I was mostly looking for something more composable, similar to how jest works. Some ideas that I’ve been working on are assertions like:
expect!([1, 2, 3])
.all()
.to_be_less_than(5);
I also have some ideas around futures that I’d like to play with.
Felt like making an assertions library since I can’t seem to find something quite what I’m looking for.
In addition to 1:many, many:many, and many:1 (which is just 1:many but looking at it in the other direction), you also occasionally see 1:1, for example if you want to augment a table with additional data. This might be done by having your foreign key also be your primary key in the augmenting table, since that would also enforce a uniqueness constraint on the FK as a result.
Also, probably unnecessary to mention, but you can also have “0 or 1” relationship (meaning one side is optional but capped at 1). These are technically separated from “1” relationships usually when you get into all the theory. An example of this might be a “0:1” relationship using the above augment table, but where the augmenting table isn’t required to have a row for every row in the augmented table. (A 1:1 constraint can be enforced, for example, by having an additional FK in the augmented table pointing to the augmenting table.)
To add - blocking the main thread on a long running task in the browser can make the page unresponsive. There’s not really a way, as far as I know, to “block until a promise completes”, which might be the source of the frustration. It seems to me that was intentional by the ones who designed this function.
If they are mutually exclusive special cases, using an enum like another comment mentioned makes sense, and can limit the special cases to one field. You can use an enum of strings if you want it to be more readable.
As for how the data is represented, only including the special case field when there is one makes sense as well. Keep in mind JSON is also a flexible format - you can even have the array contain mixed types, like strings for simple licenses, and objects for more complex licenses. That can reduce the size of the JSON document quite a bit, if that’s an option.
If you want to use it in your start menu, there are some options. I know Start11 can use Everything, for example (but isn’t free - there may be free options out there, but I haven’t looked).
Otherwise, most of what I’ve seen are CLI applications. Is there anything specific about Windows you’re hoping to see a replacement for? For me, search and settings (why the f are you advertising to me in the f-ing settings?) are the worst offenders, but settings is kinda locked in for the most part unfortunately.
We have infused AI into every layer of Windows
I sure hope not. I don’t want Windows to just decide to delete my hard drive because it feels like it.
We are introducing Windows Semantic Index, a new OS capability which redefines search on Windows and powers new experiences like Recall.
You could also improve Windows search by contracting with voidtools and integrating Everything. While you’re at it, maybe ditch the bing searches, and other useless search results?
Anyway, the rest of the article seems to go into actual dev-oriented details, and there’s some interesting bits like enabling certain AI acceleration features on the web (probably only in Edge though…), for what that’s worth.
I feel like I see this question come up now and then across the communities I’m in, and there’s always a debate over search engines lol. Anyway, to answer the question, I use Kagi for its custom rankings (and, more recently, Wolfram|Alpha integration, which I’ve found more useful than I expected it to be).
Duff’s device takes this to a whole new level.
In C# at least, goto can take you between case labels in a switch statement (rather than using fallthrough), which I don’t view as being nearly as bad. For example, you can do goto case 1 or goto default to jump to another case.
The only other use of goto I find remotely tolerable is when paired with a labelled loop statement (like putting a label right before a for loop), but honestly Rust handles that far better with labelled loops (and labelled block expressions).
I’ve used GitLab and Azure DevOps professionally, but there are a lot of services out there which host Git repositories. GitLab can also be self-hosted which is nice. They all fundamentally work the same though from my experience - code viewer, issue tracker, pull requests, some way of doing CI/CD, and various collaborative and documentation features (wikis, discussion areas, permission management, etc).
It may be good to understand also where the separation lies between features that are part of Git vs those which are part of the service you’re using (like GitHub). For example, branches are Git, while pull requests and wikis are GitHub.
Speaking from experience, in the past year, I’ve used 3 different hosting providers for git repositories at work. Only one of them is GitHub. It’s good to keep your options open - git isn’t locked to any particular provider, after all.
I’ve been writing Lua off and on for probably close to a decade, and I can’t remember the lack of a round function being an issue. I may have needed it at some point, but it’s not exactly a complicated function to write up in a minute.
To me, the biggest appeal of Lua is actually the lack of an overbearing standard library. It has just enough to be usable as a scripting language within a larger application, and the larger application can always include its own helper library that gets loaded into the interpreter automatically on initialization. Feature-wise, there is enough to define your own OOP helpers (but no language built-in specific OOP stuff beyond metatables basically), there is enough to build your own async/await and generators using coroutines, etc.
Not having a huge built-in standard lib comes with the benefit of not needing to distribute a huge standard lib with your larger application.
if you don’t have a Windows program that runs Batch scripts with untrusted arguments
This only matters when running the scripts with user inputs passed as arguments to the command, which I can’t imagine being remotely common at all.
If by parallel you mean across multiple threads in some map-reduce algorithm, the compiler will not do that automatically since that would be both extremely surprising behavior and in most cases, would make performance worse (it’d be interesting to see just how many shapes you’d need to iterate over before you start seeing performance benefits from map-reduce). If you’re referring to vectorization, then the Rust compiler does automatically do that in some cases, and I imagine it depends on how the area is calculated and whether the implementation can be inlined.
I agree with the conclusion, and the exploration is interesting enough that I think it was worth sharing. Still, while the author seemingly knows this already based on their conclusion, it’s still worth stressing: these kinds of microbenchmarks rarely reflect real world performance.
This toy case doesn’t have many (if any) real world performance-sensitive applications. At best, using shapes in games comes to mind, but shapes there are often represented as meshes, and if you really need the area that much, you might find that precalculating the area once is more impactful on the performance than optimizing how fast the area is calculated.
Still, the author seems aware, and it seems to just be the author sharing their fun experiment.
The hourly wage here seems below 1 dollar.
I’m surprised this is even legal. I mean, of course it’s fine to scam a bunch of desperate people looking to pad their resumes. Why wouldn’t it be?
Unless you have no other source of income, then I don’t see these making sense. Even then, consider if retail or food industry might be a better use of your time until you can find something better (unironically - they can be great experiences).
These days it’s all about Python, with AI being the hype and all. JS can at least try to compete.
Imagine changing your file extension from .js to .ts and calling it a fad. JS is TS. The difference is that TS does more (by actually doing stuff before runtime as a static analyzer, similar to eslint). If TS is a fad, then modern web dev is a fad.
Which, to be fair, it is.
Speaking as someone with a MTF close friend and NB spouse, but the term used in the article is the term everyone around me used when I was growing up. That term may be obsolete now, and if so, the author simply needs to be informed. There’s no need to assume they meant harm by it.
If they knowingly used a term that may offend, then that’s of course a separate issue.