/// <summary>
/// Returns true when there is a port of relationship elment one which is connected to a port
/// of relationship element two
/// </summary>
/// <param name="rel"></param>
/// <returns></returns>
public bool RelationHasConnection(RelationshipElement rel)
{
// There is no simulationmodel
if (!SimulationsModels.ContainsKey(rel.ValueFirst) || !SimulationsModels.ContainsKey(rel.ValueSecond))
{
return(true);
}
SimulationModel firstSim = SimulationsModels[rel.ValueFirst];
SimulationModel secondSim = SimulationsModels[rel.ValueSecond];
// There are Relations which are not necassary
if (!rel.IsCertainConnection || firstSim.Inputs.Count == 0 || secondSim.Inputs.Count == 0)
{
return(true);
}
// Checking if there is at least one connection
if (hasConnectionToOtherValue(firstSim.Inputs, rel.ValueSecond) ||
hasConnectionToOtherValue(secondSim.Inputs, rel.ValueFirst) ||
hasConnectionToOtherValue(firstSim.PhysicalPorts, rel.ValueSecond))
{
return(true);
}
return(false);
}
/// <summary>
/// Checks the Datatypes of the connected In and Outputs and
/// returns a list of strings with the names and
/// the datatype of the in and output
/// which are connected but do not share the same datatype.
/// </summary>
/// <param name="relationshipElement"></param>
/// <param name="firstEle"></param>
/// <param name="secondEle"></param>
/// <returns></returns>
public List <string> ReturnListWithMessageForDifferentDatatypes(RelationshipElement relationshipElement,
string firstEle,
string secondEle)
{
List <String> sameDatatype = new List <string>();
if (SimulationsModels.ContainsKey(firstEle) && SimulationsModels.ContainsKey(secondEle))
{
foreach (var input in SimulationsModels[firstEle].Inputs.Concat(SimulationsModels[secondEle].Inputs))
{
foreach (var connection in input.ConnectedTo)
{
if (!input.Datatype.Equals(connection.Datatype))
{
sameDatatype.Add($"{input.IdShort}({input.Datatype})" +
$"and {connection.IdShort}({connection.Datatype})" +
$"are connected but do not share the same datatype");
}
}
}
return(sameDatatype);
}
else
{
return(sameDatatype);
}
}
/// <summary>
/// Compares the domains of the ports of the simulationmodels belonging to the given relationshiElement
/// and connects if the domains are the same.
/// If atleast one connetion is foudn true is returned.
/// </summary>
/// <param name="relationshipElement"></param>
/// <param name="firstEle"></param>
/// <param name="secondEle"></param>
/// <param name="interfaceFirst"></param>
/// <param name="interFaceSecond"></param>
/// <returns></returns>
public bool CheckCompatibleDomainsAndConnect(RelationshipElement relationshipElement,
string firstEle,
string secondEle,
string interfaceFirst,
string interFaceSecond)
{
if (SimulationsModels.ContainsKey(firstEle) && SimulationsModels.ContainsKey(secondEle))
{
bool foundConnection = false;
// Holen der Liste der Input Ports von ele1
List <IOput> inputsFirst = SimulationsModels[firstEle].GetInputsWithInterfaceName(interfaceFirst);
// Hohlen der Liste der Input Ports von ele2
List <IOput> inputsSecond = SimulationsModels[secondEle].GetInputsWithInterfaceName(interFaceSecond);
// Holen der Outputs von ele1
List <IOput> outputsFirst = SimulationsModels[firstEle].GetOutputsWithInterfaceName(interfaceFirst);
// Holen der Outputs von ele2
List <IOput> outputsSecond = SimulationsModels[secondEle].GetOutputsWithInterfaceName(interFaceSecond);
List <IOput> physicalFirst
= SimulationsModels[firstEle].GetPhysicalPortsWithInterfaceName(interfaceFirst);
List <IOput> physicalSecond
= SimulationsModels[secondEle].GetPhysicalPortsWithInterfaceName(interFaceSecond);
foundConnection = connectInputsAndOutputsByDomain(physicalFirst, physicalSecond);
foundConnection = connectInputsAndOutputsByDomain(inputsFirst, outputsSecond) || foundConnection;
foundConnection = connectInputsAndOutputsByDomain(inputsSecond, outputsFirst) || foundConnection;
// Erstellen einer Liste, welche die Verbindungen enthält
return(foundConnection);
}
else
{
return(false);
}
}
/// <summary>
/// Checks the EClass ids of all connected in and output ports
/// If they are not compatible the connection gets removed
/// Returns a list of strings with the name, eclass id and
/// unit of the in and output ports of all removed connections
/// </summary>
/// <param name="relationshipElement"></param>
/// <param name="firstEle"></param>
/// <param name="secondEle"></param>
/// <returns></returns>
public List <string> CheckeClassConnectionAndRemoveIncompatible(RelationshipElement relationshipElement,
string firstEle,
string secondEle)
{
EClass eClass = new EClass();
List <string> changed = new List <string>();
if (SimulationsModels.ContainsKey(firstEle) && SimulationsModels.ContainsKey(secondEle))
{
foreach (var input in SimulationsModels[firstEle].Inputs.Concat(SimulationsModels[secondEle].Inputs))
{
for (int i = input.ConnectedTo.Count - 1; i >= 0; i--)
{
var connection = input.ConnectedTo[i];
if (SimulationsModels[input.Owner].Mappings.Count != 0)
{
Console.WriteLine("---Mappings of " + input.Owner);
foreach (var map in SimulationsModels[input.Owner].Mappings.Values)
{
Console.WriteLine(map.BasicId + " " + map.UnknownId);
}
}
// Search for compatible Eclass IDs
if (EClass.CheckEClassConnection(input.EclassID, connection.EclassID) ||
checkForMapping(input, connection, eClass))
{
}
// Not Compatible Eclass ids and connection gets removed.
else
{
input.RemoveConnection(connection);
changed.Add(input.IdShort + $"({input.EclassID})({input.Unit}) and " +
connection.IdShort +
$"({connection.EclassID})({connection.Unit})" +
$"are connected but do not have compatible Eclass ID");
}
}
}
}
return(changed);
}