rediscl v1.0.0

View Source Rediscl.Query.Api (rediscl v1.0.0) 

Query api funcs

Link to this section Summary

Functions

append(key, value, opts \\ [])
command(command)
command(command, key_or_keys, opts \\ [])
decr(key, opts \\ [])
decr_by(key, decrement, opts \\ [])
del(keys, opts \\ [])
exists(key, opts \\ [])
get(key, opts \\ [])
get_range(key, start, stop, opts \\ [])
get_set(key, value, opts \\ [])
incr(key, opts \\ [])
incr_by(key, value, opts \\ [])
incr_by_float(key, value, opts \\ [])
lpush(key, values, opts \\ [])
lrange(key, start, stop, opts \\ [])
lrem(key, count, value, opts \\ [])
lset(key, index, value, opts \\ [])
mget(keys, opts \\ [])
mset(keys_and_values, opts \\ [])
mset_nx(keys_and_values, opts \\ [])
pset_ex(key, milisecond, value, opts \\ [])
rpush(key, values, opts \\ [])
sadd(key, values, opts \\ [])
scard(key, opts \\ [])
sdiff(keys, opts \\ [])
sdiffstore(key, keys, opts \\ [])
set(key, value, opts \\ [])
set_ex(key, second, value, opts \\ [])
set_nx(key, value, opts \\ [])
set_range(key, offset, value, opts \\ [])
sinter(keys, opts \\ [])
sinterstore(key, keys, opts \\ [])
sismember(key, value, opts \\ [])
smembers(key, opts \\ [])
smove(key_one, key_two, value, opts \\ [])
spop(key, count \\ nil, opts \\ [])
srandmember(key, count \\ nil, opts \\ [])
srem(key, value_or_values, opts \\ [])
sscan(key, values, opts \\ [])
strlen(key, opts \\ [])
sunion(keys, opts \\ [])
sunionstore(key, keys, opts \\ [])
zadd(key, score, value, opts \\ [])

Creates the zadd :eredis query list, based on the given arguments.

zcard(key, opts \\ [])

Creates the zcard :eredis query list, based on the given arguments.

zcount(key, min, max, opts \\ [])

Creates the zcount :eredis query list, based on the given arguments.

zincrby(key, increment, value, opts \\ [])

Creates the zincrby :eredis query list, based on the given arguments.

zinter(keys, opts \\ [])

Creates the zinter :eredis query list, based on the given arguments.

zinterstore(key, keys, opts \\ [])

Creates the zinterstore :eredis query list, based on the given arguments.

zlexcount(key, min, max, opts \\ [])

Creates the zlexcount :eredis query list, based on the given arguments.

zrange(key, min, max, opts \\ [])

Creates the zrange :eredis query list, based on the given arguments.

zrangebylex(key, min, max, opts \\ [])

Creates the zrangebylex :eredis query list, based on the given arguments.

zrangebyscore(key, min, max, opts \\ [])

Creates the zrangebyscore :eredis query list, based on the given arguments.

zrank(key, value, opts \\ [])

Creates the zrank :eredis query list, based on the given arguments.

zrem(key, value, opts \\ [])

Creates the zrem :eredis query list, based on the given arguments.

zremrangebylex(key, min, max, opts \\ [])

Creates the zremrangebylex :eredis query list, based on the given arguments.

zremrangebyrank(key, min, max, opts \\ [])

Creates the zremrangebyrank :eredis query list, based on the given arguments.

zremrangebyscore(key, min, max, opts \\ [])

Creates the zremrangebyscore :eredis query list, based on the given arguments.

zrevrange(key, min, max, opts \\ [])

Creates the zrevrange :eredis query list, based on the given arguments.

zrevrangebylex(key, max, min, opts \\ [])

Creates the zrevrangebylex :eredis query list, based on the given arguments.

zrevrangebyscore(key, max, min, opts \\ [])

Creates the zrevrangebyscore :eredis query list, based on the given arguments.

zrevrank(key, value, opts \\ [])

Creates the zrevrank :eredis query list, based on the given arguments.

zscan(key, values, opts \\ [])

Creates the zscan :eredis query list, based on the given arguments.

zscore(key, value, opts \\ [])

Creates the zscore :eredis query list, based on the given arguments.

zunion(keys, opts \\ [])

Creates the zunion :eredis query list, based on the given arguments.

zunionstore(key, keys, opts \\ [])

Creates the zunionstore :eredis query list, based on the given arguments.

Link to this section Functions

Link to this function

append(key, value, opts \\ [])

View Source 
@spec append(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

command(command)

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@spec command(String.t()) :: List.t()
Link to this function

command(command, key_or_keys, opts \\ [])

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@spec command(String.t(), List.t(), Keyword.t()) :: List.t()
Link to this function

decr(key, opts \\ [])

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@spec decr(String.t(), Keyword.t()) :: List.t()
Link to this function

decr_by(key, decrement, opts \\ [])

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@spec decr_by(String.t(), Integer.t(), Keyword.t()) :: List.t()
Link to this function

del(keys, opts \\ [])

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@spec del(List.t() | Map.t() | String.t(), Keyword.t()) :: List.t()
Link to this function

exists(key, opts \\ [])

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@spec exists(String.t() | List.t() | Map.t(), Keyword.t()) :: List.t()
Link to this function

get(key, opts \\ [])

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@spec get(String.t(), Keyword.t()) :: List.t()
Link to this function

get_range(key, start, stop, opts \\ [])

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@spec get_range(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()
Link to this function

get_set(key, value, opts \\ [])

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@spec get_set(String.t(), String.t(), Keyword.t()) :: List.t()
Link to this function

incr(key, opts \\ [])

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@spec incr(String.t(), Keyword.t()) :: List.t()
Link to this function

incr_by(key, value, opts \\ [])

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@spec incr_by(String.t(), Integer.t(), Keyword.t()) :: List.t()
Link to this function

incr_by_float(key, value, opts \\ [])

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@spec incr_by_float(String.t(), String.t(), Keyword.t()) :: List.t()
Link to this function

lpush(key, values, opts \\ [])

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@spec lpush(String.t(), List.t(), Keyword.t()) :: List.t()
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lrange(key, start, stop, opts \\ [])

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@spec lrange(
  String.t() | List.t() | Map.t(),
  Integer.t(),
  Integer.t(),
  Keyword.t()
) :: List.t()
Link to this function

lrem(key, count, value, opts \\ [])

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@spec lrem(String.t(), Integer.t(), String.t(), Keyword.t()) :: List.t()
Link to this function

lset(key, index, value, opts \\ [])

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Link to this function

mget(keys, opts \\ [])

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@spec mget(List.t(), Keyword.t()) :: List.t()
Link to this function

mset(keys_and_values, opts \\ [])

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@spec mset(List.t(), Keyword.t()) :: List.t()
Link to this function

mset_nx(keys_and_values, opts \\ [])

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@spec mset_nx(List.t(), Keyword.t()) :: List.t()
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pset_ex(key, milisecond, value, opts \\ [])

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@spec pset_ex(String.t(), Integer.t(), String.t() | Integer.t(), Keyword.t()) ::
  List.t()
Link to this function

rpush(key, values, opts \\ [])

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@spec rpush(String.t(), List.t(), Keyword.t()) :: List.t()
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sadd(key, values, opts \\ [])

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@spec sadd(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

scard(key, opts \\ [])

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@spec scard(String.t() | List.t() | Map.t(), Keyword.t()) :: List.t()
Link to this function

sdiff(keys, opts \\ [])

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@spec sdiff(List.t(), Keyword.t()) :: List.t()
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sdiffstore(key, keys, opts \\ [])

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@spec sdiffstore(String.t() | List.t() | Map.t(), List.t(), Keyword.t()) :: List.t()
Link to this function

set(key, value, opts \\ [])

View Source 
@spec set(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

set_ex(key, second, value, opts \\ [])

View Source 
@spec set_ex(
  String.t() | List.t() | Map.t(),
  Integer.t(),
  String.t() | List.t() | Map.t() | Integer.t(),
  Keyword.t()
) :: List.t()
Link to this function

set_nx(key, value, opts \\ [])

View Source 
@spec set_nx(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t() | Integer.t(),
  Keyword.t()
) :: List.t()
Link to this function

set_range(key, offset, value, opts \\ [])

View Source 
@spec set_range(
  String.t() | List.t() | Map.t(),
  Integer.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

sinter(keys, opts \\ [])

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@spec sinter(List.t(), Keyword.t()) :: List.t()
Link to this function

sinterstore(key, keys, opts \\ [])

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@spec sinterstore(String.t() | Map.t() | List.t(), List.t(), Keyword.t()) :: List.t()
Link to this function

sismember(key, value, opts \\ [])

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@spec sismember(String.t() | List.t() | Map.t(), String.t(), Keyword.t()) :: List.t()
Link to this function

smembers(key, opts \\ [])

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@spec smembers(String.t() | List.t() | Map.t(), Keyword.t()) :: List.t()
Link to this function

smove(key_one, key_two, value, opts \\ [])

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@spec smove(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

spop(key, count \\ nil, opts \\ [])

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@spec spop(String.t() | List.t() | Map.t(), Integer.t() | nil, Keyword.t()) ::
  List.t()
Link to this function

srandmember(key, count \\ nil, opts \\ [])

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@spec srandmember(String.t() | List.t() | Map.t(), Integer.t() | nil, Keyword.t()) ::
  List.t()
Link to this function

srem(key, value_or_values, opts \\ [])

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@spec srem(
  String.t() | List.t() | Map.t(),
  String.t() | List.t() | Map.t(),
  Keyword.t()
) :: List.t()
Link to this function

sscan(key, values, opts \\ [])

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@spec sscan(String.t() | Integer.t() | List.t() | Map.t(), List.t(), Keyword.t()) ::
  List.t()
Link to this function

strlen(key, opts \\ [])

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@spec strlen(String.t(), Keyword.t()) :: List.t()
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sunion(keys, opts \\ [])

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@spec sunion(List.t(), Keyword.t()) :: List.t()
Link to this function

sunionstore(key, keys, opts \\ [])

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@spec sunionstore(String.t() | List.t() | Map.t(), List.t(), Keyword.t()) :: List.t()
Link to this function

zadd(key, score, value, opts \\ [])

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@spec zadd(String.t(), Integer.t(), String.t(), Keyword.t()) :: List.t()

Creates the zadd :eredis query list, based on the given arguments.

Link to this function

zcard(key, opts \\ [])

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@spec zcard(String.t(), Keyword.t()) :: List.t()

Creates the zcard :eredis query list, based on the given arguments.

Link to this function

zcount(key, min, max, opts \\ [])

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@spec zcount(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zcount :eredis query list, based on the given arguments.

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zincrby(key, increment, value, opts \\ [])

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@spec zincrby(String.t(), Integer.t(), String.t(), Keyword.t()) :: List.t()

Creates the zincrby :eredis query list, based on the given arguments.

Link to this function

zinter(keys, opts \\ [])

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@spec zinter(List.t(), Keyword.t()) :: List.t()

Creates the zinter :eredis query list, based on the given arguments.

Link to this function

zinterstore(key, keys, opts \\ [])

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@spec zinterstore(String.t() | List.t() | Map.t(), List.t(), Keyword.t()) :: List.t()

Creates the zinterstore :eredis query list, based on the given arguments.

Link to this function

zlexcount(key, min, max, opts \\ [])

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@spec zlexcount(String.t(), String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zlexcount :eredis query list, based on the given arguments.

Link to this function

zrange(key, min, max, opts \\ [])

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@spec zrange(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zrange :eredis query list, based on the given arguments.

Link to this function

zrangebylex(key, min, max, opts \\ [])

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@spec zrangebylex(String.t(), String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zrangebylex :eredis query list, based on the given arguments.

Link to this function

zrangebyscore(key, min, max, opts \\ [])

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@spec zrangebyscore(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zrangebyscore :eredis query list, based on the given arguments.

Link to this function

zrank(key, value, opts \\ [])

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@spec zrank(String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zrank :eredis query list, based on the given arguments.

Link to this function

zrem(key, value, opts \\ [])

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@spec zrem(String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zrem :eredis query list, based on the given arguments.

Link to this function

zremrangebylex(key, min, max, opts \\ [])

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@spec zremrangebylex(String.t(), String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zremrangebylex :eredis query list, based on the given arguments.

Link to this function

zremrangebyrank(key, min, max, opts \\ [])

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@spec zremrangebyrank(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zremrangebyrank :eredis query list, based on the given arguments.

Link to this function

zremrangebyscore(key, min, max, opts \\ [])

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@spec zremrangebyscore(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zremrangebyscore :eredis query list, based on the given arguments.

Link to this function

zrevrange(key, min, max, opts \\ [])

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@spec zrevrange(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zrevrange :eredis query list, based on the given arguments.

Link to this function

zrevrangebylex(key, max, min, opts \\ [])

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@spec zrevrangebylex(String.t(), String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zrevrangebylex :eredis query list, based on the given arguments.

Link to this function

zrevrangebyscore(key, max, min, opts \\ [])

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@spec zrevrangebyscore(String.t(), Integer.t(), Integer.t(), Keyword.t()) :: List.t()

Creates the zrevrangebyscore :eredis query list, based on the given arguments.

Link to this function

zrevrank(key, value, opts \\ [])

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@spec zrevrank(String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zrevrank :eredis query list, based on the given arguments.

Link to this function

zscan(key, values, opts \\ [])

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@spec zscan(String.t() | Integer.t() | List.t() | Map.t(), List.t(), Keyword.t()) ::
  List.t()

Creates the zscan :eredis query list, based on the given arguments.

Link to this function

zscore(key, value, opts \\ [])

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@spec zscore(String.t(), String.t(), Keyword.t()) :: List.t()

Creates the zscore :eredis query list, based on the given arguments.

Link to this function

zunion(keys, opts \\ [])

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@spec zunion(List.t(), Keyword.t()) :: List.t()

Creates the zunion :eredis query list, based on the given arguments.

Link to this function

zunionstore(key, keys, opts \\ [])

View Source 
@spec zunionstore(String.t() | List.t() | Map.t(), List.t(), Keyword.t()) :: List.t()

Creates the zunionstore :eredis query list, based on the given arguments.