////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private void Label_Drop(object sender, DragEventArgs e)
///
/// \brief
///
/// \par Description.
/// - The Drop event occurs in the target when the mouse is released.
/// - There are 3 options :
/// -# __Continue__ the change (In this case the permutation and the labels are not changed)
/// -# __Apply__ (In this case the methods of the event are called)
/// -# __Quit__ Change (In this case the permutations list and the label strings are restored)
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 27/05/2018
///
/// \param sender (object) - Source of the event.
/// \param e (DragEventArgs) - Drag event information.
////////////////////////////////////////////////////////////////////////////////////////////////////
private void Label_Drop(object sender, DragEventArgs e)
{
Label label = (Label)sender;
MessageRouter.ReportMessage("GridView", "In DragDrop source = " + sourceLabel.Content + " target = " + label.Content, "");
if (label != null)
{
label.Foreground = Brushes.Black;
label.Background = Brushes.White;
string result = EndDragQuestion();
switch (result)
{
case "Continue Change":
break;
case "Apply":
ChangeFinishedEvent(permutations, presentedItemId);
permutations = null;
break;
case "Quit Change":
for (int idx = 0; idx < permutations.Count; idx++)
{
permutations[idx] = idx;
}
SetContents();
break;
}
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private Attribute GetExistingChildAttribute(dynamic key, Attribute newAttribute)
///
/// \brief Gets existing child attribute.
///
/// \par Description.
/// There can be the following cases
/// -# The attribute is found in both lists/dictionaries (So the attribute will be found)
/// -# The attribute is found only in the exists list
/// In this case There was a merge between the lists\dictionaries that puts the attributes
/// of the existing in the new so the attribute will be found
/// -# The attribute exists in the new and the exists - In this case the method returns null
/// that will cause the algorithm to skip on all the attribute tree
///
///
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 28/12/2017
///
/// \param key (dynamic) - The key.
/// \param newAttribute (Attribute) - The new attribute.
///
/// \return The existing child attribute.
////////////////////////////////////////////////////////////////////////////////////////////////////
private Attribute GetExistingChildAttribute(dynamic key, Attribute newAttribute)
{
Attribute existingComplexAttribute = complexAttributes.Peek();
string s = "";
Attribute result = null;
if (Attribute.GetValueCategory(existingComplexAttribute) == Attribute.AttributeCategory.ListOfAttributes)
{
s = "Tring to find IdInList : " + newAttribute.IdInList.ToString();
result = ((AttributeList)existingComplexAttribute.Value).GetAttribute(newAttribute.IdInList.ToString());
}
if (Attribute.GetValueCategory(existingComplexAttribute) == Attribute.AttributeCategory.AttributeDictionary)
{
s = "Tring to find attribute with key " + TypesUtility.GetKeyToString(key);
result = ((AttributeDictionary)existingComplexAttribute.Value).GetAttribute(key);
}
if (Attribute.GetValueCategory(existingComplexAttribute) == Attribute.AttributeCategory.NetworkElementAttribute)
{
result = ((NetworkElement)existingComplexAttribute.Value).GetDictionaryAttribute(key);
}
if (result == null)
{
s += " failed : ";
MessageRouter.ReportMessage("NetworkUpdate - retrieve existing child", "", s);
}
return(result);
}
/*
* Start sending - the main method of the sending
*/
/**********************************************************************************************//**
* Starts a sending.
*
* \author Ilan Hindy
* \date 29/09/2016
*
* \param message The message.
* \param process The process.
* \param channel The channel.
*
**************************************************************************************************/
public static void StartSending(BaseMessage message, BaseProcess process, BaseChannel channel)
{
try
{
// Establish the remote endpoint for the socket.
string localAddress = Dns.GetHostEntry(Dns.GetHostName()).AddressList.First(f => f.AddressFamily == System.Net.Sockets.AddressFamily.InterNetwork).ToString();
IPEndPoint remoteEP = new IPEndPoint(IPAddress.Parse(localAddress), channel.or[bc.ork.DestPort]);
// Build the state object
SocketStateObject state = new SocketStateObject();
state.process = process;
Socket client;
//If this is the first time that there is a sending through the channel
if (channel.sendingSocket == null)
{
//Establish the local end point for the socket
int localPort = channel.or[bc.ork.SourcePort];
IPEndPoint localEndPoint = new IPEndPoint(IPAddress.Parse(localAddress), localPort);
//Create a new socket
client = new Socket(AddressFamily.InterNetwork,
SocketType.Stream, ProtocolType.Tcp);
//Bind the local address
client.Bind(localEndPoint);
//Set the socket in the channel and in the state object
channel.sendingSocket = client;
state.clientSocket = client;
// Connect to the remote endpoint.
Logger.Log(Logger.LogMode.MainLogAndProcessLogAndMessageTrace, process.GetProcessDefaultName(), "AsynchronousSender.StartSending()", "before BeginConnect()", "", "ProcessSend");
client.BeginConnect(remoteEP,
new AsyncCallback(ConnectCallback), state);
state.connectDone.WaitOne();
}
else //This is not the first sending from the channel
{
//Get the socket from the channel and set it in the state object
client = channel.sendingSocket;
state.clientSocket = client;
}
// Send test data to the remote device.
MessageRouter.ReportMessageSent(process, new object[] { message });
Send(message, state);
state.sendDone.WaitOne();
}
catch (Exception e)
{
Logger.Log(Logger.LogMode.MainLogProcessLogAndError, process.GetProcessDefaultName(), "AsynchronousSender.StartSending()", "Error", e.ToString(), "Error");
}
}
/*
* ReceiveHandling
* This method is responssible to devide the data received to packets and call
* the ReceiveHandling method of the process
* Note that there no connection from the way the data is sent to the way it is
* Received. That meens that a several packets can be received in one Receive and
* There is no garentee that the last packet in the data will end.
* The packets (messages) are send with '#' termination flag
* The received data is collected in state.buffer
* Then it is copied to state.sb . The role of this variable is to hold all the
* data that was not processed
* Then it converted to string
* Then it is devided to packets
* Then each packet except the last packet is handled
* Then the last packet is checked :
* If the data received ends with '#' - do nothing because that meens that the last
* packet is empty
* else clear the state.data and fill it with the unterminated last packet to be joined
* by the next receive data
* The following is the handling of a complete packet
* 1. Generate a message object from the message data
* 2. If the MessageType attribute of the message is "Terminate" set the termnateFlag and return
* 3. wait untill the ReceiveHandling method of the process is not locked by another
* AsynchronousReader object
* 4. Activate the ReceiveHandling method of the process with the data.
*/
/**********************************************************************************************//**
* Receive handling.
*
* \author Ilan Hindy
* \date 29/09/2016
*
* \param bytesReceived The bytes received.
*
**************************************************************************************************/
public void ReceiveHandling(int bytesReceived)
{
String content = String.Empty;
// There might be more data, so store the data received so far.
state.sb.Append(Encoding.ASCII.GetString(
state.buffer, 0, bytesReceived));
//Convert the data to string
content = state.sb.ToString();
// Get the process
BaseProcess process = state.process;
//If any end of packets was received
if (content.IndexOf("#") > -1)
{
//Devide the data to packets
string[] packets = Regex.Split(content, "#");
//Packet handling
for (int idx = 0; idx < packets.Length - 1; idx++)
{
//Create message from the packet
//BaseMessage message = new BaseMessage(packets[idx]);
string processName = "Process_" + process.ea[ne.eak.Id].ToString();
Logger.Log(Logger.LogMode.MainLogAndProcessLog, processName, "Receive", "Received message - packets[idx]", packets[idx], "ProcessReceive");
BaseMessage message = BaseMessage.CreateMessage(process.Network, packets[idx]);
if (TypesUtility.CompareDynamics(message.GetHeaderField(bm.pak.MessageType), bm.MessageTypes.Terminate))
{
terminateFlag = true;
}
process.MessageQHandling(ref message, MessageQOperation.AddMessage);
MessageRouter.ReportMessageReceive(process, new object[] { message });
//Logger.Log(Logger.LogMode.MainLogAndProcessLog, process.ToString(), "Receive", "Received message", message);
}
//If there is a unfinished packet
if (content[content.Length - 1] != '#')
{
//This is the last packet received and it is fregmented with the next package
state.sb.Clear();
state.sb.Append(packets[packets.Length - 1]);
}
else
{
state.sb.Clear();
}
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private bool PerformQuestion(AttributeDictionary entry, List<int> messageIdxs)
///
/// \brief Performs the question action.
///
/// \par Description.
/// - Ask the user if to perform an order change
/// - There can be 3 answers
/// -# Yes
/// -# No
/// -# Remove from the list
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 27/05/2018
///
/// \param sourceProcess (int) - Source process.
///
/// \param entry (List<int>) - The permutations.
/// \param messageIdxs (List<int>) - The message idxs.
///
/// \return True if it succeeds, false if it fails.
///
/// \param MessageQ (AttributeList) - The message q.
////////////////////////////////////////////////////////////////////////////////////////////////////
private bool PerformQuestion(AttributeDictionary entry, List <int> messageIdxs)
{
MessageBoxElementData l1 = new MessageBoxElementData("Message from process : " + Element.ToString(), new Font {
alignment = HorizontalAlignment.Center, fontWeight = FontWeights.Bold
});
MessageBoxElementData l2 = new MessageBoxElementData("In Previous running of the algorithm the order of the messages was change");
MessageBoxElementData l3 = new MessageBoxElementData("The source process is :" + entry[Comps.SourceProcess].ToString());
MessageBoxElementData l4 = new MessageBoxElementData("The source list is :", new Font {
fontWeight = FontWeights.Bold
});
List <string> originalContent = new List <string>();
AttributeList messagesQ = entry[Comps.MessageQ];
messagesQ.ForEach(a => originalContent.Add(((BaseMessage)a.Value).Description()));
string originalString;
string transforedString;
PermutationString(entry[Comps.Permutations].AsList(), originalContent, out originalString, out transforedString);
MessageBoxElementData l5 = new MessageBoxElementData(originalString);
MessageBoxElementData l6 = new MessageBoxElementData("The transformed list is :", new Font {
fontWeight = FontWeights.Bold
});
MessageBoxElementData l7 = new MessageBoxElementData(transforedString);
MessageBoxElementData l8 = new MessageBoxElementData("Do you want to apply this change ?", new Font {
fontWeight = FontWeights.Bold
});
MessageBoxElementData b1 = new MessageBoxElementData("Yes");
MessageBoxElementData b2 = new MessageBoxElementData("No");
MessageBoxElementData b3 = new MessageBoxElementData("Remove");
string result = MessageRouter.CustomizedMessageBox(new List <MessageBoxElementData> {
l1, l2, l3, l4, l5, l6, l7, l8
},
"ChangeMessageOrder Message",
new List <MessageBoxElementData> {
b1, b2, b3
},
Icons.Question, true);
string s = "";
switch (result)
{
case "Yes":
return(true);
case "Remove":
Remove((Attribute)entry.Parent);
return(false);
default:
return(false);
}
}
/*
* WriteLog
* This method actually writes the log to all the log destinations
*/
/**********************************************************************************************//**
* Writes a log.
*
* \author Ilan Hindy
* \date 29/09/2016
*
* \param logMode The log mode.
* \param sourceObject Source object.
* \param log The log.
* \param messageTraceLog The message trace log.
* \param logFilter A filter specifying the log.
*
**************************************************************************************************/
private static void WriteLog(LogMode logMode, string sourceObject, string log, string messageTraceLog, string logFilter)
{
lock (WriteLogLockObject)
{
//Find Whether to log according to the filter
//If the Filters list is empty write all the logs othere wise the logFilter parameter has
//to be found in the Filters list in order to write the log
if (Filters.Count > 0)
{
if (Filters.FirstOrDefault(s => s == logFilter) is null)
{
return;
}
}
//Write to the main log file
if (traceLogFile == null)
{
OpenMainLogFile();
}
traceListener.WriteLine(log);
traceListener.Flush();
//Write to the process private log file
if (logMode == LogMode.MainLogAndProcessLog ||
logMode == LogMode.MainLogProcessLogAndError ||
logMode == LogMode.MainLogAndProcessLogAndMessageTrace)
{
TextWriterTraceListener processTraceListener = GetProcessTraceListener(sourceObject);
processTraceListener.WriteLine(log);
processTraceListener.Flush();
}
//Create error message if needed
if (logMode == LogMode.MainLogAndError ||
logMode == LogMode.MainLogProcessLogAndError)
{
MessageRouter.MessageBox(new List <String> {
log
}, "Log Report", null, Icons.Error);
}
}
//Write to message trace window
if (logMode == LogMode.MainLogAndProcessLogAndMessageTrace || logMode == LogMode.MainLogAndMessageTrace)
{
MessageRouter.ReportMessage(sourceObject, VectorClockString(), messageTraceLog);
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private void Label_DragEnter(object sender, DragEventArgs e)
///
/// \brief Enabling the object to be a drag target
///
/// \par Description.
/// - The DragEnter event specifies how the target object will behave
/// when the source object will pass on it.
///
/// \par Algorithm.
/// - The method of the "drag" is to change the texts in the labels and the colors
/// - The labels themselves are not replacing places
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 27/05/2018
///
/// \param sender (object) - Source of the event.
/// \param e (DragEventArgs) - Drag event information.
////////////////////////////////////////////////////////////////////////////////////////////////////
private void Label_DragEnter(object sender, DragEventArgs e)
{
Label label = sender as Label;
MessageRouter.ReportMessage("GridView", "In DragEnter source = " + sourceLabel.Content + " target = " + label.Content, "");
if (label != null)
{
sourceLabel.Foreground = Brushes.Black;
sourceLabel.Background = Brushes.White;
label.Foreground = Brushes.White;
label.Background = Brushes.Blue;
ReOrder(label);
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public void CheckFinishProcessingStep(BaseProcess process)
///
/// \brief Check finish processing step.
///
/// \brief #### Algorithm.
///
/// \brief #### Usage Notes.
///
/// \author Main
/// \date 24/01/2017
///
/// \param process The process.
////////////////////////////////////////////////////////////////////////////////////////////////////
public void CheckFinishProcessingStep(BaseProcess process)
{
//Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler", "ProcessStartedReceiveIterationReport", " ProcessStartedReceiveIterationReport process id = " + process[ElementDictionaries.ElementAttributes].Value[NetworkElement.ElementAttributeKeys.Id].Value, "", "RunningHandler");
if (finishDetector.CheckTermination(process, network))
{
network.UpdateRunningStatus(new object[] { processesInStep });
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler TerminationAlgorithmStatus", "TerminationAlgorithmStatus", " TerminationAlgorithmStatus ", finishDetector.ReportStatus(), "RunningHandler TerminationAlgorithmStatus");
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler", "", " -----------------------End Step " + step.ToString() + " -------------", "", "RunningHandler");
step++;
MessageRouter.UpdateRunningPresentation();
}
else
{
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler TerminationAlgorithmStatus", "TerminationAlgorithmStatus", " TerminationAlgorithmStatus ", finishDetector.ReportStatus(), "RunningHandler TerminationAlgorithmStatus");
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public void MessageReceiveReport(BaseProcess process, BaseMessage message)
///
/// \brief Message receive report.
///
/// \brief #### Algorithm.
///
/// \brief #### Usage Notes.
///
/// \author Main
/// \date 24/01/2017
///
/// \param process The process.
/// \param message The message.
////////////////////////////////////////////////////////////////////////////////////////////////////
public void MessageReceiveReport(BaseProcess process, BaseMessage message)
{
vectorClock[process.ea[ne.eak.Id]] += 1;
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler", "MessageReceiveReport", " MessageReceiveReport ", message, "RunningHandler");
if (finishDetector.MessageReceiveReport(process, message, network))
{
network.UpdateRunningStatus(new object[] { processesInStep });
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler TerminationAlgorithmStatus", "TerminationAlgorithmStatus", " TerminationAlgorithmStatus ", finishDetector.ReportStatus(), "RunningHandler TerminationAlgorithmStatus");
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler", "", "-----------------------End Step " + step.ToString() + " -------------", "", "RunningHandler");
MessageRouter.UpdateInitRunningPresentation();
step++;
}
else
{
Logger.Log(Logger.LogMode.MainLogAndMessageTrace, "RunningHandler TerminationAlgorithmStatus", "TerminationAlgorithmStatus", " TerminationAlgorithmStatus ", finishDetector.ReportStatus(), "RunningHandler TerminationAlgorithmStatus");
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private void Report(string message)
///
/// \brief Reports.
///
/// \par Description.
/// Generate a message with the status to the MessagesWindow
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 07/01/2018
///
/// \param message (string) - The message.
////////////////////////////////////////////////////////////////////////////////////////////////////
private void Report(string message)
{
string s = "\n" + message + "\n";
Attribute[] stack = complexAttributes.ToArray();
for (int idx = 0; idx < stack.Length; idx++)
{
if (stack[idx].Parent != null)
{
s += "\t\t\t" + stack[idx].Parent.GetChildKey(stack[idx]).ToString() + "\n";
}
else
{
s += "\t\t\t" + stack[idx].Value.GetType().ToString();
}
}
MessageRouter.ReportMessage("NetworkUpdate", "", s);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private void MergeDictionaries(Attribute existAttribute, Attribute newAttribute)
///
/// \brief Merge dictionaries.
///
/// \par Description.
/// - Clever merge between the existing and new dictionaries
/// - If the attribute is found in the existing and the new
/// - Copy the value from the existing to the new only if the value of the attribute was changed during network build
/// - If the attribute is found in the existing and not the new
/// - Add the attribute tree to the new
/// - If (Default case - automatically happens) The attribute exists in the new and not the old
/// - keep it in the new
/// - The attributes are identified using the keys
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 28/12/2017
///
/// \param existAttribute (Attribute) - The exist attribute.
/// \param newAttribute (Attribute) - The new attribute.
////////////////////////////////////////////////////////////////////////////////////////////////////
private void MergeDictionaries(Attribute existAttribute, Attribute newAttribute)
{
foreach (var existEntry in existAttribute.Value)
{
Attribute newAttr = ((AttributeDictionary)newAttribute.Value).FirstOrDefault(e => TypesUtility.CompareDynamics(e.Key, existEntry.Key)).Value;
string s = " ** " + TypesUtility.GetKeyToString(existEntry.Key) + " **";
if (newAttr == null)
{
s += "Attribute null";
}
else
{
s += "Attribute value = " + newAttr.Value.ToString();
}
MessageRouter.ReportMessage("Attribute Dictionary Merge ", "", s);
if (newAttr is null)
{
newAttr = new Attribute();
((AttributeDictionary)newAttribute.Value).Add(existEntry.Key, newAttr);
newAttr.DeepCopy(existEntry.Value);
}
else
{
if (existEntry.Value.Changed)
{
if (Attribute.GetValueCategory(existEntry.Value) == Attribute.AttributeCategory.PrimitiveAttribute)
{
newAttr.Value = existEntry.Value.Value;
}
}
}
}
foreach (var newEntry in newAttribute.Value)
{
if (!existAttribute.Value.ContainsKey(newEntry.Key))
{
Attribute attr = new Attribute();
attr.DeepCopy(newEntry.Value);
existAttribute.Value.Add(newEntry.Key, attr);
}
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public void Terminate()
///
/// \brief Terminates this object.
///
/// \brief #### Algorithm.
///
/// \brief #### Usage Notes.
///
/// \author Main
/// \date 24/01/2017
////////////////////////////////////////////////////////////////////////////////////////////////////
public void Terminate(bool alreadyRunning = true)
{
if (!alreadyRunning)
{
MessageRouter.ReportFinishRunning();
return;
}
//First empty all the message queues of all the processors
foreach (BaseProcess process in network.Processes)
{
BaseMessage message = new BaseMessage(network);
process.MessageQHandling(ref message, MessageQOperation.EmptyQueue);
process.or[bp.ork.TerminationStatus] = BaseProcess.TerminationStatuses.NotTerminated;
}
//If the process read a message but waiting for the breakpoint event to be released
//Replace the message waiting with an empty message
foreach (BaseProcess process in network.Processes)
{
if (process.WaitingForBreakpointEvent)
{
process.MessageInProcess = new BaseMessage(network);
}
}
//Activate terminate off all the processors
network.or[bn.ork.SingleStepStatus] = false;
foreach (BaseProcess process in network.Processes)
{
process.Terminate();
}
//Activating the processes
network.or[bn.ork.SingleStepStatus] = false;
foreach (BaseProcess process in network.Processes)
{
process.BreakpointEvent.Set();
}
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn private string EndDragQuestion()
///
/// \brief Ends drag question.
///
/// \par Description.
/// Ask the user what he wants to do with the change
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 27/05/2018
///
/// \return A string.
////////////////////////////////////////////////////////////////////////////////////////////////////
private string EndDragQuestion()
{
MessageBoxElementData l1 = new MessageBoxElementData("The permutation list is :", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
MessageBoxElementData l2 = new MessageBoxElementData("The source list is :", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
string originalString;
string transforedString;
PresentPermutationEvent(permutations, originalContent, out originalString, out transforedString);
MessageBoxElementData l3 = new MessageBoxElementData(originalString, new Font {
wrap = TextWrapping.NoWrap
});
MessageBoxElementData l4 = new MessageBoxElementData("The transformed list is :", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
MessageBoxElementData l5 = new MessageBoxElementData(transforedString, new Font {
wrap = TextWrapping.NoWrap
});
MessageBoxElementData l6 = new MessageBoxElementData("What do you want to do?", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
MessageBoxElementData b1 = new MessageBoxElementData("Continue Change", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
MessageBoxElementData b2 = new MessageBoxElementData("Apply");
MessageBoxElementData b3 = new MessageBoxElementData("Quit Change", new Font {
fontWeight = FontWeights.Bold, wrap = TextWrapping.NoWrap
});
return(MessageRouter.CustomizedMessageBox(new List <MessageBoxElementData> {
l1, l2, l3, l4, l5, l6
}, "GridView Message", new List <MessageBoxElementData> {
b1, b2, b3
}, Icons.Question, true));
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public static string Show(List<Control> controls = null, string title = "", List<Button> buttonsList = null, Icons imageIcon = Icons.Info, bool sizeToContent)
///
/// \brief Shows.
///
/// \par Description.
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 10/12/2017
///
/// \param controls (Optional) (List<Control>) - The controls.
/// \param title (Optional) (string) - The title.
/// \param buttonsList (Optional) (List<Button>) - List of buttons.
/// \param imageIcon (Optional) (Icons) - The image icon.
/// \param sizeToContent (bool) - true to size to content.
///
/// \return A string.
////////////////////////////////////////////////////////////////////////////////////////////////////
public static string Show(List <Control> controls, string title, List <Button> buttonsList, Icons imageIcon, bool sizeToContent)
{
if (controls == null)
{
controls = new List <Control>();
}
if (controls.Count == 0)
{
controls.Add(SetLabel(""));
}
if (buttonsList == null)
{
buttonsList = new List <Button>();
buttonsList.Add(SetButton("OK"));
}
CustomizedMessageBox messageBox = new CustomizedMessageBox();
if (!sizeToContent)
{
messageBox.MaxWidth = 500;
}
messageBox.Title = title;
//Image
Image image = SetImage(imageIcon);
messageBox.panImage.Children.Add(image);
//Controls
string fullMessage = "";
foreach (Control control in controls)
{
messageBox.panText.Children.Add(control);
if (control is TextBox)
{
fullMessage += ((TextBox)control).Text + "\n";
}
else if (control is SyntaxHighlight)
{
messageBox.MaxWidth = 1200;
fullMessage += ((SyntaxHighlight)control).Text;
}
}
//Buttons
int insertIdx = 0;
foreach (Button button in buttonsList)
{
messageBox.panButtons.ColumnDefinitions.Add(new ColumnDefinition());
messageBox.panButtons.Children.Add(button);
Grid.SetColumn(button, insertIdx);
Grid.SetRow(button, 0);
button.Click += new RoutedEventHandler(messageBox.Button_Click);
insertIdx++;
}
MessageRouter.AddEditOperation(title, fullMessage, imageIcon, new Font("Calibbri", 12, FontStyles.Normal, FontWeights.Normal, new Thickness(0), HorizontalAlignment.Left, Brushes.Black, null, TextWrapping.NoWrap));
messageBox.ShowDialog();
MessageRouter.AddEditOperationResult(messageBox.Result, new Font("Calibbri", 12, FontStyles.Normal, FontWeights.Normal, new Thickness(0), HorizontalAlignment.Left, Brushes.Black, null, TextWrapping.NoWrap));
return(messageBox.Result);
}
private void PrintResults()
{
MessageRouter.CustomizedMessageBox(results);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public static void GenerateCheckMessage(this IValueHolder valueHolder, int nestingLevel, string key, string message)
///
/// \brief Generates a check message.
///
/// \par Description.
///
/// \par Algorithm.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 25/07/2017
///
/// \param valueHolder The valueHolder to act on.
/// \param nestingLevel (int) - The nesting level.
/// \param key (string) - The key.
/// \param message (string) - The message.
////////////////////////////////////////////////////////////////////////////////////////////////////
public static void GenerateCheckMessage(this IValueHolder valueHolder, int nestingLevel, string key, string message)
{
MessageRouter.ReportMessage(new string('\t', nestingLevel) + "[" + key + "] (" + valueHolder.GetType().ToString().Replace("DistributedAlgorithms.", "") + ") ", "", message);
}
////////////////////////////////////////////////////////////////////////////////////////////////////
/// \fn public static bool EqualsTo(this IValueHolder valueHolder, int nestingLevel, object key, IValueHolder other, bool checkNotSameObject = false)
///
/// \brief Equals to.
///
/// \par Description.
/// - This method recursively checks if the first IValueHolder is equal to the second
/// - The compare is for the values and not the pointers of the IValueHolder
/// - The parameter checkNotSameObject is for checking that there was a copy (means created
/// new objects) and not assignments.
///
/// \par Algorithm.
/// -# Common checks for all the IValueHolder
/// -# The type of the 2 IValueHolder is the same
/// -# If checkNotSameObject check that the objects are not the same objects
/// -# Activate the recursive compare by calling the IValueHolder's EqualsTo method.
///
/// \par Usage Notes.
///
/// \author Ilanh
/// \date 25/07/2017
///
/// \param valueHolder The valueHolder to act on.
/// \param nestingLevel (int) - The nesting level.
/// \param key (object) - The key.
/// \param other (IValueHolder) - The other.
/// \param checkNotSameObject (Optional) (bool) - true to check not same object.
///
/// \return True if equals to, false if not.
////////////////////////////////////////////////////////////////////////////////////////////////////
public static bool CheckEqual(this IValueHolder valueHolder,
int nestingLevel,
object key,
IValueHolder other,
bool print = false,
bool checkNotSameObject = false)
{
string keyString = TypesUtility.GetKeyToString(key);
if (print)
{
if (nestingLevel == 0)
{
MessageRouter.ReportMessage("----- Start EqualsTo -----", "", "");
}
valueHolder.GenerateCheckMessage(nestingLevel, keyString, " Start");
}
if (!valueHolder.GetType().Equals(other.GetType()))
{
valueHolder.GenerateCheckMessage(nestingLevel, keyString, "The type of one is : " + valueHolder.GetType() +
" The type of two is : " + other.GetType());
return(false);
}
if (checkNotSameObject)
{
if (valueHolder == other)
{
valueHolder.GenerateCheckMessage(nestingLevel, keyString, "The pointer of one and two is equal and it should not");
return(false);
}
}
string error = "";
if (valueHolder.EqualsTo(nestingLevel, ref error, other, print, checkNotSameObject))
{
if (print)
{
if (nestingLevel == 0)
{
MessageRouter.ReportMessage("----- Start EqualsTo -----", "", "");
}
valueHolder.GenerateCheckMessage(nestingLevel, keyString, " End - True");
}
return(true);
}
else
{
if (print)
{
valueHolder.GenerateCheckMessage(nestingLevel, keyString, " " + error);
valueHolder.GenerateCheckMessage(nestingLevel, keyString, " End - False");
if (nestingLevel == 0)
{
MessageRouter.ReportMessage("----- End EqualsTo -----", "", "");
}
}
return(false);
}
}