Absolutely, many languages do allow negative indices. The intriguing part about PHP, though, is that its ‘arrays’ are actually ordered maps (or hash tables) under the hood. This structure allows for a broader range of keys, like our negative integers or even strings. It’s a unique design choice that sets PHP apart and allows for some really interesting usage patterns. Not your everyday array, right?
I’ve been working with PHP for two years now (not by choice) but I still sometimes forget the weird behaviours these not-arrays cause. Recently I was pushing/popping entries in a queue and it fucked the indexing. I had programmed it like I would any other sane language and it wasn’t until I was stepping through the bug I realised I had forgotten about this.
I hate PHP for so many more reasons. It baffles me why anyone would think it was a good idea to design it this way. Thankfully my current job involves actively burning it down and preparing for its replacement.
Absolutely, many languages do allow negative indices. The intriguing part about PHP, though, is that its ‘arrays’ are actually ordered maps (or hash tables) under the hood. This structure allows for a broader range of keys, like our negative integers or even strings. It’s a unique design choice that sets PHP apart and allows for some really interesting usage patterns. Not your everyday array, right?
I’ve been working with PHP for two years now (not by choice) but I still sometimes forget the weird behaviours these not-arrays cause. Recently I was pushing/popping entries in a queue and it fucked the indexing. I had programmed it like I would any other sane language and it wasn’t until I was stepping through the bug I realised I had forgotten about this.
I hate PHP for so many more reasons. It baffles me why anyone would think it was a good idea to design it this way. Thankfully my current job involves actively burning it down and preparing for its replacement.