public List <Token> analizecCharsSequence(string charsSequence)
{
List <Token> tokensList = new List <Token>();
CharsDictionary charsDictionary = new CharsDictionary();
for (int index = 0; index < charsSequence.Length; index++)
{
string currentChar = charsSequence[index].ToString();
if (Char.IsWhiteSpace(charsSequence[index]))
{
tokensList.Add(new Token(index, TokenTypes.SPACE, currentChar));
}
else if (charsDictionary.lettersDictionary.ContainsKey(currentChar.ToLower()))
{
tokensList.Add(new Token(index, TokenTypes.LETTER, currentChar));
}
else if (charsDictionary.numbersDictionary.ContainsKey(currentChar))
{
tokensList.Add(new Token(index, TokenTypes.NUMBER, currentChar));
}
else if (charsDictionary.symbolsDictionary.ContainsKey(currentChar))
{
tokensList.Add(new Token(index, TokenTypes.SYMBOL, currentChar));
}
}
return(tokensList);
}
public string parseToMorseCode(List <Token> tokensList)
{
CharsDictionary charsDictionary = new CharsDictionary();
string morseCode = "";
foreach (Token token in tokensList)
{
if (morseCode.Length > 0)
{
morseCode += " ";
}
switch (token.type)
{
case TokenTypes.SPACE:
morseCode += " ";
break;
case TokenTypes.LETTER:
morseCode += charsDictionary.lettersDictionary[token.argument.ToLower()];
break;
case TokenTypes.NUMBER:
morseCode += charsDictionary.numbersDictionary[token.argument];
break;
case TokenTypes.SYMBOL:
morseCode += charsDictionary.symbolsDictionary[token.argument];
break;
}
}
return(morseCode);
}