Good point Andy!
Yeah, I'll use Francis solution, and actually I'll create a simple helper
for the entire thing, as:
(defn apply-map [f m] (apply f (apply concat m)))
That will make the whole thing much easier, I was hoping that there was
something else in the core for helping with that, but if it doesn't this
simple function will do the job.
Thanks again.
On Fri Feb 13 2015 at 3:01:55 PM Andy Fingerhut <andy.finger...@gmail.com>
wrote:
> There is a significant advantage to Francis's version when keys or values
> in the map are collections that flatten flattens:
>
> ;; Most likely not the behavior you want:
>
> user=> (flatten (seq {:colors ["red" "blue"] :cursor-set #{"pointer"
> "hand"}}))
> (:colors "red" "blue" :cursor-set #{"hand" "pointer"})
>
> ;; Better:
>
> user=> (apply concat {:colors ["red" "blue"] :cursor-set #{"pointer"
> "hand"}})
> (:colors ["red" "blue"] :cursor-set #{"hand" "pointer"})
>
> Andy
>
> On Fri, Feb 13, 2015 at 9:44 AM, Francis Avila <fav...@breezeehr.com>
> wrote:
>
>> Not fundamentally different from your approach:
>>
>> (apply set-style (apply concat {:color "red" :cursor "pointer"}))
>>
>>
>> On Friday, February 13, 2015 at 11:30:44 AM UTC-6, Wilker wrote:
>>>
>>> Hi guys,
>>>
>>> I'm trying to find the best way to call a function that accepts keyword
>>> arguments (in my case it's the set-style! on Enfocus library) with a map.
>>>
>>> So, an example of the regular call:
>>>
>>> (set-style :color "red" :cursor "pointer")
>>>
>>> I would like to call with a map (because that way I can manage the map
>>> data before using it) but I found no very easy way to do it... The best way
>>> I could found is like this:
>>>
>>> (apply set-style (flatten (seq {:color "red" :cursor "pointer"})))
>>>
>>> But that's a bit overwhelming, I wonder if there is a simpler way to
>>> handle this situation.
>>>
>>> Thanks.
>>>
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