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(import date/native)
# capture current time in all formats
(def time (native/time))
(def gmt (:gmtime time))
(def local (:localtime time))
# no crashes yet? good
(def gd (:todict gmt))
(def ld (:todict local))
# comparisons
# compare with +/- 1 (catch mutability, off-by-one) and +/- 120 (ensure mktime works)
(loop [n :in [1 120]
:let [dec |(- $ n)
inc |(+ $ n)
mrg |(merge $ {:sec ($1 ($ :sec))})]]
(assert (= time (:mktime local)))
(assert (> time (native/dict->time (mrg ld dec))))
(assert (< time (native/dict->time (mrg ld inc))))
(assert (= gmt (native/dict->tm gd)))
(assert (> gmt (native/dict->tm (mrg gd dec))))
(assert (< gmt (native/dict->tm (mrg gd inc)))))
# try all of the built-in formats
(def non-empty? (comp not zero? length))
(loop [obj :in [gmt local]
fmt :in [:iso8601 :locale :email :rfc5322 "%c"]]
(assert (non-empty? (:strftime obj fmt))
(string/format "format produced empty string: %v" fmt)))
# try string and describe
(loop [obj :in [['time time] ['gmt gmt] ['local local]]
fun :in [string describe]
:let [[sym tim] obj]]
(assert (non-empty? (fun tim))
(string/format "calling function %v on %v failed" fun sym)))
(var ran? false)
(eachp [k v] gmt
(set ran? true)
(assert (keyword? k)))
(assert ran? "failed to iterate over tm")
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