/*___________________________________________________________________________________________________*/
public void HandleClient(object obj)
{
TcpClient client = (TcpClient)obj;
StreamWriter sWriter = new StreamWriter(client.GetStream(), Encoding.UTF8);
StreamReader sReader = new StreamReader(client.GetStream(), Encoding.UTF8);
Boolean bClientConnected = true;
String[] dbCred = sReader.ReadLine().Split('$');
DatabaseInterface dbInter = new DatabaseInterface(dbCred[0], dbCred[1], dbCred[2]);
String check_auth = dbInter.check().ToString();
sWriter.WriteLine(check_auth);
sWriter.Flush();
/*Connessione al database fallita*/
if (check_auth.Equals("1"))
{
client.Close();
return;
}
/*Connessione al database andata a buon fine*/
/*Prendiamo i dati dal database*/
/*Dobbiamo separare i dati contenuti in infoAlbero[] in lista alberi con relativi attributi (Divisi tra
* vertex ed edge)*/
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
InfoAlbero[] infoAlbero = dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
/*Dobbiamo spedire la attribute definitions*/
Dictionary <String, String> attributeDefinition = dbInter.getAttributeDefinition();
/*foreach (KeyValuePair<String, String> val in attributeDefinition)
* {
* Console.WriteLine(val);
* }*/
//Console.WriteLine(parametersParser(attributeDefinition));
sWriter.WriteLine(parametersParser(attributeDefinition));
sWriter.Flush();
String response = "";
/*_____Inizio scelta funzioni in base all'operazione scelta__________________________________________________*/
NetworkStream netStr = client.GetStream();
TreeLogicEngine engine = new TreeLogicEngine();
while (bClientConnected)
{
response = sReader.ReadLine();
if (response.Equals("Return"))
{
continue;
}
switch (response)
{
/******************IMPORTA FILE*****************************/
case "Importa":
sWriter.WriteLine("Importa");
sWriter.Flush();
/*Leggiamo la dimensione del file da leggere*/
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
int length = int.Parse(response);
//Console.WriteLine(length);
byte[] file = new byte[length];
netStr.Read(file, 0, length);
//Console.WriteLine(file.Length);
MemoryStream stream = new MemoryStream(file);
/* public static int import(MemoryStream XmlStream, DatabaseInterface DbConnection);*/
sWriter.WriteLine(FileEngine.import(stream, dbInter).ToString());
sWriter.Flush();
break;
/******************ESPORTA FILE*****************************/
case "Esporta":
sWriter.WriteLine("Esporta");
sWriter.Flush();
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
/*public static MemoryStream export(String treeName, DatabaseInterface DbConnection);*/
//byte[] fileXml = File.ReadAllBytes("Tree.xml");
byte[] fileXml = FileEngine.export(response, dbInter).ToArray();
sWriter.WriteLine(fileXml.Length.ToString());
sWriter.Flush();
netStr.Write(fileXml, 0, fileXml.Length);
break;
/******************CREA ALBERO*****************************/
case "Crea":
sWriter.WriteLine("Crea");
sWriter.Flush();
String[] NomTipSplitDepth = new String[4];
String[] SplitDept = new String[2];
//Nome$Tipo$Splitsize$Depth
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
NomTipSplitDepth = response.Split('$');
SplitDept[0] = NomTipSplitDepth[2];
SplitDept[1] = NomTipSplitDepth[3];
//NomeAttrVertex1#tipoAttr:valore$NomeAttrVertex2#tipoAttr2:valore2$etc
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
Dictionary <String, String[]> vertexAttrList = parametersParser(response);
//NomeAttrEdge1#tipoAttr:valore$NomeAttrEdge2#tipoAttr2:valore2$etc
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
Dictionary <String, String[]> edgeAttrList = parametersParser(response);
//byte[] fileX = File.ReadAllBytes("Tree.xml");
byte[] fileX = engine.create(NomTipSplitDepth[0], NomTipSplitDepth[1], SplitDept, vertexAttrList, edgeAttrList).ToArray();
sWriter.WriteLine(fileX.Length.ToString());
sWriter.Flush();
netStr.Write(fileX, 0, fileX.Length);
break;
/******************MODIFICA ALBERO*****************************/
case "Modifica":
/* int edit(String graphName,int startNode,int endNode, Dictionary<String, String> newNodeAttrList, Dictionary<String, String> newEdgeAttrList, DatabaseInterface dbConnection);*/
sWriter.WriteLine("Modifica");
sWriter.Flush();
infoAlbero = dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
String[] nomeInizFin = response.Split('$');
response = sReader.ReadLine();
String newAttrVertex = response;
if (response.Equals("Return"))
{
break;
}
Dictionary <String, String> newNodeAttrList = paramParser(response);
response = sReader.ReadLine();
String newAttrEdge = response;
if (response.Equals("Return"))
{
break;
}
Dictionary <String, String> newEdgeAttrList = paramParser(response);
sWriter.WriteLine(engine.edit(nomeInizFin[0], int.Parse(nomeInizFin[1]), int.Parse(nomeInizFin[2]), newNodeAttrList, newEdgeAttrList, dbInter).ToString());
sWriter.Flush();
break;
/******************CALCOLA ALBERO*****************************/
case "Calcola":
sWriter.WriteLine("Calcola");
sWriter.Flush();
attributeDefinition = dbInter.getAttributeDefinition();
infoAlbero = dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
String[] nif = response.Split('$');
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
String[] vertAttr = response.Split('$');
response = sReader.ReadLine();
if (response.Equals("Return"))
{
break;
}
String[] edgAttr = response.Split('$');
/*long calculate(int startNode, int endNode, String treeName, Dictionayr<String, String> edgeAttrList, Dictionary<String, String> vertexAttrList, DatabaseInterface dbInterface)*/
Dictionary <String, String> edgeAttr = getAttrType(edgAttr, attributeDefinition);
Dictionary <String, String> vertexAttr = getAttrType(vertAttr, attributeDefinition);
sWriter.WriteLine(engine.calculate(int.Parse(nif[1]), int.Parse(nif[2]), nif[0], edgeAttr, vertexAttr, dbInter).ToString());
sWriter.Flush();
break;
case "Disconnect":
bClientConnected = false;
break;
default:
Console.WriteLine("Errore...");
bClientConnected = false;
break;
} //Fine switch
} //Fine while
client.Close();
}//Fine HandleClient
calculate(int startNode,
int endNode,
String treeName,
Dictionary <String, String> edgeAttrList,
Dictionary <String, String> nodeAttrList,
DatabaseInterface dbConnection)
{
///////////////////////////////////////////////
/*
* DbConnection deve essere passato come argomento perche' e' costruito
* con i parametri di connessione; in questo modo si mantiene la stessa
* connessione per tutta la sessione di lavoro.
*/
List <String> nodeAttrToFwd = new List <String>();
List <String> edgeAttrToFwd = new List <String>();
int sumMode;
if (nodeAttrList.Count != 0)
{
sumMode = 2;
}
else
{
sumMode = 0;
}
if (edgeAttrList.Count != 0)
{
sumMode += 1;
}
else
{
sumMode += 0;
}
switch (sumMode)
{
case 3: // considera sia archi che nodi per la somma
nodeAttrToFwd = TreeLogicEngine.handleAttrs(nodeAttrList);
edgeAttrToFwd = TreeLogicEngine.handleAttrs(edgeAttrList);
break;
case 2: // considera solo i nodi per la somma
nodeAttrToFwd = TreeLogicEngine.handleAttrs(nodeAttrList);
// edgeAttrToFwd = null;
break;
case 1: // considera solo gli archi per la somma
// nodeAttrToFwd = null;
edgeAttrToFwd = TreeLogicEngine.handleAttrs(edgeAttrList);
break;
case 0: // le liste per il calcolo sono vuote
return(0);
}
List <String> valuesList = dbConnection.getValues(treeName, startNode, endNode, nodeAttrToFwd, edgeAttrToFwd);
//List <String> valuesList = LogicEngineTest.getValues(treeName, startNode, endNode, nodeAttrToFwd, edgeAttrToFwd);
/*** Check difensivo ***/
if (valuesList == null)
{
return(1);
}
long totalSum = 0;
int convertedToInt = 0;
/*** per ogni stringa nella lista... ***/
for (int i = 0; i < valuesList.Count; i++)
{
convertedToInt = 0;
/*** per ogni carattere della stringa i-esima della lista ***/
for (int j = 0; j < valuesList[i].Length; j++)
{
convertedToInt = convertedToInt * 10 + (valuesList[i][j] - '0');
}
totalSum += convertedToInt;
}
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
*
* Secondo benchmark testati dal nostro team, la conversione con metodo custom
* è notevolmente piu' veloce del sistema fornito da .NET:
* Referenza -> http://cc.davelozinski.com/c-sharp/fastest-way-to-convert-a-String-to-an-int
*
* // alternativa al metodo custom
* foreach (String value in valuesList) {
* totalSum += int.Parse(value)
* }
*
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
return(totalSum);
} // End of method calculate()
/*___________________________________________________________________________________________________*/
public void HandleClient(object obj)
{
TcpClient client = (TcpClient)obj;
StreamWriter sWriter = new StreamWriter(client.GetStream(), Encoding.UTF8);
StreamReader sReader = new StreamReader(client.GetStream(), Encoding.UTF8);
Boolean bClientConnected = true;
String[] dbCred =sReader.ReadLine().Split('$');
DatabaseInterface dbInter = new DatabaseInterface(dbCred[0], dbCred[1], dbCred[2]);
String check_auth = dbInter.check().ToString();
sWriter.WriteLine(check_auth);
sWriter.Flush();
/*Connessione al database fallita*/
if (check_auth.Equals("1"))
{
client.Close();
return;
}
/*Connessione al database andata a buon fine*/
/*Prendiamo i dati dal database*/
/*Dobbiamo separare i dati contenuti in infoAlbero[] in lista alberi con relativi attributi (Divisi tra
* vertex ed edge)*/
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
InfoAlbero[] infoAlbero= dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
/*Dobbiamo spedire la attribute definitions*/
Dictionary<String, String> attributeDefinition = dbInter.getAttributeDefinition();
/*foreach (KeyValuePair<String, String> val in attributeDefinition)
{
Console.WriteLine(val);
}*/
//Console.WriteLine(parametersParser(attributeDefinition));
sWriter.WriteLine(parametersParser(attributeDefinition));
sWriter.Flush();
String response = "";
/*_____Inizio scelta funzioni in base all'operazione scelta__________________________________________________*/
NetworkStream netStr = client.GetStream();
TreeLogicEngine engine = new TreeLogicEngine();
while (bClientConnected)
{
response = sReader.ReadLine();
if(response.Equals("Return")){continue;}
switch (response)
{
/******************IMPORTA FILE*****************************/
case "Importa":
sWriter.WriteLine("Importa");
sWriter.Flush();
/*Leggiamo la dimensione del file da leggere*/
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
int length = int.Parse(response);
//Console.WriteLine(length);
byte[] file = new byte[length];
netStr.Read(file, 0, length);
//Console.WriteLine(file.Length);
MemoryStream stream = new MemoryStream(file);
/* public static int import(MemoryStream XmlStream, DatabaseInterface DbConnection);*/
sWriter.WriteLine(FileEngine.import(stream, dbInter).ToString());
sWriter.Flush();
break;
/******************ESPORTA FILE*****************************/
case "Esporta":
sWriter.WriteLine("Esporta");
sWriter.Flush();
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
/*public static MemoryStream export(String treeName, DatabaseInterface DbConnection);*/
//byte[] fileXml = File.ReadAllBytes("Tree.xml");
byte[] fileXml = FileEngine.export(response, dbInter).ToArray();
sWriter.WriteLine(fileXml.Length.ToString());
sWriter.Flush();
netStr.Write(fileXml, 0, fileXml.Length);
break;
/******************CREA ALBERO*****************************/
case "Crea":
sWriter.WriteLine("Crea");
sWriter.Flush();
String[] NomTipSplitDepth = new String[4];
String[] SplitDept = new String[2];
//Nome$Tipo$Splitsize$Depth
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
NomTipSplitDepth = response.Split('$');
SplitDept[0] = NomTipSplitDepth[2];
SplitDept[1] = NomTipSplitDepth[3];
//NomeAttrVertex1#tipoAttr:valore$NomeAttrVertex2#tipoAttr2:valore2$etc
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
Dictionary<String, String[]> vertexAttrList = parametersParser(response);
//NomeAttrEdge1#tipoAttr:valore$NomeAttrEdge2#tipoAttr2:valore2$etc
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
Dictionary<String, String[]> edgeAttrList = parametersParser(response);
//byte[] fileX = File.ReadAllBytes("Tree.xml");
byte[] fileX = engine.create(NomTipSplitDepth[0], NomTipSplitDepth[1], SplitDept, vertexAttrList, edgeAttrList).ToArray();
sWriter.WriteLine(fileX.Length.ToString());
sWriter.Flush();
netStr.Write(fileX, 0, fileX.Length);
break;
/******************MODIFICA ALBERO*****************************/
case "Modifica":
/* int edit(String graphName,int startNode,int endNode, Dictionary<String, String> newNodeAttrList, Dictionary<String, String> newEdgeAttrList, DatabaseInterface dbConnection);*/
sWriter.WriteLine("Modifica");
sWriter.Flush();
infoAlbero= dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
String[] nomeInizFin = response.Split('$');
response = sReader.ReadLine();
String newAttrVertex = response;
if (response.Equals("Return")) { break; }
Dictionary<String, String> newNodeAttrList = paramParser(response);
response = sReader.ReadLine();
String newAttrEdge = response;
if (response.Equals("Return")) { break; }
Dictionary<String, String> newEdgeAttrList = paramParser(response);
sWriter.WriteLine(engine.edit(nomeInizFin[0], int.Parse(nomeInizFin[1]), int.Parse(nomeInizFin[2]), newNodeAttrList, newEdgeAttrList, dbInter).ToString());
sWriter.Flush();
break;
/******************CALCOLA ALBERO*****************************/
case "Calcola":
sWriter.WriteLine("Calcola");
sWriter.Flush();
attributeDefinition = dbInter.getAttributeDefinition();
infoAlbero= dbInter.getListaAlberi();
if (infoAlbero.Length == 0)
{
sWriter.WriteLine("Vuoto");
sWriter.Flush();
}
else
{
//Console.WriteLine(parametersParser(dbInter.getListaAlberi()));
/*NomeAlbero#attr1Vertex?tipo:attr2Vertex?tipo#attrEdge?tipo:attrEdge2?tipo$NomeAlbero2#etc*/
sWriter.WriteLine(parametersParser(infoAlbero));
sWriter.Flush();
}
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
String[] nif = response.Split('$');
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
String[] vertAttr = response.Split('$');
response = sReader.ReadLine();
if (response.Equals("Return")) { break; }
String[] edgAttr = response.Split('$');
/*long calculate(int startNode, int endNode, String treeName, Dictionayr<String, String> edgeAttrList, Dictionary<String, String> vertexAttrList, DatabaseInterface dbInterface)*/
Dictionary<String, String> edgeAttr = getAttrType(edgAttr, attributeDefinition);
Dictionary<String, String> vertexAttr = getAttrType(vertAttr, attributeDefinition);
sWriter.WriteLine(engine.calculate(int.Parse(nif[1]), int.Parse(nif[2]), nif[0], edgeAttr, vertexAttr, dbInter).ToString());
sWriter.Flush();
break;
case "Disconnect":
bClientConnected = false;
break;
default:
Console.WriteLine("Errore...");
bClientConnected = false;
break;
}//Fine switch
}//Fine while
client.Close();
}//Fine HandleClient
