public async Task Safe_Execution_Is_Reached_When_Pipeline_Context_Has_Ended_Parameter_Set_To_False()
{
var reachedExecution = false;
var processor = new TestProcessor(() => reachedExecution = true);
await Bag.Create().Run(processor).ConfigureAwait(false);
reachedExecution.Should().BeTrue("pipeline was not ended");
}
public void After_ShouldWorkProperly_WithGenericType()
{
var processor1 = new TestProcessor(() => { });
var configuration = new ChainingModification()
.After <TestProcessor, TestProcessor>()
.GetConfiguration();
processor1.ToAnArray().ToPipeline().Modify(configuration)
.GetProcessors().Should().HaveCount(2).And.Subject.First().Should().Be(processor1);
}
public void After_ShouldWorkProperly_WithOriginalInstanceAndPassedProcessor()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var configuration = new ChainingModification()
.After(processor1, processor2)
.GetConfiguration();
processor1.ToAnArray().ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor1, processor2);
}
public void Before_ShouldWorkProperly_WithTypeOfOriginalAndPassedProcessor()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var configuration = new ChainingModification()
.Before(typeof(TestProcessor), processor2)
.GetConfiguration();
processor1.ToAnArray().ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor2, processor1);
}
public async Task Safe_Execution_Is_Not_Reached_When_Pipeline_Context_Has_Ended_Parameter_Set_To_True()
{
var reachedExecution = false;
var args = new Bag()
{
Ended = true
};
var processor = new TestProcessor(() => reachedExecution = true);
await processor.Run(args).ConfigureAwait(false);
reachedExecution.Should().BeFalse("pipeline was ended");
}
public void After_ShouldWorkProperly_WithGenericOriginalAndPassedProcessors()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var processor3 = new TestProcessor();
var configuration = new ChainingModification()
.After <TestProcessor>(processor2.ThenProcessor(processor3))
.GetConfiguration();
processor1.ToAnArray().ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor1, processor2, processor3);
}
public void Remove_ShouldWorkProperly_WithOriginalInstance()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var processor3 = new TestProcessor();
var configuration = Modification.Configure()
.Remove(processor1)
.GetConfiguration();
processor1.ThenProcessor(processor2).ThenProcessor(processor3).ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor2, processor3);
}
public void Before_ShouldWorkProperly_WithOriginalInstanceAndPassedProcessors()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var processor3 = new TestProcessor();
var configuration = Modification.Configure()
.Before(processor1, processor2.ThenProcessor(processor3))
.GetConfiguration();
processor1.ToAnArray().ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor2, processor3, processor1);
}
public void Insert_ShouldPasteProperlyIntoIndexTwo_WhenInstanceIsPassedIntoNonEmptyPipeline()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var processor3 = new TestProcessor();
var configuration = Modification.Configure(
x => x.Insert(2, processor2)
)
.GetConfiguration();
processor1.ThenProcessor(processor3).ToPipeline().Modify(configuration)
.GetProcessors().Should().Equal(processor1, processor3, processor2);
}
public void Insert_ShouldWorkProperly_WhenTwoInstancesArePassedIntoOneProcessorPipeline()
{
var processor1 = new TestProcessor();
var processor2 = new TestProcessor();
var processor3 = new TestProcessor();
var configuration = Modification.Configure(
x => x.Insert(0, processor1, processor2)
)
.GetConfiguration();
Pipeline.From(processor3).Modify(configuration)
.GetProcessors().Should().Equal(processor1, processor2, processor3);
}
public void Instance_ReturnsTrue_WhenTheSameTypeIsPassed()
{
var processor = new TestProcessor(() => { });
new ProcessorMatcherByType(typeof(TestProcessor)).Matches(processor).Should().BeTrue();
}
