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873 points belter | 1 comments | | HN request time: 0.219s | source
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latexr ◴[] No.42947128[source]
> Most won't care about the craft. Cherish the ones that do, meet the rest where they are

> (…)

> People who stress over code style, linting rules, or other minutia remain insane weirdos to me. Focus on more important things.

What you call “stressing over minutiae” others might call “caring for the craft”. Revered artisans are precisely the ones who care for the details. “Stressing” is your value judgement, not necessarily the ground truth.

What you’re essentially saying is “cherish the people who care up to the level I personally and subjectively think is right, and dismiss everyone who cares more as insane weirdos who cannot prioritise”.

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hliyan ◴[] No.42947527[source]
There's another way to look at this: if you consider the school of thought that says that the code is the design, and compilation is the construction process, then stressing over code style is equivalent to stressing over the formatting and conventions of the blueprint (to use a civil engineering metaphor), instead of stressing over load bearing, material costs and utility of the space.

I'm fond of saying that anything that doesn't survive the compilation process is not design but code organization. Design would be: which data structures to use (list, map, array etc.), which data to keep in memory, which data to load/save and when, which algorithms to use, how to handle concurrency etc. Keeping the code organized is useful and is a part of basic hygiene, but it's far from the defining characteristic of the craft.

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Retric ◴[] No.42947599[source]
> the formatting and conventions of the blueprint

Some of those formatting conventions are written in blood. The clarity of a blueprint is a big deal when people are using it to convey safety critical information.

I don’t think code formatting rises anywhere close to that level, but it’s also trying to reduce cognitive load which is a big deal in software development. Nobody wants to look at multiple lines concatenated together, how far beyond that you take things runs into diminishing returns. However at a minimum formatting changes shouldn’t regularly complicate doing a diff.

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hliyan ◴[] No.42947699[source]
I 100% agree. The problem is that after a half a century, software engineering discipline has been unable to agree on global conventions and standards. I recently had an experience where a repair crew was worried about the odd looking placement of a concrete beam in my house. I brought over the blueprints, and the technician found the schedule of beams and columns within seconds, pinpointed the beam and said, "Ah, that's why. We just need to <solution I won't go into>". Just then it struck me how we can't do this in software engineering, even when the project is basically a bog-standard business app: CRUD API backed by an RDBMS.
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VonGallifrey ◴[] No.42951607[source]
> I brought over the blueprints, and the technician found the schedule of beams and columns within seconds

Is that really an example of the standardization you want? It shows that the blueprint was done in a way that the technician expected it to be, but I am not sure that these blueprints are standardized in that way globally. Each country has its standards and language.

If an architect from a different country did that blueprint, I would bet that it would be significantly different from the blueprint you have.

Software Engineering doesn't have a problem with country borders, but different languages would require different standards and conventions. Unless you can convince everyone to use the same language (which would be a bad idea; CRUD apps and rocket systems have different trade-offs), I doubt there could be an industry-wide standard.

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1. lanstin ◴[] No.42953502[source]
But I can't look at the design from my desk-mate and hope to understand it quickly. We wall love to invent as much as possible ourselves, and we lack a common design language for the spaces we are problem solving in. Personally I don't entirely think it's a problem of discipline of software engineering, but a reflection of the fact that the space of possible solutions is so high for software, and the [opportunity] cost of missing a great solution because it is too different from previous solutions is so high (difference between 120 seconds application start and 120 milliseconds application start, for instance).