void convert__byte_array(long& java_value, long& cxx_value, const CXXTypeHierarchy cxx_type_hierarchy, const converter_t& converter_type, std::stack<long>& converter_stack)
{
JNIContext *jni = JNIContext::sharedInstance();
if (converter_type == CONVERT_TO_JAVA)
{
jni->pushLocalFrame();
cxx_converter item_converter = get_converter(converter_stack);
std::vector<byte> *cxx_vector = (std::vector<byte> *) cxx_value;
int count = cxx_vector->size();
char java_array[count];
int item_idx = 0;
for(std::vector<byte>::iterator it = cxx_vector->begin(); it != cxx_vector->end(); ++it)
{
byte item = (byte) *it;
java_array[item_idx++] = item;
}
java_value = (long) jni->createByteArray(*java_array, count);
java_value = (long) jni->popLocalFrame((jobject) java_value);
}
else if (converter_type == CONVERT_TO_CXX)
{
jni->pushLocalFrame();
cxx_converter item_converter = get_converter(converter_stack);
std::vector<byte> *cxx_vector = new std::vector<byte>();
int count = (int) jni->getArrayLength((jarray) java_value);
char * java_array = jni->getByteArray((jbyteArray) java_value);
for (int idx = 0 ; idx < count; idx++)
{
char item = (char) java_array[idx];
cxx_vector->push_back((byte) item);
}
cxx_value = (long) cxx_vector;
jni->popLocalFrame();
}
log("convert__byte_array exit");
}
bool CXXContext::deleteProxyComponent(jobject externalObject)
{
LOGV("deleteProxyComponent externalObject %ld", (long) externalObject);
JNIContext *jni = JNIContext::sharedInstance();
bool success = false;
jni->pushLocalFrame();
if (jni->newLocalRef(externalObject) != 0)
{
jobject globalRef = jni->newGlobalRef(externalObject);
jni->deleteGlobalRef(globalRef);
success = true;
}
jni->popLocalFrame();
return success;
}
void convert__object_array_type(long& java_value, long& cxx_value, const CXXTypeHierarchy cxx_type_hierarchy, const converter_t& converter_type, std::stack<long>& converter_stack)
{
JNIContext *jni = JNIContext::sharedInstance();
if (converter_type == CONVERT_TO_JAVA)
{
jni->pushLocalFrame();
cxx_converter item_converter = get_converter(converter_stack);
std::vector<long> *cxx_vector = (std::vector<long> *) cxx_value;
int count = cxx_vector->size();
std::string child_type = jni->getJNIName( std::string("java.lang.Object") );
CXXTypeHierarchy item_type;
item_type.type_name = child_type;
std::vector<CXXTypeHierarchy> child_types = cxx_type_hierarchy.child_types;
if (child_types.size() > 0)
{
item_type = child_types.at(0);
child_type = jni->getJNIName( item_type.type_name );
}
java_value = (long) jni->createObjectArray(count, jni->getClassRef( child_type.c_str() ));
for(std::vector<long>::iterator it = cxx_vector->begin(); it != cxx_vector->end(); ++it)
{
long cxx_item_ptr = (long) *it;
long java_item_ptr = 0;
int item_idx = it - cxx_vector->begin();
item_converter(java_item_ptr, cxx_item_ptr, item_type, converter_type, converter_stack);
jni->setObjectArrayElement((jobjectArray) java_value, item_idx, (jobject) java_item_ptr);
}
java_value = (long) jni->popLocalFrame((jobject) java_value);
}
else if (converter_type == CONVERT_TO_CXX)
{
jni->pushLocalFrame();
std::string child_type = jni->getJNIName( std::string("java.lang.Object") );
CXXTypeHierarchy item_type;
item_type.type_name = child_type;
std::vector<CXXTypeHierarchy> child_types = cxx_type_hierarchy.child_types;
if (child_types.size() > 0)
{
item_type = child_types.at(0);
child_type = jni->getJNIName( item_type.type_name );
}
cxx_converter item_converter = get_converter(converter_stack);
std::vector<long> *cxx_vector = (std::vector<long> *) cxx_value;
int size = (int) jni->getArrayLength((jobjectArray) java_value);
for (int idx = 0 ; idx < size; idx++)
{
long java_item_ptr = (long) jni->getObjectArrayElement((jobjectArray) java_value, idx);
long cxx_item_ptr = 0;
item_converter(java_item_ptr, cxx_item_ptr, item_type, converter_type, converter_stack);
cxx_vector->push_back(cxx_item_ptr);
}
jni->popLocalFrame();
}
}
