[strbean]

Look at the analogy to general purpose programming languages.

Every single one, without exception, lets you do incredibly powerful things compared to its complexity.

This hasn't stopped the progression of general purpose programming languages, and I think the vast majority of developers would agree that there have been huge improvements in the last 50 years.

[doctor_eval]

TIOBE [0] reckons that the top 10 programming languages are currently Python, C, Java, C++, C#, Visual Basic, JavaScript, "Assembly Language", SQL and PHP. The first five languages represent more than 50% of the users in TIOBE.

Apart from SQL, all of these languages are imperative, and most of them derive from C in some shape or form; K&R C was published in 1978, 44 years ago.

So, while I'd agree that there have certainly been huge incremental improvements in imperative programming in the last ~50 years, when we look at what people use on a daily basis, it's not really clear to me that the changes have been any greater in significance than the changes that SQL has gone through during the same period.

[0] https://www.tiobe.com/tiobe-index/

[wruza]

Yet every one of these “ancient” languages allows you to have human-readable common expressions, functions, sorts of classes, identifier scoping, heavy code reuse, flow parametrization, higher order operations (even C with some effort), libraries, frameworks, package management, interoperability, to name a few.

SQL is really good at its in-place one-time this-specific-case relational querying.

Things SQL is not even mediocre at: programming.