protected bool myWordProcessor(OfficeRange aWordRange, ref int nCharIndex)
{
if (m_worker.CancellationPending)
{
return(false);
}
string strFontName = aWordRange.FontName;
System.Diagnostics.Debug.Assert(strFontName != null);
if (!String.IsNullOrEmpty(strFontName) && !m_astrListFontNames.Contains(strFontName))
{
m_astrListFontNames.Add(strFontName);
string[] aStrs = new string[] { strFontName, aWordRange.Text };
m_worker.ReportProgress(0, aStrs);
}
// show some user feedback
if ((m_nModulo != 0) && ((m_nCount++ % m_nModulo) == 0))
{
m_worker.ReportProgress(0);
}
return(true);
}
protected override FormButtons ConvertProcessing(OfficeRange aWordRange, FontConverter aThisFC, string strInput, ref int nCharIndex, ref string strReplace)
{
// here's the meat of the RoundTripChecker engine: process the word both in the
// forward and reverse directions and compare the 2nd output with the input
string strOutput = aThisFC.DirectableEncConverter.Convert(strInput);
string strRoundtrip = aThisFC.DirectableEncConverter.ConvertDirectionOpposite(strOutput);
// our 'form' is really a RoundTripProcessorForm (which has special methods/properties we need to call)
RoundTripProcessorForm form = (RoundTripProcessorForm)Form;
FormButtons res = FormButtons.None;
if (!form.SkipIdenticalValues || (strInput != strRoundtrip))
{
if (ReplaceAll)
{
strReplace = strRoundtrip;
res = FormButtons.ReplaceAll;
}
else
{
res = form.Show(aThisFC, strInput, strOutput, strRoundtrip);
// just in case it's Replace or ReplaceAll, our replacement string is the 'RoundTripString'
strReplace = form.RoundTripString;
}
}
return(res);
}
protected bool MixedCharacterFormatting(OfficeRange aRange)
{
Word.Range thisRange = ((WordRange)aRange).RangeBasedOn;
/*
* int nTextLen = aRange.Text.Length - 1;
* char chRhs = aRange.Text.Substring(nTextLen - 1, 1);
* if (chRhs == chCellBreak)
* {
* }
* Word.Font aFont = thisRange.Font;
* if ( (aFont.Color == 9999999)
|| (aFont.ColorIndex == 9999999)
|| (aFont.Size == 9999999)
|| (aFont.Bold == 9999999)
|| (aFont.Italic == 9999999)
|| (aFont.Superscript == 9999999)
|| (aFont.Spacing == 9999999)
|| (aFont.Kerning == 9999999)
|| (aFont.Position == 9999999)
|| (aFont.Underline == 9999999)
|| (aFont.StrikeThrough == 9999999)
|| (aFont.Shadow == 9999999)
|| (aFont.Hidden == 9999999)
|| (aFont.SmallCaps == 9999999)
|| (aFont.AllCaps == 9999999)
|| (aFont.Outline == 9999999))
||{
|| return true;
||}
*/
return(false);
}
protected virtual FormButtons ConvertProcessing(OfficeRange aWordRange, FontConverter aThisFC, string strInput, ref int nCharIndex, ref string strReplace)
{
// here's the meat of the WordShowConversionDiffProcessor engine: only process
// the word if the input is different from the converted output
string strOutput = aThisFC.DirectableEncConverter.Convert(strInput);
FormButtons res = FormButtons.None;
if (!Form.SkipIdenticalValues || (strInput != strOutput))
{
if (ReplaceAll)
{
strReplace = strOutput;
res = FormButtons.ReplaceAll;
}
else
{
res = Form.Show(aThisFC, strInput, strOutput);
// just in case it's Replace or ReplaceAll, our replacement string is the 'Forward' conversion
strReplace = Form.ForwardString;
}
}
return(res);
}
public virtual void ReplaceText(OfficeRange aWordRange, Font fontTarget, ref int nCharIndex, string strNewText)
{
aWordRange.Text = strNewText;
if (fontTarget != null)
{
SetRangeFont(aWordRange, fontTarget.Name);
}
nCharIndex = aWordRange.EndIndex;
}
public override void ReplaceText(OfficeRange aWordRange, Font fontTarget, ref int nCharIndex, string strNewText)
{
PubRange thisRange = (PubRange)aWordRange;
thisRange.ReplaceText(strNewText);
if (fontTarget != null)
{
SetRangeFont(aWordRange, fontTarget.Name);
}
nCharIndex = aWordRange.EndIndex;
}
public override void SetRangeFont(OfficeRange aWordRange, string strFontName)
{
// this sub-class doesn't ever change the font
// base.SetRangeFont(aWordRange, strFontName);
}
protected override FormButtons ConvertProcessing(OfficeRange aWordRange, FontConverter aThisFC, string strInput, ref int nCharIndex, ref string strReplace)
{
// here's the meat of the RoundTripChecker engine: process the word both in the
// forward and reverse directions and compare the 2nd output with the input
string strOutput = aThisFC.DirectableEncConverter.Convert(strInput);
string strRoundtrip = aThisFC.DirectableEncConverter.ConvertDirectionOpposite(strOutput);
// our 'form' is really a RoundTripProcessorForm (which has special methods/properties we need to call)
RoundTripProcessorForm form = (RoundTripProcessorForm)Form;
FormButtons res = FormButtons.None;
if (!form.SkipIdenticalValues || (strInput != strRoundtrip))
{
if (ReplaceAll)
{
strReplace = strRoundtrip;
res = FormButtons.ReplaceAll;
}
else
{
res = form.Show(aThisFC, strInput, strOutput, strRoundtrip);
// just in case it's Replace or ReplaceAll, our replacement string is the 'RoundTripString'
strReplace = form.RoundTripString;
}
}
return res;
}
public override void SetRangeFont(OfficeRange aWordRange, string strFontName)
{
// this sub-class doesn't ever change the font
// base.SetRangeFont(aWordRange, strFontName);
}
protected override OfficeRange Duplicate(OfficeRange aParagraphRange)
{
return(new PubRange((PubRange)aParagraphRange));
}
protected bool MixedCharacterFormatting(OfficeRange aRange)
{
Word.Range thisRange = ((WordRange)aRange).RangeBasedOn;
/*
int nTextLen = aRange.Text.Length - 1;
char chRhs = aRange.Text.Substring(nTextLen - 1, 1);
if (chRhs == chCellBreak)
{
}
Word.Font aFont = thisRange.Font;
if ( (aFont.Color == 9999999)
|| (aFont.ColorIndex == 9999999)
|| (aFont.Size == 9999999)
|| (aFont.Bold == 9999999)
|| (aFont.Italic == 9999999)
|| (aFont.Superscript == 9999999)
|| (aFont.Spacing == 9999999)
|| (aFont.Kerning == 9999999)
|| (aFont.Position == 9999999)
|| (aFont.Underline == 9999999)
|| (aFont.StrikeThrough == 9999999)
|| (aFont.Shadow == 9999999)
|| (aFont.Hidden == 9999999)
|| (aFont.SmallCaps == 9999999)
|| (aFont.AllCaps == 9999999)
|| (aFont.Outline == 9999999))
{
return true;
}
*/
return false;
}
public bool CompareInputOutputProcess(OfficeRange aWordRange, ref int nCharIndex)
{
FormButtons res = FormButtons.None;
do
{
string strInput = aWordRange.Text;
if (String.IsNullOrEmpty(strInput))
return true;
// not technically required, but this'll help users (but only for the font we're looking for.
if (!SuspendUI)
aWordRange.Select();
// did the caller give us a set of Fonts to scan?
string strFontName = aWordRange.FontName;
FontConverter aThisFC = null;
if (m_aFC != null)
aThisFC = m_aFC;
else if (m_aFCs != null)
{
if (m_aFCs.ContainsKey(strFontName))
aThisFC = m_aFCs[strFontName];
}
else // otherwise, query the user directly
aThisFC = QueryUserForFontScan(strFontName);
res = FormButtons.None;
if (aThisFC == null)
{
// not a font that we're processing
continue;
}
// see if we've already checked this word
string strReplace = null;
if (!m_mapCheckedInputStrings.TryGetValue(strInput, out strReplace))
{
res = ConvertProcessing(aWordRange, aThisFC, strInput, ref nCharIndex, ref strReplace);
if (res == FormButtons.Cancel)
return false;
else if ((res == FormButtons.ReplaceAll) || (res == FormButtons.ReplaceOnce) || (res == FormButtons.ReplaceEvery))
{
ReplaceAll |= (res == FormButtons.ReplaceAll);
// this means replace the word in situ, with what was converted
ReplaceText(aWordRange, aThisFC.DirectableEncConverter.TargetFont, ref nCharIndex, strReplace);
// keep track of this word so that if it comes up again, we'll replace it as is.
if (AutoReplaceOnNextFind || (res == FormButtons.ReplaceEvery))
m_mapCheckedInputStrings.Add(strInput, strReplace);
}
else if ((aThisFC.RhsFont != null) && (res != FormButtons.Next))
{
// even if the string doesn't change, if we have an output font, we have to set it.
SetRangeFont(aWordRange, aThisFC.RhsFont.Name);
}
}
else
{
// this particular input string has already been approved for replacement
ReplaceText(aWordRange, aThisFC.DirectableEncConverter.TargetFont, ref nCharIndex, strReplace);
}
} while (res == FormButtons.Redo);
return true;
}
protected abstract OfficeRange Duplicate(OfficeRange aParagraphRange);
protected virtual FormButtons ConvertProcessing(OfficeRange aWordRange, FontConverter aThisFC, string strInput, ref int nCharIndex, ref string strReplace)
{
// here's the meat of the WordShowConversionDiffProcessor engine: only process
// the word if the input is different from the converted output
string strOutput = aThisFC.DirectableEncConverter.Convert(strInput);
FormButtons res = FormButtons.None;
if (!Form.SkipIdenticalValues || (strInput != strOutput))
{
if (ReplaceAll)
{
strReplace = strOutput;
res = FormButtons.ReplaceAll;
}
else
{
res = Form.Show(aThisFC, strInput, strOutput);
// just in case it's Replace or ReplaceAll, our replacement string is the 'Forward' conversion
strReplace = Form.ForwardString;
}
}
return res;
}
public virtual void SetRangeFont(OfficeRange aWordRange, string strFontName)
{
aWordRange.FontName = strFontName;
}
public virtual void ReplaceText(OfficeRange aWordRange, Font fontTarget, ref int nCharIndex, string strNewText)
{
aWordRange.Text = strNewText;
if (fontTarget != null)
SetRangeFont(aWordRange, fontTarget.Name);
nCharIndex = aWordRange.EndIndex;
}
protected bool ProcessWholeRange(OfficeDocumentProcessor aWordProcessor, OfficeRange aParagraphRange, int nCharIndex)
{
string strText = aParagraphRange.Text;
int nLength = (strText != null) ? strText.Length : 0;
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achParagraphTerminators, nCharIndex, 1) == -1))
{
// get a copy of the range to work with
OfficeRange aWordRange = Duplicate(aParagraphRange);
// skip past initial spaces
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achWhiteSpace, nCharIndex, 1) != -1))
nCharIndex++;
// make sure we haven't hit the end of the paragraph (i.e. '\r') or range (beyond len)
if (nCharIndex < nLength)
{
if (strText.IndexOfAny(m_achParagraphTerminators, nCharIndex, 1) == -1)
{
// set the start index
aWordRange.StartIndex = nCharIndex;
// run through the characters in the word (i.e. until, space, NL, etc)
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achWordTerminators, nCharIndex, 1) == -1))
nCharIndex++;
// set the end of the range after the first space after the word (but not for NL)
if (++nCharIndex >= nLength)
--nCharIndex;
aWordRange.EndIndex = nCharIndex;
// make sure the word has text (sometimes it doesn't)
if (aWordRange.Text == null) // e.g. Figure "1" returns a null Text string
// if it does, see if it's "First Character" has any text (which it does in this case)
aWordRange.DealWithNullText();
// finally check it.
if (!aWordProcessor.Process(aWordRange, ref nCharIndex))
{
aWordProcessor.LeftOvers = aWordRange;
return false;
}
}
strText = aParagraphRange.Text; // incase of replace, we've changed it.
nLength = (strText != null) ? strText.Length : 0;
}
else
break;
}
return true;
}
protected abstract OfficeRange Duplicate(OfficeRange aParagraphRange);
protected bool ProcessWholeRange(OfficeDocumentProcessor aWordProcessor, OfficeRange aParagraphRange, int nCharIndex)
{
string strText = aParagraphRange.Text;
int nLength = (strText != null) ? strText.Length : 0;
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achParagraphTerminators, nCharIndex, 1) == -1))
{
// get a copy of the range to work with
OfficeRange aWordRange = Duplicate(aParagraphRange);
// skip past initial spaces
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achWhiteSpace, nCharIndex, 1) != -1))
{
nCharIndex++;
}
// make sure we haven't hit the end of the paragraph (i.e. '\r') or range (beyond len)
if (nCharIndex < nLength)
{
if (strText.IndexOfAny(m_achParagraphTerminators, nCharIndex, 1) == -1)
{
// set the start index
aWordRange.StartIndex = nCharIndex;
// run through the characters in the word (i.e. until, space, NL, etc)
while ((nCharIndex < nLength) && (strText.IndexOfAny(m_achWordTerminators, nCharIndex, 1) == -1))
{
nCharIndex++;
}
// set the end of the range after the first space after the word (but not for NL)
if (++nCharIndex >= nLength)
{
--nCharIndex;
}
aWordRange.EndIndex = nCharIndex;
// make sure the word has text (sometimes it doesn't)
if (aWordRange.Text == null) // e.g. Figure "1" returns a null Text string
// if it does, see if it's "First Character" has any text (which it does in this case)
{
aWordRange.DealWithNullText();
}
// finally check it.
if (!aWordProcessor.Process(aWordRange, ref nCharIndex))
{
aWordProcessor.LeftOvers = aWordRange;
return(false);
}
}
strText = aParagraphRange.Text; // incase of replace, we've changed it.
nLength = (strText != null) ? strText.Length : 0;
}
else
{
break;
}
}
return(true);
}
protected override OfficeRange Duplicate(OfficeRange aParagraphRange)
{
return new PubRange((PubRange)aParagraphRange);
}
public virtual void SetRangeFont(OfficeRange aWordRange, string strFontName)
{
aWordRange.FontName = strFontName;
}
public override void ReplaceText(OfficeRange aWordRange, Font fontTarget, ref int nCharIndex, string strNewText)
{
PubRange thisRange = (PubRange)aWordRange;
thisRange.ReplaceText(strNewText);
if (fontTarget != null)
SetRangeFont(aWordRange, fontTarget.Name);
nCharIndex = aWordRange.EndIndex;
}
public bool CompareInputOutputProcess(OfficeRange aWordRange, ref int nCharIndex)
{
FormButtons res = FormButtons.None;
do
{
string strInput = aWordRange.Text;
if (String.IsNullOrEmpty(strInput))
{
return(true);
}
// not technically required, but this'll help users (but only for the font we're looking for.
if (!SuspendUI)
{
aWordRange.Select();
}
// did the caller give us a set of Fonts to scan?
string strFontName = aWordRange.FontName;
FontConverter aThisFC = null;
if (m_aFC != null)
{
aThisFC = m_aFC;
}
else if (m_aFCs != null)
{
if (m_aFCs.ContainsKey(strFontName))
{
aThisFC = m_aFCs[strFontName];
}
}
else // otherwise, query the user directly
{
aThisFC = QueryUserForFontScan(strFontName);
}
res = FormButtons.None;
if (aThisFC == null)
{
// not a font that we're processing
continue;
}
// see if we've already checked this word
string strReplace = null;
if (!m_mapCheckedInputStrings.TryGetValue(strInput, out strReplace))
{
res = ConvertProcessing(aWordRange, aThisFC, strInput, ref nCharIndex, ref strReplace);
if (res == FormButtons.Cancel)
{
return(false);
}
else if ((res == FormButtons.ReplaceAll) || (res == FormButtons.ReplaceOnce) || (res == FormButtons.ReplaceEvery))
{
ReplaceAll |= (res == FormButtons.ReplaceAll);
// this means replace the word in situ, with what was converted
ReplaceText(aWordRange, aThisFC.DirectableEncConverter.TargetFont, ref nCharIndex, strReplace);
// keep track of this word so that if it comes up again, we'll replace it as is.
if (AutoReplaceOnNextFind || (res == FormButtons.ReplaceEvery))
{
m_mapCheckedInputStrings.Add(strInput, strReplace);
}
}
else if ((aThisFC.RhsFont != null) && (res != FormButtons.Next))
{
// even if the string doesn't change, if we have an output font, we have to set it.
SetRangeFont(aWordRange, aThisFC.RhsFont.Name);
}
}
else
{
// this particular input string has already been approved for replacement
ReplaceText(aWordRange, aThisFC.DirectableEncConverter.TargetFont, ref nCharIndex, strReplace);
}
} while (res == FormButtons.Redo);
return(true);
}
protected bool myWordProcessor(OfficeRange aWordRange, ref int nCharIndex)
{
if (m_worker.CancellationPending)
return false;
string strFontName = aWordRange.FontName;
System.Diagnostics.Debug.Assert(strFontName != null);
if (!String.IsNullOrEmpty(strFontName) && !m_astrListFontNames.Contains(strFontName))
{
m_astrListFontNames.Add(strFontName);
string[] aStrs = new string[] { strFontName, aWordRange.Text };
m_worker.ReportProgress(0, aStrs);
}
// show some user feedback
if ((m_nModulo != 0) && ((m_nCount++ % m_nModulo) == 0))
m_worker.ReportProgress(0);
return true;
}