Function initpyMeshObject

Code/Source/PythonAPI/Meshing_PyModule.cxx:508–556

//----------------
#if PYTHON_MAJOR_VERSION == 2
PyMODINIT_FUNC initpyMeshObject()

{
  // Associate the mesh registrar with the python interpreter so it can be
  // retrieved by the DLLs.
  if (gRepository==NULL)
  {
    gRepository = new cvRepository();
    fprintf(stdout,"New gRepository created from cv_mesh_init\n");
  }
  int (*kernel)(cvMeshObject::KernelType, cvMeshSystem*)=(&cvMeshSystem::RegisterKernel);
  if (Py_BuildValue("i",kernel)==nullptr)
  {
    fprintf(stdout,"Unable to create MeshSystemRegistrar\n");
    return;

  }
  if(PySys_SetObject("MeshSystemRegistrar",Py_BuildValue("i",kernel))<0)
  {
    fprintf(stdout, "Unable to register MeshSystemRegistrar\n");
    return;

  }
  // Initialize
  cvMeshSystem::SetCurrentKernel( cvMeshObject::KERNEL_INVALID );

  pyMeshObjectType.tp_new=PyType_GenericNew;
  if (PyType_Ready(&pyMeshObjectType)<0)
  {
    fprintf(stdout,"Error in pyMeshObjectType\n");
    return;

  }
  PyObject* pythonC;
  pythonC = Py_InitModule("pyMeshObject",pyMeshObjectModule_methods);

  if(pythonC==NULL)
  {
    fprintf(stdout,"Error in initializing pyMeshObject\n");
    return;

  }
  PyRunTimeErr = PyErr_NewException("pyMeshObject.error",NULL,NULL);
  PyModule_AddObject(pythonC,"error",PyRunTimeErr);
  Py_INCREF(&pyMeshObjectType);
  PyModule_AddObject(pythonC,"pyMeshObject",(PyObject*)&pyMeshObjectType);
  return;

}
#endif