jint sun_io_CharToByteISO8859_11::convert(
Unicod_ap aUnicod1, // src
jint c_offset,
jint c_end,
Byte_ap aByte4, // dst
jint b_offset,
jint b_end
) {
int c_length = c_end - c_offset;
int b_length = b_end - b_offset;
if (c_length == 0) {
return 0;//Unicod_A::create$(0);
}
Byte_A::Buffer b_buf(aByte4, b_offset, b_length);
Unicod_A::Buffer c_buf(aUnicod1, c_offset, c_length);
if (c_length > b_length) {
c_length = b_length;
}
jbyte* pB = b_buf;
unicod* pC = c_buf;
for (int i = c_length; i -- > 0; ) {
*pB ++ = (jbyte)*pC++;
}
this->set__byteOff(b_offset + c_length);
return c_length;
}
jint sun_io_ByteToCharISO8859_11::convert(
Byte_ap aByte1, // src
jint b_offset,
jint b_end,
Unicod_ap aUnicod4, // dst
jint c_offset,
jint c_end
) {
int c_length = c_end - c_offset;
int b_length = b_end - b_offset;
if (b_length == 0) {
return 0;//Unicod_A::create$(0);
}
Byte_A::Buffer b_buf(aByte1, b_offset, b_length);
Unicod_A::Buffer c_buf(aUnicod4, c_offset, c_length);
if (b_length > c_length) {
b_length = c_length;
}
jbyte* pB = b_buf;
unicod* pC = c_buf;
for (int i = b_length; i -- > 0; ) {
*pC ++ = *pB++;
}
//*
this->set__charOff(c_offset + b_length);
return c_length;
/*/
this->set__charOff(c_offset + b_length);
return c_length;
//*/
//return fm::byteToCharArray((ubyte*)(jbyte*)buf, length);
}
void TestQgsOpenClUtils::_testMakeRunProgram()
{
cl_int err = 0;
QVERIFY( err == 0 );
cl::Context ctx = QgsOpenClUtils::context();
cl::CommandQueue queue = QgsOpenClUtils::commandQueue();
std::vector<float> a_vec = {1, 10, 100};
std::vector<float> b_vec = {1, 10, 100};
std::vector<float> c_vec = {-1, -1, -1};
cl::Buffer a_buf( queue, a_vec.begin(), a_vec.end(), true );
cl::Buffer b_buf( queue, b_vec.begin(), b_vec.end(), true );
cl::Buffer c_buf( queue, c_vec.begin(), c_vec.end(), false );
cl::Program program = QgsOpenClUtils::buildProgram( QString::fromStdString( source() ) );
auto kernel =
cl::KernelFunctor <
cl::Buffer &,
cl::Buffer &,
cl::Buffer &
> ( program, "vectorAdd" );
kernel( cl::EnqueueArgs(
queue,
cl::NDRange( 3 )
),
a_buf,
b_buf,
c_buf
);
cl::copy( queue, c_buf, c_vec.begin(), c_vec.end() );
for ( size_t i = 0; i < c_vec.size(); ++i )
{
QCOMPARE( c_vec[i], a_vec[i] + b_vec[i] );
}
}