"... Red Claw managed to pull Batman's Cowl from his face"
redis clojure client based on redisson.
$ make repl
=> (require '[redclaw.core :as rc] ;; core functionality
'[redclaw.data :as rd]) ;; working with data/structures
=> (def redis (rc/connect)) ;; by default will connect to a locally running redis on 6379 port
#'user/redis
;; a map
=> (def solar-system (rc/rmap redis "solar-system"))
#'user/solar-system
=> (rd/into solar-system {:saturn {:age 4503000000} :jupiter {:age 4603000000}})
=> solar-system
{:jupiter {:age 4603000000}, :saturn {:age 4503000000}}
=> (:jupiter solar-system)
{:age 4603000000}
clojure seq functions, such as into
, for maps, sets, etc.. would work the same way they do on clojure seqs taking vectors and all:
;; a set
=> (def planets (rc/rset redis "planets"))
#'user/planets
=> (rd/into planets [:mercury :venus :earth :mars :jupiter :saturn :uranus :neptune])
=> planets
#{:uranus :jupiter :saturn :mercury :neptune :venus :mars :earth}
user=> (rd/conj planets :pluto)
true
;; now with pluto
user=> planets
#{:uranus :jupiter :saturn :mercury :neptune :pluto :venus :mars :earth}
redclaw.data
also has one to one redisson mapped functions:add
,add-all
,get-all
, etc..
looking inside the source (redis server):
127.0.0.1:6379> keys *
1) "planets"
2) "solar-system"
redis 127.0.0.1:6379> smembers "planets"
1) "\x04>\x05earth"
2) "\x04>\x05pluto"
3) "\x04>\ajupiter"
4) "\x04>\x06saturn"
5) "\x04>\x06uranus"
6) "\x04>\aneptune"
7) "\x04>\amercury"
8) "\x04>\x04mars"
9) "\x04>\x05venus"
Copyright © 2021 tolitius
Distributed under the Eclipse Public License either version 1.0 or (at your option) any later version.
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