public void ExecuteIgnoresFailures()
{
// Initialise the task
var subTasks = new List <SequentialTestTask>();
for (var loop = 1; loop <= 5; loop++)
{
subTasks.Add(new SequentialTestTask {
TaskNumber = loop, Result = loop > 3 ? IntegrationStatus.Failure : IntegrationStatus.Success
});
}
var task = new SequentialTask
{
Tasks = subTasks.ToArray(),
ContinueOnFailure = true
};
// Setup the mocks
var logger = mocks.DynamicMock <ILogger>();
var result = GenerateResultMock(5);
mocks.ReplayAll();
// Run the actual task
task.Run(result);
// Verify the results
mocks.VerifyAll();
Assert.AreEqual(IntegrationStatus.Failure, result.Status, "Status does not match");
}
public void ExecuteHandlesAnExceptionInATask()
{
// Initialise the task
var task = new SequentialTask
{
Tasks = new ITask[]
{
new ExceptionTestTask()
}
};
// Setup the mocks
var logger = mocks.DynamicMock <ILogger>();
var result = GenerateResultMock(0);
Expect.Call(result.ExceptionResult).PropertyBehavior();
mocks.ReplayAll();
// Run the actual task
task.Run(result);
// Verify the results
mocks.VerifyAll();
Assert.AreEqual(IntegrationStatus.Failure, result.Status, "Status does not match");
}
public void ExecuteHandlesAnExceptionInATask()
{
// Initialise the task
var task = new SequentialTask
{
Tasks = new ITask[]
{
new ExceptionTestTask()
}
};
// Setup the mocks
var logger = mocks.Create <ILogger>().Object;
var result = GenerateResultMock(0);
Mock.Get(result).SetupSet(_result => _result.ExceptionResult = It.IsAny <Exception>()).Verifiable();
Mock.Get(result).SetupProperty(_result => _result.ExceptionResult);
// Run the actual task
task.Run(result);
// Verify the results
VerifyResultMock(result, 0);
mocks.Verify();
Assert.AreEqual(IntegrationStatus.Failure, result.Status, "Status does not match");
}
public void ExecuteStopsOnFirstFailure()
{
// Initialise the task
var subTasks = new List <SequentialTestTask>();
for (var loop = 1; loop <= 5; loop++)
{
subTasks.Add(new SequentialTestTask {
TaskNumber = loop, Result = loop > 3 ? IntegrationStatus.Failure : IntegrationStatus.Success
});
}
var task = new SequentialTask
{
Tasks = subTasks.ToArray()
};
// Setup the mocks
var logger = mocks.Create <ILogger>().Object;
var result = GenerateResultMock(4);
// Run the actual task
task.Run(result);
// Verify the results
VerifyResultMock(result, 4);
mocks.Verify();
Assert.AreEqual(IntegrationStatus.Failure, result.Status, "Status does not match");
}
public void ExecuteIgnoreFailureStillRunInnerSequentialTasks()
{
const int innerCount = 3;
const int leafCount = 2;
// Initialise the task
var innerTasks = new List <SequentialTask>();
for (var innerLoop = 1; innerLoop <= innerCount; innerLoop++)
{
var leafTasks = new List <SequentialTestTask>();
for (var leafLoop = 1; leafLoop <= leafCount; leafLoop++)
{
leafTasks.Add(new SequentialTestTask {
TaskNumber = innerLoop * 10 + leafLoop, Result = (innerLoop == 2) && (leafLoop == 2) ? IntegrationStatus.Failure : IntegrationStatus.Success
});
}
innerTasks.Add(new SequentialTask {
ContinueOnFailure = false, Tasks = leafTasks.ToArray()
});
}
var task = new SequentialTask
{
Tasks = innerTasks.ToArray(),
ContinueOnFailure = true
};
// Setup the mocks
var logger = mocks.DynamicMock <ILogger>();
// We cannot use a mock object here because having Clone return the original result means the test
// will not be able to catch the error we are after.
var result = new IntegrationResult();
result.ProjectName = ""; // must set to an empty string because the null default value makes Clone crash
mocks.ReplayAll();
// Run the actual task
task.Run(result);
// Verify the results
mocks.VerifyAll();
Assert.AreEqual(IntegrationStatus.Failure, result.Status, "Status does not match");
Assert.AreEqual(innerCount * leafCount, result.TaskResults.Count, "Bad task results count");
}