public void SingleTaskWithActionsShouldWorksWell()
{
// GIVEN
mLogs.Logs.Clear();
var injectionProvider = new IoCContainer();
injectionProvider.Register <TestMultiplicatorStep>();
Contracts.Dependencies.Injection.RegisterInjectionProvider(injectionProvider, false);
PipelineBlueprint blueprint = PipelineBlueprint.CreateBlueprint(typeof(int), "SingleApply");
PipelineBlueprint blueprintOther = PipelineBlueprint.CreateBlueprint(typeof(int), "DoubleApply");
// WHEN
TransferingContext tctx = new TransferingContext(new Headers {
{ "factor", 10 }
}.Dict);
new Pipeline(blueprint
.Apply <TestMultiplicatorStep>("multiplyby2")
.Apply <TestMultiplicatorStep>("sync_mbf"))
.Process(tctx, 1).Wait();
TransferingContext otherTctx = new TransferingContext(new Headers {
{ "factor", 10 }
}.Dict);
new Pipeline(blueprintOther
.Apply <TestMultiplicatorStep>("sync_mbf")
.Apply <TestMultiplicatorStep>("multiplyby2")
.Apply <TestMultiplicatorStep>("sync_mbf"))
.Process(otherTctx, 1).Wait();
// THAN
tctx.GetResult <int>().Should().Be(20);
otherTctx.GetResult <int>().Should().Be(200);
}
/// <summary>
/// Add calling another pipeline.
/// </summary>
/// <param name="blueprint"></param>
/// <param name="pipelineName"></param>
/// <returns></returns>
public static PipelineBlueprint CallPipeline(this PipelineBlueprint blueprint, string pipelineName)
{
var convey = Injection.InjectionProvider.Get <ConveyorContract>();
blueprint.Apply(async(octx, tctx) =>
{
var package = await convey.Process(new Package
{
Label = pipelineName,
Load = octx.Unit,
Id = octx.UnitId
});
return(package.Load);
});
return(blueprint);
}
public void SingleTaskShouldWorksWell()
{
// GIVEN
mLogs.Logs.Clear();
var injectionProvider = new IoCContainer();
injectionProvider.Register <TestMultiplicatorStep>();
Contracts.Dependencies.Injection.RegisterInjectionProvider(injectionProvider, false);
PipelineBlueprint blueprint = PipelineBlueprint.CreateBlueprint(typeof(int), "SingleApply");
// WHEN
TransferingContext tctx = new TransferingContext();
new Pipeline(blueprint.Apply <TestMultiplicatorStep>("multiplyby2"))
.Process(tctx, 1).Wait();
// THAN
tctx.GetResult <int>().Should().Be(2);
}
public void OnIncorrectParameterTypeExceptionShouldReturns()
{
// GIVEN
mLogs.Logs.Clear();
var injectionProvider = new IoCContainer();
injectionProvider.Register <TestMultiplicatorStep>();
Contracts.Dependencies.Injection.RegisterInjectionProvider(injectionProvider, false);
PipelineBlueprint blueprint = PipelineBlueprint.CreateBlueprint(typeof(int), "SingleApply");
// WHEN
TransferingContext tctx = new TransferingContext();
new Pipeline(blueprint
.Apply((string str) => str))
.Process(tctx, 1).Wait();
// THAN
tctx.Exception.Should().NotBeNull();
tctx.Exception.InnerException.Should().NotBeNull();
tctx.Exception.InnerException.GetType().Should().Be(typeof(ParameterTypeMissmatchException));
}
public void AsyncSpitCollectShouldWorksWell()
{
// GIVEN
mLogs.Logs.Clear();
var ints = new List <int> {
1, 2, 3
};
var injectionProvider = new IoCContainer();
injectionProvider.RegisterSingle(ints);
injectionProvider.Register <TestIntSource>();
injectionProvider.Register <TestMultiplicatorStep>();
Contracts.Dependencies.Injection.RegisterInjectionProvider(injectionProvider, false);
PipelineBlueprint blueprint = PipelineBlueprint.CreateBlueprint(typeof(int), "AsyncSplitCollect");
PipelineBlueprint blueprintOther = PipelineBlueprint.CreateBlueprint(typeof(int), "OtherAsyncSplitCollect");
PipelineBlueprint blueprintOneOther = PipelineBlueprint.CreateBlueprint(typeof(int),
"OneOtherAsyncSplitCollect");
// WHEN
TransferingContext tctx = new TransferingContext(new Headers {
{ "factor", 10 }
}.Dict);
new Pipeline(blueprint
.Split <TestIntSource>()
.Apply <TestMultiplicatorStep>("multiplybyfactor")
.Collect()
.Apply((IList <UnitContext> octx) => octx.Select(el => el.GetUnit <int>()).ToList()))
.Process(tctx, 1)
.Wait();
TransferingContext otherTctx = new TransferingContext(new Headers {
{ "factor", 10 }
}.Dict);
new Pipeline(blueprintOther
.Split <TestIntSource>()
.Apply <TestMultiplicatorStep>("multiplybyfactor")
.Collect()
.Apply <TestMultiplicatorStep>("strip"))
.Process(otherTctx, 1)
.Wait();
TransferingContext oneAnotherTctx = new TransferingContext(new Headers {
{ "factor", 10 }
}.Dict);
new Pipeline(blueprintOneOther
.Apply <TestMultiplicatorStep>("multiplybyfactor")
.Split <TestIntSource>()
.Apply <TestMultiplicatorStep>("multiplybyfactor")
.Collect()
.Apply <TestMultiplicatorStep>("strip"))
.Process(oneAnotherTctx, 1)
.Wait();
// THAN
tctx.Exception?.InnerException.Should().BeNull();
tctx.GetResult <List <int> >().ShouldBeEquivalentTo(new List <int> {
10, 20, 30
});
otherTctx.Exception?.InnerException.Should().BeNull();
otherTctx.GetResult <List <int> >().ShouldBeEquivalentTo(new List <int> {
10, 20, 30
});
oneAnotherTctx.Exception?.InnerException.Should().BeNull();
oneAnotherTctx.GetResult <List <int> >().ShouldBeEquivalentTo(new List <int> {
10, 20, 30
});
}
/// <summary>
/// Add elements casting step.
/// </summary>
/// <typeparam name="TType"></typeparam>
/// <param name="blueprint"></param>
/// <returns></returns>
public static PipelineBlueprint CastCollection <TType>(this PipelineBlueprint blueprint)
{
return
(blueprint.Apply(
(List <UnitContext> unit) => unit.Where(el => el.Unit != null).Select(el => el.GetUnit <TType>())));
}
