Why did the computer chicken cross the road? |
Assembler Chicken: First it builds the road ... C Chicken: Crosses the road without looking both ways. C++ Chicken: Doesn't have to cross the road; you simply refer to him on the other side. COBOL Chicken: 0001-CHICKEN-CROSSING. IF NO-MORE-VEHICLES THEN PERFORM 0010-CROSS-THE-ROAD VARYING STEPS FROM 1 BY 1 UNTIL ON-THE-OTHER-SIDE ELSE GO TO 0001-CHICKEN-CROSSING. Cray Chicken: Crosses faster than any other, but if you don't dip it in liquid nitrogen first, it arrives on the other side fully cooked. Delphi Chicken: Is dragged across the road and dropped on the other side. G3-300 MHz Chicken: Crosses twice as fast as any Pentium chicken. Gopher Chicken: Tried to run, but got flattened by the Web chicken. Intel Pentium Chicken: Crossed 4.9999978 times. Iomega Chicken: Should have backed up before crossing. Java Chicken: The server will download a chicklet to the other side. Lotus Chicken: Don't you *dare* try to cross the road the same way we do! Mac Chicken: No reasonable chicken owner would want a chicken to cross the road, so there's no way to tell it to. Microsoft (tm) Chicken: It's already on both sides of the road. And it just bought the road. Newton Chicken: Can't cluck, can't fly, and can't lay eggs, but you can carry it across the road in your pocket! NT Chicken: Will cross the road in June. No, August. September for sure. OOP Chicken: Doesn't need to cross the road; it just sends a message. OS/2 Chicken: Crossed the road in style years ago, but was so quiet that nobody noticed. Quantum Logic Chicken: The chicken is distributed probabalistically on all sides of the road until you observe it on the side of your choice. Visual Basic Chicken: USHighways! (aChicken). Web Chicken: Jumps out onto the road, turns right, and just keeps on running. Windows 95 Chicken: You see different colored feathers while it crosses, but cook it and it still tastes like ... chicken. Windows 98 Chicken: As expected, caused a crash while crossing. |