Re: array_key_exists BC break
| From: | Ionut Gabriel Stan | Date: | Tue, 28 Oct 2008 14:00:20 +0000 |
| Subject: | Re: array_key_exists BC break | ||
| References: | 1 2 3 4 5 6 7 | Groups: | php.internals |
| Request: | Send a blank email to internals+get-41519@lists.php.net to get a copy of this message | ||
While we're at this and considering the new lambdas that we now have in the language
I must say I'd like some functions to support Traversables. Those would be:
array_map(), array_reduce(), array_filter(), array_walk() and array_walk_recursive()
Although I'd rather want a class (because the array_* functions don't adhere to some strict param order standards)
to provide functional style methods, like those in Javascript 1.8:
https://developer.mozilla.org/index.php?title=En/New_in_JavaScript_1.6#section_2
https://developer.mozilla.org/index.php?title=En/New_in_JavaScript_1.8#section_4
Array.forEach()
Array.map()
Array.filter()
Array.reduce()
Array.reduceRight()
Array.some()
Array.every()
In PHP something like this would be nice:
$processedDirectoryIterator = SplFunctional(new DirecotoryIterator(__DIR__)).map(function() {
// do stuff here}); where SplFunctional is a function returning a SplFunctional object whose construcor accepts iteratable structures (arrays or Traversables) and $processDirectoryIterator is a DirectoryIterator resulted after applying the lamba to each of the SplFileObjects contained. I know right now we have FilterIterator as an equivalent to array_filter() for Iterators and we could implement our own Functional classes but that means a new class for situations where a simple lambda could do the job just as well. I hope my proposal makes sense. P.S. I introduced a SplFunctional function just to skip the instantiation of the object. On 10/28/2008 15:16, Lars Strojny wrote:
Hi Andrei, Am Montag, den 27.10.2008, 11:34 -0700 schrieb Andrei Zmievski: [...]I would say "no" for 5.3. But for 6 it would be fantastic to have all array-related operations supporting ArrayAccess interface, where possible.+1 for this. cu, Lars