I write mostly like I would in C, but use C++ features as needed. It ends up looking similar to Rust if you squint. All these "I write games in C" people complain about C++ features, and then end up reimplementing virtual interfaces manually with struct headers or massive switch statements, just to feel better about themselves. Writing games in C is not harder, you just have to implement modern language features by hand.
Complaining about a language having features you don't want is silly. C++ doesn't take longer to compile if you don't abuse templates.
> Complaining about a language having features you don't want is silly.
It might be silly if you're working on your own. Software that delivers a lot of value is usually developed and evolved not only by team, but by a team with changing members and changing leadership over the project's lifetime. The features used will be the union of all features used over the years, and while it's easy for team leads to allow the use of more features than their predecessors, it's quite hard to reduce them.
Also, you may be forced to use language features you don't want if they're used by libraries whose functionality you do want. For example, when doing low-level programming, I don't like implicit calls that I can't clearly see on the page (e.g. destructors or overloaded operators). But if libraries I want use them, then I'll have those implicit calls. But if the language doesn't have those features, libraries obviously won't use them.
> It might be silly if you're working on your own.
That's exactly the case when it's easiest. If you don't need a feature, just don't use it and case closed. With a team it's harder - you have to force/enforce others not to use a given feature.
> if they're used by libraries whose functionality you do want
If you're using C++ you can just use the C library you would've used otherwise, no?
For every person who says on the internet that you can just use a C++ subset, there's another who insists that C is the bad C++ subset. So compiling C code with a C++ compiler promotes your code from "good C code" to "bad C++ code" (most C code isn't "exception safe," for example).
It's arguably irrational to evaluate a language based on this, but you can think of "this code could be better" as a sort of mild distraction. C++ is chock full of this kind of distraction.
> C++ doesn't take longer to compile if you don't abuse templates.
Surprisingly, this is not true. I've written a C++ file only to realize at the end that I did not use any C++ features. Renaming the file to .c halved the compilation time.
In fact, I don't believe you so much that I'm willing to say you're full of shit. No compiler capable of both C++ and C will be twice as fast renaming the file to C
I agree it shouldn't really matter if there's no C++ features in play, but I suppose third party headers could bite you if they use #ifdef __cplusplus to guard optional C++ extensions on top of their basic C interface. In that case the compiler could be dealing with dramatically more complex code when you build in C++ mode.
Maybe it is similar for the same compiler (but one should check, I suspect C could still be faster), but then there are much more C compilers. For example, TCC is a lot faster than GCC.
I measured once and to my surprise templates aren't (directly) the reason for long compile times. It's function bodies in headers, and obviously templates are in headers and they call other templated functions/classes which explodes code generation and time. But if it's only a few lines and doesn't call other templated functions it's likely fine. I wrote about it here https://bolinlang.com/wheres-my-compile-time
After writing that, I wrote my own standard library (it has data structs like vector, hashmap and sets; slices, strings, rng, print, some io functions, and more) which uses a lot of templates, and it compiles in <200ms on both clang and gcc. Many standard library headers take much longer to compile than that. It's not a terrible idea to have your own standard lib if you need quick compile times.
Yeah, you could argue that choosing C is just choosing a particular subset of C++.
The main difference from choosing a different subset, e.g. “Google C++” (i.e. writing C++ according to the Google style guide), is that the compiler enforces that you stick to the subset.
When I developed D, a major priority was string handling. I was inspired by Basic, which had very straightforward, natural strings. The goal was to be as good as Basic strings.
And it wasn't hard to achieve. The idea was to use length delimited strings rather than 0 terminated. This meant that slices of strings being strings is a superpower. No more did one have to constantly allocate memory for a slice, and then keep track of that memory.
Length-delimited also super speeded string manipulation. One no longer had to scan a string to find its length. This is a big deal for memory caching.
Static strings are length delimited too, but also have a 0 at the end, which makes it easy to pass string literals to C functions like printf. And, of course, you can append a 0 to a string anytime.
I agree on the former two (std::string and smart pointers) because they can't be nicely implemented without some help from the language itself.
The latter two (hash maps and vectors), though, are just compound data types that can be built on top of standard C. All it would need is to agree on a new common library, more modern than the one designed in the 70s.
I think a vec is important for the same reason a string is… because being able to properly get the length, and standardized ways to push/pop from them that don’t require manual bounds checking and calls to realloc.
Hash maps are mostly only important because everyone ought to standardize on a way of hashing keys.
But I suppose they can both be “bring your own”… to me it’s more that these types are so fundamental and so “table stakes” that having one base implementation of them guaranteed by the language’s standard lib is important.
You can surely create a std::string-like type in C, call it "newstring", and write functions that accept and return newstrings, and re-implement the whole standard library to work with newstrings, from printf() onwards. But you'll never have the comfort of newstring literals. The nice syntax with quotes is tied to zero-terminated strings. Of course you can litter your code with preprocessor macros, but it's inelegant and brittle.
I feel like, for me, it’s that I am more familiar with writing in C and switching to C++ seems rather difficult. So, sure I am reimplementing features that already exist in anoter language, it just so happens in this case is C++. Why not use python if you want to avoid reimplementing the wheel as much as possible. And sure python is not suited for game development but I just wanted to make a point with it. I think in the end ising a language you are most familiar with results in the most amount of enjoyable coding.
For a solo dev, it's not difficult. C++ is nearly a superset of C. You don't have to adopt all of C++ to start using it and to get immediate benefits from it (for example, unique_ptr, shared_ptr, and vector would all be things that I think any C dev would really appreciate).
A reason I can think of to not move to C++ is that it is a vast language and, if you are working on a team, it can be easy for team members ultimately forcing the whole team to become an expert in C++ simply because they all will be familiar with a different set of C++ features.
But for a solo dev? No reason not to use it, IMO. It's got a much nicer standard library with a rich set of datastructures that just make it easier to write correct code even if you keep a C style for everything.
I’ve seen this play out a lot. People say they “write games in C” and then quietly rebuild half of C++ anyway with vtables in structs or giant switch statements, just without the compiler helping. That’s fine if it makes you happier, but it’s not obviously simpler or safer. Also, C++ compile times are mostly a self-inflicted wound via templates and metaprogramming, not some inherent tax you pay for having virtual functions.
A switch statement is how you do ad-hoc polymorphism in C -- i dont thinks an own against C developers to point that out. If they wanted to adopt the C++ style that immediately requires the entire machinery of OOP, which is an incredibly heavy price to avoid a few switch statements in the tiny number of places ad-hoc poly is actually needed
You don't usually do C++ subsets if you want the full shebang.
I have a "mini-std" headerfile that's about 500 LoC implementing lightweight variants of std::vector, std::function, a stack-local std::function (unsafe as hell and useful as hell to avoid allocations), a shared-ptr, qsort and some other nifty stuff.
That does a lot of things, but even then I use other patterns that brings a lot of bang for the buck without having to go full C (hint: the stack-local function equivalent gets a lot of mileage).
Exactly, not even do you need to religiously need stick to your subset, separate modules can be using supetsets that import useful libraries and if they're used for code that is seldomly changed (such as model importers) then the longer compile time will only matter for rebuilds and not quick tests.
It's possible to use only a subset of the language. You could write a Java program without classes if you really wanted to. Just put the whole thing in main().
A lot of smart people pick and choose what they want from the language, just like religion, they keep the good parts and discard the bad.
I like C. You can take away all memory management (yes, including some of the unsafe glibc calls that have hidden memory management) and everything can be so smooth and clean. Since rules like MISRA require up-front allocation - if any is in use - this can be tightly controlled.
Very useful if you don't want (or need) surprises anywhere. Or if you want all the surprises (exceptions, errors, etc) all better tied to the hardware that provides such.
It's also fairly easy to write unit tests for everything.
The first capture of the page on Internet Archive Wayback Machine is from January 9th, 2016. So it’s at least that old.
Also here is a snapshot of the main page of his website from that time, which has screenshots of his games and thereby provides context into what kind of games he had made and published when the blog post was written.
I always liked C. I enjoyed how brutal it is, except the preprocessor.
This is why zig is a godsend. It is actually simpler than C while being more precise than C!
For example zig can distinguish between a pointer to a single element vs a pointer to an array of unknown length. Where as in c abi, it is all T*
When importing a c lib, you can make it more ergonomic to use than c itself.
Being able to easily import c lib is especially important to game dev, as practically all so called c++ libs also export a c header as they know how important it is.
I've been working religiously for like 2 years on the jedi academy codebase which is c & c++. It's Ravensofts variant of the idtech3 engine and it's insane how fragile the games combat is to precision and timing changes, I can't get away with adding much without destroying the lightsaber combat qualities. There are certain spots where I can't even add an incrementing i++ counter lmao it presents just enough of a slowdown or shifts something around that I haven't been able to track down that bleeds into the rest of the gameplay, but I am also sticking with the ancient compilers from 22 years ago so as to preserve the fpu characteristics of the game. There are some modern attempts at using this codebase with modern tooling but they've kind of bastardized/refactored all of it and it just feels different/unbalanced wrong. idtech3 is such an incredibly foray into c it's really something else and carmack and team really sent it back in the day.
I totally resonate with the author of the post. My main requirement to enjoy a language deeply is often simplicity, so I love languages like, C, Golang, Odin and Zig.
That said, I also acknowledge that often times I need to solve problems that can benefit from a language that embraces what I call necessary complexity, but do it in elegant ways. Whenever I need to prioritise code correctness, especially memory and concurrency safety, using a mostly functional pattern instead of OOP, but without going as extreme as say Haskell, I unquestionably choose Rust, my favourite complex language. I often work with network code that is highly concurrent, must be as correct as possible and benefits from good performance, so then again, Rust feels natural here.
On the other hand, I love coding simple indie games and for that particular case, I like a simple and performant language using an imperative, non-OOP style. In my opinion C, and in particular Odin more recently are quite a good fit. If Jonathan happens to be reading this comment, since he mentioned Golang, I would suggest him Odin as perhaps the best of both worlds between C and Golang. It has all the simplicity of Golang, but without a garbage collector, plus it is quite easy to code a game using Raylib.
I know, but I often use Golang for two reasons: 1. avoids confusion, no matter how unlikely it is in a context like HN, and 2. search engine "findability".
> 1. avoids confusion, no matter how unlikely it is in a context like HN
Who would be confused by "Go", but not "Rust" and "Zig", which are also common English words not usually associated with programming languages?
> 2. search engine "findability".
What kind of search engine are you using in 2026 that isn't capable of understanding context?
And where one is still using some weird antique thing like a steampunk character, "C" is going to be the least findable, yet it didn't receive the same treatment. Why is that?
At least with regards your second point, Google, DuckDuckGo, all other search engines. I always have to add "golang" because otherwise it just fucks up. I have to say that googling for "C", is a lot more dire, and because the LLVM people called their frontend "clang" I can't even use that, otherwise only clang stuff pops up. And even then, once I did manage to convince the search engine that I'm looking for the programming language, it still decides to just give me results for C++. It sucks.
> because the LLVM people called their frontend "clang" I can't even use that
Said frontend is for the C programming language. Isn't that perfectly appropriate? I did a web search for "golang" and the first result was a download page for a Go compiler, so there is precedent.
The use of "golang" for posts and comments is desirable IMHO because it greatly facilitates search, especially on sites such as HN that cover many languages.
Searching "site:news.ycombinator.com go" on Google didn't yield any results that weren't about the Go programming language even after going several pages deep. What kind of search problems are you having, exactly?
And why is it unique to Go? I am sure there are comments on HN about metal oxidization, making sharp changes in direction, Norse gods, and letters of the alphabet.
I'm pulling apart and rewriting so far a little in C a personal fork of OpenTTD 12.2. I began on it a few years ago for the first time for the heck of it after patching for realtime, began again while adding features I wanted until I hit a bad enough snag, and now began again by first extracting most used functions and profiling with Valgrind inbetween.
Things I noticed are inconsistent coding styles, overly complex processes, unused(!) functions, inefficient data use, nothing surprising with a project worked on by various people in their spare time and their own ideas on how to code. And this isn't even talking about later versions. To me it's an example of how unrestricted access to bling features causes a mess.
Eventually I want it converted to C (C23), split apart in seperate functions with a decent source code organisation, and simplified processes to make it easier to understand what's going on and extend fuctionality. For this I need it simplified as possible and weed out the layer of complexity caused by C++ first. Going to take plenty of time, but I'm still having fun doing it (most of the time anyway :-p ).
I'm not advocating anything, but it's satifying to me to bring clarity to code and see small improvements to performance during the process at the same time. It also gave me an opportunity to develop a unique syntax style that visualises parts of the code better for me.
Literally thousands of games have been written in C, and all graphics APIs (OpenGL, Vulkan, DX) are C APIs, so it isn't weird at all. All major game engines are also written in C/C++.
Khronos APIs are C, DirectX is C++ exposed via COM or WinRT, Metal is Objective-C with C++ for shaders and Swift bindings, on Nintendo and PlayStation depends on which console generation you talk about.
DirectX is C++ (technically a set of COM interfaces) and most game engines are also C++.
Unlike, say, Linux programming where C is the standard, almost all games have been written exclusively in C++ for a long time now, probably three decades.
There are a few exceptions though, like most mobile games, visual novels (many of which use Python of all languages, due to an excellent framework called ren'py), and of course games written using Unity or XNA, which use .NET languages.
Also, three decades is going a bit too far back, I think. In the mid nineties, C was still king, with assembly still hanging on. C++ was just one of several promising candidates, with some brave souls even trying Java.
In J2ME feature phones Java was all there was, and even today many indies do use it on casual titles on Android.
Which is why after so much resistance not wanting to use the NDK for Vulkan, and keeping using OpenGL ES from those devs, Google is bringing WebGPU to Java and Kotlin devs on Android.
Announced at last Vulkanised, there is already an alpha version available, and they should talk more about it on upcoming Vulkanised.
My memory was wrong: I was thinking of the Quake 1 engine, but I just looked it up and it’s C with some assembly code, no C++. The reason I remember it being C++ was because Visual C++ was the compiler tooling required on Windows.
Sure, but in practice COM is almost never used from C programs unless there is some integration into a very legacy codebase. Games are newly developed, they’re not enterprise database platforms.
In my core I'm the same. C is my language and served me well for decades. There's nothing inherently major wrong with it until you reach one of the two (or both). Working in a group of people on a C codebase tends to introduce pain on multiple levels unlike some other languages (yes, including C++). The other is that anything takes a long-ass time to do compared to modern alternatives, which might also be an issue if you're developing a game; Especially if you're developing a game. Having said that, I can't disagree since as I said, I'm also inclined towards it's siren call of simplicity.
Why do you think working with a group of people on a C codebase introduces pain unlike other languages? Working with a group of people always causes pain, but I found the pain much less severe for C than for C++.
Your question also hides an answer. You don't often get to chose a group of people you work with, and unlike projects that self-attract and self-distill ideal profile (like linux mentioned in sister comment), you're left with people usually not used to ye olde C idioms. With C++ it's a bit easier since it is more widespread and supports some of the idioms people get used through schools and other projects. Of course, projects (should) always dictate a certain discipline by different mechanisms, but if certain way of thinking isn't ingrained then it introduces just that much more pain to the communication layer between people.
In my mind using a simpler language should be less painful given there is less to argue about given syntax and versions etc. Take c# for example you have multiple ways to do the same sort of things.
It proves the argument as an outlier. I explained in another comment. You often don't have the luxury of selecting the group of people you work with and more often than not, especially these days, people aren't used to (C) way of thinking which just introduces more noise to the communication between people.
Maybe (and I like C, for the record), but it doesn't follow necessarily. It's possible most of those devs were attracted by "working on linux," and are putting up with the pain of collaborative C. I know there's a movement pushing for more Rust.
C has very low entry level, providing that you have some knowledge about memory management. When, as a Java developer, I had to quickly deliver some exchange connector using given .h and .so, I chose C, because C++ had too high entry level. If C is a sharp knife, C++ is a rotating pell post full of sharp knives. You can cut yourself even if you think you're safe.
But I find string management in C awful and would like to borrow it from C++. Only the string management
Oh, perfect! I was getting tired of using functions. goto ought to be enough for anyone. Except I keep getting a compiler error when I don't use them. A little help?
I did read the whole article thinking "who is he, his name reminds me something, but why isn't he providing game names?" and so on. Then I clicked on "back to main site". Revelation. A lot of his games are jewels. I have a special thing/relation with Sportsfriends. So many hours of fun while playing with my son.
As a hardcore C programmer and zealot myself... How in the hell can you be productive like that? C is a systems programming language, not an application programming language, let alone relevant to the levels of abstraction you'd want in game development.
That said, "I am dead" is a very real video game indeed... and his arguments are very sound. I also can't stand C++. I disagree with him on Java though. The core language of Java is actually super simple, like C.
I think the productivity question hinges on what you count as the language versus the ecosystem. Very few nontrivial games are written in "just C". They are written in C plus a large pile of bespoke libraries, code generators, asset pipelines, and domain-specific conventions. At that point C is basically a portable assembly language with a decent macro system, and the abstraction lives outside the language. That can work if you have strong architectural discipline and are willing to pay the upfront cost. Most teams are not.
I agree on C++ being the worst of both worlds for many people. You get abstraction, but also an enormous semantic surface area and footguns everywhere. Java is interesting because the core language is indeed small and boring in a good way, much closer to C than people admit. The productivity gains mostly come from the standard library, GC, and tooling rather than clever language features. For games, the real disagreement is usually about who controls allocation, lifetime, and performance cliffs, not syntax.
> I agree on C++ being the worst of both worlds for many people. You get abstraction, but also an enormous semantic surface area and footguns everywhere.
Not only that, but who even knows C++? It keeps changing. Every few years "standard practice" is completely different. Such a waste of energy.
> Java is interesting because the core language is indeed small and boring in a good way, much closer to C than people admit.
I know. I used to be a Java hater, but then I learned it and it's alright... except the whole no-unsigned-integers thing. That still bothers me but it's just aesthetic really.
Back in what day? Quake II I would say is the best good looking thing written in pure C. id Tech 3 is partly C++. Everything after that era was pretty much C++. Even GoldSrc is partly C++. Source was pure C++.
Has anyone got any good resources for something like this? I haven't touched C in years, and never worked on anything game-like. But it does look like a really interesting project to start something like this.
Then Watcom C/C++ made it quite easy to use C++ for game development on PCs, PlayStation 2 introduced support for C++, quickly followed up by XBox and Nintendo, and that was it.
I want to write general apps in C. Such as a raster image editor. I have some idea and C has exactly the right mix of simplicity and flexibility that I need. C is a constructor, and as a constructor it places few limits on what you can do. Other environments are way more rigid. E. g. I find Python way too rigid compared to C.
Did a bit of game dev in Odin last year and it was a wonderful experience. It's very much game dev oriented and comes batteries included with many useful libraries. And the built in vector stuff is very helpful there too.
Time escapes me before I get a chance to type Hello World. Working in front of a screen eight hours a day leaves me exhausted that the least things I want to do is code more on my day off.
Although wanting to dive in to WASM has been a priority and checking Odin for wasm their 3D model example is super cool.
May just have to take a poke. TCL for web frontend; Erlang for DB and potentially Odin for wasm? This could be a cool mix.
Haxe is a great language but it feels like the ecosystem has been stagnant for 10 years. No Vulkan bindings, no SDL3, still trying to be a web language that happens to compile to native code instead of getting with the times and going fully native + maybe wasm. Part of me wants to write my own bindings to SDL3 in Haxe but it's far easier to just use Odin these days.
I've been writing a good chunk of C lately for some stuff that has some relatively high memory constraints (lower than I could squeeze out of GraalVM).
I know I could do C++, and you could argue that's better, but I find C++ to be exceptionally irritating to use. Every time I've used C++ I get people telling me I'm using it "wrong", sometimes in contradictory ways. Sometimes I should use a "friend" function, sometimes "friend functions are evil". Sometimes multiple inheritance is fine, sometimes it should be avoided like the plague. Sometimes you should "obviously" use operator overloading, sometimes you should avoid it because it's confusing because you don't know which functions are being called.
I'm sure someone here can "educate" me with the best practices for C++, and maybe there will be some reasoning for it, but ultimately I don't really care. I just found the language annoying and I don't enjoy using it. I know that I could "just write it mostly like C and use the C++ features when I need it", but I have just found that I have more fun thinking in pure C, and I've kind of grown to enjoy the lack of features.
Maybe it's just a little bit of masochism on my end, but I like the fact that C gives you so little. You kind of have to think about your problem at a very fundamental and low level; you have to be aware of how memory is allocated and deallocated, you don't get all these sexy helper functional-programming constructs, strings aren't these simple automatic dynamic things that you have in basically every other language. You have a dumb, simple language that will give you exactly what you need to write programs and very little else.
Most stuff I write uses a garbage collector, but the safety and easy of writing stuff with garbage collectors like Java makes it very easy to be lazy. I've grown to appreciate how much C makes you actually think about problems.
> I like Go a lot. In many ways it is C revisited, taking into account what has be learnt in the long years since it was released. I would like to use it, but there are big roadblocks that prevent me. The stop-the-world garbage collection is a big pain for games, stopping the world is something you can't really afford to do.
I'm no Go fan, to be clear, but GC isn't the problem with Go. It has a pretty decent GC with sub-millisecond pause times. People who complain about GC pauses while extolling the virtues of manual memory management are running on a set of prejudices from 1999 and are badly in need of a mental firmware update.
IIRC go wasn't that fast but can feel like it in vscode. IIRC vscode compiles go using the lsp which is faster than launching a process because for some reason, vscode stalls for a second or more before launching a process.
I can't remember how fast D was but iirc it was fairly fast. Actual fastest is my compiler which I don't work on anymore and isn't ready for production. It's the only compiler I know of that hit millions of lines <1s in a non trivial language https://bolinlang.com/
Not every compiled language has a de facto standard compiler, but with SBCL Common Lisp compiles pretty quickly. The Pascals (and Delphi) also tend to have rather fast compile times. I believe Jai is supposed to compile quickly but I'm not in the beta so I don't know. C can be quite good if you know what you're doing and use a decent compiler.
I write all of my games in pure C++. C++ all the way. FMOD for the audio engine, Steam Audio or Atmoky TrueSpatial for HRTF/geometric occlusion, and Jolt Physics for, well, physics. I'm sure many might say I'm a bit insane to do that, but eh, I do it anyway because it's fun.
its funny how writing games in C is now seen as some kind of 'hardcore mode', despite the fact that a huge number of excellent titles up to and including the 2000s were written that way.
the core of games tend to be a 'world sim' of sorts, with a special case for when a select entity within the world sim gets its inputs from the user.
where C becomes a chore is the UI, probably has to do with how theres many more degrees of freedom (both in terms of possibilities and what humans consider appealing) in the visual plane than there is in the game input 'plane', which might be as little as 6 independent inputs plus time.
For quite some time even games technically written in C++ were more appropriately described as C compiled by a C++ toolchain with a minimum of actual C++ syntax - more like C with classes.
Plenty of people cycle on a fixie too. So what? C, especially modern C, does provide metaprogramming and abstraction facilities. In practice, you can even get things like the "defer" construct from other languages: https://lwn.net/Articles/934679/
The question isn't "Can I write a game in C?". Yes, of course you can, and it's not even that painful. The question is "Why would you?", and then "Why would you brag about it?"
> C++ covers my needs, but fails my wants badly. It is desperately complicated. Despite decent tooling it's easy to create insidious bugs. It is also slow to compile compared to C. It is high performance, and it offers features that C doesn't have; but features I don't want, and at a great complexity cost.
C++ is, practically speaking, a superset of C. It being "complicated"? The "insidious bugs"? It being "slow to compile"? All self-inflicted problems. The author of this article can't even fall back on the "well, my team will use all the fancy features if I let them use C++ at all!" argument pro-C-over-C++ people often lean on: he's the sole author of his projects! If he doesn't want to do template metaprogramming, he... just doesn't want to do it.
I don't read these sorts of article as technical position papers. People say, out loud, "I use C and not C++" to say something about themselves. ISTM that certain circles there's this perception that C is somehow more hardcore. Nah. Nobody's impressed by using it over a modern language. It really is like a fixie bicycle.
If he doesn't use C++ features then there's no point of bothering with C++ at all. C++ is kinda but not really a superset of C. There are some nice features that are lacking in C++.
The fixie example wants to make the comparison that using C instead of C++ is deliverately done just to brag about doing something in a way that is more difficult than in should be. In reality the issue is that C++ might not offer you any benefit at all and it could potentially bring you issues later on for things such as interfacing with other languages.
I personally do not see the point of using C++ if you do not use any of its features.
I write mostly like I would in C, but use C++ features as needed. It ends up looking similar to Rust if you squint. All these "I write games in C" people complain about C++ features, and then end up reimplementing virtual interfaces manually with struct headers or massive switch statements, just to feel better about themselves. Writing games in C is not harder, you just have to implement modern language features by hand.
Complaining about a language having features you don't want is silly. C++ doesn't take longer to compile if you don't abuse templates.
> Complaining about a language having features you don't want is silly.
It might be silly if you're working on your own. Software that delivers a lot of value is usually developed and evolved not only by team, but by a team with changing members and changing leadership over the project's lifetime. The features used will be the union of all features used over the years, and while it's easy for team leads to allow the use of more features than their predecessors, it's quite hard to reduce them.
Also, you may be forced to use language features you don't want if they're used by libraries whose functionality you do want. For example, when doing low-level programming, I don't like implicit calls that I can't clearly see on the page (e.g. destructors or overloaded operators). But if libraries I want use them, then I'll have those implicit calls. But if the language doesn't have those features, libraries obviously won't use them.
> It might be silly if you're working on your own.
That's exactly the case when it's easiest. If you don't need a feature, just don't use it and case closed. With a team it's harder - you have to force/enforce others not to use a given feature.
> if they're used by libraries whose functionality you do want
If you're using C++ you can just use the C library you would've used otherwise, no?
There are linters to do that enforcement automatically.
For every person who says on the internet that you can just use a C++ subset, there's another who insists that C is the bad C++ subset. So compiling C code with a C++ compiler promotes your code from "good C code" to "bad C++ code" (most C code isn't "exception safe," for example).
It's arguably irrational to evaluate a language based on this, but you can think of "this code could be better" as a sort of mild distraction. C++ is chock full of this kind of distraction.
> C++ doesn't take longer to compile if you don't abuse templates.
Surprisingly, this is not true. I've written a C++ file only to realize at the end that I did not use any C++ features. Renaming the file to .c halved the compilation time.
I don't believe you, I measured compile times in c compilers and my own. If you provide more information I'd be more likely to believe you
In fact, I don't believe you so much that I'm willing to say you're full of shit. No compiler capable of both C++ and C will be twice as fast renaming the file to C
I agree it shouldn't really matter if there's no C++ features in play, but I suppose third party headers could bite you if they use #ifdef __cplusplus to guard optional C++ extensions on top of their basic C interface. In that case the compiler could be dealing with dramatically more complex code when you build in C++ mode.
Maybe it is similar for the same compiler (but one should check, I suspect C could still be faster), but then there are much more C compilers. For example, TCC is a lot faster than GCC.
I measured once and to my surprise templates aren't (directly) the reason for long compile times. It's function bodies in headers, and obviously templates are in headers and they call other templated functions/classes which explodes code generation and time. But if it's only a few lines and doesn't call other templated functions it's likely fine. I wrote about it here https://bolinlang.com/wheres-my-compile-time
After writing that, I wrote my own standard library (it has data structs like vector, hashmap and sets; slices, strings, rng, print, some io functions, and more) which uses a lot of templates, and it compiles in <200ms on both clang and gcc. Many standard library headers take much longer to compile than that. It's not a terrible idea to have your own standard lib if you need quick compile times.
Another option can be if you have a core set of headers your project will use (and is stable) just precompiling them.
Your website seems to be blocking Tor
Yeah, you could argue that choosing C is just choosing a particular subset of C++.
The main difference from choosing a different subset, e.g. “Google C++” (i.e. writing C++ according to the Google style guide), is that the compiler enforces that you stick to the subset.
C's string handling is so abominably terrible that sometimes all people really need is "C with std::string".
Oh, and smart pointers too.
And hash maps.
Vectors too while we're at it.
I think that's it.
When I developed D, a major priority was string handling. I was inspired by Basic, which had very straightforward, natural strings. The goal was to be as good as Basic strings.
And it wasn't hard to achieve. The idea was to use length delimited strings rather than 0 terminated. This meant that slices of strings being strings is a superpower. No more did one have to constantly allocate memory for a slice, and then keep track of that memory.
Length-delimited also super speeded string manipulation. One no longer had to scan a string to find its length. This is a big deal for memory caching.
Static strings are length delimited too, but also have a 0 at the end, which makes it easy to pass string literals to C functions like printf. And, of course, you can append a 0 to a string anytime.
I agree on the former two (std::string and smart pointers) because they can't be nicely implemented without some help from the language itself.
The latter two (hash maps and vectors), though, are just compound data types that can be built on top of standard C. All it would need is to agree on a new common library, more modern than the one designed in the 70s.
I think a vec is important for the same reason a string is… because being able to properly get the length, and standardized ways to push/pop from them that don’t require manual bounds checking and calls to realloc.
Hash maps are mostly only important because everyone ought to standardize on a way of hashing keys.
But I suppose they can both be “bring your own”… to me it’s more that these types are so fundamental and so “table stakes” that having one base implementation of them guaranteed by the language’s standard lib is important.
why not std::string?
You can surely create a std::string-like type in C, call it "newstring", and write functions that accept and return newstrings, and re-implement the whole standard library to work with newstrings, from printf() onwards. But you'll never have the comfort of newstring literals. The nice syntax with quotes is tied to zero-terminated strings. Of course you can litter your code with preprocessor macros, but it's inelegant and brittle.
It's a class, so it doesn't work in C.
Sure, but you can have a similar string abstraction in C. What would you miss? The overloaded operators?
C is not a subset of C++, there are some subtle things you can do in C that are not valid C++
Some subtle and some not so subtle.
I feel like, for me, it’s that I am more familiar with writing in C and switching to C++ seems rather difficult. So, sure I am reimplementing features that already exist in anoter language, it just so happens in this case is C++. Why not use python if you want to avoid reimplementing the wheel as much as possible. And sure python is not suited for game development but I just wanted to make a point with it. I think in the end ising a language you are most familiar with results in the most amount of enjoyable coding.
For a solo dev, it's not difficult. C++ is nearly a superset of C. You don't have to adopt all of C++ to start using it and to get immediate benefits from it (for example, unique_ptr, shared_ptr, and vector would all be things that I think any C dev would really appreciate).
A reason I can think of to not move to C++ is that it is a vast language and, if you are working on a team, it can be easy for team members ultimately forcing the whole team to become an expert in C++ simply because they all will be familiar with a different set of C++ features.
But for a solo dev? No reason not to use it, IMO. It's got a much nicer standard library with a rich set of datastructures that just make it easier to write correct code even if you keep a C style for everything.
I’ve seen this play out a lot. People say they “write games in C” and then quietly rebuild half of C++ anyway with vtables in structs or giant switch statements, just without the compiler helping. That’s fine if it makes you happier, but it’s not obviously simpler or safer. Also, C++ compile times are mostly a self-inflicted wound via templates and metaprogramming, not some inherent tax you pay for having virtual functions.
I think it is simpler and "the compiler not helping" == "things are more transparent".
There are various things one does not have to worry about when using C instead of C++. But the brain needs some time to get used to it.I think I get what you're trying to say, but you may have picked a bad example, here:
Yes, but this is more a theoretical problems while references are common in C++.
A switch statement is how you do ad-hoc polymorphism in C -- i dont thinks an own against C developers to point that out. If they wanted to adopt the C++ style that immediately requires the entire machinery of OOP, which is an incredibly heavy price to avoid a few switch statements in the tiny number of places ad-hoc poly is actually needed
You don't usually do C++ subsets if you want the full shebang.
I have a "mini-std" headerfile that's about 500 LoC implementing lightweight variants of std::vector, std::function, a stack-local std::function (unsafe as hell and useful as hell to avoid allocations), a shared-ptr, qsort and some other nifty stuff.
That does a lot of things, but even then I use other patterns that brings a lot of bang for the buck without having to go full C (hint: the stack-local function equivalent gets a lot of mileage).
This reads like an LLM generated response that simply restates the comment it's replying to
Heck the LLM accusations get a bit out of hand lately here on HN. I could delve into it now ... but I want to safe our time.
It's important that you do these things yourself before you utilise the compiler to do them for you, so you have real understanding.
> but it’s not obviously simpler or safer
On top of likely having worse performance.
I remember the creator of Kaiju engine stating something about C++ compilers producing slower code with C-style C++.
Exactly, not even do you need to religiously need stick to your subset, separate modules can be using supetsets that import useful libraries and if they're used for code that is seldomly changed (such as model importers) then the longer compile time will only matter for rebuilds and not quick tests.
It's possible to use only a subset of the language. You could write a Java program without classes if you really wanted to. Just put the whole thing in main().
A lot of smart people pick and choose what they want from the language, just like religion, they keep the good parts and discard the bad.
main is also in a class in Java.
Even with the recent extension where it looks like it isn't, the compiler adds one for you.
> just to feel better about themselves.
Mindread much?
>Writing games in C is not harder, you just have to implement modern language features by hand.
I feel like if you need to implement modern language features, you shouldn't be using C. The entire point of C is to not be modern.
I like C. You can take away all memory management (yes, including some of the unsafe glibc calls that have hidden memory management) and everything can be so smooth and clean. Since rules like MISRA require up-front allocation - if any is in use - this can be tightly controlled.
Very useful if you don't want (or need) surprises anywhere. Or if you want all the surprises (exceptions, errors, etc) all better tied to the hardware that provides such.
It's also fairly easy to write unit tests for everything.
>Death of flash
>The library support for games[in Go] is quite poor, and though you can wrap C libs without much trouble, doing so adds a lot of busy work.
I can't see when this was written, but it has to be around 2015. So, about 10 years ago. I wonder what his opinion is today.
The first capture of the page on Internet Archive Wayback Machine is from January 9th, 2016. So it’s at least that old.
Also here is a snapshot of the main page of his website from that time, which has screenshots of his games and thereby provides context into what kind of games he had made and published when the blog post was written.
https://web.archive.org/web/20160110012902/http://jonathanwh...
This one looks like it’s 3d and has a pretty unique style:
https://web.archive.org/web/20160112060328/http://jonathanwh...
I think it would be aprópiate if @dang added a (2016) to the title
I always liked C. I enjoyed how brutal it is, except the preprocessor.
This is why zig is a godsend. It is actually simpler than C while being more precise than C!
For example zig can distinguish between a pointer to a single element vs a pointer to an array of unknown length. Where as in c abi, it is all T*
When importing a c lib, you can make it more ergonomic to use than c itself.
Being able to easily import c lib is especially important to game dev, as practically all so called c++ libs also export a c header as they know how important it is.
https://github.com/zig-gamedev has a lot of repos of ziggified c libs used in games.
As for the preprocessor, zig comptime is so much better. It’s just more zig that runs at compile time.
It's not unheard of, but you have to be a little crazy to do this in 2026. I developed Chrysalis entirely in C (with GLFW3 and FMOD for audio): https://store.steampowered.com/app/1594210/Chrysalis/
I've been working religiously for like 2 years on the jedi academy codebase which is c & c++. It's Ravensofts variant of the idtech3 engine and it's insane how fragile the games combat is to precision and timing changes, I can't get away with adding much without destroying the lightsaber combat qualities. There are certain spots where I can't even add an incrementing i++ counter lmao it presents just enough of a slowdown or shifts something around that I haven't been able to track down that bleeds into the rest of the gameplay, but I am also sticking with the ancient compilers from 22 years ago so as to preserve the fpu characteristics of the game. There are some modern attempts at using this codebase with modern tooling but they've kind of bastardized/refactored all of it and it just feels different/unbalanced wrong. idtech3 is such an incredibly foray into c it's really something else and carmack and team really sent it back in the day.
Are you working on the original codebase or the OpenJK fork?
original codebase
What does "vanilla C" mean? Asking as a maintainer of 20 years of a game written in C.
I totally resonate with the author of the post. My main requirement to enjoy a language deeply is often simplicity, so I love languages like, C, Golang, Odin and Zig.
That said, I also acknowledge that often times I need to solve problems that can benefit from a language that embraces what I call necessary complexity, but do it in elegant ways. Whenever I need to prioritise code correctness, especially memory and concurrency safety, using a mostly functional pattern instead of OOP, but without going as extreme as say Haskell, I unquestionably choose Rust, my favourite complex language. I often work with network code that is highly concurrent, must be as correct as possible and benefits from good performance, so then again, Rust feels natural here.
On the other hand, I love coding simple indie games and for that particular case, I like a simple and performant language using an imperative, non-OOP style. In my opinion C, and in particular Odin more recently are quite a good fit. If Jonathan happens to be reading this comment, since he mentioned Golang, I would suggest him Odin as perhaps the best of both worlds between C and Golang. It has all the simplicity of Golang, but without a garbage collector, plus it is quite easy to code a game using Raylib.
The language is called Go, golang is the website domain.
I know, but I often use Golang for two reasons: 1. avoids confusion, no matter how unlikely it is in a context like HN, and 2. search engine "findability".
> 1. avoids confusion, no matter how unlikely it is in a context like HN
Who would be confused by "Go", but not "Rust" and "Zig", which are also common English words not usually associated with programming languages?
> 2. search engine "findability".
What kind of search engine are you using in 2026 that isn't capable of understanding context?
And where one is still using some weird antique thing like a steampunk character, "C" is going to be the least findable, yet it didn't receive the same treatment. Why is that?
At least with regards your second point, Google, DuckDuckGo, all other search engines. I always have to add "golang" because otherwise it just fucks up. I have to say that googling for "C", is a lot more dire, and because the LLVM people called their frontend "clang" I can't even use that, otherwise only clang stuff pops up. And even then, once I did manage to convince the search engine that I'm looking for the programming language, it still decides to just give me results for C++. It sucks.
> because the LLVM people called their frontend "clang" I can't even use that
Said frontend is for the C programming language. Isn't that perfectly appropriate? I did a web search for "golang" and the first result was a download page for a Go compiler, so there is precedent.
What's the first result for "clang"? How about in private browsing?
The use of "golang" for posts and comments is desirable IMHO because it greatly facilitates search, especially on sites such as HN that cover many languages.
Searching "site:news.ycombinator.com go" on Google didn't yield any results that weren't about the Go programming language even after going several pages deep. What kind of search problems are you having, exactly?
And why is it unique to Go? I am sure there are comments on HN about metal oxidization, making sharp changes in direction, Norse gods, and letters of the alphabet.
I suggest admins to rename the post title as " I write games in Clang (yes Clang)", given how hard it is to find C content.
It might end up finding stuff about a compiler though.
I'm pulling apart and rewriting so far a little in C a personal fork of OpenTTD 12.2. I began on it a few years ago for the first time for the heck of it after patching for realtime, began again while adding features I wanted until I hit a bad enough snag, and now began again by first extracting most used functions and profiling with Valgrind inbetween.
Things I noticed are inconsistent coding styles, overly complex processes, unused(!) functions, inefficient data use, nothing surprising with a project worked on by various people in their spare time and their own ideas on how to code. And this isn't even talking about later versions. To me it's an example of how unrestricted access to bling features causes a mess.
Eventually I want it converted to C (C23), split apart in seperate functions with a decent source code organisation, and simplified processes to make it easier to understand what's going on and extend fuctionality. For this I need it simplified as possible and weed out the layer of complexity caused by C++ first. Going to take plenty of time, but I'm still having fun doing it (most of the time anyway :-p ).
I'm not advocating anything, but it's satifying to me to bring clarity to code and see small improvements to performance during the process at the same time. It also gave me an opportunity to develop a unique syntax style that visualises parts of the code better for me.
"nobody does this"
Well, this should be reformulated a bit. Using C is not the norm, but it once was and many people are still using C to write games, myself included.
Literally thousands of games have been written in C, and all graphics APIs (OpenGL, Vulkan, DX) are C APIs, so it isn't weird at all. All major game engines are also written in C/C++.
Khronos APIs are C, DirectX is C++ exposed via COM or WinRT, Metal is Objective-C with C++ for shaders and Swift bindings, on Nintendo and PlayStation depends on which console generation you talk about.
Additionally SDL3 is also C and the most recent version of the Box2d physics library was rewritten in C
DirectX is C++ (technically a set of COM interfaces) and most game engines are also C++.
Unlike, say, Linux programming where C is the standard, almost all games have been written exclusively in C++ for a long time now, probably three decades.
There are a few exceptions though, like most mobile games, visual novels (many of which use Python of all languages, due to an excellent framework called ren'py), and of course games written using Unity or XNA, which use .NET languages.
Also, three decades is going a bit too far back, I think. In the mid nineties, C was still king, with assembly still hanging on. C++ was just one of several promising candidates, with some brave souls even trying Java.
In J2ME feature phones Java was all there was, and even today many indies do use it on casual titles on Android.
Which is why after so much resistance not wanting to use the NDK for Vulkan, and keeping using OpenGL ES from those devs, Google is bringing WebGPU to Java and Kotlin devs on Android.
Announced at last Vulkanised, there is already an alpha version available, and they should talk more about it on upcoming Vulkanised.
> Also, three decades is going a bit too far back
My memory was wrong: I was thinking of the Quake 1 engine, but I just looked it up and it’s C with some assembly code, no C++. The reason I remember it being C++ was because Visual C++ was the compiler tooling required on Windows.
COM was designed to be compatible with C. Linux games are also often written in C++. The ones written in C are just old.
Sure, but in practice COM is almost never used from C programs unless there is some integration into a very legacy codebase. Games are newly developed, they’re not enterprise database platforms.
In my core I'm the same. C is my language and served me well for decades. There's nothing inherently major wrong with it until you reach one of the two (or both). Working in a group of people on a C codebase tends to introduce pain on multiple levels unlike some other languages (yes, including C++). The other is that anything takes a long-ass time to do compared to modern alternatives, which might also be an issue if you're developing a game; Especially if you're developing a game. Having said that, I can't disagree since as I said, I'm also inclined towards it's siren call of simplicity.
Why do you think working with a group of people on a C codebase introduces pain unlike other languages? Working with a group of people always causes pain, but I found the pain much less severe for C than for C++.
Your question also hides an answer. You don't often get to chose a group of people you work with, and unlike projects that self-attract and self-distill ideal profile (like linux mentioned in sister comment), you're left with people usually not used to ye olde C idioms. With C++ it's a bit easier since it is more widespread and supports some of the idioms people get used through schools and other projects. Of course, projects (should) always dictate a certain discipline by different mechanisms, but if certain way of thinking isn't ingrained then it introduces just that much more pain to the communication layer between people.
In my mind using a simpler language should be less painful given there is less to argue about given syntax and versions etc. Take c# for example you have multiple ways to do the same sort of things.
> Having said that, I can't disagree since as I said, I'm also inclined towards
Say more with less.
>Working in a group of people on a C codebase tends to introduce pain on multiple levels unlike some other languages
linux attracted 2,134 developers in 2025
that kinda weakens your argument a little bit
It proves the argument as an outlier. I explained in another comment. You often don't have the luxury of selecting the group of people you work with and more often than not, especially these days, people aren't used to (C) way of thinking which just introduces more noise to the communication between people.
Maybe (and I like C, for the record), but it doesn't follow necessarily. It's possible most of those devs were attracted by "working on linux," and are putting up with the pain of collaborative C. I know there's a movement pushing for more Rust.
C has very low entry level, providing that you have some knowledge about memory management. When, as a Java developer, I had to quickly deliver some exchange connector using given .h and .so, I chose C, because C++ had too high entry level. If C is a sharp knife, C++ is a rotating pell post full of sharp knives. You can cut yourself even if you think you're safe.
But I find string management in C awful and would like to borrow it from C++. Only the string management
That's the neat thing about C++. You don't have to use any of it that you don't want to.
Oh, perfect! I was getting tired of using functions. goto ought to be enough for anyone. Except I keep getting a compiler error when I don't use them. A little help?
I did read the whole article thinking "who is he, his name reminds me something, but why isn't he providing game names?" and so on. Then I clicked on "back to main site". Revelation. A lot of his games are jewels. I have a special thing/relation with Sportsfriends. So many hours of fun while playing with my son.
As a hardcore C programmer and zealot myself... How in the hell can you be productive like that? C is a systems programming language, not an application programming language, let alone relevant to the levels of abstraction you'd want in game development.
That said, "I am dead" is a very real video game indeed... and his arguments are very sound. I also can't stand C++. I disagree with him on Java though. The core language of Java is actually super simple, like C.
I think the productivity question hinges on what you count as the language versus the ecosystem. Very few nontrivial games are written in "just C". They are written in C plus a large pile of bespoke libraries, code generators, asset pipelines, and domain-specific conventions. At that point C is basically a portable assembly language with a decent macro system, and the abstraction lives outside the language. That can work if you have strong architectural discipline and are willing to pay the upfront cost. Most teams are not.
I agree on C++ being the worst of both worlds for many people. You get abstraction, but also an enormous semantic surface area and footguns everywhere. Java is interesting because the core language is indeed small and boring in a good way, much closer to C than people admit. The productivity gains mostly come from the standard library, GC, and tooling rather than clever language features. For games, the real disagreement is usually about who controls allocation, lifetime, and performance cliffs, not syntax.
> I agree on C++ being the worst of both worlds for many people. You get abstraction, but also an enormous semantic surface area and footguns everywhere.
Not only that, but who even knows C++? It keeps changing. Every few years "standard practice" is completely different. Such a waste of energy.
> Java is interesting because the core language is indeed small and boring in a good way, much closer to C than people admit.
I know. I used to be a Java hater, but then I learned it and it's alright... except the whole no-unsigned-integers thing. That still bothers me but it's just aesthetic really.
Were not most games back in the day in C?
Back in what day? Quake II I would say is the best good looking thing written in pure C. id Tech 3 is partly C++. Everything after that era was pretty much C++. Even GoldSrc is partly C++. Source was pure C++.
I guess back in my day, early to mid 90s. My understanding is C became more common.
Quake and Doom sure come to mind
Most games back in the day were written in assembly
>I really dislike javascript, it is so loose that I marvel that people are able to write big chunks of software in it. I have no interest in trying.
Because they use Typescript.
>The stop-the-world garbage collection is a big pain for games
There is a number of languages that allow manual memory management: Zig, Nim, Rust and few others
Has anyone got any good resources for something like this? I haven't touched C in years, and never worked on anything game-like. But it does look like a really interesting project to start something like this.
If you have patience, the first 30 or so episodes of Handmade Hero are pretty good.
https://guide.handmadehero.org/code/
raylib is one possible starting place. Also might look at dos-like (https://mattiasgustavsson.itch.io/dos-like).
People did do that, 30 years ago.
Then Watcom C/C++ made it quite easy to use C++ for game development on PCs, PlayStation 2 introduced support for C++, quickly followed up by XBox and Nintendo, and that was it.
Wrong. I’m still doing it.
Linux kernel also keeps using C.
I want to write general apps in C. Such as a raster image editor. I have some idea and C has exactly the right mix of simplicity and flexibility that I need. C is a constructor, and as a constructor it places few limits on what you can do. Other environments are way more rigid. E. g. I find Python way too rigid compared to C.
Yes, C. Like all id games up to... Doom 3, if I'm not mistaken? Only then they switched to C++. There's absolutely nothing impressive about this fact.
Nobody claimed it was impressive. It’s a little unusual to use C instead of C++, but that’s about it.
I need RAII and refuse to debug ugly macros as a workaround. The STL isn't perfect but it's a good guiding principle.
Come try Odin!
+1 for Odin
Did a bit of game dev in Odin last year and it was a wonderful experience. It's very much game dev oriented and comes batteries included with many useful libraries. And the built in vector stuff is very helpful there too.
I've been doing theory and really want to myself.
Time escapes me before I get a chance to type Hello World. Working in front of a screen eight hours a day leaves me exhausted that the least things I want to do is code more on my day off.
Although wanting to dive in to WASM has been a priority and checking Odin for wasm their 3D model example is super cool.
May just have to take a poke. TCL for web frontend; Erlang for DB and potentially Odin for wasm? This could be a cool mix.
I was also really surprised with Haxe, I share the author’s concerns about its future, other than it’s quite fun to work with.
Haxe is a great language but it feels like the ecosystem has been stagnant for 10 years. No Vulkan bindings, no SDL3, still trying to be a web language that happens to compile to native code instead of getting with the times and going fully native + maybe wasm. Part of me wants to write my own bindings to SDL3 in Haxe but it's far easier to just use Odin these days.
I've been writing a good chunk of C lately for some stuff that has some relatively high memory constraints (lower than I could squeeze out of GraalVM).
I know I could do C++, and you could argue that's better, but I find C++ to be exceptionally irritating to use. Every time I've used C++ I get people telling me I'm using it "wrong", sometimes in contradictory ways. Sometimes I should use a "friend" function, sometimes "friend functions are evil". Sometimes multiple inheritance is fine, sometimes it should be avoided like the plague. Sometimes you should "obviously" use operator overloading, sometimes you should avoid it because it's confusing because you don't know which functions are being called.
I'm sure someone here can "educate" me with the best practices for C++, and maybe there will be some reasoning for it, but ultimately I don't really care. I just found the language annoying and I don't enjoy using it. I know that I could "just write it mostly like C and use the C++ features when I need it", but I have just found that I have more fun thinking in pure C, and I've kind of grown to enjoy the lack of features.
Maybe it's just a little bit of masochism on my end, but I like the fact that C gives you so little. You kind of have to think about your problem at a very fundamental and low level; you have to be aware of how memory is allocated and deallocated, you don't get all these sexy helper functional-programming constructs, strings aren't these simple automatic dynamic things that you have in basically every other language. You have a dumb, simple language that will give you exactly what you need to write programs and very little else.
Most stuff I write uses a garbage collector, but the safety and easy of writing stuff with garbage collectors like Java makes it very easy to be lazy. I've grown to appreciate how much C makes you actually think about problems.
(2016)
Nice looking games though.
> I like Go a lot. In many ways it is C revisited, taking into account what has be learnt in the long years since it was released. I would like to use it, but there are big roadblocks that prevent me. The stop-the-world garbage collection is a big pain for games, stopping the world is something you can't really afford to do.
I'm no Go fan, to be clear, but GC isn't the problem with Go. It has a pretty decent GC with sub-millisecond pause times. People who complain about GC pauses while extolling the virtues of manual memory management are running on a set of prejudices from 1999 and are badly in need of a mental firmware update.
Yeah I was a bit surprised by this too. I think the post was written around 10 years ago, when it still was a genuine problem in Go.
Good eye. This is why HN titles have year tags. :-)
Yeah, this is from 2016. I don't think choosing C over C++ was defensible even back then, but the critique of Go makes more sense now.
https://web.archive.org/web/20160109171250/http://jonathanwh...
> when it comes to compilation I can't think of anything faster.
What languages compile fastest?
IIRC go wasn't that fast but can feel like it in vscode. IIRC vscode compiles go using the lsp which is faster than launching a process because for some reason, vscode stalls for a second or more before launching a process.
I can't remember how fast D was but iirc it was fairly fast. Actual fastest is my compiler which I don't work on anymore and isn't ready for production. It's the only compiler I know of that hit millions of lines <1s in a non trivial language https://bolinlang.com/
Not every compiled language has a de facto standard compiler, but with SBCL Common Lisp compiles pretty quickly. The Pascals (and Delphi) also tend to have rather fast compile times. I believe Jai is supposed to compile quickly but I'm not in the beta so I don't know. C can be quite good if you know what you're doing and use a decent compiler.
nothings faster than turbo pascal
Rust can be up there with C depending on the project.
is that a joke?
Any language can be, depending on the project. Rust compile is slower than C, on more than average. That's it.
I write all of my games in pure C++. C++ all the way. FMOD for the audio engine, Steam Audio or Atmoky TrueSpatial for HRTF/geometric occlusion, and Jolt Physics for, well, physics. I'm sure many might say I'm a bit insane to do that, but eh, I do it anyway because it's fun.
its funny how writing games in C is now seen as some kind of 'hardcore mode', despite the fact that a huge number of excellent titles up to and including the 2000s were written that way.
the core of games tend to be a 'world sim' of sorts, with a special case for when a select entity within the world sim gets its inputs from the user.
where C becomes a chore is the UI, probably has to do with how theres many more degrees of freedom (both in terms of possibilities and what humans consider appealing) in the visual plane than there is in the game input 'plane', which might be as little as 6 independent inputs plus time.
> UI in C
Try Clay!
https://www.nicbarker.com/clay
There’s also CimGUI. I know the underlying C++ library is well-regarded - I’m curious to hear people’s experiences using the C wrapper.
https://github.com/cimgui/cimgui
Rollercoaster Tycoon was written in assembly! C was easy mode back in the day...
For quite some time even games technically written in C++ were more appropriately described as C compiled by a C++ toolchain with a minimum of actual C++ syntax - more like C with classes.
Plenty of people cycle on a fixie too. So what? C, especially modern C, does provide metaprogramming and abstraction facilities. In practice, you can even get things like the "defer" construct from other languages: https://lwn.net/Articles/934679/
The question isn't "Can I write a game in C?". Yes, of course you can, and it's not even that painful. The question is "Why would you?", and then "Why would you brag about it?"
> C++ covers my needs, but fails my wants badly. It is desperately complicated. Despite decent tooling it's easy to create insidious bugs. It is also slow to compile compared to C. It is high performance, and it offers features that C doesn't have; but features I don't want, and at a great complexity cost.
C++ is, practically speaking, a superset of C. It being "complicated"? The "insidious bugs"? It being "slow to compile"? All self-inflicted problems. The author of this article can't even fall back on the "well, my team will use all the fancy features if I let them use C++ at all!" argument pro-C-over-C++ people often lean on: he's the sole author of his projects! If he doesn't want to do template metaprogramming, he... just doesn't want to do it.
I don't read these sorts of article as technical position papers. People say, out loud, "I use C and not C++" to say something about themselves. ISTM that certain circles there's this perception that C is somehow more hardcore. Nah. Nobody's impressed by using it over a modern language. It really is like a fixie bicycle.
If he doesn't use C++ features then there's no point of bothering with C++ at all. C++ is kinda but not really a superset of C. There are some nice features that are lacking in C++.
The fixie example wants to make the comparison that using C instead of C++ is deliverately done just to brag about doing something in a way that is more difficult than in should be. In reality the issue is that C++ might not offer you any benefit at all and it could potentially bring you issues later on for things such as interfacing with other languages.
I personally do not see the point of using C++ if you do not use any of its features.
"Practically speaking" means nothing. Use "from my confused point of view", instead.
If GDB could switch its C codebase to compiling as C++ without major surgery, it's close enough.