public int ArrColumn(String Text) { CharEnumerator ce = Text.GetEnumerator(); ce.MoveNext(); int index = 0, columns = 0; while (index != Text.Length) { if (ce.Current.CompareTo(']')==0) break; index++; if(ce.Current.CompareTo(',')==0) columns++; ce.MoveNext(); } return columns+1; }
public static void SendDifference(String contextBefore, String contextAfter) { if (contextBefore == contextAfter) { return; } int lengthBefore = contextBefore.Length; int lengthAfter = contextAfter.Length; if (contextBefore.Length > contextAfter.Length) { SendBackspace(contextBefore.Length - contextAfter.Length); lengthBefore = lengthAfter; } CharEnumerator bit, ait; int match = 0; for ( bit = contextBefore.GetEnumerator(), ait = contextAfter.GetEnumerator(); bit.MoveNext() && ait.MoveNext(); match++) { if (bit.Current != ait.Current) { break; } } if (match < lengthBefore) { SendBackspace(lengthBefore - match); } if (match < contextAfter.Length) { SendKeyStrokes(contextAfter.Substring(match)); } }
public int ArrRow(String Text) { CharEnumerator ce = Text.GetEnumerator(); ce.MoveNext(); int index=0,rows=0; while (index != Text.Length) { if(ce.Current.CompareTo('[')==0) rows++; index++; ce.MoveNext(); } return rows; }
public override void VisitLoopElement(LoopElement element) { resultMessage += "parsing loop element"+"\n"; loop = element.getText(); int inc=0; int mode = 0; CharEnumerator ce = loop.GetEnumerator(); string remloop="0"; ce.MoveNext(); while( inc < loop.Length) { //Console.WriteLine("Writing loop value {0}", ce.Current); if (ce.Current.CompareTo('(') == 0 && mode != -1) mode = 1; if (ce.Current.CompareTo(' ') == 0) { remloop = loop.Substring(inc); break; } if (mode == 1 && ce.Current.CompareTo('(')!=0) { loopvar = string.Concat(loopvar, ce.Current.ToString()); } ce.MoveNext(); inc++; } inc = 0; mode = 0; Console.WriteLine(" variable met in loop element:{0}",loopvar); resultMessage += String.Format(" variable met in loop element:{0}", loopvar)+"\n"; Console.WriteLine(" substring left to parse:{0}", remloop); resultMessage += string.Format(" substring left to parse:{0}", remloop)+"\n"; ce = remloop.GetEnumerator(); ce.MoveNext(); ce.MoveNext(); string startvar=""; string endvar=""; while (inc < remloop.Length) { if (ce.Current.CompareTo('.') > 0 && mode == 0) { startvar += ce.Current.ToString(); } else if(ce.Current.CompareTo('.')==0) { mode = 1; } else if (ce.Current.CompareTo(')') == 0) { break; } if (mode == 1 && ce.Current.CompareTo('.')!=0) { endvar += ce.Current.ToString(); } ce.MoveNext(); inc++; } Console.WriteLine("starting var of the loop is: {0}\n ending var of the loop is:{1}", startvar,endvar); resultMessage += string.Format("starting var of the loop is: {0}\n ending var of the loop is:{1}", startvar, endvar)+"\n"; startloopvar = int.Parse(startvar); endloopvar = int.Parse(endvar); }
private void initialize() { /* start initialize */ int choice, i; String[] classes = new String[ 6 ] { "Warrior", "Theif", "Monk", "White Mage", "Black Mage", "Red Mage" }; String name; Character[] characters = new Character[ Party.MAXPARTY ]; for (i = 0; i < Party.MAXPARTY; i++) {/* start loop */ mView.sendOutput("What class type do you want? You get 3."); mView.sendOutput(classes.GetEnumerator(), TypeEnum.STRING); choice = (int)mView.getInput(TypeEnum.INT); name = (string)mView.getInput(TypeEnum.STRING); characters[ i ] = CharacterCreationFactory(choice, name); }/* end loop */ mGoodGuys = new Party(characters); mBattle = new BattleSystem(this, mGoodGuys); mDungeon = new Dungeon(this, mGoodGuys); }
/* * validate number of brackets */ private ValidationResponce vBreckets(String inStr) { bool error = false; int errorBegin = -1; int errorEnd = -1; ValidationResponce response = new ValidationResponce(); String currErrorType = "validEr1"; int openedSquareBrackets = 0; int closedSquareBrackets = 0; int openedRoundBrackets = 0; int closedRoundBrackets = 0; CharEnumerator ce = inStr.GetEnumerator(); while (ce.MoveNext()) { switch (ce.Current) { case '(': { // currErrorType = "validEr1"; openedSquareBrackets++; break; } case ')': { // currErrorType = "validEr1"; closedSquareBrackets++; break; } case '[': { // currErrorType = "validEr1"; openedRoundBrackets++; break; } case ']': { // currErrorType = "validEr1"; closedRoundBrackets++; break; } } } // args = new String[] { ce.Current.ToString() }; if (openedSquareBrackets != closedSquareBrackets) { error = true; errorBegin = inStr.LastIndexOf("("); errorEnd = inStr.LastIndexOf(")"); } else if (openedRoundBrackets != closedRoundBrackets) { error = true; errorBegin = inStr.LastIndexOf("["); errorEnd = inStr.LastIndexOf("]"); } response.setResponce(error, errorBegin, errorEnd, currErrorType); return response; }
/// <summary> /// Returns an IEnumerator containing the names of the keys of the message body. /// </summary> /// <param name="message">The message where to get the keys names from</param> /// <returns>An IEnumerator containing the keys of the message body</returns> public static System.Collections.IEnumerator Keys(System.Messaging.Message message) { System.String[] tempString = new System.String[((System.Collections.SortedList)message.Body).Keys.Count]; ((System.Collections.SortedList)message.Body).Keys.CopyTo(tempString, 0); return tempString.GetEnumerator(); }
public static object unpack(String jsonstr) { object _out = null; Hashtable _table = null; ArrayList _array = null; String key = ""; String value = ""; CharEnumerator c = jsonstr.GetEnumerator(); Stack s = new Stack(); Func<String, String> parsekey = (String _c) =>{ key += _c; return key; }; Func<String, String> parsevalue = (String _c) => { value += _c; return value; }; Func<String, String> parsesys = parsekey; Func<String, String> parsemap = (String _c) => { parsesys = parsekey; if (value == "" || key == "") { return _c; } value = value.Trim(); while (value[0] == '\n' || value[0] == '\t') { value = value.Substring(1, value.Length - 1); } String v = value; key = key.Trim(); while (key[0] == '\n' || key[0] == '\t') { key = key.Substring(1, key.Length - 1); } key = key.Substring(1, key.Length - 2); if (v == "true") { _table[key] = true; } else if (v == "false") { _table[key] = false; } else if (v == "null") { _table[key] = null; } else { if (v[0] == '\"' && v[v.Length - 1] == '\"') { v = v.Substring(1, v.Length - 2); _table[key] = v; } else { int status = 0; foreach (char _ch in v) { if ((_ch < '0' || _ch > '9') && _ch != '.') { throw new Exception("format error"); } if (_ch == '.') { status++; } } if (status == 0) { _table[key] = Convert.ToInt64(v); } else if (status == 1) { _table[key] = Convert.ToDouble(v); } else { throw new Exception("format error"); } } } key = ""; value = ""; return _c; }; Func<String, String> parsearray = (String _c) => { value = value.Trim(); if (value == "") { return _c; } while (value[0] == '\n' || value[0] == '\t') { value = value.Substring(1, value.Length - 1); } String v = value; if (v.ToLower() == "true") { _array.Add(true); } else if (v.ToLower() == "false") { _array.Add(false); } else if (v.ToLower() == "null") { _array.Add(null); } else { if (v[0] == '\"' && v[v.Length - 1] == '\"') { v = v.Substring(1, v.Length - 2); _array.Add(v); } else { int status = 0; foreach (char _ch in v) { if ((_ch < '0' || _ch > '9') && _ch != '.') { throw new Exception("format error"); } if (_ch == '.') { status++; } } if (status == 0) { _array.Add(Convert.ToInt64(v)); } else if (status == 1) { _array.Add(Convert.ToDouble(v)); } else { throw new Exception("format error"); } } } key = ""; value = ""; return _c; }; Func<String, String> parseenum = parsemap; Func<object, object> parsepop = (object o) =>{ if (typeof(Hashtable).IsInstanceOfType(o)) { _table = (Hashtable)o; parsesys = parsekey; parseenum = parsemap; } else if (typeof(ArrayList).IsInstanceOfType(o)) { _array = (ArrayList)o; parsesys = parsevalue; parseenum = parsearray; } return o; }; int count = 0; int escape = 0; while (c.MoveNext()) { if (c.Current.ToString() == "\\"){ escape = 1; }else{ escape = 0; } if (c.Current.ToString() == "\"" && escape != 1) { if (count == 0) { count++; } else { count = 0; } } if (count == 0) { if (c.Current.ToString() == "{") { parsesys = parsekey; parseenum = parsemap; Hashtable _newtable = new Hashtable(); if (_table != null) { key = key.Trim(); while (key[0] == '\n' || key[0] == '\t') { key = key.Substring(1, key.Length - 1); } s.Push(_table); key = key.Substring(1, key.Length - 2); _table[key] = _newtable; _table = null; key = ""; } else if (_array != null) { s.Push(_array); _array.Add(_newtable); _array = null; } _table = _newtable; continue; } if (c.Current.ToString() == "}") { parseenum(c.Current.ToString()); if (s.Count > 0) { parsepop(s.Pop()); } continue; } if (c.Current.ToString() == "[") { parsesys = parsevalue; parseenum = parsearray; ArrayList _newarray = new ArrayList(); if (_table != null) { s.Push(_table); key = key.Trim(); while (key[0] == '\n' || key[0] == '\t') { key = key.Substring(1, key.Length - 1); } key = key.Substring(1, key.Length - 2); _table[key] = _newarray; _table = null; key = ""; } else if (_array != null) { s.Push(_array); _array.Add(_newarray); _array = null; } _array = _newarray; continue; } if (c.Current.ToString() == "]") { parseenum(c.Current.ToString()); if (s.Count > 0) { parsepop(s.Pop()); } continue; } if (c.Current.ToString() == ",") { parseenum(c.Current.ToString()); continue; } if (c.Current.ToString() == ":") { parsesys = parsevalue; continue; } } parsesys(c.Current.ToString()); } if (_table != null) { _out = _table; } else if (_array != null) { _out = _array; } return _out; }
public Dictionary<String, String> Read(String response, String endpoint) { return Read(response.GetEnumerator(), endpoint); }
private void convertWordToEnglish(Dictionary<int, string> latinTable, String word, List<Char> list, bool asEntityCodeFlag) { bool addAkaar = false; char c = '\0'; int halant = 0x4D; CharEnumerator iter = word.GetEnumerator(); while (iter.MoveNext()) { String result; c = iter.Current; if (isIndic(c)) { int hiBytes; int loBytes; splitBytes(c, out hiBytes, out loBytes); if (latinTable.TryGetValue(c, out result)) { // NOP } else if (loBytes == halant) { addAkaar = false; continue; } else if (latinTable.TryGetValue(loBytes, out result)) { // NOP } else { list.Add(c); continue; } if (addAkaar && (!isVowel(c))) { list.AddRange(m_akaar.ToCharArray()); } list.AddRange(result.ToCharArray()); addAkaar = isConsonant(c); } else if (isNoncharacter(c)) { continue; } else { list.Add(c); continue; } } if (addAkaar && (!isVowel(c))) { list.AddRange(m_akaar.ToCharArray()); } }