using System; using System.Collections; using System.Collections.Generic; using System.IO; using System.Media; using System.Text.RegularExpressions; using NTERA.Core; using NTERA.EmuEra.Game.EraEmu.Sub; // Created by Bartoum. // Class that is initialized one time in Constant data. // Create a dictionary of dictionary for each *_TR.csv that is there namespace NTERA.EmuEra.Game.EraEmu.GameData.Variable { internal class Translation // JVN: making it internal allows to pass the Emueraconsole by reference here { public static Dictionary> nameTlDictionnary; public static string[] fileArray; private static ArrayList memoryArray; private static string lastRet; private static int nbrMemory = 20; private static bool canLoadParam; private static Dictionary TRCharaList; // JVN: A simple dictionary, only needs the character number as a key. private static IConsole output; // JVN: Console access is a must, debug is life, debug is <3 public enum CharaData { Name = 0, Callname, Nickname, Mastername, CSTR} // JVN: enums are noice. // JVN: Templates are good too. Make it private too, because it's only used interally private class TRCharaTemplate { public Int64 No; public string Name; public string Callname; public string Nickname; public string Mastername; public Dictionary CStr; // JVN: Construct public TRCharaTemplate(Int64 aNo = 0, string aName ="", string aCall ="", string aNick = "", string aMaster = "") { No = aNo; Name = aName; Callname = aCall; Nickname = aNick; Mastername = aMaster; CStr = new Dictionary(); } // JVN: Cloning is important for what we need to do public TRCharaTemplate Clone() { TRCharaTemplate tmp = new TRCharaTemplate(No, Name, Callname, Nickname, Mastername); foreach (KeyValuePair cloneData in CStr) { tmp.CStr.Add(cloneData.Key, cloneData.Value); } return tmp; } } //Constructor public Translation(string csvDir, ref IConsole console, bool pcanLoadParam) { output = console; // JVN: Debugging is important, and the console allows for that canLoadParam = pcanLoadParam; loadTranslationData(csvDir); loadCharacterTranslationData(csvDir); } //JVN: I just wants it public static bool isCanLoadParam() { return canLoadParam; } private const bool translateCSVAnyways = false; // TODO: make this configurable, somehow, probably via CSV setting? //Normal way to translate original is the string of the variable we are working with and name is the file where it lives ex: Talent or Source. It can also be ALL. public static string translate(string original, string name, bool tryTranslate){ string ret; ret = original; if (name == "Palam" && canLoadParam) name = "Param"; //Change the original term to the translated one; if (original != null){ if(nameTlDictionnary.ContainsKey(name) && nameTlDictionnary[name].ContainsKey(original)){ if(tryTranslate || translateCSVAnyways) { ret = nameTlDictionnary[name][original]; lastRet = ret; } else{ if (memoryArray.IndexOf(original + "," + name) == -1) memoryArray.Add(original + "," + name); if (memoryArray.Count >= nbrMemory) memoryArray.RemoveAt(0); } } } return ret; } // JVN: Character string translation public static string translateChara(Int64 character, CharaData varname, string oriString, Int32 index = 0) { switch (varname) { case CharaData.Name: // "NAME","名前" if (TRCharaList.ContainsKey(character)) return TRCharaList[character].Name; break; case CharaData.Callname: // "CALLNAME","呼び名" if (TRCharaList.ContainsKey(character)) return TRCharaList[character].Callname; break; case CharaData.Nickname: // "NICKNAME","あだ名" if (TRCharaList.ContainsKey(character)) return TRCharaList[character].Nickname; break; case CharaData.Mastername: // "MASTERNAME","主人の呼び方" if (TRCharaList.ContainsKey(character)) return TRCharaList[character].Mastername; break; case CharaData.CSTR: // "CSTR" if (TRCharaList.ContainsKey(character)) if (TRCharaList[character].CStr.ContainsKey(index)) return TRCharaList[character].CStr[index]; break; } return oriString; } //The last way to translate something. public static string translateALL(string original, string pname ="ALL") { string ret = original; if (!String.IsNullOrEmpty(original)) { bool found = false; string[] temp; int i = memoryArray.Count - 1; if (!String.IsNullOrEmpty(lastRet) && original.Contains(lastRet)) { //output.Print("Did it brah\n"); found = true; } while (i >= 0 && !found) { temp = memoryArray[i].ToString().Split(','); // output.Print("Checked: " + original + " against: " + temp[0] + " \\ "); if (original.Contains(temp[0])) { //output.Print("FOUND IT with:" +temp[1]+ " " + temp[0] + " \n"); ret = original.Replace(temp[0], nameTlDictionnary[temp[1]][temp[0]]); found = true; //memoryArray.Remove(temp[0] + "," + temp[1]); } i--; } //output.Print("\n"); if (!found) { if (nameTlDictionnary.ContainsKey(pname)) { //We try to strip all the stuff around the csv variable name //Remove all numbers, remove LV and all special characters bellow //Parantheses are only remove if only numbers where inside them because some variable name use them bool numPresent = true; //We remove all the numbers while (numPresent) { if (Regex.Match(original, @"\d+").Value != "") { original = original.Replace(Regex.Match(original, @"\d+").Value, ""); } else { numPresent = false; } } //original = original.Replace("-", ""); //original = original.Replace("()", ""); original = original.Replace("【", ""); original = original.Replace("】", ""); original = original.Replace("[", ""); original = original.Replace("]", ""); original = original.Replace("LV", ""); original = original.Replace("『", ""); original = original.Replace("』", ""); /* original = original.Replace("1Lv", ""); original = original.Replace("2Lv", ""); original = original.Replace("3Lv", ""); original = original.Replace("4Lv", ""); original = original.Replace("5Lv", ""); */ //output.Print("Did it the old stupid way\n"); if (nameTlDictionnary[pname].ContainsKey(original)) { ret = ret.Replace(original, nameTlDictionnary[pname][original]); //output.Print("Found it the stupid way"); } } } } return ret; } private void loadTranslationData(string csvDir) { fileArray = new[] {"Abl", "Talent", "Exp", "Mark", "Palam", "Param", "Item","Train", "Base","Source", "Ex", "EQUIP", "TEQUIP", "Flag", "TFLAG", "Cflag", "Tcvar", "CSTR", "Stain","Cdflag1", "Cdflag2", "Str", "TSTR","SaveStr", "GLOBAL", "GLOBALS","ALL"}; nameTlDictionnary = new Dictionary >(); memoryArray = new ArrayList(); string temp; for (int i = 0; i < fileArray.Length;i++){ Dictionary tempDictionnary = new Dictionary(); string csvPath = csvDir + fileArray[i] + "_TR.csv"; if (!File.Exists(csvPath)) continue; EraStreamReader eReader = new EraStreamReader(false); if (!eReader.Open(csvPath)) throw new Exception(eReader.Filename + " can't be opened"); ScriptPosition position = null; try { StringStream st = null; while ((st = eReader.ReadEnabledLine()) != null) { position = new ScriptPosition(eReader.Filename, eReader.LineNo, st.RowString); temp = st.Substring(); if (temp[0] == ';') continue; if (temp.Contains(";")) temp = temp.Substring(0, temp.IndexOf(';')); string[] tokens = temp.Split(','); //Make it crash with a good message if there's not a "," if(tokens.Length != 2) throw new Exception("A line must have one \",\" to separate the original from the new string. The line with the problem begins by : " + tokens[0]); //Make it crash with a good message if the same key is present two times if (tempDictionnary.ContainsKey(tokens[0])) throw new Exception("You can only have one occurence of the same key. " + tokens[0] + " is already linked to : " + tempDictionnary[tokens[0]]); tempDictionnary.Add(tokens[0], tokens[1]); } nameTlDictionnary.Add(fileArray[i], tempDictionnary); } catch(Exception e) { throw new Exception(e.Message); } finally { eReader.Close(); } } } //Receive the line that is being interpreted as a string. //if there's a TALENTXXX in this string it will return the XXX //if not it will return ALL. public static string searchParentFile(string name) { string ret = "ALL"; int i = 0; bool found = false; try { if (name.Contains("NAME")){ while (i < fileArray.Length - 1 && !found) { if (name.Contains(fileArray[i].ToUpper() + "NAME")) { ret = fileArray[i]; found = true; } i++; } } } catch(Exception e) { throw new Exception(e.Message); } return ret; } // JVN: Loading fuctions for TRCHARA*.CSV private void loadCharacterTranslationData(string csvDir, bool useCompatiName = false, bool disp = false) { if (!Directory.Exists(csvDir)) return; TRCharaList = new Dictionary(); // JVN: Search the CSV and subdirectories for TRCHARA files and send that to a function for futher loading List> csvPaths = Config.Config.GetFiles(csvDir, "TRCHARA*.CSV"); for (int i = 0; i < csvPaths.Count; i++) loadTRCharacterDataFile(csvPaths[i].Value, csvPaths[i].Key, disp); if (useCompatiName) // check for the compatibility flag, just in case { foreach (KeyValuePair tmpl in TRCharaList) if (string.IsNullOrEmpty(tmpl.Value.Callname)) tmpl.Value.Callname = tmpl.Value.Name; } } // JVN: Loads individual character files and data private void loadTRCharacterDataFile(string csvPath, string csvName, bool disp) { bool NextCharacter = false; EraStreamReader eReader = new EraStreamReader(false); if (!eReader.Open(csvPath, csvName)) { output.PrintError("File " + eReader.Filename + " has failed to open"); return; } ScriptPosition position = null; if (disp) output.PrintSystemLine(eReader.Filename + " is being read・・・"); try { TRCharaTemplate tmpl = null; Int64 index = -1; StringStream st = null; bool Alive = true; while (Alive || NextCharacter) { Alive = (st = eReader.ReadEnabledLine()) != null; if (NextCharacter) { if (tmpl != null) { TRCharaTemplate tmp = tmpl.Clone(); TRCharaList.Add(index, tmp); tmpl = null; NextCharacter = false; } if (!Alive) break; } position = new ScriptPosition(eReader.Filename, eReader.LineNo, st.RowString); string[] tokens = st.Substring().Split(','); if (tokens.Length < 2) { ParserMediator.Warn("\",\" is needed", position, 1); continue; } if (tokens[0].Length == 0) { ParserMediator.Warn("Begins in \",\"", position, 1); continue; } if ((tokens[0].Equals("NO", Config.Config.SCVariable)) || (tokens[0].Equals("番号", Config.Config.SCVariable))) { if (tmpl != null) { ParserMediator.Warn("Character number has been defined twice", position, 1); continue; } if (!Int64.TryParse(tokens[1].TrimEnd(), out index)) { ParserMediator.Warn(tokens[1] + " cannot be changed into an integer", position, 1); continue; } tmpl = new TRCharaTemplate(index); continue; } if (tmpl == null) { ParserMediator.Warn("Data started before the character number is defined", position, 1); continue; } NextCharacter = toTRCharaTemplate(position, tmpl, tokens); } } catch (Exception e) { SystemSounds.Hand.Play(); if (position != null) { output.PrintError(e.ToString()); ParserMediator.Warn("An unexpected error has occurred", position, 3); } else { output.PrintError("An unexpected error has occurred"); } output.PrintError(""); } finally { eReader.Dispose(); } } // JVN: Copy of the ConstantData's tryTo64 private bool tryToInt64(string str, out Int64 p) { p = -1; if (string.IsNullOrEmpty(str)) return false; StringStream st = new StringStream(str); int sign = 1; if (st.Current == '+') st.ShiftNext(); else if (st.Current == '-') { sign = -1; st.ShiftNext(); } //1803beta005 char.IsDigitは全角数字とかまでひろってしまうので･･･ //if (!char.IsDigit(st.Current)) // return false; switch (st.Current) { case '0': case '1': case '2': case '3': case '4': case '5': case '6': case '7': case '8': case '9': break; default: return false; } try { p = LexicalAnalyzer.ReadInt64(st, false); p = p * sign; } catch { return false; } return true; } // JVN: Takes care of each line being read and sends result back. That works too. Returns false if 'ENDCHR' is found. private bool toTRCharaTemplate(ScriptPosition position, TRCharaTemplate chara, string[] tokens) { if (chara == null) return true; int length = -1; Int64 p1 = -1; //Int64 p2 = -1; //Dictionary intArray = null; Dictionary strArray = null; Dictionary namearray = null; string errPos = null; string varname = tokens[0].ToUpper(); switch (varname) { case "NAME": case "名前": chara.Name = tokens[1]; return false; case "CALLNAME": case "呼び名": chara.Callname = tokens[1]; return false; case "NICKNAME": case "あだ名": chara.Nickname = tokens[1]; return false; case "MASTERNAME": case "主人の呼び方": chara.Mastername = tokens[1]; return false; case "CSTR": strArray = chara.CStr; errPos = "cstr.csv"; break; case "ENDCHR": case "ENDCHAR": return true; default: ParserMediator.Warn("\"" + tokens[0] + "\" cannot be interpreted", position, 1); return false; } bool p1isNumeric = tryToInt64(tokens[1].TrimEnd(), out p1); int index = (int)p1; if ((!p1isNumeric) && (namearray != null)) { if (!namearray.TryGetValue(tokens[1], out index)) { ParserMediator.Warn(errPos + ": \"" + tokens[1] + "\" is undefined", position, 1); return false; } if (index >= length) { ParserMediator.Warn("\"" + tokens[1] + "\" is out of bounds of the array", position, 1); return false; } } if (strArray != null) { if (tokens.Length < 3) ParserMediator.Warn("There's no third identifier", position, 1); if (strArray.ContainsKey(index)) ParserMediator.Warn(varname + "'s #" + index + " element is already denied (Overwritting it)", position, 1); strArray[index] = tokens[2]; } return false; } } }