#include <PythonPP/PythonPP.h>
#include <PythonPP/PythonPP_emb.h>

using namespace Upp;

CONSOLE_APP_MAIN
{
	pythonpp::Engine eng;
	eng.ExecuteStr("print 'Hello World!'");
}

PythonPP_emb.cpp
c:\myapps\pythonpp\PythonPP_error.h(25) : fatal error C1083: Cannot open include file: 'Python.h': No
	 such file or directory
c:\myapps\pythonpp\PythonPP_error.h(25) : fatal error C1083: Cannot open include file: 'Python.h': No
	 such file or directory
PythonPP_ext.cpp
PythonPP: 2 file(s) built in (0:01.30), 652 msecs / file, duration = 1344 msecs, parallelization 100%

----- Core ( SSE2 GCC SHARED LINUX POSIX ) (1 / 3)
----- PythonPP ( SSE2 GCC SHARED LINUX POSIX ) (2 / 3)
PythonPP_emb.cpp
PythonPP_ext.cpp
In file included from /home/neil/upp/MyApps/PythonPP/PythonPP_object.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_pdt.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_emb.h:23,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_emb.cpp:1:
/home/neil/upp/MyApps/PythonPP/PythonPP_error.h:25: fatal error: Python.h: No such file or
	 directory
compilation terminated.
In file included from /home/neil/upp/MyApps/PythonPP/PythonPP_object.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_seq.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_ext.h:10,
                 from /home/neil/upp/MyApps/PythonPP/PythonPP_ext.cpp:1:
/home/neil/upp/MyApps/PythonPP/PythonPP_error.h:25: fatal error: Python.h: No such file or
	 directory
compilation terminated.
PythonPP: 2 file(s) built in (0:00.20), 104 msecs / file, duration = 249 msecs, paralleliz
	ation 90%

There were errors. (0:00.43)

#include <Core/Core.h>
#include <PythonPP/PythonPP.h>
#include <PythonPP/PythonPP_ext.h>

//////////////////////////////////////////////////////////////////////////////
// Compatibility macros
//
// From Python 2.2 to 2.3, the way to export the module init function
// has changed. These macros keep the code compatible to both ways.
//
#if PY_VERSION_HEX >= 0x02030000
#  define PYDBAPI_MODINIT_FUNC(name)         PyMODINIT_FUNC name(void)
#else
#  define PYDBAPI_MODINIT_FUNC(name)         DL_EXPORT(void) name(void)
#endif

using namespace Upp;

namespace python
{

	class Test : public pythonpp::ExtObject<Test>
	{
	public:
		Test();
		
		pythonpp::Object Foo ( const pythonpp::Tuple& args );
		pythonpp::Object Boo ( const pythonpp::Tuple& args );
	};

	Test::Test()
	{
		ROAttr( "__class__", GetTypeObject() );
		PrepareForPython(this); 
	}
	
	pythonpp::Object Test::Foo ( const pythonpp::Tuple& /*args*/ )
	{
		Cout() << "This is a UPP call !" << EOL;
	}

	pythonpp::Object Test::Boo ( const pythonpp::Tuple& /*args*/ )
	{
		Cout() << "This is Boo !" << EOL;
	}
}

///////////////////////////////////////////////////////////////////////////////

static struct PyMethodDef methods[] = {
	{ NULL, NULL }
};

///////////////////////////////////////////////////////////////////////////////
// Module initialization
PYDBAPI_MODINIT_FUNC ( initPythonPPModule )
{
	pythonpp::ModuleExt::Declare ( "PythonPPModule", methods );
	PyObject *module = pythonpp::ModuleExt::GetPyModule();

	// Declare class Test.
	python::Test::
		Def ( "Foot", &python::Test::Foo, "Method #1" ).
		Def ( "Boo", &python::Test::Boo, "Method #2" );
	python::Test::Declare ( "PythonPPModule.Test" );

	if ( PyType_Ready ( &python::Test::GetType() ) == -1 )
	{
		return;
	}

	if ( PyModule_AddObject ( module, const_cast<char*> ( "Test" ), ( PyObject* ) &python::Test::GetType() ) == -1 )
	{
		return;
	}
}