[maleldil]

The solution to this is editions/epochs, like Rust. You can set your project to the 2025 edition and be sure that, even if future versions introduce breaking changes, they will not affect your project; it will continue to compile as before.

[drdexebtjl]

You can continue to compile as before by using a previous version of the Zig compiler. You even get a 100% byte-for-byte match with reproducible builds.

Why are we so obsessed with updating dependencies, and at the same time, not willing to put in the work to update our own code?

The result of Zig’s approach is that the ecosystem of packages is very active, quickly updating to use the latest language features, and with a good foundation of tests that catch regressions.

[em-bee]

Why are we so obsessed with updating dependencies, and at the same time, not willing to put in the work to update our own code?

because i want to benefit from the improvements/bug fixes in the dependencies, whereas updating my own code does not bring any improvements (unless it is taking advantage of a new feature in the dependencies) and for a large project can be very expensive.

more practically for my work, i need to be able to compile my application with a compiler that is actively supported, but i have no budget to rewrite old code just because the compiler developers decided to break old functionality.

[em-bee]

pike has that. or had it. for two decades. inline in the code, in each file you could specify the version. they decided to drop it because of the maintenance overhead.