// __setattr__: set an item in the maxscript globals hash table
static int
mxs_setattro( PyObject* self, PyObject* key, PyObject* value ) {
//mprintf( _T("mxs_setattro entered\n") );
MXS_PROTECT( two_value_locals( name, result ) );
PyStringToMCHAR mkey(key);
vl.name = Name::intern( mkey.mchar() );
// Step 3: get a preexisting global value
vl.result = globals->get( vl.name );
if ( vl.result ) {
// Step 4: try to set the global variable
try {
if ( is_thunk( vl.result ) )
((Thunk*) vl.result)->assign( ObjectWrapper::intern(value) );
else
globals->set( vl.name, ObjectWrapper::intern(value) );
}
MXS_CATCHERRORS();
}
// Step 5: cleanup the maxscript memory
MXS_CLEANUP();
//mprintf( _T("mxs_setattro leaving\n") );
return 0;
}
void write_dictionary_section(boost::property_tree::ptree& data,
const std::string& key,
const std::map<std::string, T>& values) {
// Write out metadata
std::string m_heading = key + ".";
for(const auto& map_entry : values) {
std::string mkey(m_heading);
mkey += map_entry.first;
data.put(mkey, map_entry.second);
}
}
// __getattr__: get an item from the maxscript globals hash table
static PyObject*
mxs_getattro( PyObject* self, PyObject* key ) {
// Step 1: convert the key to a name
//mprintf( _T("mxs_getattro entered\n") );
MXS_PROTECT(one_value_local(name));
PyStringToMCHAR mkey(key);
vl.name = Name::intern( mkey.mchar() );
// Step 2: collect the PyObject* instance
PyObject * output = ObjectWrapper::py_intern( globals->get( vl.name ) );
MXS_CLEANUP();
//mprintf( _T("mxs_getattro leaving\n") );
return output;
}
