| Commit message (Collapse) | Author | Age | Files | Lines |
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reverting commit cb092e517461b3047c966c38e92668010a3b7ef6
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library
DRM/GBM is enabled for Linux in general.
Nativewindow's 'nativewindow_drm' DRM/GBM native library is already seperated.
NEWT get its 'newt_drm' DRM/GBM native library.
NEWT's main head native library is renamed from 'newt' -> 'newt_head'
and is earmarked for further seperation similar to Nativewindow's.
At least a 'newt_wayland' will probably followup when support is added.
Goal is to remove DRM/GBM dependency for Linux X11 operation
as well as removing X11 dependency for Linux DRM/GBM operation.
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changes
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Adding new classes DRMLib (gluegen of drm + gbm), DRMUtil and DRMMode GBMDummyUpstreamSurfaceHook
to new package jogamp.nativewindow.drm, allowing full awareness of DRM + GBM within NativeWindow for JOGL + NEWT.
DRMMode replaces the previous native code of collecting drmMode* attributes: active connector, used mode, encoder etc
and also supports multiple active connectors.
DRMUtil handles the global static drmFd (file descriptor), currently only the GNU/Linux DRM device is supported.
GBMDummyUpstreamSurfaceHook provides a simple dummy GBM surface.
NativeWindow provides the new nativewindow_drm.so and nativewindow-os-drm.jar,
which are included in most 'all' jar packages.
build property: setup.addNativeEGLGBM -> setup.addNativeDRMGBM
Changes NativeWindowFactory:
- TYPE_EGL_GBM -> TYPE_DRM_GBM while keeping the package ID of '.egl.gbm' for NEWT (using EGL)
- Initializing DRMUtil at initialization
Changes EGLDrawableFactory:
- Using native GBM device for the default EGL display creation instead of EGL_DEFAULT_DISPLAY.
This resolves issues as seen in Bug 1402, as well in cases w/o surfaceless support.
- GL profile mapping uses surfaceless when available for GBM,
otherwise uses createDummySurfaceImpl (dummy GBM surface via GBMDummyUpstreamSurfaceHook)
- createDummySurfaceImpl uses a dummy GBM surface via GBMDummyUpstreamSurfaceHook
- DesktopGL not available with GBM, see Bug 1401
NEWT's DRM + GBM + EGL Driver
- Using DRMLib, DRMUtil and DRMMode, removed most native code but WindowDriver swapBuffer
- ScreenDriver uses DRMMode, however currently only first connected CRT.
- WindowDriver aligns position and size to screen, positions other than 0/0 causes DRM failure
- WindowDriver reconfigure n/a
NEWT TODO:
- DRM Cursor support (mouse pointer)
- Pointer event handling
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- EGLSurface: Factor out 'eglCreate[Platform]WindowSurface'
NEWT egl.gbm.WindowDriver
-- Properly use GBM fourcc format and use as visualID
for GBM surface creation and EGL config selection
-- Create eglSurface within this class
-- Hook up GBM/DRM page flip (not working yet, no visible artifacts - no swap)
- ProxySurfaceImpl.surfaceSwap() call upstreamSurface's implementation if available
TODO: 'Permission denied' calling:
- drmSetMaster (optional)
- drmModeSetCrtc
- drmModePageFlip
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GBM driver is now under egl/gbm subpackage and has been replaced by bcm_vc_iv boilerplate.
Native code is reentrant capable and cleaned up.
TODO: EGLDisplayUtil work with SharedResourceRunner
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To allow proper testing of whether all AppKit calls are performed on its Main-Thread where required,
we inject the libMainThreadChecker.dylib when property 'nativewindow.debug.OSXUtil.MainThreadChecker' is set.
See <https://developer.apple.com/documentation/code_diagnostics/main_thread_checker?language=objc>
Lib-Name: /Applications/Xcode.app/Contents/Developer/usr/lib/libMainThreadChecker.dylib
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Complements patch 63e31d05ad9f1df99663997c2f04ad086f29c8fc
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Was removed mostly via commit 63e31d05ad9f1df99663997c2f04ad086f29c8fc
We have 2 choices building for java8 under java11:
1) use source, target and bootclasspath options
2) use release option
It is said that (2) is not yet accurate enough
and (1) shall be favored as it guarantees no java>8 class leak
from the build JDK.
This patch is isolated to allow removal of said bootclasspath
if desired by anybody
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(sgothel: This cherry picked merge will be refined)
Also removed a couple of duplicate "source" tags in javac tasks.
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Note: Two subsequent commit will add some required change in the
native UIWindow/UIView creation methods to actually make the NEWT view being displayed ;-)
The demo 'com.jogamp.opengl.demos.ios.Hello' demonstrated a standard NEWT application
running on iOS.
Previous NativeWindow wrap-around demo is preserved in 'com.jogamp.opengl.demos.ios.Hello1'.
Tested on ipad 11'inch arm64 and x86_64 simulation:
- Using GearsES2 demo
- PixelScale 1f, 2f and 0f - last two using max pixel scale
- Touch w/ GearsES2 works:
-- 1 finger rotate
-- 2 finger drag
-- 2 finger pinch-zoom gesture detection
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using our OpenJFK 9 x86_64 and arm64 build.
Test demo class is 'com.jogamp.opengl.demos.ios.Hello',
residing in the new demo folder 'src/demos/com/jogamp/opengl/demos/ios/Hello.java'.
This commit does not yet include a working NEWT
specialization for iOS, but it shall followup soon.
Instead this commit demonstrates JOGL operating on
native UIWindow, UIView and CAEAGLLayer as provided by
Nativewindow's IOSUtil.
Test Video https://www.youtube.com/watch?v=Z4lUQNFTGMI
+++
Notable bug: The FBO used and sharing the COLORBUFFER RENDERBUFFER
memory resources with CAEAGLLayer to be displayed in the UIView
seemingly cannot handle GL_DEPTH_COMPONENT16, GL_DEPTH_COMPONENT24
or GL_DEPTH_COMPONENT32 depth buffer - none at all (Device + Simulation).
Therefor the default demo GLEventListener chosen here
don't require a depth buffer ;-)
This issue can hopefully be mitigated with other means
than using a flat FBO sink similar to FBO multisampling.
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TARGET_PLATFORM_SYSROOT (android)
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Since Java8 (or even earlier), JRE on OSX uses *.dylib native library suffix
instead of *.jnilib when automatically searching and loading them.
This is not easily being recognized by JogAmp, since we explicitly name
the native libraries with full path when testing with our TempJarCache.
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92006e4baef57f1f3fb647dd307aed5989fd4c8d
Previous commit 92006e4baef57f1f3fb647dd307aed5989fd4c8d
(Note to Danny: I cannot test this now - please re-test and/or review)
X11Common::JavaWindow
- Owns XI extension's xiOpcode, selected xiTouchDeviceId and tracked XITouchPosition array
X11Window::CreateWindow
- Query XI extension only once @ window creation and earmark xiOpcode in JavaWindow instance
- Fix: Device selection code was "class->type != XITouchClass",
but shouldn't it be 'XITouchClass == class->type' (as patched here)
- Fix: Free XIQueryDevice returned XIDeviceInfo array via XIFreeDeviceInfo
- Earmark deviceid in JavaWindow instance
X11Display
- Moved global static touch_coordinates to JavaWindow::xiTouchCoords instance
X11Display::DispatchMessage
- Changed event handling structure similar to https://keithp.com/blogs/Cursor_tracking/
- Fix: Free XGetEventData's optional memory allocation via XFreeEventData
- Reuse JavaWindow's queried xiOpcode
- Fix: Don't overrise windowPointer, instead validate and require a match. JavaWindow must match!
- Fix: Also validate chosen deviceid with JavaWindow's registered device
Newt Build:
- Added libXi in build recipe and doc
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NewtCanvasJFX
NewtCanvasJFX, a JavaFX Canvas Node, allows attaching a native NEWT Window to the JavaFX Node's native Window (if attached).
The mechanism is similar to NewtCanvasAWT.
Current implementation supports placing the NEWT Window
into the JavaFX scene of the native window correctly,
as well as the following different lifecycles
- attach NewtCanvasJFX to already visible group->scene->window
- attach NewtCanvasJFX to not yet visible or attached group->scene->window
- attach NEWT Window before or after NewtCanvasJFX's visibility
The above is covered by unit test: TestNewtCanvasJFXGLn
This is the initial commit for JavaFX support and has been tested on
- OpenJDK 8 + OpenJFX 8
- GNU/Linux X11
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Exclude plugin3.jar dependent source files from compilation of NEWT.
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On Windows, one must read the monitor's EDID data as stored in the registry,
no 'simple' API works otherwise.
The proper way requires utilizing the Windows Setup-API.
This code is inspired by Ofek Shilon's code and blog post:
<http://ofekshilon.com/2014/06/19/reading-specific-monitor-dimensions/>
See: function 'NewtEDID_GetMonitorSizeFromEDIDByModelName'
In contrast to Ofek's code, function 'NewtEDID_GetMonitorSizeFromEDIDByDevice'
uses the proper link from
DISPLAY_DEVICE.DeviceID -> SP_DEVICE_INTERFACE_DETAIL_DATA.DevicePath,
where DISPLAY_DEVICE.DeviceID is the monitor's enumeration via:
EnumDisplayDevices(adapterName, monitor_idx, &ddMon, EDD_GET_DEVICE_INTERFACE_NAME);
Hence the path to the registry-entry is well determined instead of just comparing
the monitor's model name.
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(GlueGen commit d8dff4c9f2186749b167195eeb339c33f56864e8)
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build/install scripts
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Adapt to GlueGen commit f5c48efcf546ba4e08e197ccced6df83b57e1755
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Renamed:
jogl-core.jar → jogl.jar
nativewindow-core.jar → nativewindow.jar
The build scripts have been edited to produce sets of natives for
each "module" (as opposed to producing one set of natives and then
have each module point to them via aliasing).
Bug: 1023
Bug: 1024
Depends on 46faa59d439ef235d7691fc64d56eedc600ffa1a from gluegen.
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- Adding 'plugin3-public' jar and sources for Applet3 support, copied from icedtea-web3
- Added com.jogamp.newt.util.applet.JOGLNewtApplet3Run capable to run Applet3
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Pointer Icons
- Utilizing JOGL's PNG decoder for all icons, if available.
- Application/window icons:
- Providing default application/window icons in 16x16 and 32x32 size
- NewtFactory.setWindowIcons(..) or property 'newt.window.icons' maybe used to override default icons.
- Using icons at application/window instantiation
- Display.PointerIcons:
- NativeWindow Win32 WindowClass no more references a default cursor
in favor of fine grained cursor control [in NEWT]
- Display provides create/destroy methods,
where display destruction also releases open PointerIcon references.
- Window.setPointerIcon(..) sets custom PointerIcon
- Implemented Platforms
- X11
- Windows
- OSX
- Manual Test: TestGearsES2NEWT (Press 'c')
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directory and classpath. This hopefully saves a few milliseconds in the build :)
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producing Java6 bytecode ; Apply JAR Manifest tags: Sealed, Permissions and Codebase
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- Support for all monitor devices and their available modes
- X11: Use RandR 1.3 if available
- Retrieve information
- Changing a monitor device's mode
- Support for dedicated and spannig fullscreen
- See <http://jogamp.org/files/screenshots/newt-mmonitor/html/>
- TODO:
- X11 RandR does _not_ relayout the virtual screen size
and neither the CRT's viewport.
We may need to relayout them if they were covering a seamless region
to achieve same experience!
- OSX: No machine to attach a secondary CRT -> TEST!
- Tested Manually for Regressions
- Linux ARMv6hf (Rasp-Pi/BCM, Panda/X11)
- Android (Huawei, Kindle)
- Tested Manually and junit:
- X11/Linux
- NV, ATI-Catalyst w/ 2 CRTs
- VBox w/ 4 CRTs
- Win/Windows
- NV, w/ 2 CRTs
- VBox w/ 4 CRTs
- X11/OpenIndiana, NV, 1 CRT
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start RandR13 coding.
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to pluggable impl. for RandR 1.1 and 1.3 (todo)
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lower-case UTF-16 character.
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a3f2ef50ad33c58a240a17fcf03e415d772207c3, etc; Fix NewtVersion, NativeWindowVersion and NewtVersionActivityLauncher
NewtVersion, NativeWindowVersion: Also search for extension javax.media.opengl (all packaging)
NewtVersionActivityLauncher: Use new launcher URI
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GLCapabilities on X11 (feature complete)
To allow custom GLCapabilities, we had to use native parenting on X11 w/ a new child window.
The desired visualID chosen by the users GLCapabilities is passed to the new child window.
The redraw drops must be caused by the original GDK or the new child GDK window.
Now we use a plain X11 child window similar to NEWT's X11 window and NewtCanvasSWT,
which doesn't expose this bug.
(Note: SWTAccessor/GLCanvas still contains the uncommented GDK code path for further inspection, if desired)
Also added SWTNewtEventFactory to test event handling on the SWT GLCanvas w/ GearsES2.
TestSWTJOGLGLCanvas01GLn tests custom GLCapabilities now.
SWTEDTUtil has been moved to private: com.jogamp.newt.swt -> jogamp.newt.swt.
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(jogl-all-android.jar, jogl-test-android.jar) if android SDK JAR files are available. ; Split up atomic jogl-util.jar
Compile and generate android JAR files (jogl-all-android.jar, jogl-test-android.jar) if android SDK JAR files are available.
- See gluegen commit 55b4552aef7882c358d545d020d6f12c958ed8ed
Also split up atomic jogl-util.jar
- jogl-util.jar -> jogl-util.jar + jogl-util-graph.jar
Footprint Stats:
This demonstrates small footprint of a minimum configuration,
all numbers in kilobytes (du -ksc).
NOTE the min size of ~ 1MB!
JOGL ALL
220 kB gluegen-rt.jar
5180 kB jogl-all.jar
4 kB libgluegen-rt.so.gz
4 kB libnativewindow_awt.so.gz
12 kB libnativewindow_x11.so.gz
100 kB libjogl_desktop.so.gz
20 kB libnewt.so.gz
5540 kB total
JOGL Min X11 Min egl es1 es2
220 kB gluegen-rt.jar
296 kB atomic/jogl-core.jar
156 kB atomic/jogl-glmobile.jar
284 kB atomic/jogl-util.jar
76 kB atomic/nativewindow-core.jar
120 kB atomic/newt-core.jar
28 kB atomic/nativewindow-os-x11.jar
28 kB atomic/newt-driver-x11.jar
4 kB libgluegen-rt.so.gz
48 kB libjogl_mobile.so.gz
12 kB libnativewindow_x11.so.gz
20 kB libnewt.so.gz
1292 kB total
JOGL Android - mobile egl es1 es2
224 kB gluegen-rt-android.jar
3020 kB jogl-all-android.jar
4 kB libgluegen-rt.so.gz
48 kB libjogl_mobile.so.gz
3296 kB total
JOGL Min Android/Mobile Min egl es1 es2
224 kB gluegen-rt-android.jar
296 kB atomic/jogl-core.jar
156 kB atomic/jogl-glmobile.jar
8 kB atomic/jogl-os-android.jar
284 kB atomic/jogl-util.jar
76 kB atomic/nativewindow-core.jar
120 kB atomic/newt-core.jar
28 kB atomic/newt-driver-android.jar
4 kB libgluegen-rt.so.gz
48 kB libjogl_mobile.so.gz
1244 kB total
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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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ScreenDriver, WindowDriver] to reduce complexity and programatic selection.
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0ca481381b51b4082ac2b3bbae80cfaf5b60c3b8)
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Note: Patch set not clean since build*xml files contain 'NEWT Broadcom' driver changes of upcoming commit
due to pervious uncommitted work. Will be fixed w/ next commit.
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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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Derivation
- Depends on GlueGen commit 9a71703904ebfec343fb2c7266343d37a2e4c3db
JAR file name changes:
ALL JARs:
- jogl.all.jar -> jogl-all.jar
- jogl.all-noawt.jar -> jogl-all-noawt.jar
- jogl.all-mobile.jar -> jogl-all-mobile.jar
- jogl.all-android.jar -> jogl-all-android.jar
- jogl.all-android.apk -> jogl-all-android.apk
Atomic JARs:
- nativewindow.core.jar -> nativewindow-core.jar
- nativewindow.awt.jar -> nativewindow-awt.jar
- nativewindow.os.x11.jar -> nativewindow-os-x11.jar
- nativewindow.os.win.jar -> nativewindow-os-win.jar
- nativewindow.os.macosx.jar -> nativewindow-os-osx.jar
- jogl.core.jar -> jogl-core.jar
- jogl.sdk.jar -> jogl-sdk.jar
- jogl.glmobile.jar -> jogl-glmobile.jar
- jogl.glmobile.dbg.jar -> jogl-glmobile-dbg.jar
- jogl.util.jar -> jogl-util.jar
- jogl.glutess.jar -> jogl-glutess.jar
- jogl.glumipmap.jar -> jogl-glumipmap.jar
- jogl.util.fixedfuncemu.jar -> jogl-util-fixedfuncemu.jar
- jogl.awt.jar -> jogl-awt.jar
- jogl.swt.jar -> jogl-swt.jar
- jogl.util.awt.jar -> jogl-util-awt.jar
- jogl.os.x11.jar -> jogl-os-x11.jar
- jogl.os.win.jar -> jogl-os-win.jar
- jogl.os.osx.jar -> jogl-os-osx.jar
- jogl.os.android.jar -> jogl-os-android.jar
- jogl.gldesktop.jar -> jogl-gldesktop.jar
- jogl.gldesktop.dbg.jar -> jogl-gldesktop-dbg.jar
- jogl.glugldesktop.jar -> jogl-glu-gldesktop.jar
- jogl.util.gldesktop.jar -> jogl-util-gldesktop.jar
- jogl.omx.jar -> jogl-omx.jar
- jogl.cg.jar -> jogl-cg.jar
- newt.core.jar -> newt-core.jar
- newt.ogl.jar -> newt-ogl.jar
- newt.awt.jar -> newt-awt.jar
- newt.event.jar -> newt-event.jar
- newt.driver.x11.jar -> newt-driver-x11.jar
- newt.driver.win.jar -> newt-driver-win.jar
- newt.driver.macosx.jar -> newt-driver-osx.jar
- newt.driver.android.jar -> newt-driver-android.jar
- newt.driver.kd.jar -> newt-driver-kd.jar
- newt.driver.intelgdl.jar -> newt-driver-intelgdl.jar
- newt.driver.broadcomegl.jar -> newt-driver-broadcomegl.jar
Test JARs:
- jogl.test.jar -> jogl-test.jar
- jogl.test-android.jar -> jogl-test-android.jar
- jogl.test-android.apk -> jogl-test-android.apk
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build-newt.xml: Trigger build-jars-native
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specific classes for non Android platforms.
Adapt to GlueGen commits: b3c9951006f9bd863244f1db3d54ac7866d66f0a, 86c1df6fdca183454ff544857f4236b646c4730d
Ensure same Java JAR content regardless of build target (fix).
Separate Android compilation results: jogl.all-android.jar and jogl.test-android.jar
avoiding generating different content w/ non android builds.
Adding ${android.abi} to APK target name (jogl.all-android.apk -> jogl.all-android-armeabi-v7a.apk)
if not generic.
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- Most of the android build work is done by gluegen ant files. Changes
made to gluegen in support of NDK r7 need to be reflected here:
- New/fewer environment variables.
- Specifying android.abi for packaging.
- Cross-compilation script cleaned up to look like gluegen's cross
compile script for consistency.
- Renamed install/re-install adb helper scripts to be ARM specific.
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XRRScreenConfiguration to reduce perf hit on Linux ARM Omap4.
On Linux ARM Omap4, we experience a performance hit when using XRandR:
1st call of XRRSizes: ~ 1668 ms
Each call of XRRGetScreenInfo: ~ 1109 ms
Even though XRRGetScreenInfo is cached in NEWT's X11Screen initialization,
overall init time is ~2s, far too expensive.
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