public void ProcessorCollection_Can_Have_No_Processors()
{
Processor containingProcessor = new MockNonGenericProcessor();
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor);
Assert.AreEqual(0, processorCollection.Count, "ProcessorCollection.Count should have been zero.");
}
public void OutArguments_Does_Not_Change_ProcessorArguments()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
ProcessorArgument arg1 = new ProcessorArgument("arg1", typeof(string), "someProperty");
ProcessorArgument arg2 = new ProcessorArgument("arg2", typeof(Uri), "someOtherProperty", 5);
ProcessorArgument arg3 = new ProcessorArgument("arg3", typeof(int));
processor.SetOutputArguments(arg1, arg2, arg3);
ProcessorArgumentCollection arguments = processor.OutArguments;
Assert.IsNotNull(arguments, "OutArguments should never be null.");
Assert.AreEqual(3, arguments.Count, "OutArguments.Count should have returned 3.");
Assert.AreSame(arg1, arguments[0], "The argument should have been the same instance as was provided by OnGetOutputArguments.");
Assert.AreSame(arg2, arguments[1], "The argument should have been the same instance as was provided by OnGetOutputArguments.");
Assert.AreSame(arg3, arguments[2], "The argument should have been the same instance as was provided by OnGetOutputArguments.");
Assert.AreEqual("arg1", arguments[0].Name, "The argument name should have been the same as when it was created.");
Assert.AreEqual("arg2", arguments[1].Name, "The argument name should have been the same as when it was created.");
Assert.AreEqual("arg3", arguments[2].Name, "The argument name should have been the same as when it was created.");
Assert.AreEqual(typeof(string), arguments[0].ArgumentType, "The argument type should have been the same as when it was created.");
Assert.AreEqual(typeof(Uri), arguments[1].ArgumentType, "The argument type should have been the same as when it was created.");
Assert.AreEqual(typeof(int), arguments[2].ArgumentType, "The argument type should have been the same as when it was created.");
Assert.AreEqual(1, arguments[0].Properties.Count, "The argument should have the one property that it was created with.");
Assert.AreEqual("someProperty", arguments[0].Properties.Find <string>(), "The argument should have the property value that it was created with.");
Assert.AreEqual(2, arguments[1].Properties.Count, "The argument should have the two properties that it was created with.");
Assert.AreEqual("someOtherProperty", arguments[1].Properties.Find <string>(), "The argument should have the property value that it was created with.");
Assert.AreEqual(5, arguments[1].Properties.Find <int>(), "The argument should have the property value that it was created with.");
Assert.AreEqual(0, arguments[2].Properties.Count, "The argument should not have any properties since it was not created with any.");
}
public void Bind_Unbind_Bind_Is_Equivalent_To_Bind()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should have been bound to one other argument.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to one other argument.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).Single(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).Single(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
bindings.UnbindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(0, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(0, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should not have been bound to any other arguments.");
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should have been bound to one other argument.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to one other argument.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).Single(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).Single(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
}
public void Execute_Allows_Null_Output_And_Null_Error_On_ProcessResult()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
Exception exception = new Exception();
ProcessorResult resultFromOnExecute = null;
processor.OnExecuteAction = input =>
{
resultFromOnExecute = new ProcessorResult()
{
Status = ProcessorStatus.Ok, Output = null, Error = null
};
return(resultFromOnExecute);
};
processor.Initialize();
object[] inputObjArray = new object[1] {
"hello"
};
ProcessorResult result = processor.Execute(inputObjArray);
Assert.IsNotNull(result, "Processor.Execute should never return null.");
Assert.AreEqual(ProcessorStatus.Ok, result.Status, "Processor.Execute should have returned the same value as returned from OnExecute.");
Assert.AreSame(resultFromOnExecute, result, "Processor.Execute should have returned the same instance returned from OnExecute.");
Assert.IsNull(result.Output, "Processor.Execute should have returned the same instance returned from OnExecute.");
Assert.IsNull(result.Error, "Processor.Execute should have returned the same instance returned from OnExecute.");
}
public void Bind_Can_Bind_One_OutArgument_Multiple_Times()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
MockNonGenericProcessor p3 = new MockNonGenericProcessor();
p3.SetInputArguments(new ProcessorArgument("p3In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2, p3);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
bindings.BindArguments(p1.OutArguments[0], p3.InArguments[0]);
Assert.AreEqual(2, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to two other arguments.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).First(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
Assert.AreSame(p3.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).Skip(1).First(), "Processor1 OutArgument1 should have been bound to Processor3 InArgument1.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).Single(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p3.InArguments[0]).Single(), "Processor3 InArgument1 should have been bound to Processor1 OutArgument1.");
}
public void UnBind_Does_Nothing_If_Arguments_Are_Not_Bound()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetOutputArguments(new ProcessorArgument("p2Out1", typeof(string)));
MockNonGenericProcessor p3 = new MockNonGenericProcessor();
p3.SetInputArguments(new ProcessorArgument("p3In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2, p3);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p2.OutArguments[0], p3.InArguments[0]);
Assert.AreEqual(0, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.OutArguments[0]).Count(), "Processor2 OutArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p3.InArguments[0]).Count(), "Processor3 InArgument1 should not have been bound to any other arguments.");
Assert.AreSame(p2.OutArguments[0], bindings.GetBoundToArguments(p3.InArguments[0]).Single(), "Processor3 InArgument1 should have been bound to Processor2 OutArgument1.");
Assert.AreSame(p3.InArguments[0], bindings.GetBoundToArguments(p2.OutArguments[0]).Single(), "Processor2 OutArgument1 should have been bound to Processor3 InArgument1.");
bindings.UnbindArguments(p1.OutArguments[0], p3.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.OutArguments[0]).Count(), "Processor2 OutArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p3.InArguments[0]).Count(), "Processor3 InArgument1 should not have been bound to any other arguments.");
Assert.AreSame(p2.OutArguments[0], bindings.GetBoundToArguments(p3.InArguments[0]).Single(), "Processor3 InArgument1 should have been bound to Processor2 OutArgument1.");
Assert.AreSame(p3.InArguments[0], bindings.GetBoundToArguments(p2.OutArguments[0]).Single(), "Processor2 OutArgument1 should have been bound to Processor3 InArgument1.");
}
public void ProcessorCollection_Can_Have_No_Processors()
{
Processor containingProcessor = new MockNonGenericProcessor();
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor);
Assert.AreEqual(0, processorCollection.Count, "ProcessorCollection.Count should have been zero.");
}
public void OnError_ProcessorResult_Is_Not_Changed_By_Execute()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
Exception executionException = new Exception();
object[] executionOutput = new object[0];
processor.OnExecuteAction = input => new ProcessorResult
{
Status = ProcessorStatus.Error,
Output = executionOutput,
Error = executionException
};
Exception onErrorException = new Exception();
object[] onErrorOutput = new object[0];
processor.OnErrorAction = result =>
{
Assert.AreEqual(ProcessorStatus.Error, result.Status, "The result status should have been ProcessorStatus.Error.");
Assert.AreSame(result.Error, executionException, "The Error should have been the same instance as the one set in OnExecute.");
Assert.AreSame(result.Output, executionOutput, "The Output should have been the same instance as the one set in OnExecute.");
result.Error = onErrorException;
result.Output = onErrorOutput;
};
processor.Initialize();
ProcessorResult resultFromExecute = processor.Execute(new object[0]);
Assert.IsNotNull(resultFromExecute, "There should have been a non-null result.");
Assert.AreEqual(ProcessorStatus.Error, resultFromExecute.Status, "The result status should have been ProcessorStatus.Error.");
Assert.AreSame(resultFromExecute.Error, onErrorException, "The Error should have been the same instance as the one set in OnError.");
Assert.AreSame(resultFromExecute.Output, onErrorOutput, "The Output should have been the same instance as the one set in OnError.");
}
public void Processor_Initializes_In_Correct_Order()
{
MockNonGenericProcessor mock = new MockNonGenericProcessor();
int count = 0;
mock.Initializing = new EventHandler(
(obj, eArgs) =>
{
Assert.AreEqual(0, count, "Count should have been 0 because the Initializing event should have been called first.");
Assert.IsFalse(mock.IsInitialized, "IsInitialized should be false.");
count++;
});
mock.OnInitializeAction = () =>
{
Assert.AreEqual(1, count, "Count should have been 1 because the OnInitilize override should have been called second.");
Assert.IsFalse(mock.IsInitialized, "IsInitialized should be false.");
count++;
};
mock.Initialized = new EventHandler(
(obj, eArgs) =>
{
Assert.AreEqual(2, count, "Count should have been 2 because the Initialized event should have been called third.");
Assert.IsTrue(mock.IsInitialized, "IsInitialized should be true.");
count++;
});
Assert.IsFalse(mock.IsInitialized, "IsInitialized should be false.");
mock.Initialize();
Assert.IsTrue(mock.IsInitialized, "IsInitialized should be true.");
Assert.AreEqual(3, count, "Count should have been 3 because the Initialized event should have been called.");
}
public void ProcessorArgumentCollection_Can_Have_No_Arguments()
{
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(new ProcessorArgument[0]);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
Assert.AreEqual(0, processor1InArguments.Count, "The count or processor arguments should be zero.");
}
public void ContainingCollection_Should_Be_Non_Null_After_Adding_To_A_ProcessorArgumentCollection()
{
ProcessorArgument arg = new ProcessorArgument("AName", typeof(int));
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(arg);
ProcessorArgumentCollection collection = processor.InArguments;
Assert.AreSame(collection, arg.ContainingCollection, "ProcessorArgument.ContainingColelction should be non-null after being added to the ProcessorArgumentCollection.");
}
public void ContainingCollection_Should_Be_Non_Null_After_Adding_To_A_ProcessorArgumentCollection()
{
ProcessorArgument arg = new ProcessorArgument("AName", typeof(int));
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(arg);
ProcessorArgumentCollection collection = processor.InArguments;
Assert.AreSame(collection, arg.ContainingCollection, "ProcessorArgument.ContainingColelction should be non-null after being added to the ProcessorArgumentCollection.");
}
public void Index_Should_Be_Non_Null_After_Adding_To_A_ProcessorArgumentCollection()
{
ProcessorArgument arg = new ProcessorArgument("AName", typeof(int));
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(arg);
ProcessorArgumentCollection collection = processor.InArguments;
Assert.AreEqual(0, arg.Index, "ProcessorArgument.Index should be 0 after being added to the ProcessorArgumentCollection.");
}
public void Index_Returns_Null_For_Non_Existing_Arguments()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["SomeOtherName"];
Assert.IsNull(processor1Arg, "ProcessorArgumentCollection.Index should have returned null because there is no argument with that name.");
}
public void Index_Returns_Argument()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["AName"];
Assert.AreSame(arg1, processor1Arg, "ProcessorArgumentCollection.Index should have returned the same instance.");
}
public void Index_Is_Case_Sensitive()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["Aname"];
Assert.IsNull(processor1Arg, "ProcessorArgumentCollection.Index should have returned null because the names differed by case.");
}
public void Index_Is_Case_Sensitive()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["Aname"];
Assert.IsNull(processor1Arg, "ProcessorArgumentCollection.Index should have returned null because the names differed by case.");
}
public void Index_Returns_Argument()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["AName"];
Assert.AreSame(arg1, processor1Arg, "ProcessorArgumentCollection.Index should have returned the same instance.");
}
public void ProcessorArgumentCollection_Can_Have_Two_Arguments_With_The_Same_Name_Different_Case()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
arg2.Name = "aname";
}
public void Execute_Throws_If_Initialize_Has_Not_Been_Called()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsInvalidOperation(
"Execute should have thrown since the input parameter is null.",
() =>
{
ProcessorResult resultFromExecute = processor.Execute(new object[0]);
});
}
public void Index_Returns_Null_For_Non_Existing_Arguments()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgument processor1Arg = processor1.InArguments["SomeOtherName"];
Assert.IsNull(processor1Arg, "ProcessorArgumentCollection.Index should have returned null because there is no argument with that name.");
}
public void InArguments_Returns_ProcessorArgumentCollection_with_Null_ProcessorArgument_Array()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(null);
ProcessorArgumentCollection arguments = processor.InArguments;
Assert.IsNotNull(arguments, "InArguments should never be null.");
Assert.AreEqual(ProcessorArgumentDirection.In, arguments.Direction, "InArguments.Direction ProcessorArgumentDirection.In");
Assert.AreEqual(0, arguments.Count, "InArguments.Count should have been 0.");
}
public void InArguments_Returns_ProcessorArgumentCollection()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(new ProcessorArgument("arg1", typeof(string)));
ProcessorArgumentCollection arguments = processor.InArguments;
Assert.IsNotNull(arguments, "InArguments should never be null.");
Assert.AreEqual(ProcessorArgumentDirection.In, arguments.Direction, "InArguments.Direction ProcessorArgumentDirection.In");
Assert.AreEqual(1, arguments.Count, "InArguments.Count should have been 1.");
}
public void OutArguments_Returns_ProcessorArgumentCollection_with_Empty_ProcessorArgument_Array()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetOutputArguments(new ProcessorArgument[0]);
ProcessorArgumentCollection arguments = processor.OutArguments;
Assert.IsNotNull(arguments, "OutArguments should never be null.");
Assert.AreEqual(ProcessorArgumentDirection.Out, arguments.Direction, "OutArguments.Direction ProcessorArgumentDirection.Out");
Assert.AreEqual(0, arguments.Count, "OutArguments.Count should have been 0.");
}
public void ProcessorCollection_With_Null_ContainingProcessor_Throws()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null container processor should throw.",
"containerProcessor",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(null, processor1, processor2, processor1);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_The_ContainingProcessor_In_The_Processor_Collection()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsInvalidOperation(
"Creating the ProcessorCollection with the containing processor in the list of processors should throw.",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, processor2, containingProcessor);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_A_Processor_Added_Twice()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsInvalidOperation(
"Creating the ProcessorCollection with the processor2 in the list twice should throw.",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, processor2, processor1);
});
}
public void ProcessorArgumentCollection_Cannot_Be_Created_With_The_Same_Argument_Twice()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg1);
ExceptionAssert.ThrowsInvalidOperation(
"Creating the argument collection with the same argument used twice should throw",
() =>
{
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
});
}
public void ProcessorCollection_With_Null_ContainingProcessor_Throws()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null container processor should throw.",
"containerProcessor",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(null, processor1, processor2, processor1);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_A_Processor_Added_Twice()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsInvalidOperation(
"Creating the ProcessorCollection with the processor2 in the list twice should throw.",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, processor2, processor1);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_The_ContainingProcessor_In_The_Processor_Collection()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsInvalidOperation(
"Creating the ProcessorCollection with the containing processor in the list of processors should throw.",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, processor2, containingProcessor);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_A_Null_Processor()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null processor in the list should throw.",
string.Empty,
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, null, processor2);
});
}
public void Execute_Throws_If_Input_Is_Null()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.Initialize();
ExceptionAssert.ThrowsArgumentNull(
"Execute should have thrown since the input parameter is null.",
"input",
() =>
{
ProcessorResult resultFromExecute = processor.Execute(null);
});
}
public void ProcessorCollection_Cannot_Be_Created_With_A_Null_Processor()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null processor in the list should throw.",
string.Empty,
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, processor1, null, processor2);
});
}
public void ProcessorCollection_With_Null_Processors_Throws()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null list of processors should throw.",
"list",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, null);
});
}
public void InArguments_Returns_The_Same_ProcessorArgumentCollection_Instance_Every_Time()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
processor.SetInputArguments(new ProcessorArgument("arg1", typeof(string)));
ProcessorArgumentCollection arguments1 = processor.InArguments;
ProcessorArgumentCollection arguments2 = processor.InArguments;
ProcessorArgumentCollection arguments3 = processor.InArguments;
Assert.IsNotNull(arguments1, "InArguments should never be null.");
Assert.AreSame(arguments1, arguments2, "InArguments should return the same instance every time.");
Assert.AreSame(arguments1, arguments3, "InArguments should return the same instance every time.");
}
public void ProcessorArgumentCollection_Cannot_Be_Created_With_The_Same_Argument_Twice()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg1);
ExceptionAssert.ThrowsInvalidOperation(
"Creating the argument collection with the same argument used twice should throw",
() =>
{
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
});
}
public void Execute_Default_ProcessResult_Is_Status_Ok_With_Null_Output()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
Exception exception = new Exception();
processor.OnExecuteAction = input => new ProcessorResult();
processor.Initialize();
ProcessorResult result = processor.Execute(new object[0]);
Assert.IsNotNull(result, "Processor.Execute should never return null.");
Assert.AreEqual(ProcessorStatus.Ok, result.Status, "Processor.Execute should have returned the ProcessorStatus.Ok.");
Assert.IsNull(result.Output, "Processor.Execute should have returned a null Output.");
Assert.IsNull(result.Error, "Processor.Execute should have returned a null exception.");
}
public void Execute_Default_ProcessResult_Is_Status_Ok_With_Null_Output()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
Exception exception = new Exception();
processor.OnExecuteAction = input => new ProcessorResult();
processor.Initialize();
ProcessorResult result = processor.Execute(new object[0]);
Assert.IsNotNull(result, "Processor.Execute should never return null.");
Assert.AreEqual(ProcessorStatus.Ok, result.Status, "Processor.Execute should have returned the ProcessorStatus.Ok.");
Assert.IsNull(result.Output, "Processor.Execute should have returned a null Output.");
Assert.IsNull(result.Error, "Processor.Execute should have returned a null exception.");
}
public void Unbind_With_In_Argument_Not_Attached_To_Processors_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the in arugment does not belong to a processor",
() =>
{
bindings.UnbindArguments(p1.OutArguments[0], new ProcessorArgument("someName", typeof(string)));
});
}
public void OutArguments_With_Two_ProcessorArguments_With_Same_Name_Throws()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
ProcessorArgument arg1 = new ProcessorArgument("arg1", typeof(string), "someProperty");
ProcessorArgument arg2 = new ProcessorArgument("arg1", typeof(int));
processor.SetOutputArguments(arg1, arg2);
ExceptionAssert.ThrowsInvalidOperation(
"OutArguments should have thrown since there were two arguments with the same name.",
() =>
{
ProcessorArgumentCollection arguments = processor.OutArguments;
});
}
public void Copy_Creates_New_ProcessorArgument_Not_Attached_To_Any_Collection()
{
ProcessorArgument arg = new ProcessorArgument("AName", typeof(string));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
ProcessorArgument argCopy = arg.Copy();
Assert.IsNotNull(argCopy, "ProcessorArgument.Copy should not have returned null.");
Assert.AreNotSame(arg, argCopy, "ProcessorArgument.Copy should have returned a new instance of ProcessorArgument.");
Assert.IsNotNull(arg.ContainingCollection, "The original ProcessorArgument should have had a containing collection.");
Assert.IsNull(argCopy.ContainingCollection, "The copied ProcessorArgument should not belong to any containing collection.");
Assert.IsNotNull(arg.Index, "The original processor argument should have an index since it belongs to a collection.");
Assert.IsNull(argCopy.Index, "The copied processor argument should not have an index since it does not belong to any containing collection.");
}
public void Execute_Does_Not_Change_ProcessResult_If_Not_Null()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
Exception exception = new Exception();
ProcessorResult resultFromOnExecute = null;
processor.OnExecuteAction = input =>
{
resultFromOnExecute = new ProcessorResult() { Status = ProcessorStatus.Ok, Output = input, Error = exception };
return resultFromOnExecute;
};
processor.Initialize();
object[] inputObjArray = new object[1] { "hello" };
ProcessorResult result = processor.Execute(inputObjArray);
Assert.IsNotNull(result, "Processor.Execute should never return null.");
Assert.AreEqual(ProcessorStatus.Ok, result.Status, "Processor.Execute should have returned the same value as returned from OnExecute.");
Assert.AreSame(resultFromOnExecute, result, "Processor.Execute should have returned the same instance returned from OnExecute.");
Assert.AreSame(inputObjArray, result.Output, "Processor.Execute should have returned the same instance returned from OnExecute.");
Assert.AreSame(exception, result.Error, "Processor.Execute should have returned the same instance returned from OnExecute.");
}
public void Bind_Can_Bind_One_OutArgument_Multiple_Times()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
MockNonGenericProcessor p3 = new MockNonGenericProcessor();
p3.SetInputArguments(new ProcessorArgument("p3In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2, p3);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
bindings.BindArguments(p1.OutArguments[0], p3.InArguments[0]);
Assert.AreEqual(2, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to two other arguments.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).First(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
Assert.AreSame(p3.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).Skip(1).First(), "Processor1 OutArgument1 should have been bound to Processor3 InArgument1.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).Single(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p3.InArguments[0]).Single(), "Processor3 InArgument1 should have been bound to Processor1 OutArgument1.");
}
public void Bind_Is_Idempotent()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should have been bound to one other argument.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to one other argument.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).First(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).First(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should have been bound to one other argument.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to one other argument.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).First(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).First(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
}
public void ProcessorArgumentCollection_With_A_Null_ProcessorArgument_Throws()
{
MockNonGenericProcessor processor = new MockNonGenericProcessor();
ProcessorArgument arg1 = new ProcessorArgument("arg1", typeof(string), "someProperty");
ProcessorArgument arg2 = null;
ProcessorArgument arg3 = new ProcessorArgument("arg3", typeof(int));
processor.SetInputArguments(arg1, arg2, arg3);
ExceptionAssert.ThrowsArgumentNull(
"ProcessorArgumentCollection should have thrown since a null ProcessorArgument was provided.",
string.Empty,
() =>
{
ProcessorArgumentCollection arguments = processor.InArguments;
});
}
public void ProcessorArgumentCollection_Can_Have_Two_Arguments_With_The_Same_Name_Different_Case()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
arg2.Name = "aname";
}
public void ProcessorArgumentCollection_Can_Have_No_Arguments()
{
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(new ProcessorArgument[0]);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
Assert.AreEqual(0, processor1InArguments.Count, "The count or processor arguments should be zero.");
}
public void Unbind_With_Out_Argument_On_Processors_Not_In_A_ProcessorCollection_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetInputArguments(new ProcessorArgument("p1In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetOutputArguments(new ProcessorArgument("p2Out1", typeof(string)));
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the out arugment processor does not belong to any processor collection",
() =>
{
bindings.UnbindArguments(p2.OutArguments[0], p1.InArguments[0]);
});
}
public void UnBind_Does_Not_Remove_Other_Bindings_On_An_InArgument()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetOutputArguments(new ProcessorArgument("p2Out1", typeof(string)));
MockNonGenericProcessor p3 = new MockNonGenericProcessor();
p3.SetInputArguments(new ProcessorArgument("p3In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2, p3);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p3.InArguments[0]);
bindings.BindArguments(p2.OutArguments[0], p3.InArguments[0]);
bindings.UnbindArguments(p1.OutArguments[0], p3.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.OutArguments[0]).Count(), "Processor2 OutArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p3.InArguments[0]).Count(), "Processor3 InArgument1 should not have been bound to any other arguments.");
Assert.AreSame(p2.OutArguments[0], bindings.GetBoundToArguments(p3.InArguments[0]).Single(), "Processor3 InArgument1 should have been bound to Processor2 OutArgument1.");
Assert.AreSame(p3.InArguments[0], bindings.GetBoundToArguments(p2.OutArguments[0]).Single(), "Processor2 OutArgument1 should have been bound to Processor3 InArgument1.");
}
public void Unbind_With_OutArgument_That_Is_Not_Out_Direction_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetInputArguments(new ProcessorArgument("p1In1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the out arugment is not in the out direction.",
() =>
{
bindings.UnbindArguments(p1.InArguments[0], p2.InArguments[0]);
});
}
public void Unbind_With_In_Arguments_On_Processors_Not_In_The_Same_ProcessorCollection_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection otherCollection = new ProcessorCollection(new MockNonGenericProcessor(), p2);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the in arugment processor belongs to a different processor collection",
() =>
{
bindings.UnbindArguments(p1.OutArguments[0], p2.InArguments[0]);
});
}
public void Unbind_With_InArgument_Processor_Before_OutArgument_Processor_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p2, p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because processor 1 comes after processor 2.",
() =>
{
bindings.UnbindArguments(p1.OutArguments[0], p2.InArguments[0]);
});
}
public void Unbind_With_Arguments_On_The_Same_Processor_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
p1.SetInputArguments(new ProcessorArgument("p1In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the in arugment and out argument belong to the same processor",
() =>
{
bindings.UnbindArguments(p1.OutArguments[0], p1.InArguments[0]);
});
}
public void UnBind_Removes_The_Binding_If_Arguments_Are_Bound()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
bindings.BindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(1, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should have been bound to one other argument.");
Assert.AreEqual(1, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should have been bound to one other argument.");
Assert.AreSame(p1.OutArguments[0], bindings.GetBoundToArguments(p2.InArguments[0]).Single(), "Processor2 InArgument1 should have been bound to Processor1 OutArgument1.");
Assert.AreSame(p2.InArguments[0], bindings.GetBoundToArguments(p1.OutArguments[0]).Single(), "Processor1 OutArgument1 should have been bound to Processor2 InArgument1.");
bindings.UnbindArguments(p1.OutArguments[0], p2.InArguments[0]);
Assert.AreEqual(0, bindings.GetBoundToArguments(p2.InArguments[0]).Count(), "Processor2 InArgument1 should not have been bound to any other arguments.");
Assert.AreEqual(0, bindings.GetBoundToArguments(p1.OutArguments[0]).Count(), "Processor1 OutArgument1 should not have been bound to any other arguments.");
}
public void ProcessorCollection_With_Null_Processors_Throws()
{
Processor processor1 = new MockNonGenericProcessor();
Processor processor2 = new MockNonGenericProcessor();
Processor containingProcessor = new MockNonGenericProcessor();
ExceptionAssert.ThrowsArgumentNull(
"Creating the ProcessorCollection with a null list of processors should throw.",
"list",
() =>
{
ProcessorCollection processorCollection = new ProcessorCollection(containingProcessor, null);
});
}
public void Unbind_With_OutArgument_Type_Not_Assignable_To_InArgument_Type_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(object)));
MockNonGenericProcessor p2 = new MockNonGenericProcessor();
p2.SetInputArguments(new ProcessorArgument("p2In1", typeof(Uri)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1, p2);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the out arugment is not assignable to the in argument.",
() =>
{
bindings.UnbindArguments(p1.OutArguments[0], p2.InArguments[0]);
});
}
public void GetBoundToArguments_Never_Returns_Null()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetOutputArguments(new ProcessorArgument("p1Out1", typeof(string)));
ProcessorArgument arg2 = new ProcessorArgument("arg1", typeof(string));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
IEnumerable<ProcessorArgument> boundArguments = bindings.GetBoundToArguments(p1.OutArguments[0]);
Assert.IsNotNull(boundArguments, "ProcessorBindingCollection.GetBoundArguments should never return null.");
Assert.AreEqual(0, boundArguments.Count(), "ProcessorBindingCollection.GetBoundArguments should have returned an empty collection.");
boundArguments = bindings.GetBoundToArguments(arg2);
Assert.IsNotNull(boundArguments, "ProcessorBindingCollection.GetBoundArguments should never return null.");
Assert.AreEqual(0, boundArguments.Count(), "ProcessorBindingCollection.GetBoundArguments should have returned an empty collection.");
}
public void ProcessorArgumentCollection_Cannot_Have_Two_Arguments_With_The_Same_Name()
{
ProcessorArgument arg1 = new ProcessorArgument("AName", typeof(string));
ProcessorArgument arg2 = new ProcessorArgument("AnotherName", typeof(int));
MockNonGenericProcessor processor1 = new MockNonGenericProcessor();
processor1.SetInputArguments(arg1, arg2);
ProcessorArgumentCollection processor1InArguments = processor1.InArguments;
ExceptionAssert.ThrowsInvalidOperation(
"Setting the argument name to something already in the argument collection should throw",
() =>
{
arg2.Name = "AName";
});
}
public void Unbind_With_Out_Argument_Not_Attached_To_Processors_Throws()
{
MockNonGenericProcessor p1 = new MockNonGenericProcessor();
p1.SetInputArguments(new ProcessorArgument("p1In1", typeof(string)));
ProcessorCollection collection = new ProcessorCollection(new MockNonGenericProcessor(), p1);
PipelineBindingCollection bindings = new PipelineBindingCollection(collection);
ExceptionAssert.ThrowsInvalidOperation(
"Unbind should have thrown because the out arugment does not belong to a processor",
() =>
{
bindings.UnbindArguments(new ProcessorArgument("someName", typeof(string)), p1.InArguments[0]);
});
}
