Slots can already be pretty confusing to comprehend, I think it is better to stick to what people (may) already know.

One last bonus: CSS variables can be written in a way that makes it easier for human programmers to understand. If you just see hex code #93e9be, you won’t know what color it produces, while --brand-green makes clear the purpose of the variable.

Similarly problematic is the “cancel culture,” where people attempt to expunge anyone with whom they do not perfectly agree, rather than remain focused on those who profit from discrimination and injustice.

I have a few colleagues that converted to hyperscript, and while they were adverse at first, they were satisfied with having switched once they had become comfortable with the way it looks/reads.

The only "issue" it has is that its unfamiliar. People have been working with HTML for years and are comfortable with it. That's basically the only reason that people find it more readable. If you make an effort to spend sometime with hyperscript, it becomes as familiar and readable as jsx.

code is read much more often than it is written.

I know that it is the matter of taste and a debatable thing, I find JSX and regular javascript flow operators a lot more readable than any sort of {#blocks} and directives.

Tables are not yet supported. If you love impossible to read regular expressions, submit a PR!

A reasonably clean alternative would be to map a function over the array and use destructuring in the each loop: {#each [1, 2, 3, 4].map(n => ({ n, sqr_n: n * n })) as { n, sqr_n }} {sqr_n} {sqr_n / 2}<br> {/each}

remaining: 0, callbacks: [] r: 0, // remaining outros c: [], // callbacks p: outros // parent group

Why the obfuscation of remaining to r and callbacks to c? This is fine for function-local variables but in this instance makes the code significantly harder to reason about? There is no notion of what c and r mean.

I'm certainly not claiming that we should use clever tricks to scrunch our code into the most compact form possible at the expense of readability. Nor am I claiming that reducing lines of code is necessarily a worthwhile goal, since it encourages turning readable code like this...

Personally for me, this is incredibly hard to read. Regex everywhere, nested objects with different rules and configurations that are very intuitive, multiple loaders that resolve backwards, built in loaders having obscure issues that require using third party loaders in between, separation of plugins and loaders, and so on.

and making the code more beautiful and compact and human readable

a technique that enable a test suite to perform as well as using fixtures (or better if you're running just a few tests from the suite) and read as good as you are used to when using factories

The lack of a dynamic scripting language is annoying, though Tsung XML scenarios (again, just like JMeter) can include things like loops and if-statements, so it is actually possible to write all sorts of complicated user scenario “code.” The functionality is there, but the usability is not: few developers like “programming” in XML.

Tired of using the JMeter GUI or looking at hairy XML files?

We believe load test scripts should be plain code to get all the benefits of version control, as opposed to say unreadable and tool generated XML.

An online tool for calculating readability Some word processing software has the Flesch-Kincaid formula built in. Or you can use this online tool to calculate the reading level of a particular passage:

The transformation of a page by Readability is pretty dramatic, and its use can lead to a focused conversation in the classroom about what has been removed, and why, and what has remained, and why. This forced awareness of the construction of a web page is valuable knowledge for young users of the web.

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