virtual const zfchar *moduleFilePath(void)
{
if(this->_moduleFilePath.isEmpty())
{
zfstring tmp;
#if ZF_ENV_sys_Windows
zfcharW buf[1024] = {0};
::GetModuleFileNameW(zfnull, buf, 1024);
ZFString::toZFChar(tmp, buf, ZFStringEncodingForZFCharW);
#elif ZF_ENV_sys_Posix || ZF_ENV_sys_unknown // #if ZF_ENV_sys_Windows
zfcharA buf[1024] = {0};
zfint len = (zfint)::readlink(zfTextA("/proc/self/exe"), buf, 1024);
if(len > 0)
{
buf[len] = '\0';
}
else
{
zfscpyA(buf, zfstringWithFormat(zfTextA("./unknown")).cString());
}
ZFString::toZFChar(tmp, buf, ZFStringEncoding::e_UTF8);
#endif // #elif ZF_ENV_sys_Posix || ZF_ENV_sys_unknown
zfbool result = ZFFile::filePathFormat(this->_moduleFilePath, tmp.cString());
zfCoreAssert(result);
}
return this->_moduleFilePath;
}
void ZFImpl_sys_Android_ZFUISizeFromZFAndroidSize(ZF_OUT ZFUISize &ret, ZF_IN jobject jobjSize)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsSize = ZFImpl_sys_Android_jclassZFAndroidSize();
static jfieldID jfIdWidth = JNIUtilGetFieldID(jniEnv, jclsSize, zfTextA("width"), JNIType::S_int.getId());
static jfieldID jfIdHeight = JNIUtilGetFieldID(jniEnv, jclsSize, zfTextA("height"), JNIType::S_int.getId());
ret.width = JNIUtilGetIntField(jniEnv, jobjSize, jfIdWidth);
ret.height = JNIUtilGetIntField(jniEnv, jobjSize, jfIdHeight);
}
void ZFImpl_sys_Android_ZFUIPointFromZFAndroidPoint(ZF_OUT ZFUIPoint &ret, ZF_IN jobject jobjPoint)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsPoint = ZFImpl_sys_Android_jclassZFAndroidPoint();
static jfieldID jfIdX = JNIUtilGetFieldID(jniEnv, jclsPoint, zfTextA("x"), JNIType::S_int.getId());
static jfieldID jfIdY = JNIUtilGetFieldID(jniEnv, jclsPoint, zfTextA("y"), JNIType::S_int.getId());
ret.x = JNIUtilGetIntField(jniEnv, jobjPoint, jfIdX);
ret.y = JNIUtilGetIntField(jniEnv, jobjPoint, jfIdY);
}
jobject ZFImpl_sys_Android_ZFUIPointToZFAndroidPoint(ZF_IN const ZFUIPoint &point, ZF_IN_OUT jobject jobjPoint)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsPoint = ZFImpl_sys_Android_jclassZFAndroidPoint();
static jfieldID jfIdX = JNIUtilGetFieldID(jniEnv, jclsPoint, zfTextA("x"), JNIType::S_int.getId());
static jfieldID jfIdY = JNIUtilGetFieldID(jniEnv, jclsPoint, zfTextA("y"), JNIType::S_int.getId());
JNIUtilSetIntField(jniEnv, jobjPoint, jfIdX, point.x);
JNIUtilSetIntField(jniEnv, jobjPoint, jfIdY, point.y);
return jobjPoint;
}
jobject ZFImpl_sys_Android_ZFUISizeToZFAndroidSize(ZF_IN const ZFUISize &size, ZF_IN_OUT jobject jobjSize)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsSize = ZFImpl_sys_Android_jclassZFAndroidSize();
static jfieldID jfIdWidth = JNIUtilGetFieldID(jniEnv, jclsSize, zfTextA("width"), JNIType::S_int.getId());
static jfieldID jfIdHeight = JNIUtilGetFieldID(jniEnv, jclsSize, zfTextA("height"), JNIType::S_int.getId());
JNIUtilSetIntField(jniEnv, jobjSize, jfIdWidth, size.width);
JNIUtilSetIntField(jniEnv, jobjSize, jfIdHeight, size.height);
return jobjSize;
}
void ZFImpl_sys_Android_ZFUIMarginFromZFAndroidMargin(ZF_OUT ZFUIMargin &ret, ZF_IN jobject jobjMargin)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsMargin = ZFImpl_sys_Android_jclassZFAndroidMargin();
static jfieldID jfIdLeft = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("left"), JNIType::S_int.getId());
static jfieldID jfIdTop = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("top"), JNIType::S_int.getId());
static jfieldID jfIdRight = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("right"), JNIType::S_int.getId());
static jfieldID jfIdBottom = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("bottom"), JNIType::S_int.getId());
ret.left = JNIUtilGetIntField(jniEnv, jobjMargin, jfIdLeft);
ret.top = JNIUtilGetIntField(jniEnv, jobjMargin, jfIdTop);
ret.right = JNIUtilGetIntField(jniEnv, jobjMargin, jfIdRight);
ret.bottom = JNIUtilGetIntField(jniEnv, jobjMargin, jfIdBottom);
}
void ZFImpl_sys_Android_ZFUIRectFromZFAndroidRect(ZF_OUT ZFUIRect &ret, ZF_IN jobject jobjRect)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsRect = ZFImpl_sys_Android_jclassZFAndroidRect();
static jfieldID jfIdX = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("x"), JNIType::S_int.getId());
static jfieldID jfIdY = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("y"), JNIType::S_int.getId());
static jfieldID jfIdWidth = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("width"), JNIType::S_int.getId());
static jfieldID jfIdHeight = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("height"), JNIType::S_int.getId());
ret.point.x = JNIUtilGetIntField(jniEnv, jobjRect, jfIdX);
ret.point.y = JNIUtilGetIntField(jniEnv, jobjRect, jfIdY);
ret.size.width = JNIUtilGetIntField(jniEnv, jobjRect, jfIdWidth);
ret.size.height = JNIUtilGetIntField(jniEnv, jobjRect, jfIdHeight);
}
virtual zfindex outputLog(ZF_IN const zfchar *s, ZF_IN_OPT zfindex count = zfindexMax)
{
if(count == zfindexMax)
{
printf(zfTextA("%s"), ZFStringZ2A(s));
}
else
{
zfstring tmp(s, count);
printf(zfTextA("%s"), ZFStringZ2A(tmp.cString()));
}
return zfindexMax;
}
jobject ZFImpl_sys_Android_ZFUIMarginToZFAndroidMargin(ZF_IN const ZFUIMargin &margin, ZF_IN_OUT jobject jobjMargin)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsMargin = ZFImpl_sys_Android_jclassZFAndroidMargin();
static jfieldID jfIdLeft = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("left"), JNIType::S_int.getId());
static jfieldID jfIdTop = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("top"), JNIType::S_int.getId());
static jfieldID jfIdRight = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("right"), JNIType::S_int.getId());
static jfieldID jfIdBottom = JNIUtilGetFieldID(jniEnv, jclsMargin, zfTextA("bottom"), JNIType::S_int.getId());
JNIUtilSetIntField(jniEnv, jobjMargin, jfIdLeft, margin.left);
JNIUtilSetIntField(jniEnv, jobjMargin, jfIdTop, margin.top);
JNIUtilSetIntField(jniEnv, jobjMargin, jfIdRight, margin.right);
JNIUtilSetIntField(jniEnv, jobjMargin, jfIdBottom, margin.bottom);
return jobjMargin;
}
jobject ZFImpl_sys_Android_ZFUIRectToZFAndroidRect(ZF_IN const ZFUIRect &rect, ZF_IN_OUT jobject jobjRect)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsRect = ZFImpl_sys_Android_jclassZFAndroidRect();
static jfieldID jfIdX = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("x"), JNIType::S_int.getId());
static jfieldID jfIdY = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("y"), JNIType::S_int.getId());
static jfieldID jfIdWidth = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("width"), JNIType::S_int.getId());
static jfieldID jfIdHeight = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("height"), JNIType::S_int.getId());
JNIUtilSetIntField(jniEnv, jobjRect, jfIdX, rect.point.x);
JNIUtilSetIntField(jniEnv, jobjRect, jfIdY, rect.point.y);
JNIUtilSetIntField(jniEnv, jobjRect, jfIdWidth, rect.size.width);
JNIUtilSetIntField(jniEnv, jobjRect, jfIdHeight, rect.size.height);
return jobjRect;
}
ZFUIRect ZFImpl_sys_Android_ZFUIRectFromZFAndroidRect(ZF_IN jobject jobjRect)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jclsRect = ZFImpl_sys_Android_jclassZFAndroidRect();
static jfieldID jfIdX = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("x"), JNIType::S_int.getId());
static jfieldID jfIdY = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("y"), JNIType::S_int.getId());
static jfieldID jfIdWidth = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("width"), JNIType::S_int.getId());
static jfieldID jfIdHeight = JNIUtilGetFieldID(jniEnv, jclsRect, zfTextA("height"), JNIType::S_int.getId());
return ZFUIRectMake(
JNIUtilGetIntField(jniEnv, jobjRect, jfIdX),
JNIUtilGetIntField(jniEnv, jobjRect, jfIdY),
JNIUtilGetIntField(jniEnv, jobjRect, jfIdWidth),
JNIUtilGetIntField(jniEnv, jobjRect, jfIdHeight));
}
_ZFP_ZFCoreStringA::_ZFP_ZFCoreStringA(const zfcharA *s)
: d(zfnew(zfstlbasicstring<zfcharA>, s ? s : zfTextA("")))
{
#if _ZFP_ZFCoreStringDebugValue
v = this->cString();
#endif
}
void _ZFP_zfCoreLog(ZF_IN const zfcharA *callerFile,
ZF_IN const zfcharA *callerFunction,
ZF_IN zfindex callerLine,
ZF_IN zfbool isAutoEndl,
ZF_IN const zfcharA *format,
...)
{
if(_ZFP_ZFCoreLogOutputCallback == zfnull)
{
return ;
}
zfstringA s;
va_list vaList;
va_start(vaList, format);
if(callerFile != zfnull)
{
ZF_CALLER_INFO_DETAIL_REF(s, callerFile, callerFunction, callerLine);
s += ' ';
}
zfstringAppendV(s, format, vaList);
if(isAutoEndl)
{
zfstringAppend(s, zfTextA("\n"));
}
va_end(vaList);
_ZFP_ZFCoreLogOutputCallback(zfsCoreZ2A(s.cString()));
}
virtual void objectOnDeallocPrepare(void)
{
this->cls->instanceObserverRemove(this->interceptedAllocListener);
for(zfindex iObj = 0; iObj < this->observedObjects.count(); ++iObj)
{
ZFObject *obj = this->observedObjects[iObj];
for(zfindex iObserver = 0; iObserver < this->params.count(); ++iObserver)
{
const ZFObjectInstanceObserverParam ¶m = this->params[iObserver];
obj->observerRemove(param.eventId(), param.observer());
}
obj->observerRemove(ZFObject::EventObjectBeforeDealloc(), this->interceptedDeallocListener);
}
for(zfindex i = 0; i < this->params.count(); ++i)
{
ZFObject *userData = this->params[i].userData();
if(userData != zfnull)
{
ZFLeakTestLogReleaseVerbose(userData, ZF_CALLER_FILE, zfTextA("ZFObjectInstanceObserverStop"), ZF_CALLER_LINE);
}
}
zfsuper::objectOnDeallocPrepare();
}
_ZFP_ZFCoreStringA &_ZFP_ZFCoreStringA::assign(const zfcharA *s, zfindex len)
{
((zfstlbasicstring<zfcharA> *)d)->assign(s ? s : zfTextA(""), _ZFP_ZFCoreString_toStlSize(len));
#if _ZFP_ZFCoreStringDebugValue
v = this->cString();
#endif
return *this;
}
_ZFP_ZFCoreStringA &_ZFP_ZFCoreStringA::assign(const zfcharA *s)
{
((zfstlbasicstring<zfcharA> *)d)->assign(s ? s : zfTextA(""));
#if _ZFP_ZFCoreStringDebugValue
v = this->cString();
#endif
return *this;
}
_ZFP_ZFCoreStringA &_ZFP_ZFCoreStringA::operator += (const zfcharA *s)
{
*((zfstlbasicstring<zfcharA> *)d) += s ? s : zfTextA("");
#if _ZFP_ZFCoreStringDebugValue
v = this->cString();
#endif
return *this;
}
virtual void timerStop(ZF_IN ZFTimer *timer)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
static jmethodID jmId = JNIUtilGetStaticMethodID(jniEnv, this->jclsOwner, zfTextA("native_timerStop"),
JNIGetMethodSig(JNIType::S_void, JNIParamTypeContainer()
.add(JNIType::S_object(ZFImpl_sys_Android_JNI_NAME_Object))
).c_str());
JNIUtilCallStaticVoidMethod(jniEnv, this->jclsOwner, jmId, ZFCastStatic(jobject, timer->nativeTimer()));
}
inline zfbool operator()(ZFObject *obj1,
ZFObject *obj2) const
{
ZFCompareResult cmp = ZFObjectCompare(obj1, obj2);
zfCoreAssertWithMessageTrim(cmp != ZFCompareUncomparable, zfTextA("[ZFMap] key must comparable: %s, %s"),
zfsCoreZ2A(ZFObjectInfo(obj1).cString()),
zfsCoreZ2A(ZFObjectInfo(obj2).cString()));
return (cmp == ZFCompareSmaller);
}
void ZFImpl_sys_Android_stackTracePrint(void)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jcls = JNIUtilFindClass(jniEnv, JNIConvertClassNameForFindClass(ZFImpl_sys_Android_JNI_NAME_ZFAndroidLog).c_str());
static jmethodID jmId = JNIUtilGetStaticMethodID(jniEnv, jcls, zfTextA("stackTracePrint"),
JNIGetMethodSig(JNIType::S_void, JNIParamTypeContainer()
).c_str());
JNIUtilCallStaticVoidMethod(jniEnv, jcls, jmId);
}
virtual void *nativeTimerCreate(ZF_IN ZFTimer *timer)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
static jmethodID jmId = JNIUtilGetStaticMethodID(jniEnv, this->jclsOwner, zfTextA("native_nativeTimerCreate"),
JNIGetMethodSig(JNIType::S_object(ZFImpl_sys_Android_JNI_NAME_Object), JNIParamTypeContainer()
).c_str());
jobject tmp = JNIUtilCallStaticObjectMethod(jniEnv, this->jclsOwner, jmId);
jobject ret = JNIUtilNewGlobalRef(jniEnv, tmp);
JNIUtilDeleteLocalRef(jniEnv, tmp);
return ret;
}
virtual ~ZFPROTOCOL_IMPLEMENTATION_CLASS(ZFOutputImpl_sys_Android)(void)
{
{
zfsynchronizedObject(this->syncObj);
if(this->savedString.length() > 0)
{
_ZFP_ZFImpl_sys_Android_ZFOutput_output(zfTextA("%s"), this->savedString.cString());
}
}
zfReleaseWithoutLeakTest(this->syncObj);
}
void _ZFP_ZFImpl_sys_Android_jniWrap_FuncCalled_action(ZF_IN const zfcharA *callerFile,
ZF_IN const zfcharA *callerFunction,
ZF_IN zfindex callerLine,
ZF_IN const zfcharA *actionName)
{
#if 0
AndroidLog(zfTextA("JNIFuncCall (%s) %s"),
actionName,
ZF_CALLER_INFO(ZF_CALLER_PATH_TO_NAME(callerFile), callerFunction, callerLine));
#endif
}
void ZFMutex::mutexLock(void)
{
if(this->_ZFP_ZFObjectLockIsAvailable())
{
this->_ZFP_ZFObjectLock();
}
else if(!this->noWarningIfImplementationNotAvailable)
{
zfCoreLogTrim(zfTextA("[ZFMutex] try mutexLock a object while no implementation for lock"));
}
}
_ZFP_ZFObjectMutexImpl_sys_Android_MutexImpl(ZF_IN jclass jclsOwner)
: ZFObjectMutexImpl()
, jclsOwner(jclsOwner)
, nativeMutex(NULL)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
static jmethodID jmId = JNIUtilGetStaticMethodID(jniEnv, this->jclsOwner, zfTextA("native_nativeMutexCreate"),
JNIGetMethodSig(JNIType::S_object(ZFImpl_sys_Android_JNI_NAME_Object), JNIParamTypeContainer()
).c_str());
jobject tmp = JNIUtilCallStaticObjectMethod(jniEnv, this->jclsOwner, jmId);
this->nativeMutex = JNIUtilNewGlobalRef(jniEnv, tmp);
JNIUtilDeleteLocalRef(jniEnv, tmp);
}
void _ZFP_ZFImpl_sys_Android_jniWrap_Released_action(ZF_IN const void *obj,
ZF_IN const zfcharA *callerFile,
ZF_IN const zfcharA *callerFunction,
ZF_IN zfindex callerLine,
ZF_IN const zfcharA *actionName)
{
#if 0
AndroidLog(zfTextA("JNIRelease %08X (%s) %s"),
ZFCastReinterpret(zfuint, obj),
actionName,
ZF_CALLER_INFO(ZF_CALLER_PATH_TO_NAME(callerFile), callerFunction, callerLine));
#endif
}
void _ZFP_zfautoReleaseAction(ZF_IN ZFObject *obj,
ZF_IN const zfcharA *callerFile,
ZF_IN const zfcharA *callerFunction,
ZF_IN zfindex callerLine,
ZF_IN zfbool enableLeakTest)
{
if(ZFPROTOCOL_IS_AVAILABLE(ZFThread))
{
ZFThread *threadCur = ZFThread::currentThread();
if(threadCur == zfnull)
{
zfCoreCriticalMessageTrim(zfTextA("%s current thread is null, make sure the thread is started or registered by ZFThread"),
ZF_CALLER_INFO_DETAIL(callerFile, callerFunction, callerLine));
return ;
}
threadCur->_ZFP_ZFThreadAutoReleasePoolAdd(obj, callerFile, callerFunction, callerLine, enableLeakTest);
}
else
{
ZFAutoReleasePool::instance()->poolAdd(obj, callerFile, callerFunction, callerLine, enableLeakTest);
if(ZFPROTOCOL_IS_AVAILABLE(ZFThreadTaskRequest))
{
ZF_GLOBAL_INITIALIZER_CLASS(zfautoRelease_poolDrainDataHolder) *d = ZF_GLOBAL_INITIALIZER_INSTANCE(zfautoRelease_poolDrainDataHolder);
if(!d->drainTaskRequested)
{
d->drainTaskRequested = zftrue;
ZFThreadTaskRequest(d->drainTask);
}
}
else
{
zfCoreLogTrim(zfTextA("%s zfautoRelease called while no auto drain logic support, object %s would not be released normally"),
ZF_CALLER_INFO_DETAIL(callerFile, callerFunction, callerLine),
zfsCoreZ2A(obj->objectInfoOfInstance().cString()));
}
}
}
zfstring ZFImpl_sys_Android_objectInfo(ZF_IN jobject nativeObject)
{
JNIEnv *jniEnv = JNIGetJNIEnv();
jclass jcls = JNIUtilFindClass(jniEnv, JNIConvertClassNameForFindClass(ZFImpl_sys_Android_JNI_NAME_ZFAndroidLog).c_str());
static jmethodID jmId = JNIUtilGetStaticMethodID(jniEnv, jcls, zfTextA("objectInfo"),
JNIGetMethodSig(JNIType::S_object(ZFImpl_sys_Android_JNI_NAME_String), JNIParamTypeContainer()
.add(JNIType::S_object(ZFImpl_sys_Android_JNI_NAME_Object))
).c_str());
jstring tmp = ZFCastStatic(jstring, JNIUtilCallStaticObjectMethod(jniEnv, jcls, jmId, nativeObject));
const char *utf = JNIUtilGetStringUTFChars(jniEnv, tmp, zfnull);
zfstring ret = utf;
JNIUtilReleaseStringUTFChars(jniEnv, tmp, utf);
return ret;
}
_ZFP_ZFCoreStringA::_ZFP_ZFCoreStringA(const zfcharA *s, zfindex len)
{
s = s ? s : zfTextA("");
if(len == zfindexMax)
{
d = zfnew(zfstlbasicstring<zfcharA>, s);
}
else
{
d = zfnew(zfstlbasicstring<zfcharA>, s, _ZFP_ZFCoreString_toStlSize(len));
}
#if _ZFP_ZFCoreStringDebugValue
v = this->cString();
#endif
}
void ZFUIScrollerClassSet(ZF_IN const ZFClass *cls)
{
if(cls != zfnull && !cls->classIsTypeOf(ZFUIScroller::ClassData()))
{
zfCoreLog(zfTextA("class %s not type of %s"),
zfsCoreZ2A(cls->className()),
zfsCoreZ2A(ZFUIScroller::ClassData()->className()));
return ;
}
if(cls == zfnull)
{
cls = ZFUIScrollerDefault::ClassData();
}
_ZFP_ZFUIScroller_cls = cls;
}
