protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
msg.ShowMessage();
Console.Write("\n Echo processing completed\n");
if (msg.Contents == "quit")
{
break;
}
else if (msg.ResourceName == "catagories")
{
Category c = new Category();
List <string> cat = c.getCat();
ServiceMessage reply = ServiceMessage.MakeCategoryMessage("client-echo", "echo", cat, "reply from categories");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
break;
}
}
}
//----< get and process message from Server>----------------
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
if (msg.Contents == "quit")
{
msg.TargetCommunicator = "dispatcher";
AbstractMessageDispatcher.GetInstance().PostMessage(msg);
break;
}
//////////////////////////////////////////////////////////////
// show message that server finished the mapping process
if (msg.ResourceName == "mapping finished")
{
MessageBox.Show("Mapping fishined!");
}
//////////////////////////////////////////////////////////////
// receive message that contains the parents of current file
if (msg.ResourceName == "found parents")
{
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.showParents),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
}
}
}
//initiates the FileContentRtr to get all info of a text file
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
FileContentRtr filecontent = new FileContentRtr();
//string message =
List <List <string> > result = filecontent.getContent(msg.filename);
/* var appDomain = AppDomain.CurrentDomain;
* string temp1 = appDomain.BaseDirectory;
* Directory.SetCurrentDirectory(temp1);*/
//Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
//msg.ShowMessage();
//Console.Write("\n Query processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
ServiceMessage reply = ServiceMessage.MakeQueryMessage("client-echo", "filecontent", result, "reply from filecontent");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
//----< get and process message from client>----------------
// find text files and xml files which contain tags or strings
// send xml file content back
protected override void ProcessMessages()
{
while (true)
{
List <string> foundFiles = new List <string>();
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
QueryProcessing qpro = new QueryProcessing();
foundFiles = qpro.queryProcessing(msg);
//Console.Write("\n Query processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
foreach (string file in foundFiles)
{
XDocument doc = XDocument.Load(file);
string fileContent = doc.ToString();
ServiceMessage reply = ServiceMessage.MakeMessage("client-query", "ServiceServer", fileContent);
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
}
//----< Create service and get reference to dispatcher >---------
public CommService()
{
Name = "CommService";
dispatcher = AbstractMessageDispatcher.GetInstance();
/*
* A class that derives from AbstractMessageDispatcher must
* be created before calling GetInstance(). The service
* Host must do that.
*/
}
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
msg.ShowMessage();
Console.Write("\n Navigation processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
ServiceMessage reply = ServiceMessage.MakeMessage("client-echo", "nav", "reply from nav");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
//initiates the TextQueryHandler to get the text files that belong to a category
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
msg.ShowMessage();
TextQueryHandler textqueryhandler = new TextQueryHandler();
/*List<List<string>> dummy = new List<List<string>>();
* dummy.Add(msg.category);*/
List <string> textfiles = textqueryhandler.getTextFiles(msg.category);
ServiceMessage reply = ServiceMessage.MakeTextFilesMessage("client-echo", "textfiles", textfiles, "reply from textfiles");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
//break;
}
}
//initiates the QueryHandler for metadata query processing and text query processing
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
if (!msg.ResourceName.Equals("textquery"))
{
QueryHandler queryhandler = new QueryHandler();
List <List <string> > results = queryhandler.MetaQuery(msg.nlist);
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
msg.ShowMessage();
//Console.Write("\n Query processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
ServiceMessage reply = ServiceMessage.MakeQueryMessage("client-echo", "query", results, "reply from query");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
else
{
TextQueryHandler textqueryhandler = new TextQueryHandler();
List <List <string> > results = textqueryhandler.textQuery(msg.nlist);
if (msg.Contents == "quit")
{
break;
}
ServiceMessage reply = ServiceMessage.MakeQueryMessage("client-echo", "query", results, "reply from tquery");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
}
//----< get and process message from client>----------------
protected override void ProcessMessages()
{
MappingTool mt = new MappingTool();
while (true)
{
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
//msg.ShowMessage();
//Console.Write("\n Navigation processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
///////////////////////////////////////////////////////////////////////////////////////
// find files relationship and construct parents and child map when client
// connect with server
if (msg.Contents == "mapping")
{
mt.Mapping();
ServiceMessage reply1 = ServiceMessage.MakeMessage("client-nav", "nav", "mapping finished", "mapping finished");
reply1.TargetUrl = msg.SourceUrl;
reply1.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply1);
}
//////////////////////////////////////////////////////////////////////////////////////
// client send current file name to server, server find the parents and children
// then reply
if (msg.ResourceName == "file relationship")
{
string parents = null;
parents = mt.findParents(msg.Contents);
ServiceMessage reply2 = ServiceMessage.MakeMessage("client-nav", "nav", parents, "found parents");
reply2.TargetUrl = msg.SourceUrl;
reply2.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply2);
}
}
}
//----< get and process message from server>----------------
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
/////////////////////////////////////////////////////////////////
// receive query results and show in UI
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.AddQueryResult),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
if (msg.Contents == "quit")
{
msg.TargetCommunicator = "dispatcher";
AbstractMessageDispatcher.GetInstance().PostMessage(msg);
break;
}
}
}
//not using this
public void getFileContent(ServiceMessage msg)
{
Server s = new Server();
//s.GetFileContent(msg);
string file = msg.Contents;
long blockSize = 512;
string filename = @"..\\DocumentVault\\" + file;
try
{
FileStream fs;
fs = File.Open(filename, FileMode.Open, FileAccess.Read);
int bytesRead = 0;
while (true)
{
long remainder = (int)(fs.Length - fs.Position);
if (remainder == 0)
{
break;
}
long size = Math.Min(blockSize, remainder);
byte[] block = new byte[size];
bytesRead = fs.Read(block, 0, block.Length);
ServiceMessage msg4 =
ServiceMessage.MakeMessage("client-echo", "file_Comm", System.Text.Encoding.Default.GetString(block), "FileContent");
msg4.TargetUrl = msg.SourceUrl;
msg4.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher1 = AbstractMessageDispatcher.GetInstance();
dispatcher1.PostMessage(msg4);
}
fs.Flush();
fs.Close();
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
}
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
msg.ShowMessage();
if (msg.Contents == "quit")
{
if (Verbose)
{
Console.Write("\n Echo shutting down");
}
// shut down dispatcher
msg.TargetCommunicator = "dispatcher";
AbstractMessageDispatcher.GetInstance().PostMessage(msg);
break;
}
}
}
//initiates the EditMetadataHandler for editing metadata
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
EditMetadataHandler queryhandler = new EditMetadataHandler();
//string message =
queryhandler.editMetadata(msg.tag);
//Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
//msg.ShowMessage();
//Console.Write("\n Query processing is an exercise for students\n");
if (msg.Contents == "quit")
{
break;
}
ServiceMessage reply = ServiceMessage.MakeMessage("client-echo", "query", " ", "reply from editmetadata");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
//----< get and process message from server>----------------
protected override void ProcessMessages()
{
while (true)
{
ServiceMessage msg = bq.deQ();
//////////////////////////////////////////////////////////////////////////////////
// receive message which contains category information
// then show in UI
if (msg.ResourceName == "Categories")
{
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.AddCategory),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
string message = "Connection successful!";
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.connected),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { message }
);
}
///////////////////////////////////////////////////////////////////////////////////
// receive message which contains files information in specified category
// then show in UI
if (msg.ResourceName == "files found in category")
{
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.AddFile),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
}
////////////////////////////////////////////////////////////////////////////////////
// receive message which contains textfile content
// then show in UI
if (msg.ResourceName == "textfile")
{
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.showText),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
}
////////////////////////////////////////////////////////////////////////////////////
// receive message which contains xmlfile content
// then show in UI
if (msg.ResourceName == "xmlfile")
{
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.showXml),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
mainWin.dispatcher.Invoke(
new Action <string>(mainWin.showChildren),
System.Windows.Threading.DispatcherPriority.Background,
new string[] { msg.Contents }
);
}
////////////////////////////////////////////////////////////////////////////////////
if (msg.Contents == "quit")
{
msg.TargetCommunicator = "dispatcher";
AbstractMessageDispatcher.GetInstance().PostMessage(msg);
break;
}
////////////////////////////////////////////////////////////////////////////////////
}
}
//----< get and process message from client>----------------
protected override void ProcessMessages()
{
while (true)
{
ShowFiles sf = new ShowFiles();
ServiceMessage msg = bq.deQ();
Console.Write("\n {0} Recieved Message:\n", msg.TargetCommunicator);
Console.Write("\n Echo processing completed\n");
if (msg.Contents == "connect to server")
{
ClientURL = msg.ResourceName;
}
////////////////////////////////////////////////////////////////////////////////////////////
// client ask for category root in repositpry, find categories repository files belong to
// and send the msg back to client, msg contain categories
if (msg.ResourceName == "category")
{
List <string> Categories = new List <string>();
Categories = sf.FindCategories();
foreach (string cate in Categories)
{
ServiceMessage reply = ServiceMessage.MakeMessage("client-echo", "ServiceServer", cate, "Categories");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
///////////////////////////////////////////////////////////////////////////////////////////
// client require for files in the specified category
// server find files and send back
if (msg.ResourceName == "files in this category")
{
List <string> filesInCate = new List <string>();
filesInCate = sf.FindFiles(msg.Contents);
foreach (string file in filesInCate)
{
ServiceMessage reply = ServiceMessage.MakeMessage("client-echo", "ServiceServer", file, "files found in category");
reply.TargetUrl = msg.SourceUrl;
reply.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher = AbstractMessageDispatcher.GetInstance();
dispatcher.PostMessage(reply);
}
}
///////////////////////////////////////////////////////////////////////////////////////////
//send the xml and text file content back
if (msg.ResourceName == "extract file")
{
ExtractFile ef = new ExtractFile();
string textfile = ef.TextFile(msg.Contents);
string xmlfile = ef.XmlFile(msg.Contents);
ServiceMessage reply1 = ServiceMessage.MakeMessage("client-echo", "ServiceServer", textfile, "textfile");
reply1.TargetUrl = msg.SourceUrl;
reply1.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher1 = AbstractMessageDispatcher.GetInstance();
dispatcher1.PostMessage(reply1);
ServiceMessage reply2 = ServiceMessage.MakeMessage("client-echo", "ServiceServer", xmlfile, "xmlfile");
reply2.TargetUrl = msg.SourceUrl;
reply2.SourceUrl = msg.TargetUrl;
AbstractMessageDispatcher dispatcher2 = AbstractMessageDispatcher.GetInstance();
dispatcher2.PostMessage(reply2);
}
if (msg.Contents == "quit")
{
break;
}
}
}