static void Main(string[] args)
{
string appDataPath = Environment.GetFolderPath(Environment.SpecialFolder.ApplicationData);
string packagePath = appDataPath + "\\" + "Dynamo" + "\\" + "Dynamo Revit" + "\\" + "2.1" + "\\" + "packages";
// DYNAMO PACKAGES PARSE
ParseDYF dyfObj = new ParseDYF();
List <string> paths = dyfObj.GetDyfsInDir(packagePath);
dyfObj.ExportCSV();
// DYNAMO GRAPH PARSE
ParseJSON jsonObj = new ParseJSON();
jsonObj.ParseJSONs(dyfObj);
Console.ReadKey();
GraphDataParse.ReadGraphCSV();
}
public void ParseJSONs(ParseDYF dyfObj)
{
// DEFINE GLOBALS
GraphDataParse csvParser = new GraphDataParse();
NodeDataContainer nodeDataContainer = new NodeDataContainer();
GraphDataParseFeaturized csvParserFeaturized = new GraphDataParseFeaturized();
onsole.WriteLine("Enter Directory Path"); //Prompt user to enter directory to search for files
string dirPath = Console.ReadLine(); //Read user input
//string dirPath = "C:\\Users\\pmitev\\Desktop\\graphs";
string[] fileEntries = Directory.GetFiles(dirPath); //Get all the files of the input directory
foreach (var filepath in fileEntries)
{
Console.WriteLine(filepath);
using (StreamReader reader = File.OpenText(filepath))
{
// Read JSON file, and get a JToken from it for iterating
try
{
JObject jObject = (JObject)JToken.ReadFrom(new JsonTextReader(reader));
JToken nodeObject = jObject["Nodes"];
JToken connectorObject = jObject["Connectors"];
//Define Dictionaries for the node and the In / Out
Dictionary <string, string> NodeDictionary = new Dictionary <string, string>();
Dictionary <string, string> IODictionary = new Dictionary <string, string>();
//Create dictionary for ID and node name
foreach (var node in nodeObject)
{
string stringnodeID = node["Id"].ToString();
string stringnodename = "NONE";
try
{
stringnodename = node["FunctionSignature"].ToString();
Console.WriteLine(stringnodename);
}
catch
{
Console.WriteLine("MISSING FUNCTION SIGNATURE");
}
if (stringnodename != "NONE")
{
NodeDictionary.Add(stringnodeID, stringnodename);
JToken outputObject = node["Outputs"];
foreach (var output in outputObject)
{
string outputID = output["Id"].ToString();
IODictionary.Add(outputID, stringnodeID);
}
JToken inputObject = node["Inputs"];
foreach (var inputs in inputObject)
{
string inputID = inputs["Id"].ToString();
IODictionary.Add(inputID, stringnodeID);
}
//Console.WriteLine(IODictionary);
}
}
foreach (var connector in connectorObject)
{
string inputID = connector["Start"].ToString();
string outputID = connector["End"].ToString();
try
{
string NodeAID = IODictionary[inputID];
string NodeBID = IODictionary[outputID];
string NodeASig = NodeDictionary[NodeAID];
string NodeBSig = NodeDictionary[NodeBID];
if (dyfObj.customPackageMappings.Keys.Contains(NodeASig))
{
var result = dyfObj.customPackageMappings[NodeASig];
NodeASig = result;
}
if (dyfObj.customPackageMappings.Keys.Contains(NodeBSig))
{
var result = dyfObj.customPackageMappings[NodeBSig];
NodeBSig = result;
}
if (nodeDataContainer.DataModels.Count > 0)
{
IEnumerable <NodeDataModel> existingRecords = from record in nodeDataContainer.DataModels
where record.NodeAId == NodeAID
select record;
// CHECK IF NODE HAS BEEN ADDED TO RECORD
if (existingRecords.Any())
{
NodeDataModel exisingRecord = existingRecords.First();
exisingRecord.TotalConnectionsCount = +1;
if (exisingRecord.NodeBId != NodeBID)
{
exisingRecord.UniqueConnectionsCount = +1;
}
}
else
{
}
}
else
{
NodeDataModel newModel = NodeDataModel.CreateNewDataModel(NodeASig, NodeBSig, NodeBID, NodeAID);
nodeDataContainer.AppendToDataContainer(newModel);
}
// ADD TO CSV
NodeDataModel.ParseNodeDataModels(DataModels);
csvParser.AppendToCsv(NodeASig, NodeBSig, NodeAID, NodeBID);
}
catch (Exception) {}
}
}
catch
{
Console.WriteLine("NOT JSON");
}
// WRIE TO CSV
csvParser.ExportCSV();
Console.WriteLine("EXPORT COMPLETE");
}
}
}
