int main(int argc, char *argv[])
{
nest::Network *pNet = 0;
/**
* Create the interpreter object. Due to its dependence
* on various static objects (e.g. of class Name), the
* interpreter engine MUST NOT be global.
*/
SLIInterpreter engine;
neststartup(argc, argv, engine, pNet);
// start the interpreter session
int exitcode = engine.execute();
nestshutdown();
// delete the Network before modules are deleted by interpreter's destructor
// because otherwise models defined in a module might still be referenced by
// the Network
delete pNet;
return exitcode;
}
int main(int argc, char *argv[])
{
#ifdef HAVE_MPI
nest::Communicator::init(&argc, &argv);
#endif
#ifdef _OPENMP
omp_set_num_threads(1);
#endif
nest::Network *pNet = 0;
/**
* Create the interpreter object. Due to its dependence
* on various static objects (e.g. of class Name), the
* interpreter engine MUST NOT be global.
*/
SLIInterpreter engine;
neststartup(argc, argv, engine, pNet);
// start the interpreter session
int exitcode = engine.execute();
#ifdef HAVE_MPI
nest::Communicator::finalize();
#endif
// delete the Network before modules are deleted by interpreter's destructor
// because otherwise models defined in a module might still be referenced by
// the Network
delete pNet;
return exitcode;
}
int neststartup(int argc, char**argv, SLIInterpreter &engine, nest::Network* &pNet)
{
// We disable synchronization between stdio and istd::ostreams
// this has to be done before any in- or output has been done.
/*
* TODO: This block looks to me as if it would evaluate to the same stuff
* in all cases. Can it be removed (or simplified, if I'm wrong ;-)
*/
#ifdef __GNUC__
#if __GNUC__ < 3 || (__GNUC__ == 3 && __GNUC_MINOR__ < 1)
// Broken with GCC 3.1 and higher.
// cin.get() never returns, or leaves cin in a broken state.
std::ios::sync_with_stdio(false);
#endif
#else
// This is for all other compilers
std::ios::sync_with_stdio(false);
#endif
addmodule<OOSupportModule>(engine);
addmodule<RandomNumbers>(engine);
#ifdef HAVE_READLINE
addmodule<GNUReadline>(engine);
#endif
addmodule<SLIArrayModule>(engine);
addmodule<SpecialFunctionsModule>(engine); // safe without GSL
addmodule<SLIgraphics>(engine);
engine.addmodule(new SLIStartup(argc,argv));
addmodule<Processes>(engine);
addmodule<RegexpModule>(engine);
addmodule<FilesystemModule>(engine);
// create the network and register with NestModule class
pNet = new nest::Network(engine);
assert(pNet != 0);
nest::NestModule::register_network(*pNet);
addmodule<nest::NestModule>(engine);
// now add static modules providing models
add_static_modules(engine, *pNet);
#ifdef HAVE_LIBLTDL // no dynamic loading without LIBLTDL
//dynamic loader module for managing linked and dynamically loaded extension modules
nest::DynamicLoaderModule *pDynLoader = new nest::DynamicLoaderModule(pNet, engine);
// initialize all modules that were linked into at compile time
// these modules have registered via calling DynamicLoader::registerLinkedModule
// from their constructor
pDynLoader->initLinkedModules(engine);
// interpreter will delete module on destruction
engine.addmodule(pDynLoader);
#endif
return engine.startup();
}
void
DynamicLoaderModule::initLinkedModules( SLIInterpreter& interpreter )
{
for ( vecLinkedModules::iterator it = getLinkedModules().begin(); it != getLinkedModules().end();
++it )
{
interpreter.message(
SLIInterpreter::M_STATUS, "DynamicLoaderModule::initLinkedModules", "adding linked module" );
interpreter.message(
SLIInterpreter::M_STATUS, "DynamicLoaderModule::initLinkedModules", ( *it )->name().c_str() );
interpreter.addlinkedusermodule( *it );
}
}
/*! At the time when DynamicLoaderModule is constructed, the SLI Interpreter
and NestModule must be already constructed and initialized.
DynamicLoaderModule relies on the presence of
the following SLI datastructures: Name, Dictionary
and on the nest::NestModule::net.
*/
DynamicLoaderModule::DynamicLoaderModule( Network* pNet, SLIInterpreter& interpreter )
: loadmodule_function( pNet, dyn_modules )
{
assert( pNet != NULL );
pNet_ = pNet;
interpreter.def( "moduledict", new DictionaryDatum( moduledict_ ) );
}
int
main( int argc, char* argv[] )
{
/**
* Create the interpreter object. Due to its dependence
* on various static objects (e.g. of class Name), the
* interpreter engine MUST NOT be global.
*/
SLIInterpreter engine;
neststartup( &argc, &argv, engine );
// start the interpreter session
int exitcode = engine.execute();
nestshutdown( exitcode );
return exitcode;
}
/*! At the time when DynamicLoaderModule is constructed, the SLI Interpreter
and NestModule must be already constructed and initialized.
DynamicLoaderModule relies on the presence of
the following SLI datastructures: Name, Dictionary.
*/
DynamicLoaderModule::DynamicLoaderModule( SLIInterpreter& interpreter )
: loadmodule_function( dyn_modules )
{
interpreter.def( "moduledict", new DictionaryDatum( moduledict_ ) );
}