[AmericanChopper]

Perhaps. I think a more likely explanation is that it's just not a very professional field. As a field it hasn't been around for very long at all, and it's changed a lot during that period. If it was obvious to tell the difference between bad and good programming, then perhaps things would be different. But I don't think that's obvious at all, and I don't think it's possible to create any meaningful level of agreement in that area. Look at how hard it is to agree on any sort of standard. IETF RFCs take years to process, with the typical outcome being a standard that enough people agreed to publish, but that 0 people faithfully implement.

[register]

I have another opinion about that. Most of us don't work in product companies but rather as consultants or in IT enterprise environments. In such contexts the real objective of software development is often the improvement of a process that is enabled by the software. As such the cons of bad software are not immediatly clear to any management layer above the first. Sometimes even the first layer of management doesn't really care until they get the process improvement they want. If the new software produces an increase of 30% in sales then the fact that it is badly written is just of secondary importance: the objective has been met. The fact that bad software quality will hurt maintanance in the mid-long term is often too far in the future for anybody to really care.

As software engineers I have seen that we usually make two mistakes in these cases. We focus only on our craft without taking into consideration the real business objectives of the customer and what he really cares about. We introduce unnecessary complexity just for the sake of it, often adding unnecessary abstractions. In a few words we often make the sin of believing that software is the objective while in most of the cases there is a business objective for which software is just the enabler and because of that we lose focus on what is the right thing to do.

In software product companies code is part of the final product and code quality directly impacts costs and the core business of the company.

[AmericanChopper]

I’d still say this is at least partially attributable to not having any real measurements of what “good” software is. At least aside from at a very basic level.

If you want to build a bridge, I’d assume there’s a set of standards it has to comply with. If it doesn’t meet the spec you could explain in very objective terms why the quality isn’t sufficient. If you had to sit in front of the board and explain why you think a piece of software wasn’t built to a sufficient standard of quality, you’re going to really struggle to do that in objective terms. The best you could really hope to do is present a well articulated opinion. Anybody who disagrees with you could present their own opinion, and unless they have a high degree of technical competence, they’re not going to have any objective approach for making judgements about that.

Sure lots of companies prioritize feature velocity over code quality. But I doubt most of them a very well informed about what quality compromises they’re actually making.

[IOT_Apprentice]

In some large Internet Scale firms there were ARBs, Architectural Review Boards. They served this purpose, by having very senior members of staff review proposed architecture and implementation approaches PRIOR to coding occurring. The danger was that over time, this sometimes devolved into the members waiting to just beatdown people presenting to them and being internally "political".

[greatdesc]

This resonates with me.

In other fields it can be easy to say when a job is done well. There can be clear guidelines. That said, other fields cut corners and do a “bad” job, too. Construction for example. It is probably possible to explain to average Joe why a damp proof course wasn’t installed properly or the insulation used is dangerous and flammable.

Programming as it exists now seems often in service of something else. So a deadline causes cut corners. So in this context a cut corner is fine and “we’ll fix it later”.

I suppose programming differs from a physical thing like construction. Sure you can replace the wiring and install a mezzanine but it’d be insanely impractical.

I’m going off on a tangent now...

[IOT_Apprentice]

Construction is a prime example, especially Home Construction. Just look at the TikTok videos showing horrendous plumbing and electrical work.

Hell, I moved into a house built 3 years ago by a major firm and the ceiling fans were ALL wired wrong, and many of the electrical plugs are upside down.

This is a house that had a specific design model. My presumption is that unskilled labor was brought in to complete work and just did a shitty job.

You can see this sometimes with outsourced programming work or local work that is poorly designed and inadequately tested.