logic

Type Members

1. case class AsList[A](x: Op[A]) extends Op1[A, List[A]] with Product with Serializable

2. case class Collect[A](ops: Seq[Op[A]]) extends Op[Seq[A]] with Product with Serializable

3. case class CollectArray[A](ops: Array[Op[A]])(implicit evidence$1: Manifest[A]) extends Op[Array[A]] with Product with Serializable

4. case class Do1[A, Z](a: Op[A])(call: (A) ⇒ Z) extends Op[Z] with Product with Serializable

   Invoke a function that takes one argument.

5. case class Do2[A, B, Z](a: Op[A], b: Op[B])(call: (A, B) ⇒ Z) extends Op[Z] with Product with Serializable

   Invoke a function that takes two arguments.

6. case class ForEach1[A, Z](op: Op[Array[A]])(f: (A) ⇒ Op[Z])(implicit evidence$4: Manifest[Z]) extends Op[Array[Z]] with Product with Serializable

   Evaluates the given operation (op) to get an array of A's.

7. case class ForEach2[A, B, Z](opA: Op[Array[A]], opB: Op[Array[B]])(f: (A, B) ⇒ Op[Z])(implicit evidence$5: Manifest[Z]) extends Op[Array[Z]] with Product with Serializable

   Evaluates the given operations (opA and opB) to get an array of A's and an array of B's.

8. case class ForEach3[A, B, C, Z](opA: Op[Array[A]], opB: Op[Array[B]], opC: Op[Array[C]])(f: (A, B, C) ⇒ Op[Z])(implicit evidence$6: Manifest[Z]) extends Op[Array[Z]] with Product with Serializable

   Evaluates the given operations (opA opB, and opC) to get arrays of A's, B's and C's (which should be the same length).

9. case class If[A <: C, B <: C, C](bOp: Op[Boolean], trueOp: Op[A], falseOp: Op[B])(implicit evidence$1: Manifest[C]) extends Op[C] with Product with Serializable

10. abstract class Reducer1[B, C] extends Op[C]

11. abstract class Reducer2[A, B, C] extends Op[C]

12. case class WithResult[A, Z](a: Op[A])(call: (A) ⇒ Op[Z]) extends Op[Z] with Product with Serializable

    Run a function on the result of an operation