public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
foreach (MethodInfo method in TypeHelper.GetAttributedMethods(t, typeof(RepeatTestAttribute)))
{
try
{
foreach (RepeatTestAttribute rep in method.GetCustomAttributes(typeof(RepeatTestAttribute), true))
{
for (int i = 0; i < rep.Count; i++)
{
// Get invoker
IRunInvoker invoker = new RepeatMethodRunInvoker(this, method, i + 1);
// Decorate invoker
invoker = DecoratorPatternAttribute.DecoreInvoker(method, invoker);
// Add to tree
tree.AddChild(parent, invoker);
}
}
}
catch (Exception ex)
{
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, ex, method);
tree.AddChild(parent, invoker);
}
}
}
public RunInvokerVertex AddChild(RunInvokerVertex parent, IRunInvoker child)
{
if (parent == null)
{
throw new ArgumentNullException("parent");
}
if (child == null)
{
throw new ArgumentNullException("child");
}
// create vertex
RunInvokerVertex v = (RunInvokerVertex)this.graph.AddVertex();
// decorate with fixture decorators if needed
IRunInvoker invoker = child;
//if (invoker.Generator.IsTest)
invoker = this.DecorateInvokerWithFixtureDecorators(invoker);
v.Invoker = invoker;
// add edge
this.graph.AddEdge(parent, v);
return(v);
}
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
object fixture = null;
try
{
// Check if fixture is ignored
IgnoreAttribute ignore = null;
if (TypeHelper.HasCustomAttribute(t, typeof(IgnoreAttribute)))
{
ignore = TypeHelper.GetFirstCustomAttribute(t, typeof(IgnoreAttribute)) as IgnoreAttribute;
}
foreach (MethodInfo method in TypeHelper.GetAttributedMethods(t, typeof(CombinatorialTestAttribute)))
{
if (fixture == null)
fixture = TypeHelper.CreateInstance(t);
this.ReflectTestMethod(tree, parent, fixture, method, ignore);
}
}
finally
{
IDisposable disposable = fixture as IDisposable;
if (disposable != null)
disposable.Dispose();
}
}
public void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
PopulateInvokerTree(tree,parent,t);
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
FailedLoadingRunInvoker invoker = new FailedLoadingRunInvoker(
this,
this.exception
);
tree.AddChild(parent,invoker);
}
protected override void PopulateInvokerTree(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
if (TypeHelper.HasMethodCustomAttribute(t,this.AttributeType))
{
MethodInfo mi = TypeHelper.GetAttributedMethod(t,this.AttributeType);
tree.AddChild(parent, new MethodRunInvoker(this,mi));
}
}
/// <summary>
/// Populates the <see cref="RunInvokerTree"/> invoker graph
/// with <see cref="IRunInvoker"/> generated by the run.
/// </summary>
/// <param name="tree">Invoker tree</param>
/// <param name="parent">parent vertex</param>
/// <param name="t">class type that is marked by the run</param>
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
foreach (MethodInfo grammar in TypeHelper.GetAttributedMethods(t, typeof(GrammarAttribute)))
{
foreach (MethodInfo seed in TypeHelper.GetAttributedMethods(t, typeof(SeedAttribute)))
{
ProductionGrammarRunInvoker invoker =
new ProductionGrammarRunInvoker(this, grammar, seed);
tree.AddChild(parent, invoker);
}
}
}
public override void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t)
{
// create type instance and create test suite
Object fixture = null;
try
{
fixture = TypeHelper.CreateInstance(t);
// run TestSuiteSetUp if necessary
MethodInfo testSuiteSetUp = TypeHelper.GetAttributedMethod(t, typeof(TestSuiteSetUpAttribute));
if (testSuiteSetUp != null)
testSuiteSetUp.Invoke(fixture, null);
// look for SetUp & TearDown methods
MethodInfo setUp = TypeHelper.GetAttributedMethod(t, typeof(SetUpAttribute));
MethodInfo tearDown = TypeHelper.GetAttributedMethod(t, typeof(TearDownAttribute));
// explore type for methods with TestSuite
foreach (MethodInfo mi in TypeHelper.GetAttributedMethods(t, typeof(TestSuiteAttribute)))
{
// check signature
TypeHelper.CheckSignature(mi, typeof(ITestSuite));
// get test suite
ITestSuite suite = mi.Invoke(fixture, null) as ITestSuite;
Assert.IsNotNull(suite, "TestSuite method cannot return null");
// populated tree down...
foreach (ITestCase tc in suite.TestCases)
{
tree.AddChild(parent, new TestCaseRunInvoker(this, suite, tc, setUp, tearDown));
}
}
}
catch (Exception ex)
{
TestSuiteGenerationFailedRunInvoker invoker = new TestSuiteGenerationFailedRunInvoker(this, ex);
tree.AddChild(parent, invoker);
}
finally
{
IDisposable disposable = fixture as IDisposable;
if (disposable != null)
disposable.Dispose();
}
}
public override void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
// populate execution tree.
RunInvokerVertex child = parent;
foreach(MethodInfo mi in
TypeHelper.GetAttributedMethods(t,typeof(StepAttribute)))
{
// IRunInvoker invoker = InstanceInvoker(om.Method);
// child = tree.AddChild(child,invoker);
}
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
if (tree==null)
throw new ArgumentNullException("tree");
if (parent==null)
throw new ArgumentNullException("parent");
if (t==null)
throw new ArgumentNullException("t");
// for each attribute
foreach(FixtureDecoratorPatternAttribute ca in t.GetCustomAttributes(this.decoratorType,true))
{
// populate tree
IRun carun = ca.GetRun(t);
carun.Reflect(tree,parent,t);
}
}
/// <summary>
/// Populates the <see cref="RunInvokerTree"/> invoker graph
/// with <see cref="IRunInvoker"/> generated by the run.
/// </summary>
/// <remarks>
/// Inherited method from base class Run
/// </remarks>
/// <param name="tree">Invoker tree.</param>
/// <param name="parent">Parent vertex.</param>
/// <param name='t'>The <see cref="Type"/> to search for.</param>
public void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
// for each run
foreach(IRun run in this.Runs)
{
// for each leaf
foreach(RunInvokerVertex leaf in tree.Leaves(parent))
{
// add runs
run.Reflect(tree,leaf,t);
}
}
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
// getting properties from the factory that returns a
// type assignable to factored type
foreach(PropertyInfo pi in TypeHelper.GetAttributedProperties(this.factoryType,typeof(FactoryAttribute)))
{
// make sure readable
if (!pi.CanRead)
continue;
// check return type
if (!this.factoredType.IsAssignableFrom(pi.PropertyType))
continue;
// check it is not an index
if (pi.GetGetMethod().GetParameters().Length!=0)
continue;
// ok, we can add this one to the tree
PropertyGetRunInvoker pget = new PropertyGetRunInvoker(
this,
pi
);
tree.AddChild(parent,pget);
}
/*
// getting methods
foreach (MethodInfo mi in TypeHelper.GetAttributedProperties(this.factoredType, typeof(FactoryAttribute)))
{
if (mi.GetParameters().Length!=0)
continue;
if (!this.factoredType.IsAssignableFrom(mi.ReturnType))
continue;
if (mi.Name.StartsWith("get_"))
continue;
ArgumentFeederRunInvoker mrun = new ArgumentFeederRunInvoker(
this,
mi
);
tree.AddChild(parent,mrun);
}
*/
}
/// <summary>
/// Builds the test run invoker tree.
/// </summary>
/// <param name="tree"></param>
/// <param name="parent"></param>
/// <param name="t"></param>
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
// Cache these runs because we reuse them for every test fixture.
lock (syncRoot)
{
if (tearDownRun == null)
{
setupRun = new OptionalMethodRun(typeof(SetUpAttribute), false);
object[] factories = GetType().GetCustomAttributes(typeof(RunFactoryAttribute), true);
testRuns = new IRun[factories.Length];
for (int i = 0; i < factories.Length; i++)
testRuns[i] = ((RunFactoryAttribute) factories[i]).CreateRun();
tearDownRun = new OptionalMethodRun(typeof(TearDownAttribute), false);
}
}
// Build the sequence including any extensions and apply it.
CreateSequence(t).Reflect(tree, parent, t);
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
// getting methods
ICollection mis = TypeHelper.GetAttributedMethods(
t,
typeof(ForEachTestAttribute)
);
// first get the DataProviderFixtureDecorator...
foreach(DataProviderFixtureDecoratorAttribute dp in
t.GetCustomAttributes(typeof(DataProviderFixtureDecoratorAttribute),true))
{
// for each node
foreach(XmlNode node in dp.GetData())
{
// for each test method
foreach(MethodInfo mi in mis)
{
// get attribute
ForEachTestAttribute fe =
(ForEachTestAttribute)TypeHelper.GetFirstCustomAttribute(
mi,typeof(ForEachTestAttribute));
// select nodes
foreach(XmlNode childNode in node.SelectNodes(fe.XPath))
{
// create invokers
IRunInvoker invoker = new ForEachTestRunInvoker(this,mi,fe,childNode);
//decorage
invoker = DecoratorPatternAttribute.DecoreInvoker(mi, invoker);
// add invoker
tree.AddChild(parent,invoker);
}
}
}
}
}
public override void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t)
{
foreach (MethodInfo method in TypeHelper.GetAttributedMethods(t, typeof(RowTestAttribute)))
{
try
{
foreach (RowAttribute row in method.GetCustomAttributes(typeof(RowAttribute), true))
{
// get invoker
IRunInvoker invoker = new RowMethodRunInvoker(
this,
method,
row
);
if (row.ExpectedException != null)
{
invoker = new ExpectedExceptionRunInvoker(
invoker, row.ExpectedException, row.Description
);
}
// decore invoker
invoker = DecoratorPatternAttribute.DecoreInvoker(method, invoker);
tree.AddChild(parent, invoker);
}
}
catch (Exception ex)
{
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, ex, method);
tree.AddChild(parent, invoker);
}
}
}
public RunInvokerVertex AddChild(RunInvokerVertex parent, IRunInvoker child)
{
if (parent==null)
throw new ArgumentNullException("parent");
if (child==null)
throw new ArgumentNullException("child");
// create vertex
RunInvokerVertex v = (RunInvokerVertex)this.graph.AddVertex();
// decorate with fixture decorators if needed
IRunInvoker invoker = child;
//if (invoker.Generator.IsTest)
invoker = this.DecorateInvokerWithFixtureDecorators(invoker);
v.Invoker = invoker;
// add edge
this.graph.AddEdge(parent,v);
return v;
}
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
foreach (MethodInfo mi in TypeHelper.GetAttributedMethods(t, this.framework.TestAttributeType))
{
IRunInvoker invoker = this.CreateInvoker(mi);
tree.AddChild(parent, invoker);
}
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
// add tests methods
foreach(MethodInfo mi in TypeHelper.GetAttributedMethods(
this.testerType,
this.targetAttributeType)
)
{
CustomRunInvoker cr = new CustomRunInvoker(
this,
InstanceTester(),
mi,
this.feedSender
);
// adding decoration and to tree
tree.AddChild(parent,
DecoratorPatternAttribute.DecoreInvoker(mi,cr)
);
}
}
private void CreateRoot()
{
// create vertex
this.root = (RunInvokerVertex)this.graph.AddVertex();
}
protected virtual void PopulateInvokerTree(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
if (this.AllowMultiple)
{
foreach(MethodInfo mi in
TypeHelper.GetAttributedMethods(t,this.AttributeType))
{
try
{
if (this.Checker!=null)
this.Checker.Check(mi);
IRunInvoker invoker = InstanceInvoker(mi);
RunInvokerVertex child =
tree.AddChild(parent,invoker);
}
catch(Exception ex)
{
FailedLoadingRunInvoker invoker = new FailedLoadingRunInvoker(
this,ex);
tree.AddChild(parent,invoker);
}
}
}
else
{
try
{
MethodInfo mi = TypeHelper.GetAttributedMethod(t,this.AttributeType);
if (this.Checker!=null)
this.Checker.Check(mi);
tree.AddChild(parent, new MethodRunInvoker(this,mi));
}
catch(Exception ex)
{
FailedLoadingRunInvoker invoker = new FailedLoadingRunInvoker(
this,ex);
tree.AddChild(parent,invoker);
}
}
}
public virtual void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
CheckType(t);
PopulateInvokerTree(tree,parent,t);
}
/// <summary>
/// Determines whether a specfic RunInvokerVertex value is in this RunInvokerVertexCollection.
/// </summary>
/// <param name="value">
/// The RunInvokerVertex value to locate in this RunInvokerVertexCollection.
/// </param>
/// <returns>
/// true if value is found in this RunInvokerVertexCollection;
/// false otherwise.
/// </returns>
public bool Contains(RunInvokerVertex value)
{
return this.List.Contains(value);
}
public IVertexEnumerable Leaves(RunInvokerVertex v)
{
return(AlgoUtility.Sinks(this.graph, v));
}
/// <summary>
/// Adds an instance of type RunInvokerVertex to the end of this RunInvokerVertexCollection.
/// </summary>
/// <param name="value">
/// The RunInvokerVertex to be added to the end of this RunInvokerVertexCollection.
/// </param>
public void Add(RunInvokerVertex value)
{
if (value == null)
throw new ArgumentNullException("value");
this.List.Add(value);
}
private void CreateRoot()
{
// create vertex
this.root = (RunInvokerVertex)this.graph.AddVertex();
}
public void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
throw new Exception("not implemented");
}
public IVertexEnumerable Leaves(RunInvokerVertex v)
{
return AlgoUtility.Sinks(this.graph,v);
}
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
throw new NotSupportedException();
}
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
MethodInfo method = t.GetMethod(this.methodName, Type.EmptyTypes);
if (method == null)
return;
MethodRunInvoker invoker = new MethodRunInvoker(this, method);
IRunInvoker decoratedInvoker = DecoratorPatternAttribute.DecoreInvoker(method, invoker);
tree.AddChild(parent, decoratedInvoker);
}
public override void Reflect(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t)
{
foreach (MethodInfo method in t.GetMethods())
{
if (method.IsSpecialName)
continue;
if (!method.Name.EndsWith(this.methodNameSuffix))
continue;
MethodRunInvoker invoker = new MethodRunInvoker(this, method);
IRunInvoker decoratedInvoker = DecoratorPatternAttribute.DecoreInvoker(method, invoker);
tree.AddChild(parent, decoratedInvoker);
}
}
private void ReflectTestMethod(
RunInvokerTree tree,
RunInvokerVertex parent,
object fixture,
MethodInfo method,
IgnoreAttribute ignore)
{
// Check if fixture or method is ignored
if (ignore == null && TypeHelper.HasCustomAttribute(method, typeof(IgnoreAttribute)))
{
ignore = TypeHelper.GetFirstCustomAttribute(method, typeof(IgnoreAttribute)) as IgnoreAttribute;
}
if (ignore != null)
{
// Do not generate unnecessary test cases
IgnoredLoadingRunInvoker invoker = new IgnoredLoadingRunInvoker(this, method, ignore.Description);
tree.AddChild(parent, invoker);
}
else
{
CombinatorialTestAttribute testAttribute = TypeHelper.GetFirstCustomAttribute(method, typeof(CombinatorialTestAttribute))
as CombinatorialTestAttribute;
ParameterInfo[] parameters = method.GetParameters();
if (parameters.Length == 0)
{
Exception ex = new Exception("No parameters");
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, ex, method);
tree.AddChild(parent, invoker);
return;
}
// create the models
DomainCollection domains = new DomainCollection();
Type[] parameterTypes = new Type[parameters.Length];
int index = 0;
foreach (ParameterInfo parameter in parameters)
{
parameterTypes[index] = parameter.ParameterType;
DomainCollection pdomains = new DomainCollection();
foreach (UsingBaseAttribute usingAttribute in parameter.GetCustomAttributes(typeof(UsingBaseAttribute), true))
{
try
{
usingAttribute.GetDomains(pdomains, parameter, fixture);
}
catch (Exception ex)
{
Exception pex = new Exception("Failed while loading domains from parameter " + parameter.Name,
ex);
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, pex, method);
tree.AddChild(parent, invoker);
}
}
if (pdomains.Count == 0)
{
Exception ex = new Exception("Could not find domain for argument " + parameter.Name);
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, ex, method);
tree.AddChild(parent, invoker);
return;
}
domains.Add(Domains.ToDomain(pdomains));
index++;
}
// get the validator method if any
MethodInfo validator = null;
if (testAttribute.TupleValidatorMethod != null)
{
validator = fixture.GetType().GetMethod(testAttribute.TupleValidatorMethod, parameterTypes);
if (validator == null)
{
Exception ex = new Exception("Could not find validator method " + testAttribute.TupleValidatorMethod);
MethodFailedLoadingRunInvoker invoker = new MethodFailedLoadingRunInvoker(this, ex, method);
tree.AddChild(parent, invoker);
return;
}
}
// we make a cartesian product of all those
foreach (ITuple tuple in Products.Cartesian(domains))
{
// create data domains
DomainCollection tdomains = new DomainCollection();
for (int i = 0; i < tuple.Count; ++i)
{
IDomain dm = (IDomain)tuple[i];
tdomains.Add(dm);
}
// computing the pairwize product
foreach (ITuple ptuple in testAttribute.GetProduct(tdomains))
{
if (validator != null)
{
bool isValid = (bool)validator.Invoke(fixture, ptuple.ToObjectArray());
if (!isValid)
continue;
}
TupleRunInvoker invoker = new TupleRunInvoker(this, method, tuple, ptuple);
IRunInvoker dinvoker = DecoratorPatternAttribute.DecoreInvoker(method, invoker);
tree.AddChild(parent, dinvoker);
}
}
}
}
public override void Reflect(RunInvokerTree tree, RunInvokerVertex parent, Type t)
{
MainMethodRunInvoker invoker = new MainMethodRunInvoker(this,this.main, this.successReturnCode);
RunInvokerVertex child =
tree.AddChild(parent,invoker);
}
private void PopulateInvokerTree(
RunInvokerTree tree,
RunInvokerVertex parent,
Type t
)
{
// first gather all methods, with order.
ArrayList methods = new ArrayList();
foreach(MethodInfo mi in
TypeHelper.GetAttributedMethods(t,this.AttributeType))
{
// get sequence attribute
TestSequenceAttribute seq =
(TestSequenceAttribute)TypeHelper.GetFirstCustomAttribute(mi,typeof(TestSequenceAttribute));
methods.Add( new OrderedMethod(mi, seq.Order) );
}
// sort the methods
QuickSorter sorter = new QuickSorter();
sorter.Sort(methods);
// populate execution tree.
RunInvokerVertex child = parent;
foreach(OrderedMethod om in methods)
{
IRunInvoker invoker = InstanceInvoker(om.Method);
child = tree.AddChild(child,invoker);
}
}