The following is the content of an article I wrote for CodeProject.

Being a Programmer

This is an article I wrote for CodeProject in 2008, and has been changed only to the extent that it fits the context of my own web site. There is no source code and there are no pretty pictures to accompany this text. Finally, keep in mind as you read this that I've never been a department head or a project manager, but I have been a lead programmer, team member, and sole programmer on numerous projects.

Finally, for every programmer, you'll get a different outlook on everything I'm about to discuss below. I'm not claiming to be a know-it-all, or have some special super secret knowledge passed down only to me by the gods in Mount Redmond. I simply have a lot of experience, and I've seen my fair share of flotsam drifting down the sewer tunnel. If you'd like to share your experiences, please do so on CodeProject. The more preparation we can give the new guys, the better off all of us will be.

My Philosophy On Writing Code

I have this bizarre outlook with regards to writing code - I do it because it's fun. I don't really care how much money I make, or that one day I'll become a manager of some kind - I do it for the pure enjoyment of doing it. It just happens that there are people out there that will pay me to do what I consider to be a hobby. Sure, I've had other hobbies, but at some point I reach a level of proficiency that makes the hobby almost boring. I've found programming to be a whole different animal.

With programming, you become proficient at a language, but the paradigms under which you write code are fluid, and they can change from one day to the next. Sure, I have a history of spouting off about how all this new-fangled technology is ruining the industry, but in the end, that's what keeps me interested in being a programmer. I've been a programmer (I mean actually employed as one) for almost 30 years. However, it is becoming more difficult to stay interested, focused, and to put it bluntly, motivated.

I don't do theoretical programming, and I don't write articles about exploring the latest feature-de-juer that is spewed out of Redmond. Most of my coding time is spent writing real-world applications that do real-world things, and there is little time or desire to putz around with the edgy new stuff. I wait until there is sufficient information disseminated, and thorough examples presented before I take on something new. When you're developing against a tight schedule, you rarely have time for exploration.

Being Part of a Team

I would guess that 85-90% of the people that use CodeProject are part of a team of developers working on a single project. When you're part of a team of developers, you have to develop a few necessary skills...

Working on Your Assigned Task

When you're part of a team, you will most likely be assigned a specific group of tasks to perform. If the project is carefully planned, the project manager should be able to abstract the tasks into reasonable sections that require little interaction with the other team members during initial development. What this means is that you can pretty much implement the code any way you see fit as long as the resulting code meets whatever requirements and restrictions are placed upon it.

I see each programmer on a team as a semi-autonomous unit. He is given a task, and the bulk of his attention should be to code according to the requirements. Many times, the requirements will specify interaction between code elements, but just as many times, the actual design of the code element is left to the programmer. The more experienced a programmer is, the more freedom he will be granted with regards to internal design. Even so, there may be corporate coding requirements that he has to consider, such as the use (or non-use) of certain libraries/assemblies, and the implementation of certain coding techniques, such as exception handling or class inheritance (like deriving objects used in a generic list from IComparable).

Interacting With Other Developers On The Team

If you have a question about coding policy, ask the team lead. Chances are that he's a team lead because he's got tenure, and knows the answers to those types of questions. Many times, the team lead will have to make it up as he goes. Why? Because believe it or not, many companies don't have any policies or standards in place. In that case, it's up to the team lead (and or project manager/department head) to establish and distribute guidelines so that your work isn't interrupted by questions like this.

Unless specifically told to do so, do NOT work on tasks assigned to other individuals. If the task design is open-ended or insufficient, and if that task meshes or otherwise interacts with a task assigned to another programmer, schedule some time with that developer so that you can see if he has any specific requirements. After (or during) the discussion, write down what was said. Along the same lines, evaluate your tasks and ensure that you have a clear understanding of how the different components work together. Identify questions early on, and try to get answers before you start coding.

Note: My short-term memory is really starting to suffer, and I've often considered buying a small recorder to take to meetings and design discussions so that I don't forget what was said. One of these days, I'll get around to it (if I remember). :)

Suggestions, Criticism, and The Politics of Programming

Many times, you'll bump up against someone else' code that you think could be made better. Before you spout off, consider the following.

Code to the Specification

When given a task with a specific set of requirements - above and beyond ANY other consideration - you should always code to fulfill precisely those requirements. Many times, the schedule leaves no time for interpretation or adding flare or panache to the code. You simply code to the specs and move to the next task. Of course, in a perfect world, this works just dandy, but in my world, nothing is ever "perfect". The requirements might (and often are) deficient, or it hasn't been made clear to you how much leeway you are granted where embellishment is concerned. This is especially troublesome when the requirements haven't been completely fleshed out.

If you haven't been expressly told that you have such leeway, ask your team lead or project manager before doing anything outside the requirements. This is especially true if you're in a shop that hands out small, seemingly unrelated tasks to individuals that don't necessarily have a grasp of "the big picture". When you're performing maintenance coding, you will find that the requirements will be very specific. Generally, if you don't encounter a problem with side effects or something of that sort, it's best to simply toe the line. At the same time, don't be afraid to ask questions when appropriate.

As a side note, I'd like to mention that before posing a question to the higher-ups, RESEARCH THE CODE and be doubly sure of how the code interacts with the program. You can perform research by asking the guy that's responsible for the code in question (that's the fast way), or by digging into it first, and then verifying that the code works the way you think it does. Only after you've fully evaluated the situation should you bother the guys in charge. After all, they're busy too, and you don't want to establish a reputation as being lazy, or worse, an idiot.

As a final reminder, go back and read the previous section. Be respectful, and mind your tongue, especially if you're new to the team, department, or employer.

Writing Code

Now that we've gotten the interpersonal skills out of the way, I can talk about the fun stuff - actually writing code. This is not going to be a lecture about the evils of reverse Polish notation, nor about what *MY* coding style is. Instead, it describes how YOU should code. The short version can be summed up in a simple phrase - it depends on who you work for.

Employer/Customer Coding Style

During the almost 30 years I've been programming, I've been in precisely two shops that had anything that even closely resembled coding style guidelines. Both of them were defense contractors. In fact, they even had user documentation guidelines (for instance, we had to use the word "shall" instead of "will"). I'll tell you right now - every place you work will be different. Unless you're the first and only developer, you're going to have to work with someone else's idea of proper coding style.

The best way to handle that is this - code in the style that already exists in the given source file. You probably don't have time to change the positioning of curly braces or alter the naming convention. Besides, you could possibly completely break the code in the process of "beautifying" the existing code. When you get right down to it, maintaining existing code is NOT the place to assert your manhood. Just take the red pill and ignore the white rabbit.

Coding Style - Develop Your Own, and Stick to It (When You Can)

No doubt, you've been hacking out your own code on your own system, and on your own time. That's a good thing. I use those occasions to refine my coding style (but it's so perfect that "refining" it would actually be a step backwards :) ). You will find that many times, if your current employer has coding style guidelines, they will closely match yours. In that event, Bob's your uncle, and life is rosy.

You'll find the biggest difference is in the placement of the beginning curly brace, and minor issues regarding the use of white space, tabs, and alignment. Take my advice and don't bother arguing your point. It'll just annoy your boss, and waste both your time and that of your boss. If you waste too much of your boss' time, you'll find yourself changing the position of curly braces on your resume.

Commenting Your Code

This is most of the original message I posted in the Lounge earlier this week, and that gave me the impetus to write this article. I added everything above because I thought what follows was too short to be called an article. Even if you don't pay any attention to everything that came before, please pay attention to what follows. Years from now, you'll thank me.

So there I was, sitting there at home and waiting for the DirecTV installer technician to show up, and thought I'd work on some code for a new article I'm writing (this is not that article). I had pretty much finished with the code and was running through it, adding comments and exception handling, and it struck me - this is the most unexciting part of programming. No wonder it's so hard to get people to do it well, much less do it at all.

Writing code for a CodeProject article is fun, and can be quite fast when you make certain assumptions about the objects being used and data being manipulated. Once you get it working, you think, "Ahhh, it's almost ready to release." Of course, my desire to release the code is almost always tempered with a desire to make it self-documenting and somewhat bulletproof. Adding comments and exception handling is tedious drudgery - something I equate to ditch-digging, yet it needs to be done. You have to be a philosopher (no matter what you do, it seems like it's never enough) and a clairvoyant (anyone using this code might try this or that) to perform this task effectively.

I've been working for three hours, and I've only covered two classes. In the end, it's a pain in the butt, but I bolster my attitude knowing that even if my efforts might not be appreciated by a single person, I'll be able to maintain the code properly in the future.

I have advice for anyone just starting out as a programmer, regardless of the language or platform you're targeting:

In Closing

The items I've listed above is collectively called "discipline", and if every programmer developed "discipline" to a higher level, legacy code will be more maintainable by the new guys coming into a company or project.

Commit to excellence. Follow through with pro-active practices. This is how you gain the trust of your employer/customer and the respect of your peers. In short, be a mentor before you have a student, because you're expected to lead by example, and the junior programmers will look to you for guidance.