int main(){
srand((unsigned int)time(NULL));
gettimeofday(&globalStartTime,NULL);
MyServer *server;
// MyClientManage *clientManage;
std::map<std::string,std::string> keyMap;
char *configFileName = "./config/simulator.cfg";
ParseConfigFile(configFileName,keyMap);
double serverBand,clientBand;
int blockSize,perSendSize;
bool isP2POpen;
int fileNum;
int maxLength,minLength;
double minBitRate,maxBitRate;
int serverFd;
int blockNums,serverBlockNums;
//add by sunpy
string bufferStrategy;
int period;
double lrfuLambda;
//add end
int thelta,lambda,zeta,sigma;
int playToPlay,playToPause,playToForward,playToBackward,playToStop;
int clientNums;
int devNums;
char *clusterAddress[MAX_DEV_NUM];
int serverPort;
int clientPort;
int sampleFre;
bool isUseRealDevice;
serverBand = atof(keyMap["ServerBand"].c_str());
clientBand = atof(keyMap["ClientBand"].c_str());
blockSize = atoi(keyMap["BlockSize"].c_str());
perSendSize = atoi(keyMap["PerSendSize"].c_str());
isP2POpen = !strcmp(keyMap["isP2POpen"].c_str(),"true") ? true : false;
fileNum = atoi(keyMap["SourceNums"].c_str());
maxLength = atoi(keyMap["MaxLength"].c_str());
minLength = atoi(keyMap["MinLength"].c_str());
minBitRate = atof(keyMap["MinBitRate"].c_str());
maxBitRate = atof(keyMap["MaxBitRate"].c_str());
blockNums = atoi(keyMap["BlockNums"].c_str());
//add by sunpy
serverBlockNums = atoi(keyMap["ServerBlockNums"].c_str());
bufferStrategy = keyMap["BufferStrategy"];
period = atoi(keyMap["Period"].c_str());
lrfuLambda = atoi(keyMap["LrfuLambda"].c_str());
//add end
thelta = atoi(keyMap["Thelta"].c_str());
lambda = atoi(keyMap["Lambda"].c_str());
zeta = atoi(keyMap["Zeta"].c_str());
sigma = atoi(keyMap["Sigma"].c_str());
playToPlay = atoi(keyMap["PlayToPlay"].c_str());
playToPause = atoi(keyMap["PlayToPause"].c_str());
playToForward = atoi(keyMap["PlayToForward"].c_str());
playToBackward = atoi(keyMap["PlayToBackward"].c_str());
playToStop = atoi(keyMap["PlayToStop"].c_str());
clientNums = atoi(keyMap["ClientNums"].c_str());
devNums = atoi(keyMap["DevNums"].c_str());
serverPort = atoi(keyMap["ServerPort"].c_str());
clientPort = atoi(keyMap["ClientPort"].c_str());
sampleFre = atoi(keyMap["SampleFrequency"].c_str());
globalModify = atof(keyMap["Modify"].c_str());
isUseRealDevice = !strcmp(keyMap["IsUseRealDevice"].c_str(),"true") ? true : false;
int multiple = atoi(keyMap["Multiple"].c_str());
globalTimer.setMultiple(multiple);
stringstream sstring;
for(int i = 0;i < devNums;i++){
sstring.str("");
sstring << "ClusterAddress" << (i + 1);
string keyName = sstring.str();
clusterAddress[i] = const_cast<char *>(keyMap[keyName.c_str()].c_str());
}
server = new MyServer(serverBand,blockSize,serverBlockNums,bufferStrategy,period,lrfuLambda,perSendSize,isP2POpen,fileNum,maxLength,minLength,
minBitRate,maxBitRate,serverPort,clientPort,devNums,clientNums,clusterAddress,sampleFre,isUseRealDevice);
// clientManage = new MyClientManage(serverFd,perSendSize,blockSize,blockNums,clientBand,fileNum,thelta,lambda,
// zeta,sigma,playToPlay,playToPause,playToForward,playToBackward,playToStop,clientNums);
//
// cout << "create clients" << endl;
// clientManage->CreateClient();
// sleep(10);
pthread_join(server->GetTid(),NULL);
keyMap.clear();
delete server;
// delete clientManage;
// exit(0);
return 0;
}
