| See p. 7 of Brooks' The Mythical Man-Month, for "The Joys of the Craft" http://www.amazon.com/Mythical-Man-Month-Software-Engineerin... He lists 5: creation; usefulness; intricacy; constant novelty; tractability. Some of these are in common with graphic design; but the "constant novelty" perhaps addresses your "boredom". Turing said that programming need never become boring, because any repetitive coding (or concept) can be captured in a function or module. Once you're worked out the solution to a problem, you write a reusable module to deal with that problem, and embodies your understanding of it, and you don't have to do it again. So it's always new problems. Now, in practice, it isn't always that easy. Code that can be reused generally is much harder to write than code for one specific case (the literal meaning of ad hoc: "for this"). The hardest part is specifying what it do, not coding how. This approaches AI: to go from a problem that initially you cannot even understand, to one that you can automate 100%, is transcendent. Almost Frankensteinian... (aka The Modern Prometheus). For me personally: I get a simple pleasure from making something happen on the screen (like any act of creation); but I actually don't like programming much for its own sake. I enjoy solving problems, and making them real. It's easy to dream something; but to do it is a real accomplishment. And anything on the road of that journey becomes equally important. I don't know what stage you're at, but it's possible that you're not yet up to wrapping up the common parts of your coding, so you don't have to do them again. If you keep on typing the same predictable, mechanical things, that would be boring. Computers are ideal for this kind of mechanical work. |