| Commit message (Collapse) | Author | Age | Files | Lines |
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make/build.xml: New target declare.linux.aarch64
Update target declare.linux to depend on declare.linux.aarch64
make/gluegen-cpp-tasks-base.xml: Fix aarch64 jre/lib/arm -> jre/lib/aarch64
make/lib/gluegen-cpptasks-linux-aarch64.xml: Added
make/scripts/make.gluegen.all.linux-aarch64.sh: Added
Tested on DragonBoard 410c running Linaro Debian
Platform: LINUX / Linux 4.4.8-linaro-lt-qcom (4.4.8), aarch64 (ARM64, EABI_AARCH64), 4 cores, littleEndian true
MachineDataInfo: runtimeValidated true, 32Bit false, primitive size / alignment:
int8 1 / 1, int16 2 / 2
int 4 / 4, long 8 / 8
int32 4 / 4, int64 8 / 8
float 4 / 4, double 8 / 8, ldouble 16 / 16
pointer 8 / 8, page 4096
Platform: Java Version: 1.8.0_91 (1.8.0u91), VM: OpenJDK 64-Bit Server VM, Runtime: OpenJDK Runtime Environment
Platform: Java Vendor: Oracle Corporation, http://java.oracle.com/, JavaSE: true, Java6: true, AWT enabled: true
Signed-off-by: Xerxes Ranby <[email protected]>
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New distributed files in 'dist' subfolder for producing fat files via jogamp-scripting:
dist/jogamp-fat.mf
dist/jogamp-test-fat.mf
dist/junit.jar
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java.includes.dir.platform)
Patch custom make/lib/gluegen-cpptasks-<OS>-<ARCH>.xml
to match using GlueGen's JNI header.
Remove 'ignored override' defs of 'java.includes.dir.platform'
in build.xml.
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JCPP submodule, build, test and doc)
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avoiding javadoc build failure
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'os.and.arch', instead of android.abi for harmonization
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matching StaticConfig at runtime; Fix PPC (Bug 1056) and MIPSLE (Bug 1014) issues.
Currently the StaticConfig is being queried
via the key[OSType, CPUType ..]
as pre-determined by Java properties or the ELF parser.
This adds complication to maintain different platforms
and the key query might not even be sufficient.
The MachineDescriptor's StaticConfig only purpose shall be
to speed-up native data size and offset/alignment retrieval.
This is done by using the StaticConfig index within
all StaticConfig[]s as a lookup-index for the precomputed
struct's size and offset tables.
+++
Solution:
Rename: MachineDescriptor -> MachineDataInfo
Rename: MachineDescriptorRuntime -> MachineDataInfoRuntime
After having defined os.and.arch (OSType, CPUType and ABIType)
w/ the optional help of the now self containing ELF Reader (Bug 1125),
the native gluegen-rt library gets loaded enabling JNI methods.
It is satisfactory to retrieve MachineDataInfo
at runtime w/ JNI and find the matching/compatible StaticConfig.
Only in case none is found, the program needs to abort.
Otherwise the found MachineDataInfo.StaticConfig and MachineDataInfo
are stored for further use (see above).
This removes above complication and key to StaticConfig mapping.
New platforms simply need to add a new unique entry into the
StaticConfig[] table.
++
Also fixes Bug 1056 (PPC), thanks to tmancill [@] debian [.] org,
and Bug 1014 (MIPSLE), thanks to Dejan Latinovic.
Parts of the patch for Bug 1014 from Dejan Latinovic are included.
also solved by this change set.
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Windows via BATCH file execution
Batch file execution test via direct call, i.e.'a.bat',
does not work on some Windows machine, not reproducible here!
A workaround would be to call the batch file explicit via 'CMD /c a.bat':
- works when using 'Software Restriction Policies' (Bug 1015 Comment 2)
- does _not_ work when denying ACL "Traverse Folder / Execute File" permission (Bug 1015 Comment 3)
Due to this bug, we need to use a native execution:
- Performing executable test w/ native exe file instead of batch file
on Windows x86 32bit and 64bit,
- using [1] TinyPE XP-W8 Compatible - x86 32bit and 64bit - 268 bytes
- Tested on: WinXP-32bit, Win7-64bit and Win8-64bit
- Author/License: Ange Albertini, BSD Licence, 2010-2013
- On all other Windows machines (ARM, ..),
we still use direct execution of 'a.bat'
but may add native exe files for missing platforms.
+++
This patch injects said binaries within the java jar file
and copies it into the 'to be tested' temp folder for execution.
[1] TinyPE XP-W8 Compatible - x86 32bit and 64bit - 268 bytes
is included within 'src/native/tinype-corkami',
build manually and imported as 'src/java/com/jogamp/common/util/bin/exe-windows-i586-268b.bin'.
+++
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This reverts commit 1bf89ec4fde4227f8935f8c91b7ee22d160da581.
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git symbolic-ref is the preferred way (as of 1.7.10) to parse the current branch
name. This even works for the detached head case.
Signed-off-by: Harvey Harrison <[email protected]>
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In situations, where the native-jar file is not located within
the same parent URI as it's java-jar file, our location mechanism fails.
This patch adds a classloader based native-jar file location mechanism as a fallback,
requiring the native jar file to be included in the users CLASSPATH.
Classloader based location algorithm in JNILibLoaderBase.addNativeJarLibsImpl(..):
- Extract the 'module-name' from the given classFromJavaJar's package name,
i.e. the last package-part: 'jogamp.common.Debug' -> 'common'
Hence it is important to pass a 'classFromJavaJar',
which last package segment reflects the module-name!
- <os.and.arch> -> <os_and_arch_dot>, e.g. linux-amd64 -> linux.amd64 (linux/amd64)
- Locate class 'jogamp.nativetag.<module-name>.<os_and_arch_dot>.TAG',
e.g. 'jogamp.nativetag.common.linux.amd64.TAG'
- Use located class's JarFile URI .. continue as usual
Injection of above mentioned TAG class via gluegen-cpptasks-base.xml macro 'native.tag.jar':
- Creates dummy TAG.java code
- Compiles TAG.java
- Creates the native-jar file
Example:
<native.tag.jar objdir="${build}/obj"
nativejarfile="${build}/gluegen-rt-natives-${os.and.arch}.jar"
manifestfile="${build}/Manifest-rt-natives.temp"
module="common"
includelibs="*gluegen-rt.${native.library.suffix}" />
Note that the manifest file uses a matching Extension-Name:
Extension-Name: jogamp.nativetag.common
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to non-native-jar aliasing
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Also move the antlr-wrapping targets to be near the one place they are used.
Signed-off-by: Harvey Harrison <[email protected]>
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Signed-off-by: Harvey Harrison <[email protected]>
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/src/main/antlr/..
This gets the .g files unmixed from the non-generated java files for the cgram/jgram packages.
Signed-off-by: Harvey Harrison <[email protected]>
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recipe (inactive); Misc ..
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'sealed packages': gluegen-rt.jar < gluegen-rt-android.jar < gluegen.jar
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on 'PluginProcess.app'
- IOUtil.getTempDir(..): Don't test executable caps on OSX for java_io_tmpdir
- JarUtil.extract(..): Issue native fixNativeLibAttribs(..) on OSX for native library files,
i.e. remove xattr 'com.apple.quarantine'
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compile-time classes (host), since com.sun.tools.doclets.Taglet is required.
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Before we bumped java language version to 1.6, i.e. target == 1.5,
we required to compile some parts w/ the host level (1.6).
This is no more required.
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methods, based on 'gettimeofday(..)'
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producing Java6 bytecode ; Apply JAR Manifest tags: Sealed, Permissions and Codebase
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generate.nativelibrary.sources and dynlink* gluegen files due to manual impl.
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values; Using same pattern for Mac OS X.
Add Bionic specialization using Bionic's non POSIX values
- derive from UnixDynamicLinkerImpl
- specify own flag and mode values
- use UnixDynamicLinkerImpl native code
Using same pattern for Mac OS X
- derive from UnixDynamicLinkerImpl
- specify own flag and mode values
- use UnixDynamicLinkerImpl native code
- drop MacOSXDynamicLinkerImpl native code
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'gluegen' C Structs on-the-fly (2-pass actually).
Convenient annotation processing (APT) hooked to 'javac' (1.6) via gluegen.jar META-INF
service provider 'javax.annotation.processing.Processor' -> 'com.jogamp.gluegen.structgen.CStructAnnotationProcessor'.
Am implicit APT / JAVAC would be possible, however - to have a proper process
the unit test utilizes an explicit 2 pass run:
<!-- Annotation Processor Only - First -->
<javac destdir="${build_t.java}">
<classpath refid="junit.compile.classpath"/>
<compilerarg value="-proc:only"/>
<compilerarg value="-J-Djogamp.gluegen.structgen.debug"/>
<compilerarg value="-J-Djogamp.gluegen.structgen.output=${build_t.gen}/classes"/>
<src path="${test.base.dir}/com/jogamp/gluegen/test/junit/structgen"/>
</javac>
<!-- Javac Only - Second -->
<javac destdir="${build_t.java}">
<classpath refid="junit.compile.classpath"/>
<compilerarg value="-proc:none"/>
<src path="${test.base.dir}"/>
<src path="${build_t.gen}" />
</javac>
Original code from Michael Bien's 'superglue' git://github.com/mbien/superglue.git,
finally merged to GlueGen (as once intended).
Note: The APT javac pass requires to use 'gluegen.jar' instead of 'gluegen-rt.jar' !
The 2-pass process also alows using the runtime gluegen-rt.jar and hence ensures
clean namespace check at compilation.
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core modules
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Manifest ; Common jogamp_int_version for Android.
Until 2.0.2 gets released, the version string is 2.0.2-rc-<TIMESTAMP>
and used in the Manifest for IMPLEMENTATION_VERSION.
The previous build version name of IMPLEMENTATION_VERSION
goes into the new tag IMPLEMENTATION_BUILD.
Further more, we use a common jogamp_int_version for Android, to make life more easy.
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HashUtil.
Introduce markup: /*keyHash*/(.*)/*keyHash*/ allowing Long*HashMap to inject hash function for 64bit value.
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Exclude java.part.awt in android gluegen-rt.
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distinguish ARM soft-float/hard-float (part-1)
https://jogamp.org/bugzilla/show_bug.cgi?id=681
+ * References:
+ * <ul>
+ * <li>http://linux.die.net/man/5/elf</li>
+ * <li>http://www.sco.com/developers/gabi/latest/contents.html</li>
+ * <li>http://infocenter.arm.com/
+ * <ul>
+ * <li>ARM IHI 0044E, current through ABI release 2.09</li>
+ * <li>ARM IHI 0045D, current through ABI release 2.09</li>
+ * </ul></li>
Added self contained jogamp.common.os.elf package w/ entry point class ElfHeader
to read a RandomAccessFile and parse it as an ELF file.
ELF Parsing completness:
- Header: OK
- SectionHeader: OK
- Section Type SHT_ARM_ATTRIBUTES: OK
- Will be read into SectionArmAttributes
- Used to distinguisgh soft/hard VFP float
Tested manually on:
- Linux intel 32bit / 64bit, arm soft-float and hard-float
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simple primitive stack implementation.
Currently only FILO put/get operations are implemented using either
primitive arrays as I/O itself or <Type>Buffer.
Unit tests are included..
Note: Only FloatStack is implemented in a manual, where others (IntegerStack)
is derived (generated) from it. Same goes w/ unit tests.
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non native unix.
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(gluegen-rt-android.jar) if android SDK JAR files are available.
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ARMv7hf -> ARMv6hf, ARMv7-soft -> ARMv5te/ARMV6 (soft)
platform build config files:
lib/gluegen-cpptasks-linux-armv7.xml -> lib/gluegen-cpptasks-linux-armv6.xml
lib/gluegen-cpptasks-linux-armv7hf.xml -> lib/gluegen-cpptasks-linux-armv6hf.xml
properties:
isLinuxARMv7 -> isLinuxARMv6
isLinuxARMv7Armel -> isLinuxARMv6Armel
isLinuxARMv7Armhf -> isLinuxARMv6Armhf
isAndroidARMv7 -> isAndroidARMv6
isAndroidARMv7Armel -> isAndroidARMv6Armel
isAndroidARMv7Armhf -> isAndroidARMv6Armhf
targets:
compiler.cfg.linux.armv7 -> compiler.cfg.linux.armv6
linker.cfg.linux.armv7 -> linker.cfg.linux.armv6
compiler.cfg.linux.armv6:
<compilerarg value="-fpic" />
<compilerarg value="-march=armv5te" />
<compilerarg value="-marm" />
<compilerarg value="-mfloat-abi=softfp" />
<linkerarg value="-fpic" />
<linkerarg value="-march=armv5te" />
<linkerarg value="-marm" />
<linkerarg value="-mfloat-abi=softfp" />
<linkerarg value="-nostdlib" />
<linkerarg value="-Bdynamic" />
compiler.cfg.linux.armv6hf:
<compilerarg value="-fpic" />
<compilerarg value="-march=armv6" />
<compilerarg value="-marm" />
<compilerarg value="-mfloat-abi=hard" />
<linkerarg value="-fpic" />
<linkerarg value="-march=armv6" />
<linkerarg value="-marm" />
<linkerarg value="-mfloat-abi=hard" />
<linkerarg value="-nostdlib" />
<linkerarg value="-Bdynamic" />
gluegen-cpptasks-android-armv6.xml:
<compilerarg value="-fpic" />
<compilerarg value="-march=armv6" />
<compilerarg value="-mfloat-abi=softfp" />
<compilerarg value="-marm" />
<linkerarg value="-march=armv6" />
<linkerarg value="-mfloat-abi=softfp" />
<linkerarg value="-marm" />
<linkerarg value="-nostdlib" />
<linkerarg value="-Bdynamic" />
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Derivation
+++
JNILibLoaderBase.addNativeJarLibs(..): Add API doc
JNILibLoaderBase:
"addNativeJarLibs(Class<?> classFromJavaJar, String allNativeJarBaseName, String[] atomicNativeJarBaseNames)" ->
"addNativeJarLibs(Class<?>[] classesFromJavaJars, String singleJarMarker, String[] stripBasenameSuffixes)"
Derive the 'all' (1st choice) native JAR URL solely on the given class's JAR URL.
Examples:
JOCL:
// only: jocl.jar -> jocl-natives-'os.and.arch'.jar
addNativeJarLibs(new Class<?>[] { JOCLJNILibLoader.class }, null, null );
JOGL:
final ClassLoader cl = GLProfile.class.getClassLoader();
// either: [jogl-all.jar, jogl-all-noawt.jar, jogl-all-mobile.jar] -> jogl-all-natives-<os.and.arch>.jar
// or: nativewindow-core.jar -> nativewindow-natives-<os.and.arch>.jar,
// jogl-core.jar -> jogl-natives-<os.and.arch>.jar,
// (newt-core.jar -> newt-natives-<os.and.arch>.jar)? (if available)
final String newtFactoryClassName = "com.jogamp.newt.NewtFactory";
final Class<?>[] classesFromJavaJars = new Class<?>[] { NWJNILibLoader.class, GLProfile.class, null };
if( ReflectionUtil.isClassAvailable(newtFactoryClassName, cl) ) {
classesFromJavaJars[2] = ReflectionUtil.getClass(newtFactoryClassName, false, cl);
}
JNILibLoaderBase.addNativeJarLibs(classesFromJavaJars, "-all", new String[] { "-noawt", "-mobile", "-core" } );
Efficiency / Performance:
- Reduced JAR URL lookup calls JarUtil.getJarURL(..) - JNILibLoaderBase, Platform, JarUtil
- Attempt loading Jar files (native, class, ..) only once - TempJarCache
Code Cleanup (IOUtil, JarUtil, :
- IOException if not found
- IllegalArgumentException if null argument
+++
jogamp.android-launcher.jar -> jogamp-android-launcher.jar
+++
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Android specific classes for non Android platforms
Ensure same Java JAR content regardless of build target (fix).
Separate Android compilation results to gluegen-rt-android.jar,
avoiding generating different content of gluegen-rt.jar w/ non android builds.
aapt.signed: @{android.abi} argument is 'generic' by default.
Adding ${android.abi} to APK target name (gluegen-rt-android-armeabi-v7a.apk)
if not generic.
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specific classes for non Android platforms.
Android specifics are delegated via class AndroidUtils,
which uses reflection to call AndroidUtilsImpl if platform is Android.
Android code is confined to the packages:
jogamp.common.os.android.*
jogamp.android.launcher.*
and only included when compiled for the Android platform.
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version.code: 4
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