public ComparisonUnitWord(IEnumerable <ComparisonUnitAtom> comparisonUnitAtomList)
{
Contents = comparisonUnitAtomList.OfType <ComparisonUnit>().ToList();
string sha1String = Contents.Select(c => c.SHA1Hash).StringConcatenate();
SHA1Hash = WmlComparerUtil.SHA1HashStringForUTF8String(sha1String);
}
private static WmlDocument HashBlockLevelContent(
WmlDocument source,
WmlDocument sourceAfterProc,
WmlComparerSettings settings)
{
using (var msSource = new MemoryStream())
using (var msAfterProc = new MemoryStream())
{
msSource.Write(source.DocumentByteArray, 0, source.DocumentByteArray.Length);
msAfterProc.Write(sourceAfterProc.DocumentByteArray, 0, sourceAfterProc.DocumentByteArray.Length);
using (WordprocessingDocument wDocSource = WordprocessingDocument.Open(msSource, true))
using (WordprocessingDocument wDocAfterProc = WordprocessingDocument.Open(msAfterProc, true))
{
// create Unid dictionary for source
XDocument sourceMainXDoc = wDocSource.MainDocumentPart.GetXDocument();
XElement sourceMainRoot = sourceMainXDoc.Root ?? throw new ArgumentException();
Dictionary <string, XElement> sourceUnidDict = sourceMainRoot
.Descendants()
.Where(d => d.Name == W.p || d.Name == W.tbl || d.Name == W.tr)
.ToDictionary(d => (string)d.Attribute(PtOpenXml.Unid));
XDocument afterProcMainXDoc = wDocAfterProc.MainDocumentPart.GetXDocument();
XElement afterProcMainRoot = afterProcMainXDoc.Root ?? throw new ArgumentException();
IEnumerable <XElement> blockLevelElements = afterProcMainRoot
.Descendants()
.Where(d => d.Name == W.p || d.Name == W.tbl || d.Name == W.tr);
foreach (XElement blockLevelContent in blockLevelElements)
{
var cloneBlockLevelContentForHashing = (XElement)CloneBlockLevelContentForHashing(
wDocAfterProc.MainDocumentPart,
blockLevelContent,
true,
settings);
string shaString = cloneBlockLevelContentForHashing
.ToString(SaveOptions.DisableFormatting)
.Replace(" xmlns=\"http://schemas.openxmlformats.org/wordprocessingml/2006/main\"", "");
string sha1Hash = WmlComparerUtil.SHA1HashStringForUTF8String(shaString);
var thisUnid = (string)blockLevelContent.Attribute(PtOpenXml.Unid);
if (thisUnid != null)
{
if (sourceUnidDict.ContainsKey(thisUnid))
{
XElement correlatedBlockLevelContent = sourceUnidDict[thisUnid];
correlatedBlockLevelContent.Add(new XAttribute(PtOpenXml.CorrelatedSHA1Hash, sha1Hash));
}
}
}
wDocSource.MainDocumentPart.PutXDocument();
}
var sourceWithCorrelatedSHA1Hash = new WmlDocument(source.FileName, msSource.ToArray());
return(sourceWithCorrelatedSHA1Hash);
}
}
public ComparisonUnitAtom(
XElement contentElement,
XElement[] ancestorElements,
OpenXmlPart part,
WmlComparerSettings settings)
{
ContentElement = contentElement;
AncestorElements = ancestorElements;
Part = part;
RevTrackElement = GetRevisionTrackingElementFromAncestors(contentElement, AncestorElements);
if (RevTrackElement == null)
{
CorrelationStatus = CorrelationStatus.Equal;
}
else
{
if (RevTrackElement.Name == W.del)
{
CorrelationStatus = CorrelationStatus.Deleted;
}
else if (RevTrackElement.Name == W.ins)
{
CorrelationStatus = CorrelationStatus.Inserted;
}
}
var sha1Hash = (string)contentElement.Attribute(PtOpenXml.SHA1Hash);
if (sha1Hash != null)
{
SHA1Hash = sha1Hash;
}
else
{
string shaHashString = GetSha1HashStringForElement(ContentElement, settings);
SHA1Hash = WmlComparerUtil.SHA1HashStringForUTF8String(shaHashString);
}
}
