public void CanAddXmlProcessor()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessor());
}
public void CanAddXmlProcessor()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessor());
}
public void MatchSectionCount()
{
List <XmlMatch> match = PathExpressionParser.Parse("/configuration/configSections/section");
int matchCount = 0;
string xml = @"
<configuration>
<configSections>
<section name='foo' />
<section name='bar' />
</configSections>
</configuration>";
XmlReaderSettings set = new XmlReaderSettings();
set.IgnoreWhitespace = true;
XmlProcessorReader reader = new XmlProcessorReader(XmlReader.Create(new StringReader(xml)));
reader.Processors.Add(new XmlPathProcessor(match,
delegate { matchCount++; },
reader.NameTable));
reader.ReadToEnd();
Assert.AreEqual(2, matchCount);
}
public void DerivedProcessorMustInitializeBase()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessorDerived());
while (reader.Read()) { }
}
public void AllwaysReportFullEndElements()
{
string xml = "<root/>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<root></root>", output);
}
public void DerivedProcessorMustInitializeBase()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessorDerived());
while (reader.Read())
{
}
}
public void ProcessorReaderCanReadToEnd()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
MockProcessor processor = new MockProcessor();
reader.Processors.Add(processor);
reader.ReadToEnd();
Assert.AreEqual(3, processor.Calls);
}
public void DerivedProcessorCannotInitializeNullPredicate()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessorDerivedNullPredicate());
while (reader.Read())
{
}
}
public void ProcessorReaderCanReadToEnd()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
MockProcessor processor = new MockProcessor();
reader.Processors.Add(processor);
reader.ReadToEnd();
Assert.AreEqual(3, processor.Calls);
}
public void CanChainReader()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
SkipReaderMockProcessor processor = new SkipReaderMockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual(1, processor.Calls);
}
public void CanChainReader()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
SkipReaderMockProcessor processor = new SkipReaderMockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual(1, processor.Calls);
}
public void XmlProcessorCalledOnEachReadAndAttributes()
{
string xml = "<root id='1'>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
MockProcessor processor = new MockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual(4, processor.Calls);
}
public void CanChainMutatingReader()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
XmlProcessor processor = new MutateMockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<Root>foo</Root>", output);
}
public void CanChainMutatingProcessors()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MutateMockProcessor());
reader.Processors.Add(new AddNamespaceMutateMockProcessor());
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<clarius:Root xmlns:clarius=\"http://clariusconsulting.net/kzu\">foo</clarius:Root>", output);
}
public void XmlProcessorCalledOnEachReadAndAttributes()
{
string xml = "<root id='1'>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
MockProcessor processor = new MockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual(4, processor.Calls);
}
public void ActionCalledIfPredicateTrue()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
int actionCalls = 0;
reader.Processors.Add(new PredicateActionXmlProcessor(
delegate(XmlReader predicateReader) { return predicateReader.NodeType == XmlNodeType.Text; },
delegate { actionCalls++; }
)
);
while (reader.Read()) { }
Assert.AreEqual(1, actionCalls);
}
public void PredicateTrueAndActionCalledForEachRead()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
int predicateCalls = 0;
int actionCalls = 0;
reader.Processors.Add(new PredicateActionXmlProcessor(
delegate { predicateCalls++; return true; },
delegate { actionCalls++; }
)
);
while (reader.Read()) { }
Assert.AreEqual(3, predicateCalls);
Assert.AreEqual(3, actionCalls);
}
public void ActionCalledIfPredicateTrue()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
int actionCalls = 0;
reader.Processors.Add(new PredicateActionXmlProcessor(
delegate(XmlReader predicateReader) { return(predicateReader.NodeType == XmlNodeType.Text); },
delegate { actionCalls++; }
)
);
while (reader.Read())
{
}
Assert.AreEqual(1, actionCalls);
}
public void IntegrationTest()
{
// count(//section)
int sectionCount = 0;
// count(/configuration/configSections/section)
int topLevelSectionCount = 0;
// count(//*/@type)
int typeCount = 0;
// count(@type)
int typeAttrCount = 0;
// count(//add)
int addCount = 0;
// count(/configuration/runtime/r:assemblyBinding/r:dependentAssembly)
int dependentAssemblyCount = 0;
XmlProcessorReader reader = new XmlProcessorReader(XmlReader.Create("machine.config"));
//reader.
// When().
// Do(action).
// Otherwise(action);
reader.Processors.Add(new XmlPathProcessor("//section", delegate { sectionCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("/configuration/configSections/section", delegate { topLevelSectionCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("//*/@type", delegate { typeCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("@type", delegate { typeAttrCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("//add", delegate { addCount++; }, reader.NameTable));
XmlNamespaceManager mgr = new XmlNamespaceManager(reader.NameTable);
mgr.AddNamespace("r", "urn:schemas-microsoft-com:asm.v1");
reader.Processors.Add(new XmlPathProcessor("/configuration/runtime/r:assemblyBinding/r:dependentAssembly", delegate { dependentAssemblyCount++; }, mgr));
reader.ReadToEnd();
Assert.AreEqual(70, sectionCount);
Assert.AreEqual(19, topLevelSectionCount);
Assert.AreEqual(12, addCount);
Assert.AreEqual(10, dependentAssemblyCount);
Assert.AreEqual(87, typeCount);
Assert.AreEqual(87, typeAttrCount);
}
public void PredicateTrueAndActionCalledForEachRead()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
int predicateCalls = 0;
int actionCalls = 0;
reader.Processors.Add(new PredicateActionXmlProcessor(
delegate { predicateCalls++; return(true); },
delegate { actionCalls++; }
)
);
while (reader.Read())
{
}
Assert.AreEqual(3, predicateCalls);
Assert.AreEqual(3, actionCalls);
}
public void MatchSectionCount()
{
List<XmlMatch> match = PathExpressionParser.Parse("/configuration/configSections/section");
int matchCount = 0;
string xml = @"
<configuration>
<configSections>
<section name='foo' />
<section name='bar' />
</configSections>
</configuration>";
XmlReaderSettings set = new XmlReaderSettings();
set.IgnoreWhitespace = true;
XmlProcessorReader reader = new XmlProcessorReader(XmlReader.Create(new StringReader(xml)));
reader.Processors.Add(new XmlPathProcessor(match,
delegate { matchCount++; },
reader.NameTable));
reader.ReadToEnd();
Assert.AreEqual(2, matchCount);
}
public void CanChainMutatingProcessors()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MutateMockProcessor());
reader.Processors.Add(new AddNamespaceMutateMockProcessor());
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<clarius:Root xmlns:clarius=\"http://clariusconsulting.net/kzu\">foo</clarius:Root>", output);
}
public void AllwaysReportFullEndElements()
{
string xml = "<root/>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<root></root>", output);
}
public void CanChainMutatingReader()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
XmlProcessor processor = new MutateMockProcessor();
reader.Processors.Add(processor);
string output = ReadToEnd(reader);
WriteIfDebugging(output);
Assert.AreEqual("<Root>foo</Root>", output);
}
public void DerivedProcessorCannotInitializeNullAction()
{
string xml = "<root>foo</root>";
XmlProcessorReader reader = new XmlProcessorReader(GetReader(xml));
reader.Processors.Add(new MockProcessorDerivedNullAction());
while (reader.Read()) { }
}
public void IntegrationTest()
{
// count(//section)
int sectionCount = 0;
// count(/configuration/configSections/section)
int topLevelSectionCount = 0;
// count(//*/@type)
int typeCount = 0;
// count(@type)
int typeAttrCount = 0;
// count(//add)
int addCount = 0;
// count(/configuration/runtime/r:assemblyBinding/r:dependentAssembly)
int dependentAssemblyCount = 0;
XmlProcessorReader reader = new XmlProcessorReader(XmlReader.Create("machine.config"));
//reader.
// When().
// Do(action).
// Otherwise(action);
reader.Processors.Add(new XmlPathProcessor("//section", delegate { sectionCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("/configuration/configSections/section", delegate { topLevelSectionCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("//*/@type", delegate { typeCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("@type", delegate { typeAttrCount++; }, reader.NameTable));
reader.Processors.Add(new XmlPathProcessor("//add", delegate { addCount++; }, reader.NameTable));
XmlNamespaceManager mgr = new XmlNamespaceManager(reader.NameTable);
mgr.AddNamespace("r", "urn:schemas-microsoft-com:asm.v1");
reader.Processors.Add(new XmlPathProcessor("/configuration/runtime/r:assemblyBinding/r:dependentAssembly", delegate { dependentAssemblyCount++; }, mgr));
reader.ReadToEnd();
Assert.AreEqual(70, sectionCount);
Assert.AreEqual(19, topLevelSectionCount);
Assert.AreEqual(12, addCount);
Assert.AreEqual(10, dependentAssemblyCount);
Assert.AreEqual(87, typeCount);
Assert.AreEqual(87, typeAttrCount);
}
