public void ProcessSentences()
{
Dictionary <uint, NetFriendlySentence> DictionaryStore = new Dictionary <uint, NetFriendlySentence>();
if (Sentences.Length > 0)
{
//Logger.Log("YOOOOO");
NetFriendlySentence TOPClientFriendlySentence = Sentences[0];
DictionaryStore[Sentences[0].SentenceID] = TOPClientFriendlySentence;
//Logger.LogError(JsonConvert.SerializeObject(Sentences));
foreach (var bob in Sentences)
{
bob.SetSentences(new List <NetFriendlySentence>());
DictionaryStore[bob.SentenceID] = bob;
}
foreach (var bob in Sentences)
{
if (bob.SentenceID != 0)
{
if (DictionaryStore.ContainsKey(bob.HeldBySentenceID))
{
//Logger.LogError("added" + bob.ValueVariable);
DictionaryStore[bob.HeldBySentenceID].GetSentences().Add(bob);
}
}
}
NetFriendlySentence[] _bob = new NetFriendlySentence[1] {
TOPClientFriendlySentence
};
Sentences = _bob;
//Logger.Log("TT > " + JsonConvert.SerializeObject(Sentences));
//Logger.Log(JsonConvert.SerializeObject(Sentences[0].GetSentences()));
}
}
// public ulong ID;
//public string ShelfName;
//public bool IsEnabled;
//public GameObject Shelf;
////public NetFriendlyBookShelf[] ObscuredBookShelves;
//public string ObscuredBookShelves;
////public NetFriendlyBookShelf ObscuredBy;
//public string ObscuredBy;
//public NetFriendlyBook[] HeldBooks;
public static NetFriendlyBook ProcessBook(Librarian.Book _book)
{
string Classe;
Classe = _book.BookClass.GetType().Name;
NetFriendlyBook Book = new NetFriendlyBook()
{
ID = _book.ID,
BookClassname = Classe,
Title = _book.Title,
UnGenerated = _book.UnGenerated
};
List <NetFriendlyPage> ListPages = new List <NetFriendlyPage>();
foreach (var bob in _book.GetBindedPages())
{
List <NetFriendlySentence> Sentences = new List <NetFriendlySentence>();
NetFriendlyPage Page = new NetFriendlyPage
{
ID = bob.ID,
Variable = bob.Variable.ToString(),
VariableName = bob.VariableName,
VariableType = bob.VariableType.ToString()
};
if (Librarian.UEGetType(Page.VariableType) == null)
{
Page.VariableType = bob.VariableType.AssemblyQualifiedName;
}
if (bob.Sentences.Sentences != null && (bob.Sentences.Sentences.Count > 0))
{
NetFriendlySentence FriendlySentence = new NetFriendlySentence()
{
HeldBySentenceID = bob.Sentences.SentenceID
};
FriendlySentence.OnPageID = 8888888;
Sentences.Add(FriendlySentence);
RecursiveSentencePopulate(bob.Sentences, Sentences);
}
Page.Sentences = Sentences.ToArray();
ListPages.Add(Page);
}
Book.BindedPages = ListPages.ToArray();
return(Book);
}
public static void RecursiveSentencePopulate(Librarian.Sentence LibrarianSentence, List <NetFriendlySentence> Sentences)
{
if (LibrarianSentence.Sentences != null)
{
foreach (var _Sentence in LibrarianSentence.Sentences)
{
NetFriendlySentence FriendlySentence = new NetFriendlySentence()
{
PagePosition = _Sentence.PagePosition,
SentenceID = _Sentence.SentenceID,
ValueVariable = VVUIElementHandler.Serialise(_Sentence.ValueVariable, _Sentence.ValueVariableType),
ValueVariableType = _Sentence.ValueVariableType.ToString(),
OnPageID = _Sentence.OnPageID,
HeldBySentenceID = LibrarianSentence.SentenceID
};
if (Librarian.UEGetType(FriendlySentence.ValueVariableType) == null)
{
FriendlySentence.ValueVariableType = _Sentence.ValueVariableType.AssemblyQualifiedName;
}
if (_Sentence.KeyVariable != null)
{
FriendlySentence.KeyVariable =
VVUIElementHandler.Serialise(_Sentence.KeyVariable, _Sentence.KeyVariableType);
FriendlySentence.KeyVariableType = _Sentence.KeyVariableType.ToString();
if ((FriendlySentence.KeyVariableType == null) || (Librarian.UEGetType(FriendlySentence.KeyVariableType) == null))
{
FriendlySentence.KeyVariableType = _Sentence.KeyVariableType.AssemblyQualifiedName;
}
}
if (_Sentence.Sentences != null)
{
RecursiveSentencePopulate(_Sentence, Sentences);
}
Sentences.Add(FriendlySentence);
}
}
}
public static NetFriendlyBook ProcessBook(Librarian.Book _book)
{
string Classe;
Classe = _book.BookClass.GetType().Name;
NetFriendlyBook Book = new NetFriendlyBook()
{
ID = _book.ID,
BookClassname = Classe,
Title = _book.Title,
UnGenerated = _book.UnGenerated
};
// get max possible packet size from current transform
int maxPacketSize = Mirror.Transport.activeTransport.GetMaxPacketSize(0);
// set currentSize start value to max TCP header size (60b)
int currentSize = 60;
List <NetFriendlyPage> ListPages = new List <NetFriendlyPage>();
foreach (var bob in _book.GetBindedPages())
{
List <NetFriendlySentence> Sentences = new List <NetFriendlySentence>();
NetFriendlyPage Page = new NetFriendlyPage
{
ID = bob.ID,
Variable = VVUIElementHandler.Serialise(bob.Variable, bob.VariableType),
VariableName = bob.VariableName,
VariableType = bob.VariableType?.ToString(),
VVHighlight = bob.VVHighlight
};
if (bob.PInfo != null)
{
Page.CanWrite = bob.PCanWrite;
}
if (Librarian.UEGetType(Page.VariableType) == null)
{
Page.VariableType = bob?.VariableType?.AssemblyQualifiedName;
}
if (bob.Sentences.Sentences != null && (bob.Sentences.Sentences.Count > 0))
{
NetFriendlySentence FriendlySentence = new NetFriendlySentence()
{
HeldBySentenceID = bob.Sentences.SentenceID
};
FriendlySentence.OnPageID = 8888888;
Sentences.Add(FriendlySentence);
RecursiveSentencePopulate(bob.Sentences, Sentences);
}
Page.Sentences = Sentences.ToArray();
//currentSize += Page.GetSize(); //TODO work out why this causes errors
// if currentSize is greater than the maxPacketSize - break loop and send message
if (currentSize > maxPacketSize)
{
Logger.LogError("[VariableViewerNetworking.ProcessBook] - message is to big to send in one packet", Category.VariableViewer);
break;
}
ListPages.Add(Page);
}
Book.BindedPages = ListPages.ToArray();
return(Book);
}
