Not the creator, just posting

I think this would be a nice improvement to reduce boiler plate.

On an unrelated note, don’t forget to sanitize your input.

This is why Bobby Tables mom needs her Github account suspended…

It remove the central server, which is often the single point of failure. So even if it doesn’t add more security than signal, it adds resilience. And this is not Tor in the way that its not a proxy, its a framework to build secure peer to peer applications.

That requires a complete picture and all possible use cases from the start. Initially when a language is new and hardly used there are much to benefit from flexibility and trying new concepts. Then as the language matures, a more formal process is needed to ensure stability. There is a reason these discussions comes now, since rust is in a very stable phase.

As someone that have worked in software for 30 years, and deplying complicated software, shared libraries is a misstake. You think you get the benefit of size and easy security upgrades, but due to deployment hell you end up using docker and now your deployment actually added a whole OS in size and you need to do security upgrades for this OS instead of just your application. I use rust for some software now, and I build it with musl, and is struck by how small things get in relation to the regular deployment, and it feels like magic that I no longer get glibc incompatibility issues.

Ok, I then have some business proposals…

Mindblowing features are basically, by definition, a result of bad language design. They blow your mind, since they are totally unexpected behaviours. They may still be cool, but they are unexpected and hence unintuitive.

A language that are full of these is Perl. And one simple one is that you can take the string “AAAAA” and use addition on that, like “AAAAA”++ and you will get the result “AAAAB”. Cool you may think, but is it really? Addition is normally used to increase the value of a number, that is a completely different operation than modifying a String. The string “AAAAA” cannot be said to be greater or less than “AAAAB”, besides the very special case when we order it. But in general the name “John” is not considered to be higher/lower than “Mark”, they are just different. So, even if it is cool to manipulate strings by using addition/subtraction, it is still bad language design and very unintuitive. Also, since perl is so loosely typed, it may also cause very unexpected bugs.

Which is kind of surprising, since it basically just is a bunch of “I’m cannot understand why … is needed”, “I cannot learn…” and “I think that is ugly”. And since the OP is coming from TypeScript, and how the OPs understanding of programming, it is clear it is a junior web developer trying rust and failing. Nothing to see here… well, the OP clearly have some kind of grandios ego, thinking that the OPs inability to learn something, must be because it is bad (I mean, there is clearly no other possiblities)… but not even that is worth responding to. And don’t read this wrong, there is plenty to complain about with Rust, however, nothing of that is in OP which is basically just as insightful as a baby crying.

Ok, so we use different search engine so you didn’t find this particular hit. But, do you really claim that learning material is an issue here. And about my attitude, yes, I was a bit cranky. In general, you can ask any stupid question, heck I ask stupid questions all the time and they will be answered kindly. The rust community knows that lifetimes and stuff like that is complicated.

However, I’m quite fed up with the attitude that it is someone elses obligation to spoon feed you with knowledge that exists right under the nose… and that is a very common attitude amongst the “For rust to succeed…” evangelists.

There are lots of guides, tutorials and documentation. The responsibility is no longer on someone else, it is up to the individuals to actually read any of them. And to be honest, if you are unable to use them to learn rust, maybe your c++ skills isn’t that impressive either.

https://bpbonline.com/products/rust-for-c-programmers?variant=42560853639368 is one if found using a tool called search engine…

I wanted to use the debug fmt functions, to allow for pretty debug also.

Are you saying that it is common that people use utf8 characters that you cannot easily type on a standard keyboard? I’m very skeptical of this claim.

Good to know that every time I feel the need to use ALGOL 68, I must remember to disable ligatures. Still not sure this is going to be a huge problem 😂

Well, that was something… I have used ligatures in my code editor for quite a few years now, and I have NEVER been confused about the ambiguity this person is so upset about. Why? I have never ever seen the Unicode character for not equals in a code block, simply since it is not a valid character in any known language. In fact, I have never even seen it in a String where it actually would be legal, probably since nobody knows how to type that using a standard keyboard. This whole article felt like someone with a severe diagnose have locked in on some hypothetical correctness issue, that simply isn’t a problem in the real world.

But, if you for some reason find ligatures confusing, then you shouldn’t use them. But, just to be clear, there is not a right of wrong like this blog post tries to argue, it is a matter of personal taste.

Splits, ligatures tabs and more

Cosmic term is nice. Still just alpha, so there are rough edges though.

fs::exists() was a nice little improvement that I didn’t know about until I read this announcement.

The problem is that C is a prehistoric language and don’t have any of the complex types for example. So, in a modern language you create a String. That string will have a length, and some well defined properties (like encoding and such). With C you have a char * , which is just a pointer to the memory that contains bytes, and hopefully is null terminated. The null termination is defined, but not enforced. Any encoding is whatever the developer had in mind. So the compiler just don’t have the information to make any decisions. In rust you know exactly how long something lives, if something try to use it after that, the compiler can tell you. With C, all lifetimes lives in the developers head, and the compiler have no way of knowing. So, all these typing and properties of modern languages, are basically the implementation of your suggestion.