Module

Database.Redis

Package: purescript-redis-client
Repository: paluh/purescript-redis-client

#Connection Source

data Connection :: Type

#Config Source

type Config = { db :: Maybe Int, family :: IPFamily, host :: String, password :: Maybe String, port :: Int }

#defaultConfig Source

defaultConfig :: Config

#Expire Source

data Expire

Constructors

PX Int
EX Int

#IPFamily Source

data IPFamily

Instances

Eq IPFamily

#negInf Source

negInf :: ZscoreInterval Int

Use this to avoid type signatures

#posInf Source

posInf :: ZscoreInterval Int

#Write Source

data Write

Constructors

NX
XX

#Zadd Source

data Zadd

Constructors

ZaddAll ZaddReturn
ZaddRestrict Write

#ZaddReturn Source

data ZaddReturn

Constructors

Changed
Added

#ZscoreInterval Source

data ZscoreInterval i

Constructors

Excl i
Incl i
NegInf
PosInf

#blpop Source

blpop :: Connection -> NonEmpty Array ByteString -> Int -> Aff (Maybe { key :: ByteString, value :: ByteString })

#blpopIndef Source

blpopIndef :: Connection -> NonEmpty Array ByteString -> Aff { key :: ByteString, value :: ByteString }

#brpop Source

brpop :: Connection -> NonEmpty Array ByteString -> Int -> Aff (Maybe { key :: ByteString, value :: ByteString })

#brpopIndef Source

brpopIndef :: Connection -> NonEmpty Array ByteString -> Aff { key :: ByteString, value :: ByteString }

#connect Source

connect :: Config -> Aff Connection

#del Source

del :: Connection -> NonEmpty Array ByteString -> Aff Unit

#disconnect Source

disconnect :: Connection -> Aff Unit

#flushdb Source

flushdb :: Connection -> Aff Unit

#hget Source

hget :: Connection -> ByteString -> ByteString -> Aff (Maybe ByteString)

#hgetall Source

hgetall :: Connection -> ByteString -> Aff (Array { key :: ByteString, value :: ByteString })

#hset Source

hset :: Connection -> ByteString -> ByteString -> ByteString -> Aff Int

#get Source

get :: Connection -> ByteString -> Aff (Maybe ByteString)

#incr Source

incr :: Connection -> ByteString -> Aff Int

#keys Source

keys :: Connection -> ByteString -> Aff (Array ByteString)

#lpop Source

lpop :: Connection -> ByteString -> Aff (Maybe ByteString)

#lpush Source

lpush :: Connection -> ByteString -> ByteString -> Aff Int

#lrange Source

lrange :: Connection -> ByteString -> Int -> Int -> Aff (Array ByteString)

#ltrim Source

ltrim :: Connection -> ByteString -> Int -> Int -> Aff Unit

#mget Source

mget :: Connection -> NonEmpty Array ByteString -> Aff (Array ByteString)

#rpop Source

rpop :: Connection -> ByteString -> Aff (Maybe ByteString)

#rpush Source

rpush :: Connection -> ByteString -> ByteString -> Aff Int

#set Source

set :: Connection -> ByteString -> ByteString -> Maybe Expire -> Maybe Write -> Aff Unit

#withConnection Source

withConnection :: forall a. Config -> (Connection -> Aff a) -> Aff a

#zadd Source

zadd :: forall i. Int53Value i => Connection -> ByteString -> Zadd -> NonEmpty Array (Zitem i) -> Aff Int

This API allows you to build only these combination of write modes and return values:

ZADD key CH score member [score member]
ZADD key score member [score member]
ZADD key XX CH score member [score member]
ZADD key NX score member [score member]

#zcard Source

zcard :: Connection -> ByteString -> Aff Int

#zrank Source

zrank :: Connection -> ByteString -> ByteString -> Aff (Maybe Int)

#zincrby Source

zincrby :: forall i. Int53Value i => Connection -> ByteString -> i -> ByteString -> Aff Int53

#zrange Source

zrange :: Connection -> ByteString -> Int -> Int -> Aff (Array (Zitem Int53))

#zrangebyscore Source

zrangebyscore :: forall min max. Int53Value min => Int53Value max => Connection -> ByteString -> (ZscoreInterval min) -> (ZscoreInterval max) -> Maybe Zlimit -> Aff (Array (Zitem Int53))

#zrem Source

zrem :: Connection -> ByteString -> NonEmpty Array ByteString -> Aff Int

#zremrangebylex Source

zremrangebylex :: Connection -> ByteString -> ByteString -> ByteString -> Aff Int

#zremrangebyrank Source

zremrangebyrank :: Connection -> ByteString -> Int -> Int -> Aff Int

#zremrangebyscore Source

zremrangebyscore :: forall min max. Int53Value min => Int53Value max => Connection -> ByteString -> (ZscoreInterval min) -> (ZscoreInterval max) -> Aff Int

#zrevrangebyscore Source

zrevrangebyscore :: forall min max. Int53Value min => Int53Value max => Connection -> ByteString -> (ZscoreInterval min) -> (ZscoreInterval max) -> Maybe Zlimit -> Aff (Array (Zitem Int53))

#zscore Source

zscore :: Connection -> ByteString -> ByteString -> Aff (Maybe Int53)

Modules: Database.Redis