EngineUniverse

Type Members

1. abstract type A

   A is a function from the parameters of the engine, and the result to a boolean.

   A is a function from the parameters of the engine, and the result to a boolean. It checks that some property is true

   Definition Classes

   EngineTypes

2. type AssertionClosure = (A) ⇒ Boolean

   In order to call an A in the building code, when we don't know anything about the arity, we create a closure holding the parameters and reusltand pass the A function to it

   In order to call an A in the building code, when we don't know anything about the arity, we create a closure holding the parameters and reusltand pass the A function to it

   Definition Classes

   EngineTypes

3. class AssertionDoesntMatchBecauseException extends ScenarioConflictException

4. class AssertionException extends ScenarioException

5. abstract type B

   B is a function from the parameters of the engine to a boolean.

   B is a function from the parameters of the engine to a boolean. It is effectively in calculating which scenario is to be used

   Definition Classes

   EngineTypes

6. type BecauseClosure = (B) ⇒ Boolean

   In order to call a B in the building code, when we don't know anything about the arity, we create a closure holding the parameters and pass the B function to it

   In order to call a B in the building code, when we don't know anything about the arity, we create a closure holding the parameters and pass the B function to it

   Definition Classes

   EngineTypes

7. trait BuildEngine extends EvaluateEngine with EngineToString

8. class CannotDefineDefaultTwiceException extends EngineException

9. class CannotModifyFragmentThatDoesntExistException extends Exception

10. type CfgClosure = (CfgFn) ⇒ Unit

    Definition Classes

    EngineTypes

11. abstract type CfgFn

    this is a function from the parameters to Unit e,g, (P1,P2,P3)=> Unit

    this is a function from the parameters to Unit e,g, (P1,P2,P3)=> Unit

    Definition Classes

    EngineTypes

12. type Code = CodeFn[B, RFn, R]

    This is just a type synonym to save messy code

    This is just a type synonym to save messy code

    Definition Classes

    EngineTypes

13. case class CodeAndScenarios(code: EngineUniverse.Code, scenarios: List[Scenario] = immutable.this.Nil, default: Boolean = false) extends Product with Serializable

14. abstract class Engine extends BuildEngine with ScenarioWalker

15. class EngineResultException extends EngineException

16. trait EngineToString extends AnyRef

17. trait EvaluateEngine extends AnyRef

18. class ExceptionWithoutCodeException extends ScenarioException

19. abstract type FragFn

    turns parameters into fragment results.

    turns parameters into fragment results. For example in XML in an engine 2 it might be (P1,P2)=>NodeSeq. I would love to know how to make this more type safe...

    Definition Classes

    EngineTypes

20. trait IfThenPrinter extends AnyRef

21. class MultipleExceptions extends EngineException

22. class NoBecauseException extends ScenarioException

23. class NoExceptionThrownException extends ScenarioException

24. class NoExpectedException extends ScenarioException

25. case class Node(because: List[Because[EngineUniverse.B]], inputs: List[Any], yes: RorN, no: RorN, scenarioThatCausedNode: Scenario) extends Product with Serializable

26. case class NodePath(parent: RorN, result: Boolean) extends Product with Serializable

27. abstract type ParamsToFragmentFn

    turns the params into a Fragment.

    turns the params into a Fragment. This can be modified by the fragment specifiers

    Definition Classes

    EngineTypes

28. abstract type RFn

    RFn is a function from the parameters of the engine to a result R.

    RFn is a function from the parameters of the engine to a result R. It is used to calculate the result of the engine

    Definition Classes

    EngineTypes

29. type RFnMaker = (Either[Exception, R]) ⇒ RFn

    Definition Classes

    EngineTypes

30. abstract type RealScenarioBuilder <: ScenarioBuilder

    Definition Classes

    EngineUniverse → EngineTypes

31. type ResultClosure = (RFn) ⇒ R

    In order to call a RFN in the building code, when we don't know anything about the arity, we create a closure holding the parameters and pass the B function to it

    In order to call a RFN in the building code, when we don't know anything about the arity, we create a closure holding the parameters and pass the B function to it

    Definition Classes

    EngineTypes

32. type RorN = Either[CodeAndScenarios, Node]

33. case class Scenario(locator: String, description: Option[String], params: List[Any], paramPrinter: LoggerDisplayProcessor, expected: ROrException[R] = ROrException.apply[R](), code: Option[CodeFn[EngineUniverse.B, EngineUniverse.RFn, R]] = scala.None, because: Option[Because[EngineUniverse.B]] = scala.None, assertions: List[Assertion[EngineUniverse.A]] = immutable.this.Nil, configuration: Option[EngineUniverse.CfgFn] = scala.None, priority: Int = 0) extends Product with Serializable

34. class ScenarioBecauseException extends ScenarioException

35. trait ScenarioBuilder extends ScenarioWalker

36. class ScenarioConflictException extends ScenarioException

37. class ScenarioConflictingWithDefaultException extends ScenarioException

38. class ScenarioConflictingWithoutBecauseException extends ScenarioConflictException

39. class ScenarioException extends EngineException

40. case class ScenarioExceptionMap(map: Map[Scenario, Throwable] = ..., first: Option[Throwable] = scala.None) extends Product with Serializable

41. class ScenarioResultException extends ScenarioException

42. trait ScenarioVisitor extends AnyRef

43. trait ScenarioWalker extends AnyRef

44. case class UseCase(description: String, scenarios: List[Scenario], expected: Option[ROrException[R]]) extends Product with Serializable

45. class WrongExceptionThrownException extends ScenarioException