPanel.paintComponent(): Don't issue reshape/display
in case an external animator thread is animating.
- Fix: Documentation [API]
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- Fix DefaultEDTUtil deadlocks: Minimize locking!
- invoke:
- Check isCurrentThreadEDT() before locking edtLock
- Check isRunning() redundant, since we start it beforehand
- EventDispatchThread.run():
- Relax definition of EDTUtil::waitUntilIdle(), ie method
may return while last task is being executed (see below).
- Execute task outside of edtTasks lock.
TODO: Fix more test cases (new and old)
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Window Reparenting (unification):
On the fly Display/Screen creation resides in NewtFactory.
Reparenting logic within Window.
Handles all reparenting cases now:
ACTION_NONE, ACTION_SOFT_REPARENTING,
ACTION_NATIVE_REPARENTING, ACTION_NATIVE_CREATION
- out.println -> err.println
++++
- Bumbed windows bat scripts to 1.6.0_21 and ant 1.8.1
- Debug: /RecursiveToolkitLock.java TO is 300s for now, while not finished.
-
+++
Needs more testing. Deadlocks: AWT/NEWT parenting.
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- www/index.html: absolute local refs -> relative
- Platform GLContextImpl specialisations: remove local overriding drawable instance
- X11ExternalGLXDrawable: Remove dead code, left over.
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- locks are final
- debug prints use System.err exclusively (to prevent message corruption)
- removed unused imports, unused variables
- code cleanup in some places
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is redundant due to COPYRIGHT notice in LICENSE.txt.
It's product usage terms are no more applicable,
since our repository is not used by Sun Microsystems to deliver a product.
LICENSE.txt changes:
- Updated SGI FreeB license reference from 1.1 to 2.0
- Dropped Sun alternative license, which is redundant
due to the FreeB 2.0 license.
- Added JogAmp Community and common denominator:
New BSD 3-clause license
README:
- Added contacts
- Sun -> JogAmp
- Added Michael Bien
Changed 'Sven Gothel' and 'Michael Bien' New BSD 3-clause license
to 'JogAmp Community' Simplified BSD 2-clause license.
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Display/Screen:
- Removed Display reusage by unique TLS key: type + name,
instead use user-responsibility or Destroy-When-Unused (usage reference count).
- Removed X11 Display TLS pool usage
- Display creation means i, incl the later native one (X11).
- Added reference counting as follows:
- Display's refCount: number it is referenced by Screen:
display.addReference()/display.removeReference()
- Screen's refCount: number it is referenced by Window:
screen.addReference()/screen.removeReference()
- Lazy creation using refcount 0 -> 1
All resources are created when they are needed.
This also removes redundant native Display/Screen objects,
ie in case of [AWT] reparenting.
- Default lifecycle is user-responsibility, ie no Destroy-When-Unused, where
Window may be destroyed unrecoverable, which removes the Screen reference only.
- If using optional Destroy-When-Unused a
Window may be destroyed unrecoverable, which removes the Screen reference:
Screen.removeReference();
IF Screen.refCount == 0 THEN
Screen.destroy();
Display.removeReference();
IF Display.refCount == 0 THEN
Display.destroy();
- Use Destroy-When-Unused lifecycle for all automatic created Display/Screen
instances (GLWindow, NewtCanvasAWT,..)
- Display/Screen destroy/create cycles valid,
ie you can reuse destroyed Display/Screen's
- EDTUtil:
- Created right away.
- Started always via invoke, if not running.
- DefaultEDTUtil:
- Simplified locking a bit locking on:
- edtLock for start/stop
- edtTasks for tasks queue
- invoke-wait doubles check shouldStop
- invoke-wait 'waiting' outside of edtLock
+++
NEWT: Cleanup
- Window.destroy/invalidate: deep -> unrecoverable
- Window.isNativeWindowValid() -> Window.isNativeValid()
to unify with Display/Screen
- Window.isDestroyed() -> Window.isValid()
to unify and simplify logic.
Returns false if destroy(true) has been called.
- NewtFactory.wrapDisplay(.. handle) -> NewtFactory.createDisplay(.. handle),
since it actually creates a compatible display.
+++
NativeWindow X11Util: Added non TLS createDisplay()/closeDisplay()
+++
TODO:
- Stabilize (many tests fail)
- OSX
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Issueing 'requestFocus' via the native EDT dispatch loop may cause a deadlock,
due to a possible implicite AWT requestFocus call (NewtCanvasAWT).
Approach:
RequestFocus issued directly,
by Window.requestFocus() and the native EDT dispatch loop,
is queued for later execution by EDT.
This shall decouple a possible native windowing TK resource collision.
- X11Windows.c: Add missing 'reparented' param for requestFocus
to force requestFocus after reparenting.
- AWTWindow.java: Add requestFocusImpl()
+++
NEWT: Cleanup
- Remove Event Type Bits in:
- EventListener.h
- NEWTEventListener.java
- Remove InputEvent 'consume' status
-
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- Update header:
- GL/glext.h to khronos 2010-08-03
- GL3/gl3.h to khronos 2010-08-03
- Move platform code to
GL/glplatform.h
GL3/glplatform.h
- Unify 64bit typedefs: gl-64bit-types.h
- Move GL 3.[123] and 4.[01] complete subsumed extension
enums and functions into their extension spec and just reference them.
This ensures proper extension availability
via lower OpenGL profiles, hence a proper GL2GL3 interface.
- GL3/GL4 cleanup:
- make-glextension-depignore.sh:
determine required GL version for extensions
for proper positioning, ie GL2GL3 or GL3 or GL4
via gluegen IgnoreExtension commands.
- use ARB_ES2_compatibility for common GL2ES2 methods,
if available
- consolidated gl2-gl4 subsumed extension to gl-common.cfg
- Missing GL3/GL4 Functions:
glMultiDrawElementsBaseVertex
glDebugMessageCallbackARB
glDebugMessageCallbackAMD
- TODO (new feature integration):
- ARB_ES2_compatibility / ARB_get_program_binary for com/jogamp/opengl/util/glsl, ie
- store binaries com/jogamp/opengl/util/glsl/sdk/CompileShader*
- query supported binary formats (enums ?)
- optional prio binaries
- ARB_ES2_compatibility, if available GLES2/GL2ES12 would be available
- ARB_separate_shader_objects for com/jogamp/opengl/util/glsl, ie
- swizzle vertex/fragment shader in programs
- ..
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reparenting
Set _NET_WM_WINDOW_TYPE to specify decoration etc.
On KDE4 having compositing enabled the reparent window is sometimes
made invisible (UnmapWindow happened). FIXME.
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native repaint; Fix reparent/fullscreen
New: NEWT Native Repaint
=========================
Support for native repaint, which shall call display() in case no animator is running.
GLAutoDrawable invoke(GLRunnable) impl. handles case if invoked on animator thread,
or no animator thread is running (issueing a display() call).
The impl resides in GLDrawableHelper.
The Animator un-/registers itself at the GLAutoDrawable via setAnimator.
New: NEWT AWT/NEWT Parenting Focus Handling
============================================
Introducing Window.FocusRunnable, to be registered at the NEWT Window,
which will be executed before the native focus claim.
Window.FocusRunnable's run method returns a boolean,
which determines whether the native implementation shall proceed claiming the native focus.
This API focus hook is necessary to allow an optional underlying windowing toolkit,
ie AWT (see usage NewtCanvasAWT), to make the focus traversal transparent.
Fix: GLEventListener / GLDrawableHelper
========================================
GLEventListener's init() and glViewport()/reshape() method must be called before the 1st display()
and after a dispose() call. It could miss the 1st display() call if added
after the setVisible(true) call - due to the native repainting.
The impl resides in GLDrawableHelper.
Fix: Misc NEWT
==============
Window reparent issues a resize() and display() call, if it is visible.
native Window uses direct send.*Event for input events (again),
instead of enqueueing it for performance.
Window impl all status change native event Java callbacks, instead of having
duplicated code in all implementations.
Fullscreen, reposition at zero.
Reparent/Fullscreen repaint if visible.
Native reparent/fullscreen, fix glitches on Windows (visibility while reparenting)
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- attempt to solve some issues in module systems
- all classes are now loaded with the same classloader which loads GLProfile
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native repaint; NewtCanvasAWT focus fix
Support for native repaint, which shall call display() in case no animator is running.
GLAutoDrawable invoke(GLRunnable) impl. handles case if invoked on animator thread,
or no animator thread is running (issueing a display() call).
The impl resides in GLDrawableHelper.
GLEventListener's init() and glViewport()/reshape() method must be called before the 1st display()
and after a dispose() call. It could miss the 1st display() call if added
after the setVisible(true) call - due to the native repainting.
The impl resides in GLDrawableHelper.
The Animator un-/registers itself at the GLAutoDrawable via setAnimator.
NEWT Window reparent always issues a resize() and display() call.
NEWT native Window uses direct send.*Event for input events (again),
instead of enqueueing it for performance.
NEWT Window implements all status change and Java native event callbacks,
instead of having duplicated code in all implementations.
NewtCanvasAWT if the Newt window is focused, the AWT/Swing component[s] will loose the focus.
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native repaint; NewtCanvasAWT focus fix
Support for native repaint, which shall call display() in case no animator is running.
GLAutoDrawable invoke(GLRunnable) impl. handles case if invoked on animator thread,
or no animator thread is running (issueing a display() call).
The impl resides in GLDrawableHelper.
GLEventListener's init() and glViewport()/reshape() method must be called before the 1st display()
and after a dispose() call. It could miss the 1st display() call if added
after the setVisible(true) call - due to the native repainting.
The impl resides in GLDrawableHelper.
The Animator un-/registers itself at the GLAutoDrawable via setAnimator.
NEWT Window reparent always issues a resize() and display() call.
NEWT native Window uses direct send.*Event for input events (again),
instead of enqueueing it for performance.
NEWT Window implements all status change and Java native event callbacks,
instead of having duplicated code in all implementations.
NewtCanvasAWT if the Newt window is focused, the AWT/Swing component[s] will loose the focus.
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- Add: 'public void addGLEventListener(int index, GLEventListener listener)'
Fixes previous GLWindow addition, ie public in interface and common impl. behavior.
- Add: 'public void invoke(boolean wait, GLRunnable glRunnable)'
- Change: 'public void display()' semantics, in regards to the GLRunnable queue
New: GLRunnable, invoke() at GLAutoDrawable
Allows injection of GL commands from other threads, executed after the
GLEventListener's display() notifyier by the GLAutoDrawable.
NEWT:
- Fix EDTUTil.invokeAndWait() and Display.enqueueAndWait() impl.,
where we only wait for the single action/event to be processed now.
JUnit: NEWT Parenting
- Added test cases for Swing (JFrame, JPanel and COntainer) with NewtCanvasAWT
- Added thread calling 'invoke(true, GLRunnable)'
- start Animator ASAP
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get<type>Listener(int index) ; NEWTEvent attachments
NEWT Add:
add<type>Listener(int index, <type>Listener l) ;
get<type>Listener(int index) ;
NEWTEvent attachments for listener to listener communication
via object passing. This methodology is similar to the 'Atom'
attachment of native systems.
It is preferred to a 'consume()/isConsumed()' pattern,
since it is less flexible and would 'endanger' system events.
TODO: <type>Listener[] get<type>Listeners() doesn't work and was always buggy.
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hashCode(), extracted initializer.
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Revert "swing on edt only, awt off edt. cleaned up the test a bit."
This reverts commit dcc946e925ec73740e2985e5febf5fbb732ad1d9.
Revert "added JFrame and Window runs to testAWT01GLn testcase + EDT fixes."
This reverts commit 5cde948df47ecf435eda95b846a1b5c7afd6f5f9.
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get<type>Listener(int index) ; NEWTEvent attachments
NEWT Add:
add<type>Listener(int index, <type>Listener l) ;
get<type>Listener(int index) ;
NEWTEvent attachments for listener to listener communication
via object passing. This methodology is similar to the 'Atom'
attachment of native systems.
It is preferred to a 'consume()/isConsumed()' pattern,
since it is less flexible and would 'endanger' system events.
TODO: <type>Listener[] get<type>Listeners() doesn't work and was always buggy.
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