public System.Threading.Tasks.Task <Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverResponse> mgopfserverAsync(string processNum, string host, string user, string password, string dbName, string port, string algorithmID)
{
Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest inValue = new Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest();
inValue.processNum = processNum;
inValue.host = host;
inValue.user = user;
inValue.password = password;
inValue.dbName = dbName;
inValue.port = port;
inValue.algorithmID = algorithmID;
return(((Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverPortType)(this)).mgopfserverAsync(inValue));
}
public int mgopfserver(string processNum, string host, string user, string password, string dbName, string port, string algorithmID)
{
Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest inValue = new Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest();
inValue.processNum = processNum;
inValue.host = host;
inValue.user = user;
inValue.password = password;
inValue.dbName = dbName;
inValue.port = port;
inValue.algorithmID = algorithmID;
Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverResponse retVal = ((Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverPortType)(this)).mgopfserver(inValue);
return(retVal.status);
}
System.Threading.Tasks.Task <Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverResponse> Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverPortType.mgopfserverAsync(Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest request)
{
return(base.Channel.mgopfserverAsync(request));
}
Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverResponse Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverPortType.mgopfserver(Microgrid_PSO_Server_slf_Linux_Client_Winform.mgopf.mgopfserverRequest request)
{
return(base.Channel.mgopfserver(request));
}
