Thanks for the links. No, I am not on slack.
On Friday, April 15, 2016 at 12:24:23 AM UTC-7, Colin Yates wrote:
>
> Hi Varun - the best advice I think I could give you is to spend a
> whole bunch of time on https://clojuredocs.org and https://www.conj.io
> (any others?) familiarising yourself wi
Colin Yates wrote:
Also, you might want to invest in either core.typed or prismatic
schema for validating shapes of data. I think Brian Marick of Midje
fame has a similar answer but I can't recall the name.
https://github.com/marick/structural-typing/
--
You received this message because you
Hi Varun - the best advice I think I could give you is to spend a
whole bunch of time on https://clojuredocs.org and https://www.conj.io
(any others?) familiarising yourself with the core API. There is also
the official http://clojure.org/api/api but I find the example on
clojuredocs invaluable.
F
Oh, I didn't even know we could loop using dotimes. Thanks for the
explanation and for the code as well.
On Thursday, April 14, 2016 at 6:58:57 PM UTC-7, Bobby Eickhoff wrote:
>
> The result of the last expression evaluated is always returned. Hence,
> the shape of the function is what determin
The result of the last expression evaluated is always returned. Hence, the
shape of the function is what determines the points of return and the
returned values. For example, if you're entire function is defined as one
(if ...) statement, there are two possible points of return, each of the
On Thursday, April 14, 2016 at 5:58:33 PM UTC-7, Varun Kamra wrote:
> Hey guys I am new to clojure. I was just experimenting by printing a pyramid
> of stars 5 rows and 5 column. Here's the code:
>
> (defn pyramid [j i]
> (if (and (= i 0) (neg?
> (println "There's your pyramid"))
> (if (= j 0)
>
Hey guys I am new to clojure. I was just experimenting by printing a pyramid of
stars 5 rows and 5 column. Here's the code:
(defn pyramid [j i]
(if (and (= i 0) (neg?
(println "There's your pyramid"))
(if (= j 0)
(do (println)
(pyramid (- i 1) (- i 1)))
(do (print "* ")
(pyramid (- j 1) i
It
