public void TestDiscoverDocxWithSpecificContentTypes()
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(TESTFILE_DIR + "test002.docx", FileMode.Open)))
{
ddp.ContentTypesOfInterest = new ContentType[] { ContentType.HiddenText, ContentType.Field };
ddp.Process(DocumentProcessingActions.Discover);
Assert.IsNotNull(ddp.DocumentText, "expected the document text object to be valid");
Assert.AreEqual(2, ddp.DocumentText.GetTextTypes().Count, "expected to discover only the 2 specified text types");
DocumentText dt = ddp.DocumentText;
Assert.Greater(dt.GetTextTypes(ContentType.Field).Count, 0);
Assert.Greater(dt.GetTextTypes(ContentType.HiddenText).Count, 0);
Assert.AreEqual(0, dt.GetTextTypes(ContentType.SmartTag).Count);
Assert.AreEqual(0, dt.GetTextTypes(ContentType.SmallText).Count);
Assert.AreEqual(0, dt.GetTextTypes(ContentType.TrackChange).Count);
}
}
public void TestDiscoverDocxWithStyles()
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(TESTFILE_DIR + "StyleExerciser.docx", FileMode.Open)))
{
ddp.Process(DocumentProcessingActions.Discover);
TextType ttHidden = ddp.DocumentText.GetTextTypes(ContentType.HiddenText)[0] as TextType;
Assert.IsNotNull(ttHidden);
Assert.AreEqual(9,ttHidden.GetChildCount());
Assert.AreEqual("This is some text in the document in a hidden paragraph.", ttHidden.GetChild(0).GetInfo("Content")[0].value);
Assert.AreEqual("This para contains ", ttHidden.GetChild(1).GetInfo("Content")[0].value);
Assert.AreEqual(" text.", ttHidden.GetChild(2).GetInfo("Content")[0].value);
Assert.AreEqual("This hidden para contains ", ttHidden.GetChild(3).GetInfo("Content")[0].value);
Assert.AreEqual(" text.", ttHidden.GetChild(4).GetInfo("Content")[0].value);
Assert.AreEqual("This text in hidden style with ", ttHidden.GetChild(5).GetInfo("Content")[0].value);
Assert.AreEqual("embedded.", ttHidden.GetChild(6).GetInfo("Content")[0].value);
Assert.AreEqual("This text in hidden style with ", ttHidden.GetChild(7).GetInfo("Content")[0].value);
Assert.AreEqual(" embedded.", ttHidden.GetChild(8).GetInfo("Content")[0].value);
}
}
public void TestCleanDiagram_MultipleDiagramsSmallText()
{
string TEST_DOC = TESTFILE_DIR + "Test Multiple Smart Art Small.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.SmallText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
Assert.AreEqual(14, ttDiagramText.GetChildCount(), "Cleaned document should still have some reported paragraph text");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanDiagram_PartialWhiteText2()
{
string TEST_DOC = TESTFILE_DIR + "Test Smart Art Partial White Text.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if(File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using(ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
Assert.IsNotNull(ttDiagramText, "there should be some paragraph text here");
Assert.AreEqual(3, ttDiagramText.GetChildCount(), "should have got two paragraph items back");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanDiagram_MultiplePartialAndFullWhiteText()
{
string TEST_DOC = TESTFILE_DIR + "Test Multiple Smart Art Full and Partial White Text.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
Assert.AreEqual(8, ttDiagramText.GetChildCount(), "Cleaned document should still have some reported paragraph text");
int index = 0;
IAbstractTextNode node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Here is some normal text. Nothing interesting just some random rubbish to put before anything else.", node.GetInfo("Content")[0].value, "wrong text reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Here is yet more text with no good reason for its existence other than to put some words down here and that is all.", node.GetInfo("Content")[0].value, "wrong text reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Something", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{0A02ADD5-6F8B-4427-80A3-BC5EBA44FAE1}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Dog", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{4EEFAF20-A6EB-495C-A943-006BA844B082}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("More", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{3FF29E88-F62F-479E-9AE6-191BA81828E4}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Hare", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{400EDE91-7194-4C6D-AD2E-B9F9B770F146}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Oe", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{6F1AD44A-05E7-492F-B5A2-F81EEF4F8CCA}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Three", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{6EE7408C-9700-4220-B9EA-6CBA1316EC66}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanDiagram_PartialWhiteText()
{//disable this as we cannot fix this without breaking lots of other things at the moment
string TEST_DOC = TESTFILE_DIR + "Test Single Smart Art Text Partial White Text.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
}
// TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
// Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
// Assert.AreEqual(1, ttDiagramText.GetChildCount(), "Cleaned document should still have some reported paragraph text");
// IAbstractTextNode node = ttDiagramText.GetChild(0);
// Assert.AreEqual("This is the of this smart art", node.GetInfo("Content")[0].value, "wrong text reported");
// Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
// Assert.AreEqual("{003D71BC-AAAA-4A07-900B-0B97444F09C3}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanDiagram_WhiteText()
{//disable this as we cannot fix this without breaking lots of other things at the moment
string TEST_DOC = TESTFILE_DIR + "Test Single Smart Art Text White Text On No Fill.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
// TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
// Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
// Assert.AreEqual(0, ttDiagramText.GetChildCount(), "Clean documents should have no entries in lists");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestWorksharePropertiesAreDiscoverdButNotCleaned()
{
string TEST_DOC = TESTFILE_DIR + "TestLotsOfProperties.docx";
string OUTPUT_DOC = TESTFILE_DIR + "Cleaned.docx";
using (DocxDocumentProcessor ddp1 = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open)))
{
ddp1.Process(DocumentProcessingActions.Discover);
DocumentText dt1 = ddp1.DocumentText;
List<IAbstractTextType> ttCustom1 = dt1.GetTextTypes(ContentType.CustomProperty);
if(ttCustom1 != null)
Assert.AreEqual(0, ttCustom1.Count, "Something was interpretted as a custom property");
TextType ttWorkshare1 = dt1.GetTextTypes(ContentType.WorkshareProperty)[0] as TextType;
Assert.AreEqual("WSClassification", ttWorkshare1.GetChild(0).GetInfo("Name")[0].value);
Assert.AreEqual("WS_SEND_FOR_REVIEW", ttWorkshare1.GetChild(1).GetInfo("Name")[0].value);
Assert.AreEqual("WS_RTS_TAG", ttWorkshare1.GetChild(2).GetInfo("Name")[0].value);
Assert.AreEqual("EVOLVING_DOC_ID", ttWorkshare1.GetChild(3).GetInfo("Name")[0].value);
Assert.AreEqual("SFR_COMPUTER_NAME", ttWorkshare1.GetChild(4).GetInfo("Name")[0].value);
Assert.AreEqual("WSRestrictionLevel", ttWorkshare1.GetChild(5).GetInfo("Name")[0].value);
Assert.AreEqual("WSRestrictionPassword", ttWorkshare1.GetChild(6).GetInfo("Name")[0].value);
Assert.AreEqual(7, ttWorkshare1.GetChildCount(), "Found an extra property we did not expect");
}
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
using (DocxDocumentProcessor ddp2 = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open)))
{
using (ddp2.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddp2.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddp3 = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddp3.Process(DocumentProcessingActions.Discover);
DocumentText dt3 = ddp3.DocumentText;
List<IAbstractTextType> ttCustom3 = dt3.GetTextTypes(ContentType.CustomProperty);
if (ttCustom3 != null)
Assert.AreEqual(0, ttCustom3.Count);
TextType ttWorkshare3 = dt3.GetTextTypes(ContentType.WorkshareProperty)[0] as TextType;
Assert.AreEqual("WSClassification", ttWorkshare3.GetChild(0).GetInfo("Name")[0].value);
Assert.AreEqual("WS_SEND_FOR_REVIEW", ttWorkshare3.GetChild(1).GetInfo("Name")[0].value);
Assert.AreEqual("WS_RTS_TAG", ttWorkshare3.GetChild(2).GetInfo("Name")[0].value);
Assert.AreEqual("EVOLVING_DOC_ID", ttWorkshare3.GetChild(3).GetInfo("Name")[0].value);
Assert.AreEqual("SFR_COMPUTER_NAME", ttWorkshare3.GetChild(4).GetInfo("Name")[0].value);
Assert.AreEqual("WSRestrictionLevel", ttWorkshare3.GetChild(5).GetInfo("Name")[0].value);
Assert.AreEqual("WSRestrictionPassword", ttWorkshare3.GetChild(6).GetInfo("Name")[0].value);
Assert.AreEqual(7, ttWorkshare3.GetChildCount());
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
private void ValidateFieldsWithNonStringExclusions(string outputFile, ContentType contentType, string test)
{
using (DocxDocumentProcessor ddp2 = new DocxDocumentProcessor(File.Open(outputFile, FileMode.Open)))
{
ddp2.ExcludeList = null;
ddp2.Process(DocumentProcessingActions.Discover);
Assert.IsNotNull(ddp2.DocumentText, "expected the document text object to be valid");
IAbstractTextType tt = ddp2.DocumentText.GetUniqueTextType(contentType);
Assert.IsNotNull(tt, "expected the content type '" + contentType + "' to be valid");
CommonTestUtilities.CheckFieldAgainstExclusions(tt, test);
}
}
public void TestHandleFldCharProperly()
{
string TEST_DOC = TESTFILE_DIR + "TestHandleFldCharProperly.docx";
string OUTPUT_DOC = TESTFILE_DIR + "TestHandleFldCharProperlyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
ValidateMatchesSchema(TEST_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
foreach (ContentType ct in Enum.GetValues(typeof(ContentType)))
typesToClean.Add(ct);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
List<Exclusion> exl = new List<Exclusion>();
exl.Add(new Exclusion());
ddpclean.ExcludeList = exl;
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
ValidateMatchesSchema(OUTPUT_DOC);
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanDeletedTrackChangeInTableRow()
{
string TEST_DOC = TESTFILE_DIR + "DeletedTrackChangeInTableRow.docx";
string OUTPUT_DOC = TESTFILE_DIR + "DeletedTrackChangeInTableRow_cleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
int iExpectedCount = CountPNodes(TEST_DOC);
ValidateMatchesSchema(TEST_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.TrackChange);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
Assert.AreEqual(iExpectedCount, CountPNodes(OUTPUT_DOC), "expected the same number of para nodes");
ValidateMatchesSchema(OUTPUT_DOC);
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanProblemComplexDoc()
{
string TEST_DOC = TESTFILE_DIR + "Getting Started Guide.docx";
string OUTPUT_DOC = TESTFILE_DIR + "GSGCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
int iExpectedCount = CountPNodes(TEST_DOC);
ValidateMatchesSchema(TEST_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
//foreach (ContentType ct in Enum.GetValues(typeof(ContentType)))
// typesToClean.Add(ct);
typesToClean.Add(ContentType.InkAnnotation);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
ValidateMatchesSchema(OUTPUT_DOC);
Assert.AreEqual(iExpectedCount, CountPNodes(OUTPUT_DOC), "expected to get 9 para nodes if we haven't mucked up");
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestCleanInkAnnotations_4()
{
string TEST_DOC = TESTFILE_DIR + "Test Ink Annotations 5.docx";
string OUTPUT_DOC = TESTFILE_DIR + "InkCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.InkAnnotation);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
Assert.IsNull(ddpRead.DocumentText.GetUniqueTextType(ContentType.InkAnnotation));
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestNoCleanInkAnnotations_1()
{
string TEST_DOC = TESTFILE_DIR + "Test Ink Annotations 1.docx";
string OUTPUT_DOC = TESTFILE_DIR + "InkCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
Assert.Greater(ddpRead.DocumentText.GetTextTypes(ContentType.InkAnnotation).Count, 0, "expected the ink annotations to be left behind");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestFootAndEndNoteTriggersAreNotEnabledByContentRuleType()
{
if (File.Exists(TESTFILE_DIR + "SelectivelyCleaned.docm.docx"))
File.Delete(TESTFILE_DIR + "SelectivelyCleaned.docm.docx");
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.ContentRule);
string TEST_DOC = TESTFILE_DIR + "HasAllMetadataTypesOfInterest.docm.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docm.docx";
try
{
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
XmlDocument xmlDocument = DocxTestUtilities.GetDocumentPartXml(OUTPUT_DOC);
Assert.IsNotNull(xmlDocument);
XmlNamespaceManager nsmgr = new XmlNamespaceManager(xmlDocument.NameTable);
nsmgr.AddNamespace("w", "http://purl.oclc.org/ooxml/wordprocessingml/main");
XmlNodeList xmlNodes = xmlDocument.SelectNodes("//w:footnoteReference", nsmgr);
Assert.AreEqual(1, xmlNodes.Count);
xmlNodes = xmlDocument.SelectNodes("//w:endnoteReference", nsmgr);
Assert.AreEqual(1, xmlNodes.Count);
xmlDocument = DocxTestUtilities.GetSettingsPartXml(OUTPUT_DOC);
Assert.IsNotNull(xmlDocument);
xmlNodes = xmlDocument.SelectNodes("//w:footnotePr", nsmgr);
Assert.AreEqual(1, xmlNodes.Count);
xmlNodes = xmlDocument.SelectNodes("//w:endnotePr", nsmgr);
Assert.AreEqual(1, xmlNodes.Count);
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestWhiteIsNotRemovedAsRedactedText()
{
if (File.Exists(TESTFILE_DIR + "SelectivelyCleaned.docm.docx"))
File.Delete(TESTFILE_DIR + "SelectivelyCleaned.docm.docx");
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.RedactedText);
string TEST_DOC = TESTFILE_DIR + "HasAllMetadataTypesOfInterest.docm.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docm.docx";
try
{
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
TextType tt = DiscoverTextType(OUTPUT_DOC, ContentType.WhiteText);
Assert.IsNotNull(tt, "we expect the white text to stay");
Assert.AreEqual(1, tt.GetChildCount(), "missing the 1 item of white text");
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
private static void TestCleanOneTypeOfMetadataOnly(string sFileUnderTest, string outputFile, ContentType typeToClean)
{
if (File.Exists(outputFile))
File.Delete(outputFile);
List<ContentType> typesToClean = new List<ContentType>();
if (typeToClean != ContentType.ContentRule)
typesToClean.Add(typeToClean);
try
{
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(sFileUnderTest, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(outputFile, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(outputFile, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TestHasAllMetadatTypesOtherThan(ddpRead.DocumentText, typeToClean);
}
}
finally
{
if (File.Exists(outputFile))
File.Delete(outputFile);
}
}
public void TestSelectiveCleaningOfMetadataTypes()
{
string TEST_DOC = TESTFILE_DIR + "HasAllMetadataTypesOfInterest.docm.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docm";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
using (DocxDocumentProcessor ddpBase = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open)))
{
ddpBase.Process(DocumentProcessingActions.Discover);
TestHasAllMetadatTypesOtherThan(ddpBase.DocumentText, ContentType.ContentRule);
}
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.ContentRule);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.Comment);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.TrackChange);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.HiddenText);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.SmallText);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.WhiteText);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.AttachedTemplate);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.SmartTag);
// TODO Field cleaning needs a bit of clarification
// TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.Field);
//TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.Hyperlink);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.CustomProperty);
//TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.Macro);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.RedactedText);
TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.BuiltInProperty);
//TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.Version);
//TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.AutoVersion);
//TestCleanOneTypeOfMetadataOnly(TEST_DOC, OUTPUT_DOC, ContentType.RoutingSlip);
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
private static void CleanDocument(string outputFile, string inputFile, ContentType[] contentTypesofInterest)
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(inputFile, FileMode.Open)))
{
if (contentTypesofInterest != null)
ddp.ContentTypesOfInterest = contentTypesofInterest;
if (File.Exists(outputFile))
File.Delete(outputFile);
using (Stream str = File.Open(outputFile, FileMode.CreateNew))
{
ddp.Output = str;
ddp.Process(DocumentProcessingActions.Clean);
Assert.IsNull(ddp.DocumentText, "expected the document text object to be null");
}
Assert.IsTrue(File.Exists(outputFile), "expected the cleaned file to be created");
}
}
private static void ValidateNoMetaData(string outputFile)
{
using (DocxDocumentProcessor ddp2 = new DocxDocumentProcessor(File.Open(outputFile, FileMode.Open)))
{
ddp2.Process(DocumentProcessingActions.Discover);
Assert.IsNotNull(ddp2.DocumentText, "expected the document text object to be valid");
foreach (IAbstractTextType tt in ddp2.DocumentText.GetTextTypes())
{
if (tt.GetContentType() == ContentType.Paragraph ||
tt.GetContentType() == ContentType.Footer ||
tt.GetContentType() == ContentType.Header )
continue;
Assert.AreEqual(0, tt.GetChildCount(), "we were expecting no metadata of type " + tt.GetContentType());
}
}
}
private int MetadataCount(string outputFile, ContentType contentType)
{
using (DocxDocumentProcessor ddp2 = new DocxDocumentProcessor(File.Open(outputFile, FileMode.Open)))
{
ddp2.Process(DocumentProcessingActions.Discover);
Assert.IsNotNull(ddp2.DocumentText, "expected the document text object to be valid");
foreach (IAbstractTextType tt in ddp2.DocumentText.GetTextTypes())
{
if (tt.GetContentType() != contentType)
continue;
return tt.Count;
}
return 0;
}
}
public void TestCleanDiagram_MultipleWhiteText()
{
string TEST_DOC = TESTFILE_DIR + "Test Multiple Smart Art Text Colours.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
Assert.AreEqual(7, ttDiagramText.GetChildCount(), "Cleaned document should still have some reported paragraph text");
int index = 0;
IAbstractTextNode node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Red", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{90858386-890F-46AF-A294-08A70FB465E4}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("White", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{6C2EA5F2-FB0E-4C70-A5A6-A3BD8A582B11}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Heading", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{727A527E-6DDC-4851-9CE9-75BBD36389C4}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("See here", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{7C068228-7C26-4B6A-9C23-C09E235294F9}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Purple", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{E461D11B-F02E-4040-999D-F627133CAF92}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("Next", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{10C763CC-CC0F-4620-8AE9-D292BA412BC6}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
node = ttDiagramText.GetChild(index++);
Assert.AreEqual("And Something", node.GetInfo("Content")[0].value, "wrong text reported");
Assert.AreEqual("Diagram_Text", node.GetInfo("Type")[0].value, "wrong text type reported");
Assert.AreEqual("{90DA456E-8BB3-4E70-A51F-D10E57005F92}", node.GetInfo("ModelId")[0].value, "wrong model Id reported");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
private TextType DiscoverTextType(string sInputDoc, ContentType typeToGet)
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(sInputDoc, FileMode.Open)))
{
ddp.Process(DocumentProcessingActions.Discover);
if (ddp.DocumentText.GetTextTypes(typeToGet).Count == 0)
return null;
TextType ttResult = ddp.DocumentText.GetTextTypes(typeToGet)[0] as TextType;
Assert.IsNotNull(ttResult);
return ttResult;
}
}
public void TestPassThroughDocxWithSpecificContentTypes()
{
string sCopyFile = TESTFILE_DIR + "copy.docx";
if (File.Exists(sCopyFile))
File.Delete(sCopyFile);
try
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(TESTFILE_DIR + "test002.docx", FileMode.Open)))
{
using (ddp.Output = File.Open(sCopyFile, FileMode.CreateNew))
{
ddp.ContentTypesOfInterest = new ContentType[] { ContentType.HiddenText, ContentType.Field };
ddp.Process(DocumentProcessingActions.PassThrough);
}
}
Assert.IsTrue(CommonTestUtilities.AreZipFilesEqual(TESTFILE_DIR + "test002.docx", sCopyFile));
}
finally
{
File.Delete(sCopyFile);
}
}
public void TestDiscoverDocx()
{
using (DocxDocumentProcessor ddp = new DocxDocumentProcessor(File.Open(TESTFILE_DIR + "test002.docx", FileMode.Open)))
{
ddp.Process(DocumentProcessingActions.Discover);
Assert.IsNotNull(ddp.DocumentText, "expected the document text object to be valid");
Assert.Greater(ddp.DocumentText.GetTextTypes().Count, 0, "expected some document text types to have been added");
DocumentText dt = ddp.DocumentText;
Assert.Greater(dt.GetTextTypes(ContentType.Field).Count, 0);
Assert.Greater(dt.GetTextTypes(ContentType.HiddenText).Count, 0);
Assert.Greater(dt.GetTextTypes(ContentType.SmartTag).Count, 0);
Assert.Greater(dt.GetTextTypes(ContentType.SmallText).Count, 0);
Assert.Greater(dt.GetTextTypes(ContentType.TrackChange).Count, 0);
}
}
public void TestCleanDiagram_MultipleDiagramsWhiteText()
{
string TEST_DOC = TESTFILE_DIR + "Test Multiple Smart Art.docx";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docx";
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
try
{
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.WhiteText);
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
using (DocxDocumentProcessor ddpRead = new DocxDocumentProcessor(File.Open(OUTPUT_DOC, FileMode.Open)))
{
ddpRead.Process(DocumentProcessingActions.Discover);
TextType ttDiagramText = ddpRead.DocumentText.GetTextTypes(ContentType.Paragraph)[0] as TextType;
Assert.IsNotNull(ttDiagramText, "Clean documents should have empty lists");
//if this starts failing check that we haven't actually improved matters
//some of the reported items might really have been cleaned in an ideal world I think
Assert.AreEqual(27, ttDiagramText.GetChildCount(), "Cleaned document should still have some reported paragraph text");
}
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}
public void TestTrackChangesTriggersAreNotEnabledByContentRuleType()
{
if (File.Exists(TESTFILE_DIR + "SelectivelyCleaned.docm"))
File.Delete(TESTFILE_DIR + "SelectivelyCleaned.docm");
List<ContentType> typesToClean = new List<ContentType>();
typesToClean.Add(ContentType.ContentRule);
string TEST_DOC = TESTFILE_DIR + "HasAllMetadataTypesOfInterest.docm";
string OUTPUT_DOC = TESTFILE_DIR + "SelectivelyCleaned.docm";
try
{
using (DocxDocumentProcessor ddpclean = new DocxDocumentProcessor(File.Open(TEST_DOC, FileMode.Open), typesToClean))
{
using (ddpclean.Output = File.Open(OUTPUT_DOC, FileMode.CreateNew))
{
ddpclean.Process(DocumentProcessingActions.Clean);
}
}
XmlDocument xmlDocument = DocxTestUtilities.GetDocumentPartXml(OUTPUT_DOC);
Assert.IsNotNull(xmlDocument);
XmlNamespaceManager nsmgr = new XmlNamespaceManager(xmlDocument.NameTable);
nsmgr.AddNamespace("w", "http://schemas.openxmlformats.org/wordprocessingml/2006/main");
XmlNodeList xmlNodes = xmlDocument.SelectNodes("//w:tcPrChange", nsmgr);
Assert.AreEqual(6, xmlNodes.Count);
}
finally
{
if (File.Exists(OUTPUT_DOC))
File.Delete(OUTPUT_DOC);
}
}