| Commit message (Collapse) | Author | Age | Files | Lines |
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test2 not test1
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927bbc7160a812bb29c0e7120d4a3009bfb13bbf
Almost done
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documentation
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buffer cache once @ 'releaseVal(..)' code creation
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GlueGen Revised Struct Mapping (esp pointer to array or single element), Struct String Charset, .. and Documentation
- Documentation:
- Added README.md
Let's have a proper face for the git repo
- Added doc/GlueGen_Mapping.md (and its html conversion doc/GlueGen_Mapping.html)
Created a new document covering application and implementation details suitable for users/devs.
- Added doc/JogAmpMacOSVersions.md conversion to doc/JogAmpMacOSVersions.html
- Updated www/index.html
- Use *CodeUnit instead of PrintWriter, representing a Java or C code unit covering a set of functions and structs.
The CCodeUnit also handles common code shared by its unit across functions etc.
- Dropping 'static initializer', as its no more required
due to simplified `JVMUtil_NewDirectByteBufferCopy()` variant.
- Revised Struct Mapping:
- Pure Java implementation to map primitive and struct fields within a struct
by utilizing ElementBuffer.
Only 'Function Pointer' fields within a struct require native code.
Exposes `static boolean usesNativeCode()` to query whether native code is used/required.
- Transparent native memory address API
Expose `long getDirectBufferAddress()` and `static TK_Struct derefPointer(long addr)`,
allowing to
- pass the native struct-pointer with native code
- reconstruct the struct from a native struct-pointer
- have a fully functional `TK_Struct.derefPointer(struct.getDirectBufferAddress())` cycle.
- Add 'boolean is<Val>Null() to query whether a pointer (array) is NULL
- *Changed* array get/set method for more flexibility alike `System.arraycopy(src, srcPos, dest, destPos, len)`,
where 'src' is being dropped for the getter and 'dest' is being dropped for the setter
as both objects are reflected by the struct instance.
- *Changed* `get<Val>ArrayLength()` -> `get<Val>ElemCount()` for clarity
- Considering all ConstElemCount values with config 'ReturnedArrayLength <int>'
to be owned by native code -> NativeOwnership -> Not changing the underlying memory region!
JavaOwnership is considered for all pointer-arrays not of NativeOwnership.
Hence any setter on a NativeOwnership pointer-array will fail with non-matching elem-count.
- Add 'release<Val>()' for JavaOwnership pointer-arrays,
allowing to release the Java owned native memory incl. null-ing pointer and set<Val>ElemCount(0).
- Support setter for 'const <type>*' w/ JavaOwnership, i.e. pointer to const value of a primitive or struct,
setter and getter using pointer to array or single element in general.
- Added Config `ImmutableAccess symbol` to disable all setter for whole struct or a field
- Added Config `MaxOneElement symbol` to restrict a pointer to maximum one element and unset
initial value (zero elements)
- Added Config `ReturnsStringOnly symbol` to restrict mapping only to a Java String,
dropping the ByteBuffer variant for 'char'
- String mapping default is UTF-8 and can be read and set via [get|set]Charset(..) per class.
- Dynamic string length retrieval in case no `ReturnedArrayLength` has been configured
has changed from `strlen()` to `strnlen(aptr, max_len)` to be on the safe site.
The maximum length default is 8192 bytes and can be read and set via [get|set]MaxStrnlen(..) per class.
FIXME: strnlen(..) using EOS byte non-functional for non 8-bit codecs like UTF-8, US-ASCII.
This is due to e.g. UTF-16 doesn't use an EOS byte, but interprets it as part of a code point.
- TODO: Perhaps a few more unit tests
- TODO: Allow plain 'int' to be mapped in structs IFF their size is same for all MachineDescriptions used.
Currently this is the case -> 4 bytes like int32_t.
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aapt.signed)
The new SDK d8 dex'ing tool performs Java8 desugaring, hence allows using Java8 code style.
We use d8 instead of dx in the 'aapt.signed' macro of 'jogamp-androidtasks.xml'.
For the proper desugaring, we pass 'android-min.jar and 'target.rt.jar' Android and Java8
system runtime jar-files to d8's classpath.
Macro 'aapt.signed' also receives the new optional element 'd8-classpaths'
to allows caller to pass further required jar-files to the d8 classpath.
See build-test.xml.
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Document Java8 target constraints, i.e. where we need to set source, target and bootclasspath
to ensure target runtime Java8 compliance.
Fix one odd compile issue!
Using two theorethical identical GNU/Linux Debian 10 machines with same set of installed software,
one passes (like MacOS, Windows) and one fails.
The failure was due to the CStructAnnotationProcessor's @SupportedSourceVersion tag.
This downgrades the SourceVersion's previous bump from 6->11 (commit 610493b1724b5d91327f478338ff5d029bdcc032)
down to 8.
Interesting times ..
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Test1p1Test1p1JavaEmitter
'com.jogamp.gluegen.test.junit.generation.Test1p1JavaEmitter' exposes a regression
using MingW64 8.1.0: System.loadLibrary() gives a "Can't find dependent libraries".
Here, 'Bindingtest1p1' is linked against 'test1' and fails to load
due to its wrong dependent library name within 'Bindingtest1p1'.
MingW64 8.1.0 dropped 'libtest1.so' into 'Bindingtest1p1.dll',
which is surely wrong. Even passing '-Wl,-soname=test1.dll' didn't help.
Note: Such constellation would only work with adding
the lib-path to PATH on Windows.
Since we don't utilize the method in any of our projects,
but use the dynamic library lookup method - this is not a blocker,
but wasted some good time.
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Added CC Task Option: 'usehighleveltool' to give user option to
prefer the high-level tool like gcc or clang for static linkage
where usually 'ar' is being used.
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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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JCPP submodule, build, test and doc)
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Cleanup / Preparation)
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Commit 414a0146660cadd35d5ae270f7f819717e9c7374
removed the const/volatile of the local return variable.
This change also casts the function calling result
to the same - hence removing a possible c-compiler warning
of dropping qualifier const.
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- Code regarding 'aliased typedef struct' is tagged in JavaEmitter and HeaderParser:
'NOTE: Struct Name Resolution (JavaEmitter, HeaderParser)'
Prefers containing cstruct typedef pointer
if available _and_ if cstruct is _not_ a typedef!
- Removed: 'HeaderParser.resolveAnonCompound(..)' no more required,
since CompoundType always sets its name!
Commit cf9f28cf249393f42d7d2835775521dfadee6b92
- JavaEmitter.emitStruct:
- Regard above 'aliased typedef struct' NOTE
- JavaEmitter.typeToJavaType:
- Regard above 'aliased typedef struct' NOTE
- ReferencedStructs
- Drop duplicate CompoundType instances of same name.
This can happen due to const/volatile and ASTLocusTag variants.
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ProcAddressEmitter criteria
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- We shall be able to import 'most' vanilla GL header,
i.e. only change the typedef part using our GlueGen types
- Type Safety:
- GlueGen now detects '#define' and 'enum' redefines
and throw an exception in this case.
This helps detecting wrongly renamed GL extensions into core!
- GlueGen now detects function redefines (overloading)
and throw an exception in this case.
Hence the semantics of duplicate functions has to be equal!
This helps detecting wrongly renamed GL extensions into core!
- Semantic equality for all types is provided
via interface TypeComparator.SemanticEqualityOp, i.e. 'boolean equalSemantics(..)'
implemented by com.jogamp.gluegen.cgram.types.Type.
Semantic equality can be relaxed via config "RelaxedEqualSemanticsTest true",
i.e. ignoring integer size, and const / volatile qualifiers.
- All equality/hash methods of 'com.jogamp.gluegen.cgram.types.*'
are restructured.
- Track and simplify renamed 'symbol', i.e. use a common
sub-interface for all renamed symbols (ConstantDefinition, FunctionSymbol, ..)
- This is provided in a unified manner
via interface com.jogamp.gluegen.cgram.types.AliasedSymbol
and its common implementation AliasedSymbolImpl
- All JavaConfiguration.shouldIgnore* methods operate w/
'AliasedSymbol' trying to match all aliases.
- Support 'struct NAME [ { ... } ]' w/o typedef's
- New GL / CL headers do not use typedef's for anonymous opaque types
- Opaque Type handling
- JavaConfiguration.typeInfo(..), identifying opaque types,
no more back references from target-type -> typedef.
Hence the following is possible now:
typedef void * Opaque01; // Opaque
typedef void * APointerBuffer; // A Buffer
- All Logger instances are no more static
and derive their warning level from the package's root Logger
via Logging.getLogger(..).
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and string (code generation)
Enhance compound access as delivered by Bug 1022,
to also generate accessors (getter and setter) for
array, pointer and string types.
Allow configuration of array length either via
their internal size (c-header) or config 'ReturnedArrayLength'.
'ReturnedArrayLength' allows specifying a java expression.
Canonical field names of compounds are _now_ specified as
follows for configuration entries:
COMPOUND.FIELD
e.g.
StructA.fieldB
Also allow configuration of pointer fields to be treated as
referenced arrays via 'ReturnedArrayLength'.
Further, allow specifying 'pointer fields' as String values
via 'ReturnsString' configuration.
++++
Implementation details:
- handle above described accessor features
- enhance JavaDoc for generated accessors
- generate native JNI compound and string accessor on demand
- encapsule accessor code generation in their own methods
- enhance exception messages
- enhance type verbosity in debug mode
- verbose debug output via GlueGen.debug()
Tests:
- Features covered by test1.[ch]
and Test1p1JavaEmitter and Test1p2ProcAddressEmitter
- Validated compilation and unit tests for modules:
- joal
- jogl (minor config changes req.)
- jocl (minor config changes req.)
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Refactor base semjar unit test class into
com.jogamp.junit.util.VersionSemanticsUtil, part of new gluegen-test-util.jar.
The new gluegen-test-util.jar shall be used by all other modules to test versioning.
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TestVersionSemantics adds testing of semantic versioning
of 2.1.5 gluegen-rt.jar against the current version within a unit test.
Currently we expect BACKWARD_COMPATIBLE_USER
and need to toggle this to NON_BACKWARD_COMPATIBLE,
if actually perfoming non compatible major or minor version changes.
The latter is allowed right now, since we increment from 2.1 -> 2.2!
- Added https://github.com/jeluard/semantic-versioning semver.jar (Apache License Version 2.0)
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generated_class_user due to Java8 issues.
Java8's annotation processor as embedded within javac does not allow
referencing not-yet existing generated classes in a class source code
which will produce these generated classes via the annotation process.
Example:
+++
import com.jogamp.gluegen.structgen.CStruct;
public class Lala {
@CStruct(name="RenderingConfig", header="TestStruct01.h")
public RenderingConfig config;
}
+++
Above example illustrates that the type 'RenderingConfig'
does not exist at time of processing the annotation.
The type will be created via the annotation process itself.
Even though we pass '-proc:only', i.e. skip java compilation,
Java8's annotation processing via javac fails in such case.
We see this as a bug within javac's annotation processing itself!
+++
This workaround splits the annotation process and using the class as
generated by the former.
To allow this to work, CStruct receives a new field 'jname'
allowing to enforce the java-name of the structure
using a dummy field type like boolean.
@CStruct(name="RenderingConfig", jname="RenderingConfig", header="TestStruct01.h")
public boolean dummy;
Further more CStruct can be annotated on the package, i.e. 'package-info.java',
avoiding the dependency problem altogether.
To support multiple header files and types,
'CStructs' has been introduced using an array of 'CStruct'.
@CStructs({@CStruct(name="RenderingConfig", header="TestStruct01.h"), @CStruct(name="Pixel", header="TestStruct02.h")})
package com.jogamp.gluegen.test.junit.structgen;
Tests:
- Build w/ Java7 and Java8
- Validated 'major version 50' (Java 6) class files (OK)
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recipe (inactive); Misc ..
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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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and privileged access)
This review focuses on how we perform permission checks,
or better - do we circumvent some assuming full privileges ?
Some native methods do need extra permission validation, i.e. loading native libraries.
Further more AccessController.doPrivileged(..) shall not cover generic code
exposing a critical feature to the user.
Further more .. we should rely on the SecuritManager, i.e. AccessControlContext's
'checkPermission(Permission)' code to comply w/ fine grained permission access.
It is also possible to have full permission w/o having any certificates (-> policy file).
+++
We remove implicit AccessController.doPrivileged(..) from within our trusted code
for generic methods, like Property access, temp. files.
+++
SecurityUtil:
- Remove 'getCommonAccessControlContext(Class<?> clz)',
which returned a local AccessControlContext for later restriction
if the passed class contains all certificates as the 'trusted' GlueGen class has.
- Simply expose convenient permission check methods relying on
SecurityManager / AccessControlContext.
PropertyAccess:
- 'protected static void addTrustedPrefix(..)' requires AllPermissions if SecurityManager is installed.
- Remove implicit doPrivileged(..) triggered by passed AccessControlContext instance,
only leave it for trusted prefixes.
IOUtil:
- Remove all doPrivileged(..) - Elevation shall be performed by caller.
DynamicLinker:
- 'public long openLibraryLocal(..)' and 'public long openLibraryGlobal(..)'
may throw SecurityException, if a SecurityManager is installed and the dyn. link permission
is not granted in the calling code.
Implemented in their respective Unix, OSX and Windows manifestation.
Caller has to elevate privileges via 'doPrivileged(..) {}' !
+++
Tests:
- Property access
- File access
- Native library loading
Manual Applet test (unsigned, but w/ SecurityManager and policy file):
> gluegen/test/applet
Applet has been tested w/ signed JAR w/ Firefox and Java7 on GNU/Linux as well.
Manual Application test (unsigned, but w/ SecurityManager and policy file):
com.jogamp.junit.sec.TestSecIOUtil01
- Run w/ SecurityManager and policy file:
- gluegen/scripts/runtest-secmgr.sh
- Run w/o SecurityManager:
- gluegen/scripts/runtest.sh
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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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binding initialization
- OSX/Java7 w/o 32bit tests
OSX/Java7 has no 32bit JVM, disable d32 tests for such, using property 'use.macosx32'
- Reliable Test1p*JavaEmitter JNI binding initialization
Load libs and init JNI binding statically w/ @BeforeClass,
since OSX/Java7 for some reason gets confused (?) w/ init sequence.
This is no issue for JOGL etc .. as far we have observed.
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- NativeLibrary Fix
- enumerateLibraryPaths(..):
- Properly iterate through all prefix _and_ suffix.
- Make public for JNILibLoaderBase.loadLibraryInternal(..)
- isValidNativeLibraryName(..):
- Stop iterating through prefix, if previously found
but suffix doesn't match.
- JNILibLoaderBase.loadLibraryInternal(..) Enhancement
- Mark customLibLoader FIXME: remove (we will get rid of jnlp.launcher.class)
- If System.load(TempJarCache) and System.loadLibrary(plainLibName) fails,
use NativeLibrary.enumerateLibraryPaths() w/ System.load(..) as last resort.
Tested on Linux x86_64 Java6 and OSX Java7 manually, no regressions expected.
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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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Android ClassLoaderUtil cleanup;
- Add 'asset' URLConnection
- Please read API doc 'PiggybackURLConnection' and 'AssetURLConnection'
- Solves generic resource handling where platform locations may differ,
ie ClassLoader lookup on Android in the 'assets/' subfolder.
- New Android 'AssetDexClassLoader' uses 'assets/' folder for findResource(..)
- aapt.signed (our APK ant task)
- uses 'assets/' folder
- adds the 'assetsdir' attribute allowing to copy other assets into the APK
- IOUtil uses URLConnection / incr. effeciency
- using URLConnection on all getResource(..) since URL
is connected anyways for validation and URLConnection can be used by caller right away
- String getRelativeOf(URL, String) -> URL getRelativeOf(URL, String)
- preserves scheme, authority, etc
- simple parentOf handling, more efficient
- reusing new 'asset' protocol impl.
- Android ClassLoaderUtil cleanup;
- Use createClassLoader(..) impl for build-in static jogamp and user APKs,
which removes code redundancy
Tests: New code path, especially 'assets' are covered by new unit tests, no regressions on Linux.
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ActivityLauncher provides delegating Activities, allowing the user to:
- daisy chain custom APK classes and native libraries to the classpath
- name one custom activity which gets delegated to, the downstream activity
Overview:
[User:a1] -- (usr-data) --> [Launcher] -> [User:a2] + using [other packages..]
[User APK] - The user provided APK
[JogAmp APK] - JogAmp APKs
[User:a1] - The initial user activity, which starts the [Launcher].
Providing data to [Launcher]: [User:a2], [User APK]
Resides in [User APK]
[User:a2] - The actual downstream 'real' activity, spoiled w/ full fledged ClassLoader
having access to all packages as requested, ie. [User APK], ..
Resides in [User APK]
[Launcher] - The launcher activity.
Gets called by [User:a1].
Creates a new ClassLoader, daisy chainging all requested APKs.
Instantiates [User:a2] w/ new ClassLoader.
Delegates all calls to [User:a2].
Resides in [JogAmp APK].
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explicit BOOTCLASSPATH, use default.
(2) Android 4.0.3 LEB 12.02 / Pandaboard requires the original BOOTCLASSPATH,
otherwise dependencies are broken and dalvikvm crashes.
Adding 'our' ant-junit-all.apk to 'complete' the set of our required junit/ant classes
seems to work well on V. 2.3.6 (Samsung Galaxy S) and V. 4.0.3.
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-> JarURL on Android
All [remaining] tests passed on Android!
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most of tests in TestJarUtil
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remote test fix:
- run targetcommand w/ explicit root via 'su'
- rsync: more excludes, only use '-rt'
- explicit chmod 644 on results
- adb commands include naming of remote machine: -s ${env.TARGET_IP}:${env.TARGET_ADB_PORT}
GlueGen-cpptasks-android-armv7:
- use unique project name (warning)
- gcc +
-fpic
-D__unix__
- ld +
-fpic
-nostdlib
-Bdynamic
-Wl,-dynamic-linker,/system/bin/linker
-Wl,-z,nocopyreloc
explicit add 'dl' to list of libs
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- A bug in cpptasks was getting in the way of a working build with NDK
r7. A local patch to cpptasks fixed the bug.
- The patch is added as make/lib/cpptasks_gcclinker.patch and applies
cleanly to cpptasts @ revision 177.
- The result of building cpptasks r177 with this patch is part of the
commit as well.
- Cleaned up and simplified the android cross-compile script in
make/scripts.
- Cleaned up arguments passed to gcc for compiling and linking to look
more like the command lines used for building NDK samples.
- Some differences are necessary as cpptasks won't let us specify any
binary other than 'gcc' for building. See
gluegen-cpptasks-android-armv7.xml for comments on the matter.
- Thinking forward to x86 support, generalized jogamp-androidtasks.xml
to install the gluegen shared library in a subdirectory of image/lib
named for the targetted ABI for packaging with aapt. This file is
no-longer ARM-specific.
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failure.
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otherwise the jenkins build fails.
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JUNIT_DISABLED -> junit.is.disabled
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location
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