public void ClearTopoTable()
{
Log.InfoStart("ClearTopoTable");
Archors.Clear();
DevInfos.Clear();
Maps.Clear();
PhysicalTopologys.Clear();
TransformMs.Clear();
NodeKKSs.Clear();
Points.Clear();
Bounds.Clear();
Log.InfoEnd("ClearTopoTable");
}
private PhysicalTopology AddTopoNode(string name, string kks, PhysicalTopology parent, Types type,
TransformM transform = null, string otherName = "")
{
if (string.IsNullOrEmpty(kks))
{
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Name.Contains(name));
if (kksCode != null)
{
kks = kksCode.Code;
}
}
if (!string.IsNullOrEmpty(kks))
{
PhysicalTopology topoNode = new PhysicalTopology()
{
Name = name,
Parent = parent,
Type = type,
Transfrom = transform,
};
PhysicalTopologys.Add(topoNode);
KKSCode kksCode = KKSCodes.DbSet.FirstOrDefault(i => i.Code == kks);
NodeKKS kks1 = null;
if (kksCode != null)
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id, KKSId = kksCode.Id
};
NodeKKSs.Add(kks1);
}
else
{
kks1 = new NodeKKS()
{
KKS = kks, NodeType = type, NodeId = topoNode.Id
};
NodeKKSs.Add(kks1);
}
topoNode.Nodekks = kks1;
topoNode.NodekksId = kks1.Id;
PhysicalTopologys.Edit(topoNode);
return(topoNode);
}
else
{
PhysicalTopology topoNode = new PhysicalTopology()
{
Name = name,
Parent = parent,
Type = type,
Transfrom = transform
};
PhysicalTopologys.Add(topoNode);
return(topoNode);
}
}
