Peter Miller

Musings on Technology and Programming
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Priming the Pump

I’ve been in a learning mode recently. When I’m in a learning mode I turn my attention to the stack of unread technical books on my shelf and I start running through them. Not everyone likes reading books to learn about programming. Books can be boring, take a long time to read and in general not measure up to “hands-on” experience.

 
I think this analysis is a little simplistic. Yes, if I had to choose between two people to work with and all I knew was that one had been programming in C# for a couple of years and the other had read 10 books about it, but never programmed in it, I’d choose the first guy.

 
However, this is really not going to happen. For me to get to that point, I would have to have messed up entirely on the information gathering stage of my decision making process. At that point, I might as well select at random.

 
In a more realistic scenario, I’d know more about someone then just one line item about reading books or not; and in a realistic scenario I might not really care if someone had experience in the particular language we were going to use.

 
In my view a good programmer can pick up any language you throw at them. What’s more important is how they approach the problem at hand, what kind of solutions they come up with, etc.

 
Now, while these traits can be illustrated by experience, they also can be enhanced by some background reading. So when I read a book about developing web applications with Ruby I am in a sense seeding my brain with bits and pieces of ideas that I can hopefully apply to diverse situations as I encounter them in the future. In a sense, I am “priming the pump” so that my programming experiences can be more fruitful.

 
A perfect example of this is design patterns. The point of reading about them is not to necessarily write an application that perfectly implements the Observer pattern. The point is to have a ready store of ideas in mind when you come across the type of problem the Observer pattern is typically used to solve.

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