def
LeanRedis.Pipeline.zAdd
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(entries : Array SortedSetEntry)
:
Equations
- pipeline.zAdd key entries = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zAdd key entries))
Instances For
def
LeanRedis.Pipeline.zRangeWithScores
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(start stop : Int)
:
Equations
- pipeline.zRangeWithScores key start stop = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRangeWithScores key start stop))
Instances For
def
LeanRedis.Pipeline.zRevRangeWithScores
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(start stop : Int)
:
Equations
- pipeline.zRevRangeWithScores key start stop = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRevRangeWithScores key start stop))
Instances For
def
LeanRedis.Pipeline.zRangeByScore
{α : List Type}
(pipeline : Pipeline α)
(key min max : String)
:
Equations
- pipeline.zRangeByScore key min max = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRangeByScore key min max))
Instances For
def
LeanRedis.Pipeline.zRangeByScoreWithScores
{α : List Type}
(pipeline : Pipeline α)
(key min max : String)
:
Equations
- pipeline.zRangeByScoreWithScores key min max = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRangeByScoreWithScores key min max))
Instances For
def
LeanRedis.Pipeline.zRevRangeByScore
{α : List Type}
(pipeline : Pipeline α)
(key max min : String)
:
Equations
- pipeline.zRevRangeByScore key max min = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRevRangeByScore key max min))
Instances For
def
LeanRedis.Pipeline.zRevRangeByScoreWithScores
{α : List Type}
(pipeline : Pipeline α)
(key max min : String)
:
Equations
- pipeline.zRevRangeByScoreWithScores key max min = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRevRangeByScoreWithScores key max min))
Instances For
Equations
- pipeline.zRangeByLex key min max = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRangeByLex key min max))
Instances For
def
LeanRedis.Pipeline.zRevRangeByLex
{α : List Type}
(pipeline : Pipeline α)
(key max min : String)
:
Equations
- pipeline.zRevRangeByLex key max min = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRevRangeByLex key max min))
Instances For
def
LeanRedis.Pipeline.zRemRangeByRank
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(start stop : Int)
:
Equations
- pipeline.zRemRangeByRank key start stop = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRemRangeByRank key start stop))
Instances For
def
LeanRedis.Pipeline.zRemRangeByScore
{α : List Type}
(pipeline : Pipeline α)
(key min max : String)
:
Equations
- pipeline.zRemRangeByScore key min max = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRemRangeByScore key min max))
Instances For
def
LeanRedis.Pipeline.zRemRangeByLex
{α : List Type}
(pipeline : Pipeline α)
(key min max : String)
:
Equations
- pipeline.zRemRangeByLex key min max = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRemRangeByLex key min max))
Instances For
Equations
- pipeline.zRandMember key = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRandMember key))
Instances For
def
LeanRedis.Pipeline.zRandMembers
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(count : Int)
:
Equations
- pipeline.zRandMembers key count = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRandMembers key count))
Instances For
def
LeanRedis.Pipeline.zRandMembersWithScores
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(count : Int)
:
Equations
- pipeline.zRandMembersWithScores key count = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zRandMembersWithScores key count))
Instances For
def
LeanRedis.Pipeline.zDiffStore
{α : List Type}
(pipeline : Pipeline α)
(destination : String)
(keys : Array String)
:
Equations
- pipeline.zDiffStore destination keys = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zDiffStore destination keys))
Instances For
Equations
- pipeline.zInterCard keys = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zInterCard keys))
Instances For
def
LeanRedis.Pipeline.zInterStore
{α : List Type}
(pipeline : Pipeline α)
(destination : String)
(keys : Array String)
:
Equations
- pipeline.zInterStore destination keys = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zInterStore destination keys))
Instances For
def
LeanRedis.Pipeline.zUnionStore
{α : List Type}
(pipeline : Pipeline α)
(destination : String)
(keys : Array String)
:
Equations
- pipeline.zUnionStore destination keys = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zUnionStore destination keys))
Instances For
def
LeanRedis.Pipeline.zScan
{α : List Type}
(pipeline : Pipeline α)
(key : String)
(cursor : UInt64)
(options : ZScanOptions := { })
:
Equations
- pipeline.zScan key cursor options = pipeline.hAppend (LeanRedis.Pipeline.fromCommand (LeanRedis.Command.zScan key cursor options))