bool ClParserParser:: readIdentifier(ClParserIdentifierPtr &identifier) { StringVectorT scopes; std::string idstr, str; if (! parse_.readIdentifier(idstr)) return false; while (parse_.isString("::")) { parse_.skipChars(2); if (! parse_.readIdentifier(str)) break; scopes.push_back(idstr); idstr = str; } identifier = ClParserIdentifierMgrInst->createIdentifier(idstr); StringVectorT::const_iterator p1 = scopes.begin(); StringVectorT::const_iterator p2 = scopes.end (); for ( ; p1 != p2; ++p1) identifier->addScope(*p1); return true; }
bool Params::prepare() { const int default_gw_ipc_port = 3333; size_t pos; for(std::vector<std::string>::iterator it(ipcgwvec.begin()); it != ipcgwvec.end(); ++it) { pos = it->find(':'); if(pos == std::string::npos) { ResolveData rd = synchronous_resolve(it->c_str(), default_gw_ipc_port, 0, SocketInfo::Inet4, SocketInfo::Datagram); if(!rd.empty()) { ipcgwaddrvec.push_back(SocketAddressInet4(rd.begin())); } else { cout<<"Invalid address: "<<*it<<endl; return false; } } else { (*it)[pos] = '\0'; int port = atoi(it->c_str() + pos + 1); ResolveData rd = synchronous_resolve(it->c_str(), port, 0, SocketInfo::Inet4, SocketInfo::Datagram); if(!rd.empty()) { ipcgwaddrvec.push_back(SocketAddressInet4(rd.begin())); } else { cout<<"Invalid address: "<<*it<<endl; return false; } } cout<<"added ipc gateway address "<<ipcgwaddrvec.back()<<endl; } return true; }