public void TestNewXmlProcessor()
{
//Get the switches
IConfiguration config = UnitTestHelper.GetConfig();
CommandLineParser clp = new CommandLineParser();
capf.ConfigureCommandLineParser(clp, config);
List <CommandLineSwitch> lst = new List <CommandLineSwitch>();
IEnumerator en = clp.AvailableSwitches.GetEnumerator();
while (en.MoveNext())
{
lst.Add(en.Current as CommandLineSwitch);
}
IXmlProcessor xmlProc = capf.NewXmlProcessor(lst.ToArray(), config);
Assert.AreEqual(xmlProc.GetType(), typeof(CSharpAPIProcessor), "Wrong return type.");
CSharpAPIProcessor csProc = (CSharpAPIProcessor)xmlProc;
ReflectionEngineParameters rep = (ReflectionEngineParameters)
UnitTestHelper.GetPrivateField(csProc, "rep");
Assert.IsNotNull(rep, "ReflectionEngineParameters instance not set properly.");
}
public void TestConfigureCommandLineParser()
{
IConfiguration config = UnitTestHelper.GetConfig();
CommandLineParser clp = new CommandLineParser();
capf.ConfigureCommandLineParser(clp, config);
//The switches must be added correctly
Assert.AreEqual(clp.AvailableSwitches.Count, 5, "Incorrect number of switches added.");
string[] switchNames = new string[] {
"assemblies", "docFiles", "modules", "documentPrivates", "typePrefixes"
};
for (int i = 0; i < 5; i++)
{
bool found = false;
IEnumerator en = clp.AvailableSwitches.GetEnumerator();
while (en.MoveNext())
{
CommandLineSwitch cSwitch = en.Current as CommandLineSwitch;
if (cSwitch.Switch.Equals(switchNames[i]))
{
found = true;
break;
}
}
Assert.IsTrue(found, "missing switch: " + switchNames[i]);
}
}
public void DemoTest_CommandLine()
{
//Create CommandLineProcessor
IConfiguration config = UnitTestHelper.GetConfig();
CommandLineProcessor processor = new CommandLineProcessor(config);
// to run the processor we need an argument array.
// this one will analyze MockLibrary.dll with the inline documentation
// provided by MockLibrary.xml. Only the types whose namespace
// starts with ‘MockLibrary’ are listed. And we also generate the API for
// private elements.
string[] args = new string[5];
args[0] = "/assemblies:" + UnitTestHelper.MOCKLIBPATH;
args[1] = "/docFiles:" + UnitTestHelper.MOCKXMLPATH;
args[2] = "/modules:MockLibrary.dll";
args[3] = "/typePrefixes:MockLibrary";
args[4] = "/documentPrivates";
// create a new XmlDocument with root <apispec>
XmlDocument apiSpec = new XmlDocument();
apiSpec.LoadXml("<apispec></apispec>");
// generate the API spec to apiSpec XmlDocument
processor.ProcessDocument(args, apiSpec);
}
public void TestNewXmlProcessorFail4()
{
IConfiguration config = UnitTestHelper.GetConfig();
config["processor_factory_config"].SetAttribute("reference_paths", new string[] { "" });
capf.NewXmlProcessor(new CommandLineSwitch[] { new CommandLineSwitch("abc") },
config["processor_factory_config"]);
}
public void TestNewXmlProcessorFail3()
{
capf.NewXmlProcessor(new CommandLineSwitch[] { null }, UnitTestHelper.GetConfig());
}
public void TestNewXmlProcessorFail1()
{
capf.NewXmlProcessor((CommandLineSwitch[])null, UnitTestHelper.GetConfig());
}
public void TestConfigureCommandLineParserFail1()
{
capf.ConfigureCommandLineParser(null, UnitTestHelper.GetConfig());
}