orangy
voddan
06/06/2018, 3:09 PMtmg
06/06/2018, 4:05 PMziggy42
06/07/2018, 1:04 PMorangy
rcgonzalezf
06/08/2018, 3:11 AMdragas
06/08/2018, 10:26 AMnapperley
06/09/2018, 12:16 AMnoctarius
06/09/2018, 7:40 AMjordan29.04.1197
06/15/2018, 9:39 AMelect
06/19/2018, 8:54 AMchi
06/19/2018, 6:00 PMjimn
06/20/2018, 10:34 AMgildor
06/21/2018, 11:40 PMjuliocbcotta
06/25/2018, 8:22 PMamanda.hinchman-dominguez
06/26/2018, 2:52 AMdiego-gomez-olvera
06/26/2018, 9:01 AMkartikpatodi
06/26/2018, 5:58 PMuli
06/29/2018, 7:22 PMShawn
06/30/2018, 7:14 PMnapperley
07/02/2018, 8:13 AMedwardwongtl
07/04/2018, 9:05 AMgildor
07/09/2018, 10:59 AMBintray Version Update: kotlin 1.3-M1-eap-27 has just been released!
krtko
07/09/2018, 4:17 PMGerard Klijs
07/09/2018, 7:56 PMvpriscan
07/10/2018, 10:17 AMelect
07/11/2018, 9:44 AMkarelpeeters
07/12/2018, 9:09 PMShawn
07/13/2018, 5:48 AMhmac.digest(key, message, digest)
whereas we have to directly manipulate hasher instance state and can’t even get a hex representation of digests without converting the byte[]
ourselves or using Guava or Apache Commons to avoid leaky abstractionsvoddan
07/13/2018, 8:40 AMhashcode
? If the later then I agree, we need a straightforward way to generate hashes of composite objects which does not require knowing about primary numbers or magic formulas. How about we move to #stdlib with that?