public void Execute(TestInput inputTo, IRespondWithSuccessOrError <TestResult, ErrorOutput> presenter)
{
var context = new TestContext
{
Value1 = inputTo.a,
Value2 = inputTo.b
};
var sagaWithCompenstate = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step(new Func <TestContext, Task>(async(ctx) =>
{
await Add_Numbers(ctx);
ctx.AddError("error adding two numbers");
}))
.With_Error_Behavior(Domain.Saga.ErrorBehavior.Terminate) // could be Terminate so saga halts at this step
.Using_Step(new Func <TestContext, Task>(async(ctx) =>
{
await Add_Numbers(ctx);
}))
.With_Finish_Actions((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
},
(err) =>
{
presenter.Respond(err);
});
sagaWithCompenstate.Run();
}
public void Execute(TestInput inputTo, IRespondWithSuccessOrError <TestResult, ErrorOutput> presenter)
{
var context = new TestContext
{
Value1 = inputTo.a,
Value2 = inputTo.b
};
var sagaWithoutCompenstate = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step(_addTask)
.Using_Step(_errorTask)
.With_Finish_Actions((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
},
(err) =>
{
presenter.Respond(err);
});
var sagaWithCompenstate = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step(_addTask)
.With_Error_Behavior(Domain.Saga.ErrorBehavior.Continue) // could be Terminate so saga halts at this step
.Using_Step(_errorTask)
.With_Roll_Back_Action_On_Error((ctx) =>
{
ctx.Result -= 10;
})
.With_Finish_Actions((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
},
(err) =>
{
presenter.Respond(err);
});
sagaWithCompenstate.Run();
//sagaWithoutCompenstate.Run();
}
public void Execute(TestInput inputTo, IRespondWithSuccessOrError <TestResult, ErrorOutput> presenter)
{
var context = new TestContext
{
Value1 = inputTo.a,
Value2 = inputTo.b
};
// using inline actions
var sagaWithActions = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step((ctx) =>
{
ctx.Result = ctx.Value1 + ctx.Value2;
})
.Using_Step((ctx) =>
{
ctx.Result += 10;
})
.With_Finish_Action((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
});
// using local methods to wrap actions
var sagaWithActionWrappingMethods = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step((ctx) =>
{
AddTwoNumbers(ctx);
})
.Using_Step((ctx) =>
{
AddTen(ctx);
})
.With_Finish_Action((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
});
// using inline async actions
var sagaWithAsyncActions = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step(new Func <TestContext, Task>(async(ctx) =>
{
await Task.FromResult(ctx.Result = ctx.Value1 + ctx.Value2);
}))
.Using_Step(new Func <TestContext, Task>(async(ctx) =>
{
await Task.FromResult(ctx.Result += 10);
}))
.With_Finish_Action((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
});
// using Steps
var sagaWithSteps = new SagaBuilder <TestContext>()
.With_Context_State(context)
.Using_Step(_addTask)
.Using_Step(_plusTenTask)
.With_Finish_Action((ctx) =>
{
presenter.Respond(new TestResult
{
Result = ctx.Result
});
});
sagaWithActions.Run();
//sagaWithActionWrappingMethods.Run();
//sagaWithAsyncActions.Run();
//sagaWithSteps.Run();
}