public void Load()
{
DirectoryInfo directory;
if (!Directory.Exists(path))
{
directory = Directory.CreateDirectory(path);
}
else
{
directory = new DirectoryInfo(path);
}
FileInfo[] info = directory.GetFiles();
//sort by file name
Array.Sort(info, delegate(FileInfo f1, FileInfo f2) {
return(f1.Name.CompareTo(f2.Name));
});
//search for XML file first, and if found skip the other files
bool foundXml = false;
for (int i = 0; i < info.Length; i++)
{
if (info [i].Name.Contains("fileconfig") && !info [i].Extension.Contains("meta"))
{
List <IGCAPTReader> components = new List <IGCAPTReader> ();
xmlReader.loadIGCAPNetwork(path + info[i].Name, components);
foundXml = true;
break;
}
}
for (int i = 0; i < info.Length && !foundXml; i++)
{
string json = File.ReadAllText(info[i].FullName);
if (info [i].Name.Contains("device") && !info [i].Extension.Contains("meta"))
{
assetAdder.LoadAsset(JsonUtility.FromJson <AssetSavable> (json));
}
else if (info [i].Name.Contains("eu") && !info [i].Extension.Contains("meta"))
{
euAdder.LoadEconomicUnit(JsonUtility.FromJson <EuSavable> (json));
}
else if (info [i].Name.Contains("settings") && !info [i].Extension.Contains("meta"))
{
settings.setSettings(JsonUtility.FromJson <GenerationSettings> (json));
}
}
}
public void loadIGCAPNetwork(String fileName, List <IGCAPTReader> components)
{
// IGCAPTReader tempRecord = new IGCAPTReader();
XmlDocument xmlDoc = new XmlDocument();
_endpoints = new List <int>();
if (File.Exists(fileName))
{
xmlDoc.Load(fileName);
XmlNodeList componentNodes = xmlDoc.SelectNodes("/Gen/Nodes/node");
// list of all the euobjects, needed to add assets to this
Dictionary <int, EuSavable> euList = new Dictionary <int, EuSavable>();
Dictionary <int, string> assetList = new Dictionary <int, string>();
Dictionary <string, List <int> > assetConnections = new Dictionary <string, List <int> >();
Dictionary <int, List <int> > euConnections = new Dictionary <int, List <int> >();
foreach (XmlNode compNode in componentNodes)
{
// tempRecord.setID (Int32.Parse (compNode.SelectSingleNode("id").InnerText));
// tempRecord.setType(compNode.SelectSingleNode("type").InnerText);
// String temp = compNode.SelectSingleNode("enableDataSending").InnerText;
// if (temp.Equals("true")){
// tempRecord.setSending (true);
// }
// else tempRecord.setSending (false);
// temp = compNode.SelectSingleNode("enableDataPassThrough").InnerText;
// if (temp.Equals("true")) {
// tempRecord.setPass(true);
// }
// else tempRecord.setPass(false);
// tempRecord.setPayLoad(Int32.Parse(compNode.SelectSingleNode("payload").InnerText));
// tempRecord.setInterval (Int32.Parse(compNode.SelectSingleNode("interval").InnerText));
// tempRecord.setXCoordinate(Double.Parse(compNode.SelectSingleNode("xCoord").InnerText));
// tempRecord.setYCoordinate (Double.Parse(compNode.SelectSingleNode("yCoord").InnerText));
// tempRecord.setLat (Double.Parse (compNode.SelectSingleNode("lat").InnerText));
// tempRecord.setLong (Double.Parse (compNode.SelectSingleNode("long").InnerText));
// tempRecord.setName(compNode.SelectSingleNode("name").InnerText);
// tempRecord.setLatency (float.Parse (compNode.SelectSingleNode("latency").InnerText));
// tempRecord.setAgilityP (float.Parse (compNode.SelectSingleNode("agilityp").InnerText));
// tempRecord.setAgilityQ (float.Parse (compNode.SelectSingleNode("agilityq").InnerText));
// tempRecord.setMaxP (float.Parse (compNode.SelectSingleNode("maxp").InnerText));
// tempRecord.setMaxQ (float.Parse (compNode.SelectSingleNode("maxq").InnerText));
// tempRecord.setEngergy (float.Parse (compNode.SelectSingleNode("energy").InnerText));
// tempRecord.setB1coef (float.Parse (compNode.SelectSingleNode("bcoef1").InnerText));
// tempRecord.setB2coef (float.Parse (compNode.SelectSingleNode("bcoef2").InnerText));
// tempRecord.setB3coef (float.Parse (compNode.SelectSingleNode("bcoef3").InnerText));
// tempRecord.setS1coef (float.Parse (compNode.SelectSingleNode("scoef1").InnerText));
// tempRecord.setS2coef (float.Parse (compNode.SelectSingleNode("scoef2").InnerText));
// tempRecord.setS3coef (float.Parse (compNode.SelectSingleNode("scoef3").InnerText));
// tempRecord.setIpAddress(compNode.SelectSingleNode("ipaddress").InnerText);
if (compNode.SelectSingleNode("type").InnerText == "0b78060e-978d-4132-b38d-8155f4741d11")
{
//add eu
EuSavable newEu = new EuSavable();
newEu.active = true;
newEu.euname = compNode.SelectSingleNode("name").InnerText;
newEu.latency = float.Parse(compNode.SelectSingleNode("latency").InnerText);
newEu.assets = new List <string> ();
newEu.qty = new List <int> ();
euList.Add(Int32.Parse(compNode.SelectSingleNode("id").InnerText), newEu);
//save the connection information
List <int> endPtList = new List <int>();
XmlNodeList ElementNodes = compNode.SelectSingleNode("endPoints").SelectNodes("endPoint");
foreach (XmlNode endpoint in ElementNodes)
{
endPtList.Add(int.Parse(endpoint.InnerText));
}
euConnections.Add(int.Parse(compNode.SelectSingleNode("id").InnerText), endPtList);
}
else
{
//add asset
AssetSavable newAsset = new AssetSavable();
newAsset.aname = compNode.SelectSingleNode("name").InnerText;
newAsset.active = true;
newAsset.agilityP = float.Parse(compNode.SelectSingleNode("agilityp").InnerText);
newAsset.agilityQ = float.Parse(compNode.SelectSingleNode("agilityq").InnerText);
newAsset.maxP = float.Parse(compNode.SelectSingleNode("maxp").InnerText);
newAsset.maxQ = float.Parse(compNode.SelectSingleNode("maxq").InnerText);
newAsset.latency = float.Parse(compNode.SelectSingleNode("latency").InnerText);
newAsset.energy = float.Parse(compNode.SelectSingleNode("energy").InnerText);
if (compNode.SelectSingleNode("pacoef1") != null && compNode.SelectSingleNode("qacoef1") != null)
{
newAsset.palpha1 = float.Parse(compNode.SelectSingleNode("pacoef1").InnerText);
newAsset.palpha2 = float.Parse(compNode.SelectSingleNode("pacoef2").InnerText);
newAsset.palpha3 = float.Parse(compNode.SelectSingleNode("pacoef3").InnerText);
newAsset.pbeta1 = float.Parse(compNode.SelectSingleNode("pbcoef1").InnerText);
newAsset.pbeta2 = float.Parse(compNode.SelectSingleNode("pbcoef2").InnerText);
newAsset.pbeta3 = float.Parse(compNode.SelectSingleNode("pbcoef3").InnerText);
newAsset.qalpha1 = float.Parse(compNode.SelectSingleNode("qacoef1").InnerText);
newAsset.qalpha2 = float.Parse(compNode.SelectSingleNode("qacoef2").InnerText);
newAsset.qalpha3 = float.Parse(compNode.SelectSingleNode("qacoef3").InnerText);
newAsset.qbeta1 = float.Parse(compNode.SelectSingleNode("qbcoef1").InnerText);
newAsset.qbeta2 = float.Parse(compNode.SelectSingleNode("qbcoef2").InnerText);
newAsset.qbeta3 = float.Parse(compNode.SelectSingleNode("qbcoef3").InnerText);
}
//create and add the unity game object
assetAdder.LoadAsset(newAsset);
assetList.Add(Int32.Parse(compNode.SelectSingleNode("id").InnerText), newAsset.aname);
List <int> endPtList = new List <int> ();
XmlNodeList ElementNodes = compNode.SelectSingleNode("endPoints").SelectNodes("endPoint");
foreach (XmlNode endpoint in ElementNodes)
{
endPtList.Add(int.Parse(endpoint.InnerText));
}
assetConnections.Add(newAsset.aname, endPtList);
}
//components.Add (tempRecord);
}
// similar to "visited" flag in traditional graphs
List <int> processedPts = new List <int> ();
//process the connections on each economic unit
foreach (KeyValuePair <int, List <int> > connections in euConnections)
{
processedPts.Clear();
foreach (int endPt in connections.Value)
{
List <int> toProcess = new List <int> ();
toProcess.Add(endPt);
for (int i = 0; i < toProcess.Count; i++)
{
int pt = toProcess [i];
if (processedPts.Contains(pt))
{
continue;
}
//if this point is an asset
if (assetList.ContainsKey(pt))
{
//add this asset to the eu's list of assets
euList [connections.Key].assets.Add(assetList [pt]);
euList [connections.Key].qty.Add(1);
// add all the connection points on the asset for further processing, ignoring economic units and previously processed points
foreach (int nextPt in assetConnections[assetList[pt]])
{
if (assetList.ContainsKey(nextPt) && !processedPts.Contains(nextPt))
{
toProcess.Add(nextPt);
}
}
}
processedPts.Add(pt);
}
}
}
foreach (KeyValuePair <int, EuSavable> eu in euList)
{
euAdder.LoadEconomicUnit(eu.Value);
}
}
}