public override PathInfo GetFormula(ConnectionLine l, PathInfo path)
{
if (IsStartNode && ConnectionLines.Count == 0)
{
throw new Exception(String.Format(Properties.Resources.ErrorStartNode, Name));
}
if (IsEndNode && ConnectionLines.Count == 0)
{
throw new Exception(String.Format(Properties.Resources.ErrorEndNode, Name));
}
if (ConnectionLines.Count <= 1 && !IsStartNode && !IsEndNode)
{
throw new Exception(String.Format(Properties.Resources.ErrorStartNode, Name));
}
var rez = "";
var pathInfoTable = new List <PathInfo>();
foreach (var uiElement in Path.AllDeletedObjects)
{
if (uiElement.GetType().Name == "ConnectionLine")
{
this.ConnectionLines = this.ConnectionLines.Where(w => w.Name != (uiElement as ConnectionLine).Name).ToList();
}
}
Node endBranch = null;
if (this.ConnectionLines.Count > 2 && this != path?.EndBranch)
{
endBranch = FindEndNode();
}
if (path == null || path.Start == null)
{
foreach (var line in ConnectionLines)
{
if (!Schema.CheckedList.Contains(line))
{
PathInfo patrhInfo = new PathInfo()
{
Start = this,
Parent = this,
EndBranch = endBranch
};
line.GetFormula(this, patrhInfo);
pathInfoTable.Add(patrhInfo);
}
}
}
else
{
path.End = this;
return(path);
}
var newTable = new List <PathInfo>();
for (int i = 0; i < pathInfoTable.Count; i++)
{
if (pathInfoTable[i].Formula == "")
{
if (!pathInfoTable[i].End.IsEndNode)
{
pathInfoTable[i] = pathInfoTable[i].End.GetFormula(null, new PathInfo {
Parent = this
});
}
//pathInfoTable[i].Start.IsStartNode = true;
}
}
string orString = "";
foreach (PathInfo pathInfo in pathInfoTable)
{
if (pathInfo.Formula != "")
{
rez += orString + "(" + pathInfo.Formula + ")";
orString = " OR ";
}
}
if (pathInfoTable.Count == 0)
{
return(new PathInfo()
{
Formula = rez
});
}
pathInfoTable = new List <PathInfo>()
{
new PathInfo()
{
Start = pathInfoTable[0].Start,
End = pathInfoTable[0].End,
Formula = rez
}
};
if (pathInfoTable.Count == 0)
{
pathInfoTable.Add(new PathInfo
{
Formula = ""
}
);
}
if ((pathInfoTable[0].Formula != "") && pathInfoTable[0].End != null && !pathInfoTable[0].End.IsEndNode)
{
var end = pathInfoTable[0].End.GetFormula(null, new PathInfo {
Parent = this
});
pathInfoTable[0].Formula += end.ToString() != "" && end.ToString() != "()"? " AND (" + end + ")":"";
pathInfoTable[0].End = end.End;
}
return(pathInfoTable[0]);
}
public string GetFormula(DraggingElement invoker, PathInfo path)
{
foreach (var uiElement in Path.AllDeletedObjects)
{
if (uiElement.GetType().Name == "Node")
{
var node = (uiElement as Node);
if (Element1?.Name == node?.Name)
{
Element1 = null;
}
if (Element2?.Name == node?.Name)
{
Element2 = null;
}
}
else if (uiElement.GetType().Name == "Module")
{
var module = (uiElement as Module);
if (Element1?.Name == module?.Name)
{
Element1 = null;
}
if (Element2?.Name == module?.Name)
{
Element2 = null;
}
}
}
Schema.CheckedList.Add(this);
if (Element1 == null)
{
throw new Exception(String.Format(Properties.Resources.ErrorInputLine, Name));
}
if (Element2 == null)
{
throw new Exception(String.Format(Properties.Resources.ErrorOutputLine, Name));
}
if (Element1 is Module && Element2 is Module)
{
path.IsM2MConnection = true;
}
else
{
path.IsM2MConnection = false;
}
if (Element1 is Node && Element2 is Node)
{
Path.PathNodes.Add(new Segment {
StartNode = Element1 as Node, EndNode = Element2 as Node, SubCondition = string.Empty, IsCompletedNodePath = true, Id = Path.PathNodes.Count + 1
});
}
if (Element1 is Node && Element2 is Module)
{
var element2 = Element2 as Module;
if (!ConfigurationHelper.Modules.Select(s => s.Name).Contains(element2.Name))
{
ConfigurationHelper.Modules.Add(new ShortModule()
{
M = element2.Mu, L = element2.Lambda, Name = element2.Name, RepairCount = element2.RepairCount
});
}
var nodes = Path.PathNodes.Where(w => w.LastModuleName == element2.Name).ToList();
if (nodes.Count == 0)
{
var newNodePath = new Segment();
newNodePath.StartNode = Element1 as Node;
var nextModule = Element2 as Module;
newNodePath.LastModuleName = nextModule.Name;
newNodePath.Modules.Add(nextModule);
newNodePath.SubCondition = nextModule.Name;
newNodePath.Id = Path.PathNodes.Count + 1;
Path.PathNodes.Add(newNodePath);
}
else
{
foreach (var pathNode in nodes)
{
pathNode.StartNode = Element1 as Node;
}
}
}
if (path.IsM2MConnection)
{
var element1 = Element1 as Module;
var element2 = Element2 as Module;
if (!ConfigurationHelper.Modules.Select(s => s.Name).Contains(element1.Name))
{
ConfigurationHelper.Modules.Add(new ShortModule()
{
M = element1.Mu, L = element1.Lambda, Name = element1.Name, RepairCount = element1.RepairCount
});
}
if (!ConfigurationHelper.Modules.Select(s => s.Name).Contains(element2.Name))
{
ConfigurationHelper.Modules.Add(new ShortModule()
{
M = element2.Mu, L = element2.Lambda, Name = element2.Name, RepairCount = element2.RepairCount
});
}
foreach (var pathNode in Path.PathNodes.Where(w => w.LastModuleName == element1.Name))
{
var nextModule = Element2 as Module;
pathNode.LastModuleName = nextModule.Name;
pathNode.Modules.Add(nextModule);
pathNode.SubCondition = $"{pathNode.SubCondition} AND {nextModule.Name}";
}
}
if (Element1 is Module && Element2 is Node)
{
var element1 = Element1 as Module;
if (!ConfigurationHelper.Modules.Select(s => s.Name).Contains(element1.Name))
{
ConfigurationHelper.Modules.Add(new ShortModule()
{
M = element1.Mu, L = element1.Lambda, Name = element1.Name, RepairCount = element1.RepairCount
});
}
var nodes = Path.PathNodes.Where(w => w.LastModuleName == element1.Name).ToList();
if (nodes.Count == 0)
{
var newNodePath = new Segment();
newNodePath.EndNode = Element2 as Node;
var nextModule = Element1 as Module;
newNodePath.LastModuleName = nextModule.Name;
newNodePath.Modules.Add(nextModule);
newNodePath.SubCondition = nextModule.Name;
newNodePath.Id = Path.PathNodes.Count + 1;
Path.PathNodes.Add(newNodePath);
}
else
{
foreach (var pathNode in nodes)
{
var endNode = Element2 as Node;
pathNode.LastModuleName = null;
pathNode.EndNode = endNode;
pathNode.IsCompletedNodePath = true;
}
}
}
var rez = "";// +Name + " -";
if (invoker == Element1)
{
rez += (Element2 as DraggingElement).GetFormula(this, path);
}
if (invoker == Element2)
{
rez += (Element1 as DraggingElement).GetFormula(this, path);
}
return(rez);
}
public override PathInfo GetFormula(ConnectionLine invoker, PathInfo path)
{
throw new NotImplementedException();
}
