bool DBauditConfig::parse( const config::ConfigurationNode& pt, const std::string& /*node*/, const module::ModuleDirectory* /*modules*/ ) { using namespace config; bool retVal = true; bool reqDefined = false; m_config_pos = pt.position(); for ( config::ConfigurationNode::const_iterator L1it = pt.begin(); L1it != pt.end(); L1it++ ) { if ( boost::algorithm::iequals( L1it->first, "required" )) { if ( !Parser::getValue( logPrefix().c_str(), *L1it, m_required, Parser::BoolDomain(), &reqDefined )) retVal = false; } else if ( boost::algorithm::iequals( L1it->first, "database" )) { bool isDefined = ( !m_dbConfig.empty() ); if ( !Parser::getValue( logPrefix().c_str(), *L1it, m_dbConfig, &isDefined )) retVal = false; } else if ( boost::algorithm::iequals( L1it->first, "identifier" )) { bool isDefined = ( !m_id.empty() ); if ( !Parser::getValue( logPrefix().c_str(), *L1it, m_id, &isDefined )) retVal = false; } else { LOG_WARNING << logPrefix() << "unknown configuration option: '" << L1it->first << "' " << L1it->second.position().logtext(); } } return retVal; }
config::ConfigurationNode OracleTestConfig::extractMyNodes( const config::ConfigurationNode& pt ) { config::ConfigurationNode rt; config::ConfigurationNode::const_iterator pi = pt.begin(), pe = pt.end(); for ( ; pi != pe; ++pi ) { if ( boost::algorithm::iequals( pi->first, "inputfile" )) m_input_filename = pi->second.data(); else if ( boost::algorithm::iequals( pi->first, "dumpfile" )) m_dump_filename = pi->second.data(); else rt.add_child( pi->first, pi->second ); } return rt; }
bool ProcProviderConfiguration::parse( const config::ConfigurationNode& pt, const std::string& /*node*/, const module::ModuleDirectory* modules ) { using namespace _Wolframe::config; bool retVal = true; for ( config::ConfigurationNode::const_iterator L1it = pt.begin(); L1it != pt.end(); L1it++ ) { if ( boost::algorithm::iequals( "database", L1it->first )) { std::string databaseId; if ( ! Parser::getValue( logPrefix().c_str(), *L1it, databaseId)) { retVal = false; } else { m_databaseIds.push_back( databaseId); } } else if ( boost::algorithm::iequals( "program", L1it->first ) ) { std::string programFile; if ( !Parser::getValue( logPrefix().c_str(), *L1it, programFile )) { retVal = false; } else { m_programFiles.push_back( programFile ); } } else if ( boost::algorithm::iequals( "cmdhandler", L1it->first ) || boost::algorithm::iequals( "runtimeenv", L1it->first ) ) { for ( config::ConfigurationNode::const_iterator L2it = L1it->second.begin(); L2it != L1it->second.end(); L2it++ ) { if (modules) { retVal &= parseModuleConfiguration( L1it->first, L2it->first, L2it->second, m_procConfig, modules); } } } else { LOG_ERROR << logPrefix() << "unknown configuration option: '" << L1it->first << "'"; } } return retVal; }
bool JobScheduleDBconfig::parse( const config::ConfigurationNode& pt, const std::string& /*node*/, const module::ModulesDirectory* /*modules*/ ) { using namespace config; bool retVal = true; for ( config::ConfigurationNode::const_iterator L1it = pt.begin(); L1it != pt.end(); L1it++ ) { if ( boost::algorithm::iequals( L1it->first, "database" )) { bool isDefined = ( !m_dbConfig.empty() ); if ( !Parser::getValue( logPrefix().c_str(), *L1it, m_dbConfig, &isDefined )) retVal = false; } else { LOG_WARNING << logPrefix() << "unknown configuration option: '" << L1it->first << "'"; } } return retVal; }
bool pEchoConfiguration::parse( const config::ConfigurationNode& pt, const std::string& /*node*/, const module::ModuleDirectory* /*modules*/ ) { bool retVal = true; bool isSet = false; for ( config::ConfigurationNode::const_iterator L1it = pt.begin(); L1it != pt.end(); L1it++ ) { if ( boost::algorithm::iequals( L1it->first, "idle" )) { if ( !config::Parser::getValue( logPrefix().c_str(), *L1it, timeout )) retVal = false; isSet = true; } else LOG_WARNING << logPrefix() << "unknown configuration option: '" << L1it->first << "'"; } if ( !isSet ) timeout = DEFAULT_TIMEOUT; return retVal; }
bool parse( const config::ConfigurationNode& pt, const std::string& node, const module::ModuleDirectory*) { try { if (!m_baseptr) throw std::logic_error("configuration structure base pointer not set with setBasePtr(void*)"); serialize::parseConfigStructureVP( m_baseptr, m_descr, pt); return true; } catch (const std::runtime_error& e) { LOG_ERROR << logPrefix() << e.what() << " in " << node << " " << pt.position().logtext(); return false; } }