One of the main benefit of using WebAssembly is that it is more performant than plain JavaScript code, in most cases. Hence, the idea to try and optimise the latest library I released by re-writting it in Rust!
Ranges are natively supported by a few (popular) programming languages. They allow for iteration over a defined space, while not having a linear increase in their memory footprint (all ranges always store a similar amount of data).
As sorting is a common operation on arrays, a more scalable and less error-prone strategy would be to define common compare functions. Let's build said compare functions!
A few years ago, ES6 introduced template literals
[https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Template_literals]
, allowing among other things for multi-line strings, embedded expressions, and
string interpolation.
That means
When using vuex to manage the state of a large-enough Vue project, it can sometimes be difficult to manage, even more so when using modules. To try to add a sensible approach to managing vuex stores, here is a proposal.