/// <summary>
/// Check is Takai Akhar sap paoh deng likuk
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_TakaiSapPaohLikuk(Model.AKhar sabaoh)
{
//MCMC
Model.AKhar[] arr_TakaiAkharLikuk = new Model.AKhar[]
{ Model.AKhar.TakaiKik, Model.AKhar.TakaiKikTutTakaiMâkDalem, Model.AKhar.TakaiThek,
Model.AKhar.TakaiKuk, Model.AKhar.TakaiKâk, Model.AKhar.TraohAw, Model.AKhar.BalauTapong };
return(Array.IndexOf(arr_TakaiAkharLikuk, sabaoh) != -1);
}
protected bool CheckEndCharacter(Model.AKhar sabaoh)
{
Model.AKhar[] endCharacters = new Model.AKhar[]
{ Model.AKhar.PaohNgâk, Model.AKhar.TakaiKikTutTakaiMâkDalem,
Model.AKhar.TakaiKikTutTakaiMâkLingiw, Model.AKhar.TakaiKikTutTakaiYak, Model.AKhar.TakaiThekTutTakaiMâk,
Model.AKhar.TakaiThekPaohNgâk, Model.AKhar.TraohAwPaohNgâk, Model.AKhar.TraohAwTutTakaiMâk };
return((sabaoh >= Model.AKhar.KakMatai && sabaoh <= Model.AKhar.PaohDaNih) ||
Array.IndexOf(endCharacters, sabaoh) != -1);
}
/// <summary>
/// Check is Lang likuk
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_LangLiKuk(Model.AKhar sabaoh)
{
//MCMC
Model.AKhar[] arr_langlikuk = new Model.AKhar[]
{ Model.AKhar.Kak, Model.AKhar.Khak, Model.AKhar.Gak, Model.AKhar.Cak, Model.AKhar.Jak, Model.AKhar.Tak, Model.AKhar.Dak, Model.AKhar.Nâk, Model.AKhar.Nak,
Model.AKhar.Pak, Model.AKhar.Bak, Model.AKhar.Mâk, Model.AKhar.Mak, Model.AKhar.Yak, Model.AKhar.Rak, Model.AKhar.Lak,
Model.AKhar.Xak, Model.AKhar.Hak, Model.AKhar.PakPraong, Model.AKhar.SakPraong, Model.AKhar.Ak, Model.AKhar.Ik, Model.AKhar.Uk };
return(Array.IndexOf(arr_langlikuk, sabaoh) != -1);
}
/// <summary>
/// Check is Takai Akhar deng likuk
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_TakaiAkharLikuk(Model.AKhar sabaoh)
{
//MCMC
Model.AKhar[] arr_TakaiAkharLikuk = new Model.AKhar[]
{
Model.AKhar.TakaiKiak, Model.AKhar.TakaiKuak,
Model.AKhar.TakaiKlak, Model.AKhar.TakaiKlakTakaiKuak, Model.AKhar.TakaiKlakTakaiKuk
};
return(Array.IndexOf(arr_TakaiAkharLikuk, sabaoh) != -1);
}
/// <summary>
/// Get next akhar
/// </summary>
/// <param name="word">word by rumi</param>
/// <returns>akhar cam</returns>
private Model.AKhar GetNextChar(String word)
{
Model.AKhar ret = Model.AKhar.Square;
List <Model.AKhar> nextAkharList = this.ToKeyCodeByChar(ref word);
if (nextAkharList.Count != 0)
{
ret = nextAkharList[0];
}
return(ret);
}
/// <summary>
/// Check is Takai Akhar sap paoh deng luic di abih
/// </summary>
/// <returns></returns>
protected bool Check_TakaiSapPaohDiLuic(Model.AKhar sabaoh)
{
//MCMC
Model.AKhar[] arr_TakaiAkharLikuk = new Model.AKhar[]
{
Model.AKhar.TakaiThekPaohNgâk, Model.AKhar.TakaiThekTutTakaiMâk,
Model.AKhar.TakaiKikTutTakaiMâkLingiw, Model.AKhar.TakaiKikTutTakaiYak,
Model.AKhar.TraohAwTutTakaiMâk, Model.AKhar.TraohAwPaohNgâk
};
return(Array.IndexOf(arr_TakaiAkharLikuk, sabaoh) != -1);
}
/// <summary>
/// Get index of akhar diip
/// </summary>
/// <param name="list">akhar list</param>
/// <returns>index of akhar diip</returns>
protected int GetIndexAkharDiip(List <Model.AKhar> list)
{
for (int i = list.Count - 1; i >= 0; i--)
{
Model.AKhar akhar = list[i];
if (this.Check_InaAkhar_NguyenAm(akhar) || this.Check_InaAkhar_PhuAm(akhar))
{
return(i);
}
}
return(list.Count);
}
/// <summary>
/// Get index of last char
/// </summary>
/// <param name="list">akhar list</param>
/// <returns>index of last char</returns>
protected int GetIndexLastChar(List <Model.AKhar> list)
{
int ret = list.Count - 1;
for (int i = ret; i >= 0; i--)
{
Model.AKhar akhar = list[i];
if (!this.Check_DauCau(akhar))
{
ret = i;
break;
}
}
return(ret);
}
/// <summary>
/// Cut kanaing at last of akhar list
/// </summary>
/// <param name="list">akhar list</param>
/// <returns>Stack of akhar</returns>
protected Stack <Model.AKhar> CutKanaingAtLast(ref List <Model.AKhar> list)
{
Stack <Model.AKhar> ret = new Stack <Model.AKhar>();
while (list.Count != 0)
{
Model.AKhar akhar = list[list.Count - 1];
if (this.Check_DauCau(akhar))
{
ret.Push(akhar);
list.RemoveAt(list.Count - 1);
continue;
}
break;
}
return(ret);
}
/// <summary>
/// Set Rumi chars from XML file into hastable
/// </summary>
/// <param name="keyCodeTrans">keyCodeRumi</param>
public static void SetTransFromXML(ref Hashtable keyCodeTrans, Model.Enum desType)
{
Model.XMLRumiCol colNo = Model.XMLRumiCol.Rumi;
if (desType == Model.Enum.TransCamEFEO)
{
colNo = Model.XMLRumiCol.Rumi;
}
else if (desType == Model.Enum.TransInrasara)
{
colNo = Model.XMLRumiCol.InraSara;
}
else if (desType == Model.Enum.TransKawomTT)
{
colNo = Model.XMLRumiCol.KawomTT;
}
keyCodeTrans = new Hashtable();
Stream strm = ReadXMLFile(Model.Constant.KEY_TO_TRANS_FILE);
DataSet dts = new DataSet();
dts.ReadXml(strm);
DataTable dtt = dts.Tables[0];
foreach (DataRow dtr in dtt.Rows)
{
Model.AKhar keyCode = (Model.AKhar)Convert.ToInt32(dtr[Convert.ToInt32(Model.XMLRumiCol.KeyCode)]);
String trans = dtr[Convert.ToInt32(colNo)].ToString();
//Keycode - Trans
if (!keyCodeTrans.ContainsKey(keyCode))
{
keyCodeTrans.Add(keyCode, trans);
}
}
}
/// <summary>
/// Check is Takai likuk
/// </summary>
/// <param name="akhar">akhar</param>
protected bool IsTakaiLikuk(Model.AKhar akhar)
{
return(this._takaiLikuk.ContainsKey(akhar));
}
/// <summary>
/// Check is consonant
/// </summary>
/// <param name="akhar">akhar</param>
protected bool IsConsonant(Model.AKhar akhar)
{
return(akhar <= Model.AKhar.SakPraong);
}
/// <summary>
/// Check is vowels
/// </summary>
/// <param name="akhar">akhar</param>
protected bool IsVowels(Model.AKhar akhar)
{
return(akhar >= Model.AKhar.Ak && akhar <= Model.AKhar.Ok);
}
/// <summary>
/// Check is akhar diip
/// </summary>
/// <param name="akhar">akhar</param>
protected bool IsAkharDiip(Model.AKhar akhar)
{
return(akhar <= Model.AKhar.Ok);
}
/// <summary>
/// Check Is Sap Paoh
/// </summary>
/// <param name="akhar">akhar</param>
protected bool IsSapPaoh(Model.AKhar akhar)
{
return(this._sappaoh.ContainsKey(akhar));
}
/// <summary>
/// Check is sap paoh
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_DauCau(Model.AKhar sabaoh)
{
return(sabaoh >= Model.AKhar.KanaingSa && sabaoh <= Model.AKhar.Square);
}
/// <summary>
/// Check is Consonant
/// </summary>
/// <param name="sabaoh">akhar</param>
/// <returns>TRUE: Consonant; FALSE: Not Consonant</returns>
protected bool Check_InaAkhar_PhuAm(Model.AKhar sabaoh)
{
return(sabaoh <= Model.AKhar.Ak);
}
/// <summary>
/// To keycode From KTT
/// </summary>
/// <param name="word">KTT word</param>
/// <param name="ret">result</param>
/// <param name="retForCode">result for coding</param>
/// <param name="preChar">the prev char</param>
private void ToKeycodeFromKTT(ref String word, ref List <Model.AKhar> ret, ref List <Model.AKhar> retForCode, ref Model.AKhar preChar)
{
List <Model.AKhar> akharList = this.ToKeyCodeByChar(ref word, retForCode);
for (int i = 0; i < akharList.Count; i++)
{
Model.AKhar akhar = akharList[i];
//Sap Atah Process
if (retForCode.Count != 0 && this._sapAtah.ContainsKey(akhar) && akhar == preChar)
{
Model.AKhar akharAtah = (Model.AKhar) this._sapAtah[akhar];
if (akharAtah == Model.AKhar.BalauTapong)
{
ret.RemoveAt(ret.Count - 1);
retForCode.RemoveAt(retForCode.Count - 1);
}
ret.Add(akharAtah);
retForCode.Add(akharAtah);
continue;
}
//Set prev char
preChar = akhar;
if (akhar == Model.AKhar.Ak && !this.HuLanglikuk(retForCode) && ret.Count != 0)
{
retForCode.Add(akhar);
continue;
}
//Get the next akhar
Model.AKhar nextAkhar = Model.AKhar.Square;
if (!String.IsNullOrEmpty(word))
{
nextAkhar = this.GetNextChar(word);
}
//curent char is "i" or "é" and the next char is akhar matai
if (!String.IsNullOrEmpty(word))
{
//Convert akhar diip to takai akhar
if (this._diipToTaKai.ContainsKey(akhar) && !this._diipToMaTai.ContainsKey(nextAkhar) &&
!this.HuLanglikuk(retForCode) && ret.Count != 0 && !this.Check_AkharMatai(ret[ret.Count - 1]))
{
if (!((akhar == Model.AKhar.Rak && ret.Count != 0 && this.IsVowels(ret[ret.Count - 1])) ||
((akhar == Model.AKhar.Ik || akhar == Model.AKhar.Uk) && this.IsConsonant(nextAkhar) && !this._diipToMaTai.ContainsKey(nextAkhar))))
{
akhar = (Model.AKhar) this._diipToTaKai[akhar];
}
}
//"u","o"
if ((akhar == Model.AKhar.Ok || akhar == Model.AKhar.Uk) &&
!this.HuLanglikuk(retForCode) && ret.Count != 0)
{
if (akhar == Model.AKhar.Ok)
{
akhar = Model.AKhar.DarSa;
}
else
{
akhar = Model.AKhar.TakaiKuk;
}
}
//Convert akhar diip to sap paoh
if ((this._diipToMaTai.ContainsKey(nextAkhar) && !this.HuLanglikuk(retForCode) && ret.Count != 0) ||
(this.IsConsonant(nextAkhar) && !this._diipToMaTai.ContainsKey(nextAkhar)))
{
if (akhar == Model.AKhar.Ik)
{
akhar = Model.AKhar.TakaiKik;
}
else if (akhar == Model.AKhar.É)
{
akhar = Model.AKhar.DarSa;
akharList.Add(Model.AKhar.TakaiThek);
}
}
//TaikaiKlakTaikaiKuak & TaikaiKlakTaikaiKuk
if (akhar == Model.AKhar.TakaiKlakTakaiKuak)
{
if (!this.IsSapPaoh(nextAkhar))
{
akhar = Model.AKhar.TakaiKlakTakaiKuk;
}
}
//Mâk, Nâk, Nyâk, Ngâk
if (this._consonantKareiCrih.ContainsKey(akhar) && nextAkhar == Model.AKhar.Ak)
{
akhar = (Model.AKhar) this._consonantKareiCrih[akhar];
}
}
//Convert akhar ai to DarDua
if (akhar == Model.AKhar.Ai && ret.Count != 0 && this.IsConsonant(ret[ret.Count - 1]))
{
akhar = Model.AKhar.DarDua;
}
//Sap paoh deng anak akhar
int index = ret.Count;
int indexForCode = retForCode.Count;
if (akhar == Model.AKhar.DarSa || akhar == Model.AKhar.DarDua || akhar == Model.AKhar.TakaiKrak)
{
index = this.GetIndexAkharDiip(ret);
//fix have taikai Krak
if (index > 0 && ret[index - 1] == Model.AKhar.TakaiKrak)
{
index--;
}
indexForCode = this.GetIndexAkharDiip(retForCode);
//fix have taikai Krak
if (indexForCode > 0 && retForCode[indexForCode - 1] == Model.AKhar.TakaiKrak)
{
indexForCode--;
}
}
//end the word
if ((String.IsNullOrEmpty(word) || this._kanaingChars.ContainsKey(word.Substring(0, 1))) && ret.Count != 0)
{
//Convert akhar diip to akhar matai
if (this._diipToMaTai.ContainsKey(akhar))
{
akhar = (Model.AKhar) this._diipToMaTai[akhar];
if (akhar == Model.AKhar.NgâkMatai)
{
if (!this._sappaohAngaok.ContainsKey(ret[ret.Count - 1]))
{
akhar = Model.AKhar.PaohNgâk;
}
int indexAkharDiip = this.GetIndexAkharDiip(ret);
if (indexAkharDiip - 1 >= 0)
{
Model.AKhar akharDengAnak = ret[indexAkharDiip - 1];
if (akharDengAnak == Model.AKhar.DarSa || akharDengAnak == Model.AKhar.DarDua)
{
akhar = Model.AKhar.NgâkMatai;
}
}
}
}
//"i"
if (akhar == Model.AKhar.Ik)
{
akhar = Model.AKhar.TakaiKikTutTakaiMâkDalem;
}
//"é"
if (akhar == Model.AKhar.É)
{
akharList.Add(Model.AKhar.DarSa);
akharList.Add(Model.AKhar.BalauTapong);
continue;
}
//"o"
if (akhar == Model.AKhar.Ok)
{
akharList.Add(Model.AKhar.DarSa);
continue;
}
//"u"
if (akhar == Model.AKhar.Uk)
{
akharList.Add(Model.AKhar.TakaiKuk);
continue;
}
//"e"
if (akhar == Model.AKhar.TakaiThek && !(akharList.Count > 1 && akharList[akharList.Count - 2] == Model.AKhar.TakaiKuk))
{
akharList.Add(Model.AKhar.BalauTapong);
continue;
}
}
//Remove takai kâkk when have consonant KareiCrih
if (akhar == Model.AKhar.TakaiKâk && ret.Count != 0 &&
this._consonantKareiCrih.ContainsKey(ret[this.GetIndexAkharDiip(ret)]))
{
retForCode.Insert(indexForCode, akhar);
continue;
}
ret.Insert(index, akhar);
retForCode.Insert(indexForCode, akhar);
}
}
/// <summary>
/// Set Rumi chars key code from XML file into hastable
/// </summary>
/// <param name="transKeycode">rumiKeycode</param>
public static void SetTransToKeyCode(ref Hashtable transKeycode, Model.Enum desType)
{
transKeycode = new Hashtable();
Model.XMLTransToKeyCol columnNo = Model.XMLTransToKeyCol.Rumi;
String sapPaohAO = String.Empty;
String sapPaohAOM = String.Empty;
String sapPaohAONG = String.Empty;
String sapPaohEM = String.Empty;
String akharIÉNG = String.Empty;
String akharIENG = String.Empty;
String sapPaohAU = String.Empty;
if (desType == Model.Enum.TransCamEFEO)
{
columnNo = Model.XMLTransToKeyCol.Rumi;
sapPaohAO = Model.Constant.AO_EFEO;
sapPaohAOM = Model.Constant.AOM_EFEO;
sapPaohAONG = Model.Constant.AONG_EFEO;
sapPaohEM = Model.Constant.EM_EFEO;
akharIÉNG = Model.Constant.IÉNG_EFEO;
akharIENG = Model.Constant.IENG_EFEO;
sapPaohAU = Model.Constant.AU_EFEO;
}
else if (desType == Model.Enum.TransInrasara)
{
columnNo = Model.XMLTransToKeyCol.InraSara;
sapPaohAO = Model.Constant.AO_SARA;
sapPaohAOM = Model.Constant.AOM_SARA;
sapPaohAONG = Model.Constant.AONG_SARA;
sapPaohEM = Model.Constant.EM_SARA;
akharIÉNG = Model.Constant.IÉNG_SARA;
akharIENG = Model.Constant.IENG_SARA;
sapPaohAU = Model.Constant.AU_SARA;
}
else if (desType == Model.Enum.TransKawomTT)
{
columnNo = Model.XMLTransToKeyCol.KawomTuekTuah;
sapPaohAO = Model.Constant.AO_KawomTT;
sapPaohAOM = Model.Constant.AOM_KawomTT;
sapPaohAONG = Model.Constant.AONG_KawomTT;
sapPaohEM = Model.Constant.EM_KawomTT;
akharIÉNG = Model.Constant.IÉNG_KawomTT;
akharIENG = Model.Constant.IENG_KawomTT;
sapPaohAU = Model.Constant.AU_KawomTT;
List <Model.AKhar> sappaohE = new List <Model.AKhar>();
sappaohE.Add(Model.AKhar.DarDua);
transKeycode.Add("E", sappaohE);
}
//Add au
List <Model.AKhar> sappaohAu = new List <Model.AKhar>();
sappaohAu.Add(Model.AKhar.TakaiKuk);
sappaohAu.Add(Model.AKhar.TakaiThek);
transKeycode.Add(sapPaohAU, sappaohAu);
//Add iéng
List <Model.AKhar> lstTemp = new List <Model.AKhar>();
lstTemp.Add(Model.AKhar.DarSa);
lstTemp.Add(Model.AKhar.TakaiKiak);
lstTemp.Add(Model.AKhar.TakaiThekPaohNgâk);
transKeycode.Add(akharIÉNG, lstTemp);
//Add ieng
lstTemp = new List <Model.AKhar>();
lstTemp.Add(Model.AKhar.TakaiKiak);
lstTemp.Add(Model.AKhar.TakaiThekPaohNgâk);
transKeycode.Add(akharIENG, lstTemp);
Stream strm = ReadXMLFile(Model.Constant.TRANS_TO_KEY_FILE);
DataSet dts = new DataSet();
dts.ReadXml(strm);
DataTable dtt = dts.Tables[0];
foreach (DataRow dtr in dtt.Rows)
{
Model.AKhar akhar = (Model.AKhar)Convert.ToInt32(dtr[Convert.ToInt32(Model.XMLTransToKeyCol.KeyCode)]);
String transChar = dtr[Convert.ToInt32(columnNo)].ToString().ToUpper();
List <Model.AKhar> listAkhar = new List <Model.AKhar>();
//Keycode - Rumi
bool isIrregular = false;
if (!transKeycode.ContainsKey(transChar))
{
if (transChar == sapPaohAO)
{
listAkhar.Add(Model.AKhar.DarSa);
listAkhar.Add(Model.AKhar.TraohAw);
isIrregular = true;
}
if (transChar == sapPaohAOM)
{
listAkhar.Add(Model.AKhar.DarSa);
listAkhar.Add(Model.AKhar.TraohAwTutTakaiMâk);
isIrregular = true;
}
if (transChar == sapPaohAONG)
{
listAkhar.Add(Model.AKhar.DarSa);
listAkhar.Add(Model.AKhar.TraohAwPaohNgâk);
isIrregular = true;
}
if (transChar == sapPaohEM)
{
listAkhar.Add(Model.AKhar.DarSa);
//listAkhar.Add(Model.AKhar.TakaiThek);
listAkhar.Add(Model.AKhar.TakaiThekTutTakaiMâk);
isIrregular = true;
}
if (!isIrregular)
{
listAkhar.Add(akhar);
}
transKeycode.Add(transChar, listAkhar);
}
}
//add au, am dai
if (desType == Model.Enum.TransKawomTT)
{
List <Model.AKhar> listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.DarSa);
listAkhar.Add(Model.AKhar.TraohAw);
transKeycode.Add(sapPaohAO, listAkhar);
//OO
transKeycode["OO"] = listAkhar;
//AA
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.Balau);
transKeycode.Add("AA", listAkhar);
//UU
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.Balau);
listAkhar.Add(Model.AKhar.TakaiKuk);
transKeycode.Add("UU", listAkhar);
//EE
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.DarDua);
listAkhar.Add(Model.AKhar.Balau);
transKeycode.Add("EE", listAkhar);
//ƯƯ
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.TakaiKâk);
listAkhar.Add(Model.AKhar.Balau);
transKeycode.Add("ƯƯ", listAkhar);
//ƠƠ
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.BalauTapong);
transKeycode.Add("ƠƠ", listAkhar);
//II
listAkhar = new List <Model.AKhar>();
listAkhar.Add(Model.AKhar.TakaiKikTutTakaiMâkDalem);
transKeycode.Add("II", listAkhar);
}
}
/// <summary>
/// Check is Takai Akhar deng anak
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_TakaiAkharAnak(Model.AKhar sabaoh)
{
return(sabaoh == Model.AKhar.TakaiKrak);
}
/// <summary>
/// Check is wak matai
/// </summary>
/// <param name="sabaoh">sabaoh</param>
/// <param name="index">index</param>
/// <param name="count">count</param>
protected bool IsAkharWakMaTai(Model.AKhar sabaoh, int index, int count)
{
return(sabaoh == Model.AKhar.Wak && index == count - 1);
}
/// <summary>
/// Check is Takai Akhar sap paoh deng anak
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_TakaiSapPaohAnak(Model.AKhar sabaoh)
{
return(sabaoh == Model.AKhar.DarSa || sabaoh == Model.AKhar.DarDua);
}
/// <summary>
/// Check is takai akhar
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_TakaiAkhar(Model.AKhar sabaoh)
{
return(sabaoh > Model.AKhar.Balau && sabaoh <= Model.AKhar.PaohNgâk);
}
/// <summary>
/// Check is Vowel of Lang likuk
/// </summary>
/// <param name="akhar">khar</param>
protected bool IsVowelLanglikuk(Model.AKhar akhar)
{
return(this._vowelLangLikuk.ContainsKey(akhar));
}
/// <summary>
/// Check Is Vowel
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_InaAkhar_NguyenAm(Model.AKhar sabaoh)
{
return(sabaoh >= Model.AKhar.Ik && sabaoh <= Model.AKhar.Ok);
}
/// <summary>
/// Check is Akhar Mâtai
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_AkharMatai(Model.AKhar sabaoh)
{
return(sabaoh >= Model.AKhar.KakMatai && sabaoh <= Model.AKhar.PaohDaNih || sabaoh == Model.AKhar.PaohNgâk);
}
/// <summary>
/// Covert to keycode by word
/// </summary>
/// <param name="word">word</param>
private List <Model.AKhar> ToKeyCodeByWord(String word, Model.Enum sourceType)
{
try
{
List <Model.AKhar> ret = new List <Model.AKhar>();
Stack <Model.AKhar> kanaingAtFirst = new Stack <Model.AKhar>();
Stack <Model.AKhar> kanaingAtLast = new Stack <Model.AKhar>();
bool addLastCharProcess = true;
string[] wordArr = word.Split(_DASH);
foreach (string item in wordArr)
{
List <Model.AKhar> wordAkhar = new List <Model.AKhar>();
string wordStr = item;
//Cut kanaing at first and last word
kanaingAtFirst = this.CutKanaingAtFirst(ref wordStr);
kanaingAtLast = this.CutKanaingAtLast(ref wordStr);
//Specail word
if (this._kareiCrih.ContainsKey(wordStr))
{
wordAkhar = Utility.CopyListAkhar((List <Model.AKhar>) this._kareiCrih[wordStr]);
// add kanaing at first and last word
Utility.PopStackToList(wordAkhar, kanaingAtFirst, true);
Utility.PopStackToList(wordAkhar, kanaingAtLast, false);
ret.AddRange(wordAkhar);
addLastCharProcess = false;
continue;
}
addLastCharProcess = true;
List <Model.AKhar> retForCode = new List <Model.AKhar>();
Model.AKhar prevChar = Model.AKhar.Square;
int roundCount = 0;
while (!String.IsNullOrEmpty(wordStr))
{
if (roundCount == Model.Constant.MAX_ROUND)
{
break;
}
//convert to keycode
switch (sourceType)
{
case Model.Enum.TransCamEFEO:
this.ToKeycodeFromCamEFEO(ref wordStr, ref wordAkhar, ref retForCode);
break;
case Model.Enum.TransInrasara:
this.ToKeycodeFromInrasara(ref wordStr, ref wordAkhar, ref retForCode);
break;
default:
this.ToKeycodeFromKTT(ref wordStr, ref wordAkhar, ref retForCode, ref prevChar);
break;
}
}
ret.AddRange(wordAkhar);
roundCount++;
}
//add balau on the last char
if (ret.Count != 0 && addLastCharProcess)
{
int indexLastChar = this.GetIndexLastChar(ret);
Model.AKhar lastAkhar = ret[indexLastChar];
if ((this.IsAkharDiip(lastAkhar) || this.IsTakaiLikuk(lastAkhar)) && !ret.Contains(Model.AKhar.DarDua) &&
!(lastAkhar == Model.AKhar.TakaiThek && indexLastChar > 0 && ret[indexLastChar - 1] == Model.AKhar.TakaiKuk))
{
ret.Insert(indexLastChar + 1, Model.AKhar.Balau);
}
if (ret.Count != 0 && this._takaiDaokLikuk.ContainsKey(ret[0]))
{
ret.Insert(0, Model.AKhar.Ak);
}
}
// add kanaing at first and last word
Utility.PopStackToList(ret, kanaingAtFirst, true);
Utility.PopStackToList(ret, kanaingAtLast, false);
return(ret);
}
catch (Exception ex)
{
Service.Log.WriteLog(ex);
return(new List <Model.AKhar>());
}
}
/// <summary>
/// Check is balau
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_Balau(Model.AKhar sabaoh)
{
return(sabaoh == Model.AKhar.Balau);
}
/// <summary>
/// Check is angka
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_Angka(Model.AKhar sabaoh)
{
return(sabaoh >= Model.AKhar.Sa && sabaoh <= Model.AKhar.Saoh);
}
/// <summary>
/// Check is Special Consonant
/// (Mâk Nâk Nyâk Ngâk)
/// </summary>
/// <param name="sabaoh">akhar</param>
protected bool Check_InaAkhar_PhuAm_Special(Model.AKhar sabaoh)
{
//MCMC
Model.AKhar[] phu_am_dac_biet = new Model.AKhar[] { Model.AKhar.Mâk, Model.AKhar.Nâk, Model.AKhar.Nyâk, Model.AKhar.Ngâk };
return(Array.IndexOf(phu_am_dac_biet, sabaoh) != -1);
}