/// <summary>Process_MultiWordCaps: Break words with Caps to multiple words</summary>
/// <param name="regEx">Regular Expression to use</param>
/// <param name="replace">Text to use to replace</param>
private void Process_MultiWordCaps(string regEx, string replace)
{
//StringBuilder toReplace = new StringBuilder(50);
List <string> replaceList = new List <string>(50);
StringBuilder currWord = new StringBuilder();
StringBuilder upperWord = new StringBuilder();
bool foundMulti1 = false;
bool foundMulti2 = false;
bool foundMulti3 = false;
try
{
//LinkedListNode<wordToken> item = tokens.First;
for (LinkedListNode <wordToken> item = tokens.First;
item != null;
item = item.Next)
{
currWord.Length = 0;
upperWord.Length = 0;
foundMulti1 = false;
foundMulti2 = false;
foundMulti3 = false;
foreach (char wChar in item.Value.Token)
{
if ((wChar.CompareTo('A') >= 0) && (wChar.CompareTo('Z') <= 0))
{
// Process Upper case letter
if (foundMulti1)
{
foundMulti2 = true;
}
foundMulti1 = true;
if (currWord.Length == 1)
{
upperWord.Append(currWord);
currWord.Length = 0;
}
else if (currWord.Length > 1)
{
if (upperWord.Length > 0)
{
replaceList.Add(upperWord.ToString());
upperWord.Length = 0;
}
replaceList.Add(currWord.ToString());
currWord.Length = 0;
}
currWord.Append(wChar);
}
else // Process lower case letter
{
foundMulti3 = true;
currWord.Append(wChar);
}
}
if (currWord.Length == 1)
{
if ((currWord[0].CompareTo('A') >= 0) && (currWord[0].CompareTo('Z') <= 0))
{
upperWord.Append(currWord);
currWord.Length = 0;
}
}
if (upperWord.Length > 0)
{
replaceList.Add(upperWord.ToString());
}
if (currWord.Length > 0)
{
replaceList.Add(currWord.ToString());
}
currWord.Length = 0;
upperWord.Length = 0;
// Check if word contained Multi-Words
if (foundMulti1 && foundMulti2 && foundMulti3)
{
PrePost spacePrePost = new PrePost(replace);
wordToken newToken = new wordToken(item.Value.PreToken, replaceList[0], spacePrePost);
tokens.AddBefore(item, newToken);
for (int i = 1; i < replaceList.Count; i++)
{
PrePost AnotherPrePost = new PrePost(replace);
newToken = new wordToken(spacePrePost, replaceList[i], AnotherPrePost);
tokens.AddBefore(item, newToken);
}
newToken.PostToken = item.Value.PostToken;
LinkedListNode <wordToken> PrevItem = item.Previous;
tokens.Remove(item);
item = PrevItem;
PrevItem = null;
}
replaceList.Clear();
}
}
catch (Exception)
{
throw;
}
}
private void ParseTextToSpeak(string InTextToSpeak)
{
StringBuilder preToken = new StringBuilder();
StringBuilder Token = new StringBuilder();
bool inWord = false;
LinkedListNode <wordToken> theToken =
new LinkedListNode <wordToken>(new wordToken(new PrePost(""), "", new PrePost("")));
PrePost lastPreToken = new PrePost("");
foreach (char theChar in InTextToSpeak)
{
// If found delemiter char
if (wordCharDel.IndexOf(theChar) == -1)
{
if (inWord)
{
theToken = new LinkedListNode <wordToken>(
new wordToken(lastPreToken,
Token.ToString(),
new PrePost("SetLater")));
tokens.AddLast(theToken);
preToken.Length = 0;
preToken.Append(theChar);
Token.Length = 0;
inWord = false;
}
else
{
preToken.Append(theChar);
}
}
// found word char
else
{
if (inWord)
{
Token.Append(theChar);
}
else
{
if (preToken.Length > 0)
{
lastPreToken = new PrePost(preToken.ToString());
if (theToken.Value.PostToken.s.Length > 0)
{
theToken.Value.PostToken = lastPreToken;
}
}
Token.Append(theChar);
inWord = true;
}
}
}
if (inWord)
{
lastPreToken = new PrePost(preToken.ToString());
theToken = new LinkedListNode <wordToken>(
new wordToken(lastPreToken,
Token.ToString(),
new PrePost("")));
tokens.AddLast(theToken);
}
else
{
if ((preToken.Length > 0) && (theToken.Value.PostToken.s.Length > 0))
{
lastPreToken = new PrePost(preToken.ToString());
theToken.Value.PostToken = lastPreToken;
}
}
}
public wordToken(PrePost _preToken, string _token, PrePost _postToken)
{
PreToken = _preToken;
Token = _token;
PostToken = _postToken;
}
