void Generator::GenerateCPP(const std::string& aHeaderSource, std::string& aSource)
{
Parser parser(aHeaderSource);
std::vector<Class> classes;
parser.ParseHeader(classes);
Parser srcParser(aSource);
m_declaredFunctions.clear();
m_usedNamespaces.clear();
m_usedNamespaces.push_back("");
srcParser.ParseSource(m_declaredFunctions, m_usedNamespaces);
for (uint16_t i = 0; i < classes.size(); i++) {
GenerateClass(classes[i], "", aSource);
}
}
int main(int argc, char ** argv)
{
CContext context(argc, argv);
if (context._options == nullptr)
return EXIT_FAILURE;
if (!context.getCredentials())
return EXIT_FAILURE;
CRemoteLs remoteLs( context );
CMySourceParser srcParser(context); // fill local and remote queues
CLocalMd5Process md5LocalEngine(context); // consume local queue and feed localDone queue
CBackupStatusUpdater bStatusUpdater( context, remoteLs); // consume localMd5Done and feed todo queue
remoteLs.start();
srcParser.start();
md5LocalEngine.start(numThread_localMd5);
remoteLs.waitForDone();
CRemoteMd5Process md5RemoteEngine(context, remoteLs); // consume remote queue and feed remoteDone queue
md5RemoteEngine.start(numThread_remoteMd5);
bStatusUpdater.start();
CSynchronizer synchronizer(context);
CBackupDeleter deleter(context, srcParser, remoteLs);
synchronizer.start();
srcParser.waitDone();
// here we can check for destinations files to be deleted
deleter.start();
/* // don't need to call these because
// they are automatacally called
// on their destructors
md5LocalEngine.waitDone();
md5RemoteEngine.waitDone();
synchronizer.waitDone();
deleter.waitDone();
*/
return EXIT_SUCCESS;
}
