unktomi

object Prisms {
    
    // Sum type constructors

    def left[B, C](x: B): (B=>C)=>C = {
        (k) => {
            k(x)
        }
    }
    

unktomi

  FGeometry ComputeMenuPlacement(const FGeometry& AllottedGeometry, const FVector2D& PopupDesiredSize, EMenuPlacement PlacementMode)
    {
	// Compute the popup size, offset, and anchor rect  in local space
	const FPopupPlacement Placement(AllottedGeometry, PopupDesiredSize, PlacementMode);

	// ask the application to compute the proper desktop offset for the anchor. This requires the offsets to be in desktop space.
	const FVector2D NewPositionDesktopSpace = FSlateApplication::Get().CalculatePopupWindowPosition(
		TransformRect(AllottedGeometry.GetAccumulatedLayoutTransform(), FSlateRect(Placement.AnchorLocalSpace.GetTopLeft() + Placement.LocalPopupOffset, Placement.AnchorLocalSpace\
		.GetBottomRight() + Placement.LocalPopupOffset)),
		TransformVector(AllottedGeometry.GetAccumulatedLayoutTransform(), Placement.LocalPopupSize),

unktomi

/** 
 * Algebraic Effects and Handlers as in <a href='http://www.eff-lang.org/'>Eff</a>
 */

'use strict'
//
// Note:
// new Continuation() - returns the current function's continuation.
//

unktomi

/**
* One-shot continuation built on top of FPendingLatentAction
*/

template <class T> class FContinueAction : public FPendingLatentAction
{
  bool Called;
  const FName ExecutionFunction;
  const int32 OutputLink;
  const FWeakObjectPtr CallbackTarget;

unktomi

package main.scala.test

import scala.collection.mutable

// Push Mode
// as in Rx
trait Observer[-A] {
  def onNext(x: Option[A]): Unit
  def contramap[B](f: B=>A): Observer[B] = {
    val self = this