public void app_WindowBeforeRightClick(Word.Selection selection, ref bool Cancel)
{
if (null == selection)
{
return;
}
range = selection.Range;
switch (selection.Type)
{
case Word.WdSelectionType.wdSelectionIP:
range.Expand(Word.WdUnits.wdWord); // expand range to be a whole word
break;
case Word.WdSelectionType.wdSelectionNormal: // word(s) selected
break;
default: return;
}
// Trim range, so when we replace the query we don't trample on the spaces between words
while (range.Characters.First.Text == " ")
{
range.MoveStart(Word.WdUnits.wdCharacter);
}
while (range.Characters.Last.Text == " ")
{
range.MoveEnd(Word.WdUnits.wdCharacter, -1);
}
if (!string.IsNullOrEmpty(range.Text))
{
ShowMenu(range.Text);
}
}
private async void GetUpdateSentenceText()
{
////通过选取类型来获取光标位置
Word.Selection currentSelection = Application.Selection;
//// 暂存当前用户的 Overtype 设置
bool userOvertype = Application.Options.Overtype;
// 确保 Overtype false.
if (Application.Options.Overtype)
{
Application.Options.Overtype = false;
}
// 判断当前选取是否是一个插入点(编辑区光标)
if (currentSelection.Type == Word.WdSelectionType.wdSelectionIP)
{
// 当前选取的Range位置，即光标位置
int _cur_start = currentSelection.Range.Start;
int _cur_end = currentSelection.Range.End;
//// 以当前光标位置作为Range起始区间
Word.Range rng = this.Application.ActiveDocument.Range(_cur_start, _cur_end);
////通过扩展Range范围来获取更新后的句子
rng.MoveStart(Word.WdUnits.wdSentence, -1);
rng.MoveEnd(Word.WdUnits.wdSentence, 1);
string _curRangeText = rng.Text;
// Debug.WriteLine(_curRangeText);
TaskPanel.DetectTextLabel.Text = _curRangeText;
//// 正则匹配，如果是完整句子，发送到服务端。
string _sentenceRegex = @"(\.|。|\?|？|\!|！|……)";
if (Regex.IsMatch(_curRangeText, _sentenceRegex))
{
//// 去掉重复句子
if (cacheUpdateText != _curRangeText)
{
string _jsonParam = "{\"sentence\":\"" + _curRangeText + "\"}";
string _requestUrl = ConfigurationManager.AppSettings["RequestSentenceUrl"];
HttpWebResponse hwr = await HttpTool.RequesPostAsync(_requestUrl, _jsonParam);
HttpTool.ResponseResult _curResult = HttpTool.GetResponseJson <HttpTool.ResponseResult>(hwr);
cacheUpdateText = _curRangeText;
}
}
}
// 恢复用户 Overtype
Application.Options.Overtype = userOvertype;
}
public Action AddToWordDocument(IResumeDataObject rdo, IResumeFormatObject rfo, Word.Document wordDoc)
{
return(() =>
{
if (rdo.ExpertiseEntities.Count > 0)
{
// Expertise label
Word.Paragraph tagLineLabelPara = wordDoc.Content.Paragraphs.Add();
Word.Range r4label = tagLineLabelPara.Range;
r4label.Text = "Expertise";
r4label.InsertParagraphAfter();
r4label.ParagraphFormat.Alignment = Word.WdParagraphAlignment.wdAlignParagraphLeft;
r4label.Font.Name = rfo.HeaderFontName;
r4label.Font.Color = rfo.HeaderColorWord;
r4label.Font.Size = rfo.HeaderFontSize;
// Expertise item-headers
List <string> cats = rdo.ExpertiseEntities.Select(T => T.Category).Distinct().ToList();
for (int i = 0; i < cats.Count; i++)
{
Word.Paragraph p = wordDoc.Content.Paragraphs.Add();
Word.Range r4 = p.Range;
r4.Text = cats[i] + ": ";
int titleLength = r4.Text.Length;
// Insert expertise(s)
List <string> exps = rdo.ExpertiseEntities.Where(T => T.Category == cats[i]).Select(T => T.Expertise).ToList();
for (int j = 0; j < exps.Count; j++)
{
r4.Font.Name = rfo.BodyFontName;
r4.Font.Size = rfo.BodyFontSize;
r4.InsertAfter(exps[j] + " " + '\u2022' + " ");
}
r4.Text = r4.Text.Remove(r4.Text.Length - 2);
Word.Range titleRange = r4.Duplicate;
titleRange.MoveEnd(Word.WdUnits.wdCharacter, titleLength - 1 - titleRange.Characters.Count);
titleRange.MoveStart(Word.WdUnits.wdCharacter, 0);
titleRange.Font.Name = rfo.CategoryFontName;
titleRange.Font.Size = rfo.CategoryFontSize;
r4.InsertParagraphAfter();
}
}
});
}
//---------------------------------------------------------------------
private void Test8()
{
//<Snippet38>
// Define a range of 7 characters.
//<Snippet39>
Word.Range rng = this.Application.ActiveDocument.Range(0, 7);
//</Snippet39>
// Move the start position 7 characters.
//<Snippet40>
rng.MoveStart(Word.WdUnits.wdCharacter, 7);
//</Snippet40>
// Move the end position 7 characters.
//<Snippet41>
rng.MoveEnd(Word.WdUnits.wdCharacter, 7);
//</Snippet41>
//</Snippet38>
}
//---------------------------------------------------------------------
private void Test8()
{
//<Snippet38>
// Define a range of 7 characters.
//<Snippet39>
object start = 0;
object end = 7;
Word.Range rng = this.Range(ref start, ref end);
//</Snippet39>
// Move the start position 7 characters.
//<Snippet40>
rng.MoveStart(Word.WdUnits.wdCharacter, 7);
//</Snippet40>
// Move the end position 7 characters.
//<Snippet41>
rng.MoveEnd(Word.WdUnits.wdCharacter, 7);
//</Snippet41>
//</Snippet38>
}
//</Snippet22>
//---------------------------------------------------------------------
//<Snippet26>
private void ReplaceParagraphText()
{
//<Snippet27>
Word.Range firstRange = this.Paragraphs[1].Range;
Word.Range secondRange = this.Paragraphs[2].Range;
string firstString = firstRange.Text;
string secondString = secondRange.Text;
//</Snippet27>
//<Snippet28>
firstRange.Text = secondString;
secondRange.Text = firstString;
//</Snippet28>
//<Snippet29>
firstRange.Select();
MessageBox.Show(firstRange.Text);
secondRange.Select();
MessageBox.Show(secondRange.Text);
//</Snippet29>
//<Snippet30>
object charUnit = Word.WdUnits.wdCharacter;
object move = -1; // move left 1
firstRange.MoveEnd(ref charUnit, ref move);
//</Snippet30>
//<Snippet31>
firstRange.Text = "New content for paragraph 1.";
//</Snippet31>
//<Snippet32>
secondRange.Text = "New content for paragraph 2.";
//</Snippet32>
//<Snippet33>
firstRange.Select();
MessageBox.Show(firstRange.Text);
secondRange.Select();
MessageBox.Show(secondRange.Text);
//</Snippet33>
//<Snippet34>
move = 1; // move right 1
firstRange.MoveEnd(ref charUnit, ref move);
//</Snippet34>
//<Snippet35>
secondRange.Delete(ref missing, ref missing);
//</Snippet35>
//<Snippet36>
firstRange.Text = firstString;
//</Snippet36>
//<Snippet37>
firstRange.InsertAfter(secondString);
firstRange.Select();
//</Snippet37>
}
//note that this saves existing highlight and highlights
//this is because looping through document twice will increase runtime by 2n
//where n is around 15 seconds per page \(*o*)/
private void SaveExistingAndHighlightRange(Word.Range range, LowerAndUpperBounds bounds)
{
//range to search
int wordCount = range.Words.Count;
//***lower bound for arrays is 1 in Word object model***
// (array[0] does exist but is not used)
// (array[1] is the first word in the array)
int lowerBoundWordCount = 1;
int upperBoundWordCount = wordCount + 1;
Word.Words words = range.Words;
//we have two saved colors (one for continuing range of same color)
//so we can bulk highlight a sequence of words with the same color
//for faster runtime (updating word one by one takes too long)
Word.WdColorIndex tempColor = Word.WdColorIndex.wdNoHighlight;
Word.WdColorIndex tempColor2 = Word.WdColorIndex.wdNoHighlight;
Word.Range tempRange = null;
Globals.ThisAddIn.Application.System.Cursor = Word.WdCursorType.wdCursorWait;
for (int i = lowerBoundWordCount; i < upperBoundWordCount; i++)
{
Word.Range wordRange = words[i];
//save existing highlight first
if (wordRange.HighlightColorIndex != Colors.none)
{
this.SaveExistingHighlight(wordRange);
}
//get word
string word = wordRange.Text;
string cleanWord = CleanWord(word);
//move page as necessary (kinda like progress bar but more intuitive)
//right now, every 20 words
if (i % 20 == 0)
{
wordRange.Select();
}
/*
* Periods, commas, etc are considered words
* so skip through them if so.
* However, for hyphens it may be one word
* for example merry-go-round
* or it may not be like -this hyphen acts as a bullet point.
* Make an exception for hyphens and consider it as one word if necessary
*/
if (isPunctuation(cleanWord))
{
if (tempRange == null)
{
continue;
}
//reset highlight color to nothing
this.AddColoring(tempRange, tempColor);
tempRange = null;
tempColor = Word.WdColorIndex.wdNoHighlight;
wordRange.HighlightColorIndex = Word.WdColorIndex.wdNoHighlight;
continue;
}
//now highlight
/*
* For highlighting, looping word by word is extremely slow
* 900 words about 1 minute
* But highlighting the entire page a single color takes a second..
* So to lessen run time, bulk highlight words with same color.
*
*/
if (Dictionary.ContainsKey(cleanWord))
{
int wordIndex = Dictionary[cleanWord];
tempColor2 = bounds.GetColorOfIndex(wordIndex);
}
else
{
tempColor2 = Colors.unknown;
UnknownWords.Add(cleanWord);
}
if (tempRange == null) //first instance
{
tempColor = tempColor2;
tempRange = wordRange;
}
else
{
if (tempColor == tempColor2) //we continue to the next word
{
int rangeSize = wordRange.Characters.Count;
tempRange.MoveEnd(Word.WdUnits.wdCharacter, rangeSize);
}
else //we highlight the range before
{
this.AddColoring(tempRange, tempColor);
tempRange = wordRange;
tempColor = tempColor2;
}
}
} //end for loop of words
Globals.ThisAddIn.Application.System.Cursor = Word.WdCursorType.wdCursorNormal; //pointer back to normal
//highlight last set of words
if (tempRange != null) //in case last word is a punctuation mark
{
this.AddColoring(tempRange, tempColor);
}
//remove selected text
Globals.ThisAddIn.Application.Selection.Move();
//save range so the next time we highlight,
//we can remove highlight on this range
prevRange = range;
}
/*
* Note the THREE places style info can appear:
*
* <w:sdt>
* <w:sdtPr>
* <w:rPr>
* <w:rStyle w:val="Heading1Char"/>
* </w:rPr>
* <w:id w:val="968472055"/>
* <w:placeholder>
* <w:docPart w:val="DefaultPlaceholder_1082065158"/>
* </w:placeholder>
* <w:showingPlcHdr/>
* <w:text/>
* </w:sdtPr>
* <w:sdtEndPr>
* <w:rPr>
* <w:rStyle w:val="DefaultParagraphFont"/>
* <w:rFonts w:asciiTheme="minorHAnsi" w:eastAsiaTheme="minorEastAsia" w:hAnsiTheme="minorHAnsi" w:cstheme="minorBidi"/>
* <w:b w:val="0"/>
* <w:bCs w:val="0"/>
* <w:color w:val="FF0000"/>
* <w:sz w:val="36"/>
* <w:szCs w:val="22"/>
* </w:rPr>
* </w:sdtEndPr>
*
* <w:sdtContent>
* <w:r w:rsidRPr="00616F57">
* <w:rPr>
* <w:u w:val="single"/>
* </w:rPr>
* <w:t>ahhaaaaaaaaaa</w:t>
* </w:r>
* </w:sdtContent>
*
* A content control inserted programmatically or via Word 2010 Developer
* menu appears to set:
*
* <w:sdt>
* <w:sdtPr>
* <w:rPr>
* <w:color w:val="FF0000"/>
* <w:sz w:val="32"/>
* </w:rPr>
* <w:id w:val="1015963520"/>
* <w:placeholder>
* <w:docPart w:val="DefaultPlaceholder_1082065158"/>
* </w:placeholder>
* <w:text/>
* </w:sdtPr>
* <w:sdtContent>
* <w:proofErr w:type="gramStart"/>
* <w:r w:rsidR="00EF4BC6">
* <w:rPr>
* <w:color w:val="FF0000"/>
* <w:sz w:val="32"/>
* </w:rPr>
* <w:t>kkk</w:t>
* </w:r>
* <w:proofErr w:type="gramEnd"/>
* </w:sdtContent>
* </w:sdt>
*
* ie not w:sdtEndPr, which cc.set_DefaultTextStyle(ref style) sets
*
* Tested insertion at :
* - first character in paragraph
* - last character in paragraph (with and without paragraph mark formatted)
* - between 2 differently formatted runs
*
* The rule seems to be that Word uses the formatting to the left,
* except when it is at the beginning, in which case it uses the formatting
* of the character to the right. If the character to the right is the
* paragraph mark, it will use that.
*
*/
//public Word.ContentControl CopyAdjacentFormat(Word.ContentControl cc, bool foo) // foo arg does nothing, it is just to match delegate signature
//{
// return CopyAdjacentFormat(cc);
//}
public Word.ContentControl CopyAdjacentFormat(Word.ContentControl cc)
{
//Thread.Sleep(200);
object collapseStart = Word.WdCollapseDirection.wdCollapseStart;
object collapseEnd = Word.WdCollapseDirection.wdCollapseEnd;
object unitCharacter = Word.WdUnits.wdCharacter;
Word.Document activeDoc = Globals.ThisAddIn.Application.ActiveDocument;
Word.Range leftRange = cc.Range.Duplicate;
Word.Range rightRange = cc.Range.Duplicate;
Word.Range pRange = activeDoc.Windows[1].Selection.Paragraphs[1].Range;
int pStartPos = pRange.Start;
object countL = -2; // -1 is not enough
leftRange.MoveStart(ref unitCharacter, ref countL);
leftRange.Collapse(ref collapseStart); // it is ok for the range to be completely collapsed
//leftRange.Text = "@";
if (pStartPos > leftRange.Start)
{
// Oops, we were at the start of the paragraph,
// so use the character to the right
log.Info("Applying RIGHT formatting...");
object countR = +1; // -1 is not enough
rightRange.MoveEnd(ref unitCharacter, ref countR);
rightRange.Collapse(ref collapseEnd);
rightRange.Select();
}
else
{
// Usual case
log.Info("Applying LEFT formatting...");
leftRange.Select();
}
// Now apply the formatting
activeDoc.Windows[1].Selection.CopyFormat();
cc.Range.Select();
activeDoc.Windows[1].Selection.PasteFormat();
cc.Application.ScreenUpdating = true;
cc.Application.ScreenRefresh();
return(cc);
//WORKS
////cc.Range.Font = leftRange.Font;
//cc.Range.Bold = 1;
//cc.Range.Underline = Word.WdUnderline.wdUnderlineDotDashHeavy;
//cc.Range.Italic = 1;
// but DOESN'T WORK- NOT CLEAR WHY
////cc.Range.Font = leftRange.Font;
//cc.Range.Bold = leftRange.Bold;
//cc.Range.Underline = leftRange.Underline;
//cc.Range.Italic = leftRange.Italic;
//string te = cc.Range.Text;
//cc.Range.FormattedText = leftRange.FormattedText;
//Tools.PlainTextContentControl pptc = cc as Tools.PlainTextContentControl;
}