MapServiceConnector::ptr_t MapServiceConnectorFactory::Create( const std::string& config_pathname,
Status& status )
{
// Log Entry
BOOST_LOG_TRIVIAL(trace) << "MapServiceConnector::" << __func__ << ", Start of Method";
// Load the Configuration
Configuration options = ConfigParser(config_pathname).Load_Configuration(status);
// Check if Initialized
if( Is_Initialized() == false ){
status = Initialize( options );
if( status.Get_Code() != StatusCode::SUCCESS ){
return nullptr;
}
}
// Check the status
if( status.Get_Code() != StatusCode::SUCCESS ){
return nullptr;
}
// Load and return the new connector
MapServiceConnector::ptr_t connector = std::make_shared<MapServiceConnector>( options );
// Log Entry
BOOST_LOG_TRIVIAL(trace) << "MapServiceConnector::" << __func__ << ", End of Method";
// Return Success
status = Status( StatusCode::SUCCESS );
return connector;
}
Base_Connector::ptr_t Connection_Generator_Factory::Create( const Configuration& configuration,
Status& status )
{
// Log Entry
std::string m_class_name = "Connection_Generator_Factory";
BOOST_LOG_TRIVIAL(trace) << CLASS_LOG << ", Start of Method.";
// Get the name
std::string name = configuration.Get_Value("connector","",status );
// Get instance
gen_ptr instance = Get_Instance(status);
if( status.Get_Code() != StatusCode::SUCCESS ){
return nullptr;
}
// Check if name exists
if( instance->m_generator_map.find(name) ==
instance->m_generator_map.end() )
{
status = Status( StatusCode::NO_CONNECTOR_FOUND,
"No Connection Generator Found.");
return nullptr;
}
// Return the result
return instance->m_generator_map.find(name)->second->Create( configuration, status );
}
