public void TestReadBackCharacterFormattingIncludesColourInfo()
{
using (Stream sIn = new FileStream(TESTFILE_DIR + "CharacterPropertiesTestDocument.xml", FileMode.Open))
{
Workshare.Compositor.FCSFilters.FcsToRtfWriter writerOut = new Workshare.Compositor.FCSFilters.FcsToRtfWriter();
ParsingContext context = new ParsingContext();
context.SetDefaultStartContext();
context.ParsingBody = true;
Parser pft = new Parser(sIn, new BodyConsumer(context), writerOut);
pft.Parse();
int iReadBackIndex = 2;
DocElement de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.UnderlineStyle == CharacterProperties.UnderlineStyles.None);
iReadBackIndex += 3;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.UnderlineStyle == CharacterProperties.UnderlineStyles.Continuous);
iReadBackIndex += 4;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.UnderlineStyle == CharacterProperties.UnderlineStyles.None);
}
}
public void TestGeneratesSectionObjects()
{
using (Stream sIn = new FileStream(TESTFILE_DIR + "DocumentHasTwoSections.xml", FileMode.Open))
{
Workshare.Compositor.FCSFilters.FcsToRtfWriter writerOut = new Workshare.Compositor.FCSFilters.FcsToRtfWriter();
ParsingContext context = new ParsingContext();
context.SetDefaultStartContext();
context.ParsingBody = true;
Parser pft = new Parser(sIn, new BodyConsumer(context), writerOut);
pft.Parse();
DocElement de = null;
int iObjectCount = writerOut.FileCollectionSize();
for(int iIndex = 0; iIndex < iObjectCount; ++iIndex)
{
de = writerOut.ReadBackElementFromFileCollection(iIndex);
if (de == null)
continue;
if (de.GetType() == typeof(Section))
break;
de = null;
}
Assert.IsNotNull(de, "Failed to find any Section objects in the output");
}
}
public void TestReadBackSectionObjects()
{
using (Stream sIn = new FileStream(TESTFILE_DIR + "DocumentHasTwoSections.xml", FileMode.Open))
{
Workshare.Compositor.FCSFilters.FcsToRtfWriter writerOut = new Workshare.Compositor.FCSFilters.FcsToRtfWriter();
ParsingContext context = new ParsingContext();
context.SetDefaultStartContext();
context.ParsingBody = true;
Parser pft = new Parser(sIn, new BodyConsumer(context), writerOut);
pft.EmitContextStart();
pft.Parse();
int iFoundNSectionsWhereN = 0;
int iObjectCount = writerOut.FileCollectionSize();
for (int iIndex = 0; iIndex < iObjectCount; ++iIndex)
{
DocElement des = writerOut.ReadBackElementFromFileCollection(iIndex);
if (des == null)
continue;
if(des.GetType() == typeof(Section))
++iFoundNSectionsWhereN;
}
Assert.IsTrue(iFoundNSectionsWhereN == 2);
int iReadBackIndex = 0;
DocElement de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(Section));
Assert.AreEqual(1440, (de as Section).SectionFormatting.FCSPageInformation.TopMargin);
Assert.AreEqual(1440, (de as Section).SectionFormatting.FCSPageInformation.RightMargin);
Assert.AreEqual(1440, (de as Section).SectionFormatting.FCSPageInformation.BottomMargin);
Assert.AreEqual(1440, (de as Section).SectionFormatting.FCSPageInformation.LeftMargin);
iReadBackIndex += 6;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(Section));
Assert.AreEqual(720, (de as Section).SectionFormatting.FCSPageInformation.TopMargin);
Assert.AreEqual(720, (de as Section).SectionFormatting.FCSPageInformation.RightMargin);
Assert.AreEqual(720, (de as Section).SectionFormatting.FCSPageInformation.BottomMargin);
Assert.AreEqual(720, (de as Section).SectionFormatting.FCSPageInformation.LeftMargin);
}
}
public void TestReadBackCharacterFormatting_2()
{
using (Stream sIn = new FileStream(TESTFILE_DIR + "Test Additional Character Properties Document.xml", FileMode.Open))
{
Workshare.Compositor.FCSFilters.FcsToRtfWriter writerOut = new Workshare.Compositor.FCSFilters.FcsToRtfWriter();
ParsingContext context = new ParsingContext();
context.SetDefaultStartContext();
Parser pft = new Parser(sIn, new BodyConsumer(context), writerOut);
pft.Parse();
int iReadBackIndex = 4;
DocElement de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.StrikeThrough, "Expected strikethrough");
iReadBackIndex = 8;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.DoubleStrikeThrough, "Expected DoubleStrikeThrough");
iReadBackIndex = 12;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Superscript, "Expected Superscript");
iReadBackIndex = 16;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Subscript, "Expected Subscript");
Assert.IsFalse((de as CharacterFormatting).Properties.Superscript, "Expected Superscript to be off now");
iReadBackIndex = 20;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Shadow, "Expected Shadow");
Assert.IsFalse((de as CharacterFormatting).Properties.Subscript, "Expected Subscript to be off now");
Assert.IsFalse((de as CharacterFormatting).Properties.Superscript, "Expected Superscript to be off now");
iReadBackIndex = 24;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Outline, "Expected Outline");
iReadBackIndex = 28;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Emboss, "Expected Emboss");
iReadBackIndex = 32;
de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(CharacterFormatting));
Assert.IsTrue((de as CharacterFormatting).Properties.Engrave, "Expected Engrave");
}
}
public void TestReadBackTableObject()
{
using (Stream sIn = new FileStream(TESTFILE_DIR + "DocumentWithASimpleTable.xml", FileMode.Open))
{
Workshare.Compositor.FCSFilters.FcsToRtfWriter writerOut = new Workshare.Compositor.FCSFilters.FcsToRtfWriter();
ParsingContext context = new ParsingContext();
context.SetDefaultStartContext();
context.ParsingBody = true;
Parser pft = new Parser(sIn, new BodyConsumer(context), writerOut);
pft.EmitContextStart();
pft.Parse();
int iFoundNTablesWhereN = 0;
int iObjectCount = writerOut.FileCollectionSize();
for (int iIndex = 0; iIndex < iObjectCount; ++iIndex)
{
DocElement des = writerOut.ReadBackElementFromFileCollection(iIndex);
if (des == null)
continue;
if (des.GetType() == typeof(Table))
++iFoundNTablesWhereN;
}
Assert.IsTrue(iFoundNTablesWhereN == 1);
int iReadBackIndex = 1;
DocElement de = writerOut.ReadBackElementFromFileCollection(iReadBackIndex);
Assert.IsTrue(de.GetType() == typeof(Table));
// Only returns a table start indicator - proper readback requires the Reader class
}
}
