/// <summary>
/// Prints custom data to xml element
/// </summary>
/// <param name="data"></param>
/// <param name="parent"></param>
/// <param name="idx"></param>
/// <param name="type"></param>
/// <returns></returns>
private bool AnnotateXML(gff3struct data, XElement parent, int idx, string type, bool isSection, ref XElement output)
{
//Document Settings
var Doc = parent.Document;
XElement Actors = Doc.Descendants("Settings").First()?.Element("Actors");
XElement Player = Doc.Descendants("Settings").First()?.Element("Player");
List <XAttribute> attributes = new List <XAttribute>();
//attributes.Add(new XAttribute("Idx", idx));
output.Add(new XAttribute("ref", $"{type}_{idx}"));
//TEXT
CGff3Locstring locstring = (CGff3Locstring)data.GetListObjectByName <CGff3String>("Text");
string Text = "";
if (locstring != null)
{
CGff3String englishText = locstring.Value.FirstOrDefault(x => x.Language == "6");
if (englishText != null)
{
Text = englishText.Value;
}
}
attributes.Add(new XAttribute("Text", Text));
//SPEAKER
string Speaker = data.GetCommonObjectByName("Speaker").Value.ToString();
if (Speaker == "__player__")
{
Speaker = "geralt";
}
if (Speaker == "__owner__")
{
Speaker = "npc";
}
//write speakers to settings
if (Actors == null)
{
throw new Gff3Exception("No Actors in Database"); //should never go offbut keep it for testing
}
List <string> ActorList = Actors.Elements().Select(x => x.Value.ToString()).ToList();
//Add actors to actorlist
if (!ActorList.Contains(Speaker))
{
Actors.Add(new XElement("Actor", Speaker));
}
if (Speaker == "geralt" && Player.Value != null)
{
Player.Value = Speaker;
}
attributes.Add(new XAttribute("Speaker", Speaker));
// Adding soundfile var
string Sound = data.GetCommonObjectByName("Sound").Value.ToString();
attributes.Add(new XAttribute("Sound", Sound));
//OTHER
var dsdata = AttributeData(data, ref attributes);
//QUESTS
//ADD
output.Add(attributes.ToArray());
//add section data
if (isSection)
{
//remove special charactersand to lower
string sectionname = Text.Split(' ').First();
Regex rgx = new Regex("[^a-zA-Z0-9]");
sectionname = $"section_{rgx.Replace(sectionname, "").ToLower()}_{idx}";
//add to sections list
AddToSectionsNoDuplicates(Doc, sectionname, $"{type}_{idx}");
output.Add(new XAttribute("section", sectionname));
}
bool isQuestParent = !String.IsNullOrEmpty(dsdata.questfact);
if (isQuestParent)
{
//add to quest list
AddToSectionsNoDuplicates(Doc, $"script_setfact_{dsdata.questfact}", $"quest_{idx}");
//add quest xml tags
var scriptelement = new XElement("SCRIPT",
new XAttribute("function", "AddFact_S"),
new XElement("parameter",
new XAttribute("factName", $"{dsdata.questfact}"),
new XAttribute("value", $"1"),
new XAttribute("validFor", $"0")
));
var questelement = new XElement("QUEST",
new XAttribute("Name", dsdata.questfact),
new XAttribute("section", $"script_setfact_{dsdata.questfact}"),
new XAttribute("ref", $"quest_{idx}"),
scriptelement
);
// reshuffle nodes
output.Add(questelement);
parent.Add(output);
output = output.Element("QUEST");
}
else
{
parent.Add(output);
}
return(isQuestParent);
}
/// <summary>
/// Recursive writing dialogue tree.
/// </summary>
/// <param name="gff3"></param>
/// <param name="idx"></param>
/// <param name="type"></param>
private void WriteTree(gff3struct gff3, XElement printparent, int idx, string type, bool isSection)
{
//HACK //FIXME loop detection
string HACK_ref = $"{type}_{idx}";
if (!HACK_Allrefs.Contains(HACK_ref))
{
HACK_Allrefs.Add(HACK_ref);
}
else
{
throw new Gff3Exception("Looping");
}
XElement output = new XElement(type);
if (type == "entry")
{
gff3struct entry = gff3.GetEntryByIndex(idx);
//PRINT DATA
bool isquest = AnnotateXML(entry, printparent, idx, type, isSection, ref output);
//get replies
// there can be more than one reply
// if there is more than one reply, this marks a CHOICE
// and we must label all replys as goto points
CGff3ListObject <gff3struct> replies = entry.GetListObjectByName <gff3struct>("RepliesList");
if (replies.Value.Count == 0)
{
output.Add(new XAttribute("END", "true"));
}
else if (replies.Value.Count > 1)
{
output.Add(new XAttribute("CHOICE", "true"));
}
//handle circular references
if (EntryChoices.Contains(idx))
{
return;
}
if (replies.Value.Count > 1)
{
EntryChoices.Add(idx);
}
foreach (gff3struct reply in replies.Value)
{
int newidx = int.Parse(reply.GetCommonObjectByName("Index").Value.ToString());
//if there is a choice, flag the two replies
bool ischildSection = replies.Value.Count > 1 || isquest;
WriteTree(gff3, output, newidx, "reply", ischildSection);
}
}
else if (type == "reply")
{
gff3struct reply = gff3.GetReplyByIndex(idx);
//PRINT DATA
var isquest = AnnotateXML(reply, printparent, idx, type, isSection, ref output);
//get entries
// there can never be more than two entries
// because nps can't choose
CGff3ListObject <gff3struct> entries = reply.GetListObjectByName <gff3struct>("EntriesList");
if (entries.Value.Count == 0)
{
output.Add(new XAttribute("END", "true"));
}
else if (entries.Value.Count == 1)
{
int newidx = int.Parse(entries.Value.First().GetCommonObjectByName("Index").Value.ToString());
WriteTree(gff3, output, newidx, "entry", isquest);
}
else
{
throw new Gff3Exception("More than one Entry in a Reply");
}
}
}
