public void TestUnequal()
{
var xDocumentA = XDocument.Parse(PersonXml, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Mozart_Utf8, LoadOptions.SetLineInfo);
Assert.IsFalse(XmlComperator.AreEqual(xDocumentA, xDocumentB));
}
public void TestEqual()
{
var xDocumentA = XDocument.Parse(PersonXml, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(PersonXml, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB));
}
public void TestEqualIgnoreProcessingInstructionsNonCompliant()
{
var xDocumentA = XDocument.Parse(ProcessingInstruction_Id37, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(ProcessingInstruction_Id36, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
ProcessingInstructionHandling = XmlComperator.ProcessingInstructionHandling.Ignore
}));
}
public void TestEqualIgnoreCommentsNonCompliant()
{
var xDocumentA = XDocument.Parse(Comment1, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Comment2, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
CommentHandling = XmlComperator.CommentHandling.Ignore
}));
}
public void TestAttributesIgnoreOrderNonCompliant()
{
var xDocumentA = XDocument.Parse(Detail_ABCD, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Detail_BED, LoadOptions.SetLineInfo);
Assert.IsFalse(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
AttributeHandling = XmlComperator.AttributeHandling.IgnoreOrder
}));
}
public void TestAttributesIgnore()
{
var xDocumentA = XDocument.Parse(Detail_ACD, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Detail_EFG, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
AttributeHandling = XmlComperator.AttributeHandling.Ignore
}));
}
public void TestAttributesStrictNonCompliant2()
{
var xDocumentA = XDocument.Parse(Detail_ABCD, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Detail_ACDB, LoadOptions.SetLineInfo);
Assert.IsFalse(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
AttributeHandling = XmlComperator.AttributeHandling.Strict
}));
}
public void TestTextConcatenated()
{
var xDocumentA = XDocument.Parse(Mozart_8859_1_CData, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Mozard_8859_1_CData_Combined, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
TextNodeHandling = XmlComperator.TextNodeHandling.Concatenated
}));
}
public void TestCDataAsText()
{
var xDocumentA = XDocument.Parse(Mozart_8859_1, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Mozart_8859_1_CData, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
TextNodeHandling = XmlComperator.TextNodeHandling.CDataAsText
}));
}
public void TestDeclarationInclusion()
{
var xDocumentA = XDocument.Parse(Mozart_Utf8, LoadOptions.SetLineInfo);
var xDocumentB = XDocument.Parse(Mozart_8859_1, LoadOptions.SetLineInfo);
Assert.IsFalse(XmlComperator.AreEqual(xDocumentA, xDocumentB, new XmlComperator.Options {
DeclarationHandling = XmlComperator.DeclarationHandling.Compare
}));
}
public void TestInnerNamespaces()
{
XNamespace myNameSpace = "http://runerne.dk/Modules";
var xDocumentA = new XDocument();
xDocumentA.Add(
new XElement("root",
new XElement(myNameSpace + "child", "This is a test")
)
);
var stream = new MemoryStream();
xDocumentA.Save(stream);
stream.Position = 0;
var xDocumentB = XDocument.Load(stream, LoadOptions.SetLineInfo);
Assert.IsTrue(XmlComperator.AreEqual(xDocumentA, xDocumentB, XmlComperator.Relaxed));
Assert.IsTrue(XmlComperator.AreEqual(xDocumentB, xDocumentA, XmlComperator.Relaxed));
}
