/// <summary>
/// Adding a dummy component to the model. It is needed to make connections, being needed during the grouping process to
/// establish the ports and event ports of the group
/// </summary>
/// <param name="dummyName">The name of the dummy component</param>
private void AddDummyToModel(String dummyName)
{
// building a "new" model
Asterics.ACS2.componentTypesComponentType newGroupForBundle = new ACS2.componentTypesComponentType();
newGroupForBundle.type = new ACS2.componentType();
newGroupForBundle.type.Value = ACS2.componentTypeDataTypes.special;
newGroupForBundle.id = dummyName;
object[] ports = new object[2];
ACS2.inputPortType inPort = new ACS2.inputPortType();
inPort.id = "in";
inPort.dataType = ACS2.dataType.integer;
ports[0] = inPort;
ACS2.outputPortType outPort = new ACS2.outputPortType();
outPort.id = "out";
outPort.dataType = ACS2.dataType.integer;
ports[1] = outPort;
newGroupForBundle.ports = ports;
ACS2.eventsTypeEventListenerPortType eventListener = new ACS2.eventsTypeEventListenerPortType();
eventListener.id = "eventlistener";
ACS2.eventsTypeEventTriggererPortType eventTrigger = new ACS2.eventsTypeEventTriggererPortType();
eventTrigger.id = "eventtrigger";
object[] events = new object[2];
events[0] = eventListener;
events[1] = eventTrigger;
newGroupForBundle.events = events;
newGroupForBundle.InitGraphPorts(dummyName);
if (!componentList.ContainsKey(dummyName))
componentList.Add(dummyName, newGroupForBundle);
AddComponent(dummyName, true, false,false);
}
/// <summary>
/// Creates a group of all selected components.
/// For each eventchannelline connected to the selected components, events will also be visible in the group element
/// For each channel connected to the selected components, an in or outputport will be added to the group component
/// </summary>
/// <param name="idForGroup">The id (name) of the group</param>
/// <param name="addToUndoStack">Desition, if the undo-operation should be put on the undo-stack</param>
/// <param name="storeGroup">Desition, if the group will be part of the model (stored in the deployment model)</param>
/// <returns></returns>
private String DoGrouping(String idForGroup, bool addToUndoStack, bool storeGroup)
{
Boolean noGroupInSelection = true;
ArrayList selectedGroupChannelList = new ArrayList();
ArrayList selectedGroupComponentList = new ArrayList();
ArrayList selectedGroupEventChannelList = new ArrayList();
ArrayList selectedGroupEdgeListenerEventChannelList = new ArrayList();
ArrayList selectedGroupEdgeTriggerEventChannelList = new ArrayList();
if (selectedComponentList.Count == 0) {
MessageBox.Show(Properties.Resources.GroupingNoItemsSelected, Properties.Resources.GroupingNoItemsSelectedHeader, MessageBoxButton.OK, MessageBoxImage.Error);
return "";
}
// search for a group in the selection
foreach (componentType mc in selectedComponentList) {
if (mc.ComponentType == ACS2.componentTypeDataTypes.group) {
noGroupInSelection = false;
MessageBox.Show(Properties.Resources.GroupingWithSelectedGroups, Properties.Resources.GroupingWithSelectedGroupsHeader, MessageBoxButton.OK, MessageBoxImage.Error);
break;
}
}
if (noGroupInSelection == false)
return "";
groupComponent newGroup = new groupComponent();
// building a "new" model
Asterics.ACS2.componentTypesComponentType newGroupForBundle = new ACS2.componentTypesComponentType();
newGroupForBundle.type = new ACS2.componentType();
newGroupForBundle.type.Value = ACS2.componentTypeDataTypes.group;
int counter = 0;
string suggestID = "";
/*do {
counter++;
suggestID = "group" + counter;
} while (componentList.ContainsKey(suggestID));*/
bool gExists;
do {
gExists = false;
foreach (componentType ct in deploymentComponentList.Values) {
if (ct.id.StartsWith(suggestID)) {
counter++;
gExists = true;
}
suggestID = "group" + counter;
}
} while (gExists);
Console.WriteLine("SuggestID is " + suggestID);
if (idForGroup != null && idForGroup != "")
newGroupForBundle.id = idForGroup;
else
newGroupForBundle.id = suggestID;
// adding the channels and the eventchannels here
object[] ports = new object[0];
newGroupForBundle.ports = ports;
// find lowest and higest cooridantes to place new group component in the middle
int lowestX = 2000;
int lowestY = 2000;
int highestX = 0;
int highestY = 0;
if (selectedComponentList.Count > 0) {
lowestX = highestX = (Int32)Canvas.GetLeft(selectedComponentList.First().ComponentCanvas);
lowestY = highestY = (Int32)Canvas.GetTop(selectedComponentList.First().ComponentCanvas);
}
// remove selected components from canvas and add to group element
foreach (componentType mc in selectedComponentList) {
selectedGroupComponentList.Add(mc);
if (Canvas.GetLeft(mc.ComponentCanvas) < lowestX) {
lowestX = (Int32)Canvas.GetLeft(mc.ComponentCanvas);
}
else if (Canvas.GetLeft(mc.ComponentCanvas) > highestX) {
highestX = (Int32)Canvas.GetLeft(mc.ComponentCanvas);
}
if (Canvas.GetTop(mc.ComponentCanvas) < lowestY) {
lowestY = (Int32)Canvas.GetTop(mc.ComponentCanvas);
}
else if (Canvas.GetTop(mc.ComponentCanvas) > highestY) {
highestY = (Int32)Canvas.GetTop(mc.ComponentCanvas);
}
// new with grouping rework
mc.ComponentCanvas.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedComponentList.AddLast(mc);
}
/*
* search channels which are connected to components which will become a member of the group
*/
ArrayList foundInsideChannels = new ArrayList();
ArrayList foundEdgeSourceChannels = new ArrayList();
ArrayList foundEdgeTargetChannels = new ArrayList();
foreach (channel ch in deploymentChannelList.Values) {
bool sourceSelected = selectedComponentList.Contains(deploymentComponentList[ch.source.component.id]);
bool targetSelected = selectedComponentList.Contains(deploymentComponentList[ch.target.component.id]);
if (sourceSelected && targetSelected) {
foundInsideChannels.Add(ch);
}
else if (sourceSelected && !targetSelected) {
foundEdgeSourceChannels.Add(ch);
}
else if (!sourceSelected && targetSelected) {
foundEdgeTargetChannels.Add(ch);
}
}
foreach (channel ch in foundInsideChannels) {
if (canvas.Children.Contains(ch.Line)) {
ch.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedChannelsList.AddLast(ch);
}
}
foreach (channel ch in foundEdgeSourceChannels) {
if (canvas.Children.Contains(ch.Line)) {
ch.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedChannelsList.AddLast(ch);
}
// Add out Port to the component
componentType source = deploymentComponentList[ch.source.component.id];
outputPortType outp = null;
foreach (object o in source.PortsList.Values) {
if (o is outputPortType) {
outputPortType outp1 = (outputPortType)o;
if (outp1.portTypeID.Equals(ch.source.port.id)) {
outp = outp1;
}
}
}
if (outp == null)
continue;
Asterics.ACS2.outputPortType outPort = new ACS2.outputPortType();
outPort.id = ch.source.component.id + "_" + ch.source.port.id;
outPort.description = outp.Description;
outPort.dataType = outp.PortDataType;
refType refT = new refType();
refT.componentID = ch.source.component.id;
refT.portID = ch.source.port.id;
outPort.RefPort = refT;
if (!newGroupForBundle.PortsList.Contains(outPort.id)) {
newGroupForBundle.PortsList.Add(outPort.id, outPort);
}
}
foreach (channel ch in foundEdgeTargetChannels) {
if (canvas.Children.Contains(ch.Line)) {
ch.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedChannelsList.AddLast(ch);
}
// Add in Port to the component
componentType target = deploymentComponentList[ch.target.component.id];
inputPortType inp = null;
foreach (object o in target.PortsList.Values) {
if (o is inputPortType) {
inputPortType inp1 = (inputPortType)o;
if (inp1.portTypeID.Equals(ch.target.port.id)) {
inp = inp1;
}
}
}
if (inp == null)
continue;
Asterics.ACS2.inputPortType inPort = new ACS2.inputPortType();
inPort.id = ch.target.component.id + "_" + ch.target.port.id;
inPort.description = inp.Description;
inPort.dataType = inp.PortDataType;
inPort.mustBeConnected = inp.MustBeConnected;
refType refT = new refType();
refT.componentID = ch.target.component.id;
refT.portID = ch.target.port.id;
inPort.RefPort = refT;
if (!newGroupForBundle.PortsList.Contains(inPort.id)) {
newGroupForBundle.PortsList.Add(inPort.id, inPort);
}
}
/*
* search eventchannels which are connected to components which will become a member of the group
*/
ArrayList foundEdgeListenerEvents = new ArrayList();
ArrayList foundEdgeTriggerEvents = new ArrayList();
foreach (eventChannel ec in eventChannelList) {
// search for each event channel on the edge of the group element
if (!selectedComponentList.Contains(deploymentComponentList[ec.targets.target.component.id]) && selectedComponentList.Contains(deploymentComponentList[ec.sources.source.component.id])) {
foreach (EventTriggerPort etp in deploymentComponentList[ec.sources.source.component.id].EventTriggerList) {
ACS2.eventsTypeEventTriggererPortType foundTrigger = new ACS2.eventsTypeEventTriggererPortType();
foundTrigger.id = ec.sources.source.component.id + "_" + etp.EventTriggerId;
foundTrigger.description = etp.EventDescription;
bool contains = false;
foreach (ACS2.eventsTypeEventTriggererPortType etel in foundEdgeTriggerEvents) {
if (etel.id.Equals(foundTrigger.id)) {
contains = true;
break;
}
}
if (!contains)
foundEdgeTriggerEvents.Add(foundTrigger);
}
// search for lines, being connected to an edge of the group
foreach (eventChannelLine ecl in eventChannelLinesList) {
if (ecl.Line.Visibility == System.Windows.Visibility.Visible &&
ecl.ListenerComponentId == ec.targets.target.component.id && ecl.TriggerComponentId == ec.sources.source.component.id) {
//selectedEventChannelList.AddFirst(ecl);
if (!selectedGroupEdgeTriggerEventChannelList.Contains(ecl))
selectedGroupEdgeTriggerEventChannelList.Add(ecl);
break;
}
}
// search for each event channel on the edge of the group element
}
else if (selectedComponentList.Contains(deploymentComponentList[ec.targets.target.component.id]) && !selectedComponentList.Contains(deploymentComponentList[ec.sources.source.component.id])) {
foreach (EventListenerPort elp in deploymentComponentList[ec.targets.target.component.id].EventListenerList) {
ACS2.eventsTypeEventListenerPortType foundListener = new ACS2.eventsTypeEventListenerPortType();
foundListener.id = ec.targets.target.component.id + "_" + elp.EventListenerId;
foundListener.description = elp.EventDescription;
bool contains = false;
foreach (ACS2.eventsTypeEventListenerPortType etel in foundEdgeListenerEvents) {
if (etel.id.Equals(foundListener.id)) {
contains = true;
break;
}
}
if (!contains)
foundEdgeListenerEvents.Add(foundListener);
}
// search for lines, being connected to an edge of the group
foreach (eventChannelLine ecl in eventChannelLinesList) {
if (ecl.Line.Visibility == System.Windows.Visibility.Visible &&
ecl.ListenerComponentId == ec.targets.target.component.id && ecl.TriggerComponentId == ec.sources.source.component.id) {
//selectedEventChannelList.AddFirst(ecl);
if (!selectedGroupEdgeListenerEventChannelList.Contains(ecl))
selectedGroupEdgeListenerEventChannelList.Add(ecl);
break;
}
}
// search for each event channel in the group element
}
else if (selectedComponentList.Contains(deploymentComponentList[ec.targets.target.component.id]) && selectedComponentList.Contains(deploymentComponentList[ec.sources.source.component.id])) {
// search for lines, being between two selected components, but not selected
foreach (eventChannelLine ecl in eventChannelLinesList) {
if (ecl.Line.Visibility == System.Windows.Visibility.Visible &&
ecl.ListenerComponentId == ec.targets.target.component.id && ecl.TriggerComponentId == ec.sources.source.component.id) {
if (!selectedGroupEventChannelList.Contains(ecl))
selectedGroupEventChannelList.Add(ecl);
break;
}
}
}
}
ArrayList emptyEventChannelLines = new ArrayList();
foreach (eventChannelLine ecl in eventChannelLinesList) {
// only check eventchannelLine that correspond to group components
bool found = false;
foreach (eventChannel ech in eventChannelList) {
string source = ech.sources.source.component.id;
string target = ech.targets.target.component.id;
if (ecl.ListenerComponentId.Equals(target) && ecl.TriggerComponentId.Equals(source)) {
found = true;
break;
}
}
if (!found)
emptyEventChannelLines.Add(ecl);
}
foreach (eventChannelLine ecl in emptyEventChannelLines) {
DeleteEventChannelCommand(ecl);
}
int eventCount = foundEdgeTriggerEvents.Count + foundEdgeListenerEvents.Count;
if (eventCount > 0) {
newGroupForBundle.events = new object[eventCount];
foundEdgeListenerEvents.CopyTo(newGroupForBundle.events, 0);
foundEdgeTriggerEvents.CopyTo(newGroupForBundle.events, foundEdgeListenerEvents.Count);
}
// adding the final "new" model to the list of all components (bundles)
newGroupForBundle.ports = new object[newGroupForBundle.PortsList.Values.Count];
newGroupForBundle.PortsList.Values.CopyTo(newGroupForBundle.ports, 0);
newGroupForBundle.PortsList.Clear();
newGroupForBundle.ComponentCanvas.Children.Clear();
foreach (componentType ct in selectedComponentList) {
if (!componentList.ContainsKey(ct.id))
continue;
ACS2.componentTypesComponentType ctct = (ACS2.componentTypesComponentType) componentList[ct.id];
if (ctct.singleton) {
newGroupForBundle.singleton = true;
break;
}
}
if (idForGroup != null && idForGroup != "")
newGroupForBundle.InitGraphPorts(idForGroup);
else
newGroupForBundle.InitGraphPorts(suggestID);
// generate the id of the group in the acs
string compName = suggestID;
counter = 0;
if (idForGroup == "" || idForGroup == null) {
do {
counter++;
compName = suggestID + "." + counter;
compName = TrimComponentName(compName);
} while (deploymentComponentList.ContainsKey(compName));
}
else {
compName = idForGroup;
}
BrushConverter bc = new BrushConverter();
if (idForGroup != null && idForGroup != "") {
if (componentList.ContainsKey(idForGroup))
componentList.Remove(idForGroup);
componentList.Add(idForGroup, newGroupForBundle);
AddComponent(idForGroup, true,false,false);
}
else {
if (componentList.ContainsKey(suggestID))
componentList.Remove(suggestID);
componentList.Add(suggestID, newGroupForBundle);
AddComponent(suggestID, false, false,false);
}
// find the id of the just added group
componentType componentAsGroupElement = null;
string searchName;
if (idForGroup == "" || idForGroup == null)
searchName = suggestID;
else
searchName = idForGroup;
ArrayList longestNameComp = new ArrayList();
componentType longestComp = null;
foreach (componentType mc in deploymentComponentList.Values) {
if (mc.id.StartsWith(searchName))
longestNameComp.Add(mc);
}
if (longestNameComp.Count == 1)
longestComp = (componentType) longestNameComp[0];
else if (longestNameComp.Count > 1) {
foreach (componentType ct in longestNameComp) {
if (longestComp == null)
longestComp = ct;
else if (longestComp.id.Length < ct.id.Length)
longestComp = ct;
}
}
if (longestComp != null) {
newGroup.GroupID = longestComp.type_id;
newGroup.ID = longestComp.id;
componentAsGroupElement = longestComp;
groupsList.Add(newGroup.ID, newGroup);
MoveComponent(longestComp, lowestX + (highestX - lowestX) / 2, lowestY + (highestY - lowestY) / 2);
String groupColor = ini.IniReadValue("Layout", "groupcolor");
if (groupColor.Equals(""))
groupColor = ACS.LayoutConstants.GROUPRECTANGLECOLOR;
longestComp.TopRectangle.Fill = (Brush)bc.ConvertFrom(groupColor);
}
if (addToUndoStack) {
CommandObject co = new CommandObject("Ungroup", componentAsGroupElement);
undoStack.Push(co);
redoStack.Clear();
}
/*
* Process Channels where the source becomes a member of a group
*/
foreach (channel ch in foundEdgeSourceChannels) {
outputPortType outPort = null;
foreach (object o in componentAsGroupElement.PortsList.Values) {
if ((o is outputPortType) && (((outputPortType)o).refs.componentID == ch.source.component.id) && (((outputPortType)o).refs.portID == ch.source.port.id)) {
outPort = (outputPortType)o;
}
}
if (outPort == null)
continue;
/*
* add channel with source = newgroup and old target
*/
channel groupChannel = new channel();
groupChannel.id = NewIdForGroupChannel();
groupChannel.source.component.id = outPort.ComponentId;
groupChannel.source.port.id = ch.source.component.id + "_" + ch.source.port.id;
groupChannel.target.component.id = ch.target.component.id;
groupChannel.target.port.id = ch.target.port.id;
if (!ChannelExists(groupChannel))
AddChannel(groupChannel);
groupChannel.Line.Y1 = 100;
groupChannel.Line.X1 = 100;
groupChannel.Line.Y1 = Canvas.GetTop(((outputPortType)(deploymentComponentList[groupChannel.source.component.id]).PortsList[groupChannel.source.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[groupChannel.source.component.id]).ComponentCanvas) + 5;
groupChannel.Line.X1 = Canvas.GetLeft(((outputPortType)(deploymentComponentList[groupChannel.source.component.id]).PortsList[groupChannel.source.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[groupChannel.source.component.id]).ComponentCanvas) + 20;
groupChannel.Line.Y2 = Canvas.GetTop(((inputPortType)(deploymentComponentList[ch.target.component.id]).PortsList[ch.target.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[ch.target.component.id]).ComponentCanvas) + 5;
groupChannel.Line.X2 = Canvas.GetLeft(((inputPortType)(deploymentComponentList[ch.target.component.id]).PortsList[ch.target.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[ch.target.component.id]).ComponentCanvas);
Canvas.SetZIndex(groupChannel.Line, Canvas.GetZIndex(groupChannel.Line) + 1000);
/*
* add channel with source = newgroup and old target
*/
if (ch.GroupOriginalTarget == null)
continue;
/*
* add channel with source = newgroup and targets group original
*/
channel groupChannel1 = new channel();
groupChannel1.id = NewIdForGroupChannel();
groupChannel1.source.component.id = outPort.ComponentId;
groupChannel1.source.port.id = ch.source.component.id + "_" + ch.source.port.id;
groupChannel1.target.component.id = ch.target.component.id;
groupChannel1.target.port.id = ch.target.port.id;
if (!ChannelExists(groupChannel))
AddChannel(groupChannel1);
groupChannel1.Line.Y1 = 100;
groupChannel1.Line.X1 = 100;
groupChannel1.Line.Y1 = Canvas.GetTop(((outputPortType)(deploymentComponentList[groupChannel1.source.component.id]).PortsList[groupChannel1.source.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[groupChannel1.source.component.id]).ComponentCanvas) + 5;
groupChannel1.Line.X1 = Canvas.GetLeft(((outputPortType)(deploymentComponentList[groupChannel1.source.component.id]).PortsList[groupChannel1.source.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[groupChannel1.source.component.id]).ComponentCanvas) + 20;
groupChannel1.Line.Y2 = Canvas.GetTop(((inputPortType)(deploymentComponentList[ch.target.component.id]).PortsList[ch.target.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[ch.target.component.id]).ComponentCanvas) + 5;
groupChannel1.Line.X2 = Canvas.GetLeft(((inputPortType)(deploymentComponentList[ch.target.component.id]).PortsList[ch.target.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[ch.target.component.id]).ComponentCanvas);
Canvas.SetZIndex(groupChannel1.Line, Canvas.GetZIndex(groupChannel1.Line) + 1000);
}
// Sort Portslist
/*
* Process Channels where the target becomes a member of a group
*/
foreach (channel ch in foundEdgeTargetChannels) {
inputPortType inPort = null;
foreach (object o in componentAsGroupElement.PortsList.Values) {
if ((o is inputPortType) && (((inputPortType)o).refs.componentID == ch.target.component.id) && (((inputPortType)o).refs.portID == ch.target.port.id)) {
inPort = (inputPortType)o;
}
}
if (inPort == null)
continue;
/*
* add channel with source = newgroup and old target
*/
channel groupChannel = new channel();
groupChannel.id = NewIdForGroupChannel();
groupChannel.source.component.id = ch.source.component.id;
groupChannel.source.port.id = ch.source.port.id;
groupChannel.target.component.id = inPort.ComponentId;
groupChannel.target.port.id = ch.target.component.id + "_" + ch.target.port.id;
if (!ChannelExists(groupChannel))
AddChannel(groupChannel);
groupChannel.Line.Y1 = 100;
groupChannel.Line.X1 = 100;
groupChannel.Line.Y1 = Canvas.GetTop(((outputPortType)(deploymentComponentList[ch.source.component.id]).PortsList[ch.source.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[ch.source.component.id]).ComponentCanvas) + 5;
groupChannel.Line.X1 = Canvas.GetLeft(((outputPortType)(deploymentComponentList[ch.source.component.id]).PortsList[ch.source.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[ch.source.component.id]).ComponentCanvas) + 20;
groupChannel.Line.Y2 = Canvas.GetTop(((inputPortType)(deploymentComponentList[groupChannel.target.component.id]).PortsList[groupChannel.target.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[groupChannel.target.component.id]).ComponentCanvas) + 5;
groupChannel.Line.X2 = Canvas.GetLeft(((inputPortType)(deploymentComponentList[groupChannel.target.component.id]).PortsList[groupChannel.target.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[groupChannel.target.component.id]).ComponentCanvas);
Canvas.SetZIndex(groupChannel.Line, Canvas.GetZIndex(groupChannel.Line) + 1000);
/*
* add channel with source = newgroup and old target
*/
if (ch.GroupOriginalSource == null)
continue;
/*
* add channel with source = newgroup and targets group original
*/
channel groupChannel1 = new channel();
groupChannel1.id = NewIdForGroupChannel();
groupChannel1.source.component.id = ch.source.component.id;
groupChannel1.source.port.id = ch.source.port.id;
groupChannel1.target.component.id = inPort.ComponentId;
groupChannel1.target.port.id = ch.target.component.id + "_" + ch.target.port.id;
if (!ChannelExists(groupChannel))
AddChannel(groupChannel1);
groupChannel1.Line.Y1 = Canvas.GetTop(((outputPortType)(deploymentComponentList[ch.source.component.id]).PortsList[ch.source.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[ch.source.component.id]).ComponentCanvas) + 5;
groupChannel1.Line.X1 = Canvas.GetLeft(((outputPortType)(deploymentComponentList[ch.source.component.id]).PortsList[ch.source.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[ch.source.component.id]).ComponentCanvas);
groupChannel1.Line.Y2 = Canvas.GetTop(((inputPortType)(deploymentComponentList[groupChannel1.target.component.id]).PortsList[groupChannel1.target.port.id]).PortRectangle) + Canvas.GetTop((deploymentComponentList[groupChannel1.target.component.id]).ComponentCanvas) + 5;
groupChannel1.Line.X2 = Canvas.GetLeft(((inputPortType)(deploymentComponentList[groupChannel1.target.component.id]).PortsList[groupChannel1.target.port.id]).PortRectangle) + Canvas.GetLeft((deploymentComponentList[groupChannel1.target.component.id]).ComponentCanvas) + 20;
Canvas.SetZIndex(groupChannel1.Line, Canvas.GetZIndex(groupChannel1.Line) + 1000);
}
// hide the eventchannels within a group
foreach (eventChannelLine ecl in selectedGroupEventChannelList) {
ecl.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedEventChannelsList.AddLast(ecl);
}
// hide all eventchannels where the group is a listener
foreach (eventChannelLine ecl in selectedGroupEdgeListenerEventChannelList) {
ecl.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedEventChannelsList.AddLast(ecl);
}
// hide all eventchannels where the group is a trigger
foreach (eventChannelLine ecl in selectedGroupEdgeTriggerEventChannelList) {
ecl.Line.Visibility = System.Windows.Visibility.Hidden;
newGroup.AddedEventChannelsList.AddLast(ecl);
}
// Targets
foreach (eventChannelLine ecl in selectedGroupEdgeListenerEventChannelList) {
List<eventChannel> ecList = GetEventChannelsFromLine(ecl);
foreach (eventChannel ec in ecList) {
string targetEvent = ec.targets.target.component.id + "_" + ec.targets.target.eventPort.id;
if (eventChannelExists(compName, targetEvent, ecl.TriggerComponentId, ec.sources.source.eventPort.id))
continue;
eventChannel tmpEC = new eventChannel();
tmpEC.sources.source.component.id = ecl.TriggerComponentId;
tmpEC.sources.source.eventPort.id = ec.sources.source.eventPort.id;
tmpEC.targets.target.component.id = compName;
tmpEC.targets.target.eventPort.id = targetEvent;
tmpEC.id = compName + "_" + ecl.TriggerComponentId + "_" + tmpEC.sources.source.eventPort.id + "_" + tmpEC.targets.target.eventPort.id;
tmpEC.GroupOriginalTarget = ec.targets.target;
if (EventChannelHasGroupSource(ec))
tmpEC.GroupOriginalSource = ec.GroupOriginalSource;
eventChannelList.Add(tmpEC);
}
if (eventChannelLineExists(compName, ecl.TriggerComponentId))
continue;
eventChannelLine groupEC = new eventChannelLine();
double x = lowestX + (highestX - lowestX) / 2;
double y = lowestY + (highestY - lowestY) / 2;
groupEC.Line.X1 = ecl.Line.X1;
groupEC.Line.Y1 = ecl.Line.Y1;
groupEC.Line.X2 = x + componentAsGroupElement.ComponentCanvas.Width / 2 - 18;
groupEC.Line.Y2 = y + componentAsGroupElement.ComponentCanvas.Height - 4;
Canvas.SetZIndex(groupEC.Line, -1001);
groupEC.TriggerComponentId = ecl.TriggerComponentId;
groupEC.ListenerComponentId = compName;
groupEC.HasGroupTarget = true;
groupEC.HasGroupSource = EventChannelLineHasGroupSource(ecl);
AddEventChannelCommand(groupEC, false);
canvas.Children.Add(groupEC.Line);
}
// Sources
foreach (eventChannelLine ecl in selectedGroupEdgeTriggerEventChannelList) {
//Copy eventChannels
List<eventChannel> ecList = GetEventChannelsFromLine(ecl);
foreach (eventChannel ec in ecList) {
eventChannel tmpEC = new eventChannel();
Console.WriteLine("compName");
tmpEC.sources.source.component.id = compName;
tmpEC.sources.source.eventPort.id = ec.sources.source.component.id + "_" + ec.sources.source.eventPort.id;
tmpEC.targets.target.component.id = ecl.ListenerComponentId;
tmpEC.targets.target.eventPort.id = ec.targets.target.eventPort.id;
tmpEC.id = compName + "_" + tmpEC.sources.source.eventPort.id + "_" + tmpEC.targets.target.eventPort.id;
tmpEC.GroupOriginalSource = ec.sources.source;
if (EventChannelHasGroupTarget(ec))
tmpEC.GroupOriginalTarget = ec.GroupOriginalTarget;
eventChannelList.Add(tmpEC);
}
if (eventChannelLineExists(ecl.ListenerComponentId, compName))
continue;
// Add EventchannelLine
eventChannelLine groupEC = new eventChannelLine();
double x = lowestX + (highestX - lowestX) / 2;
double y = lowestY + (highestY - lowestY) / 2;
groupEC.Line.X1 = x + componentAsGroupElement.ComponentCanvas.Width / 2 + 18;
groupEC.Line.Y1 = y + componentAsGroupElement.ComponentCanvas.Height - 4;
groupEC.Line.X2 = ecl.Line.X2;
groupEC.Line.Y2 = ecl.Line.Y2;
Canvas.SetZIndex(groupEC.Line, -1001);
groupEC.TriggerComponentId = compName;
groupEC.ListenerComponentId = ecl.ListenerComponentId;
groupEC.HasGroupSource = true;
groupEC.HasGroupTarget = EventChannelLineHasGroupTarget(ecl);
AddEventChannelCommand(groupEC, false);
canvas.Children.Add(groupEC.Line);
}
DeleteDanglingChannels();
HideGroupChannels();
// Delete all Eventchannels where either the source or the target does not exist anymore
DeleteDanglingEventChannelLines();
DeleteDanglingEventChannels();
deploymentModel.eventChannels = (eventChannel[])eventChannelList.ToArray(typeof(eventChannel));
// store the group in the deployment model
if (storeGroup) {
group[] tempGroups = deploymentModel.groups;
if (tempGroups == null) {
tempGroups = new group[1];
}
else {
Array.Resize(ref tempGroups, deploymentModel.groups.Count() + 1);
}
deploymentModel.groups = tempGroups;
group groupForDeployment = new group();
groupForDeployment.id = compName;
groupForDeployment.componentId = new string[selectedGroupComponentList.Count];
for (int i = 0; i < selectedGroupComponentList.Count; i++) {
groupForDeployment.componentId[i] = ((componentType)selectedGroupComponentList[i]).id;
}
deploymentModel.groups[deploymentModel.groups.Count() - 1] = groupForDeployment;
}
ClearSelectedComponentList();
ClearSelectedChannelList();
ClearSelectedEventChannelList();
//AddSelectedComponent(deploymentComponentList[compName]);
Console.WriteLine("Compname is:" + compName);
return compName;
}