Safe Haskell	None
Language	Haskell2010

PostgreSQL.Binary.Encoder

Contents

Synopsis

run ::Encoder a -> a ->ByteString
typeEncoder a = a ->Builder
int2_int16 ::Encoder Int16
int2_word16 ::Encoder Word16
int4_int32 ::Encoder Int32
int4_word32 ::Encoder Word32
int8_int64 ::Encoder Int64
int8_word64 ::Encoder Word64
float4 ::Encoder Float
float8 ::Encoder Double
composite ::Encoder Composite
bool ::Encoder Bool
numeric ::Encoder Scientific
uuid ::Encoder UUID
json_ast ::Encoder Value
json_bytes ::Encoder ByteString
jsonb_ast ::Encoder Value
jsonb_bytes ::Encoder ByteString
char ::Encoder Char
text_strict ::Encoder Text
text_lazy ::Encoder Text
bytea_strict ::Encoder ByteString
bytea_lazy ::Encoder ByteString
date ::Encoder Day
time_int ::Encoder TimeOfDay
time_float ::Encoder TimeOfDay
timetz_int ::Encoder (TimeOfDay,TimeZone)
timetz_float ::Encoder (TimeOfDay,TimeZone)
timestamp_int ::Encoder LocalTime
timestamp_float ::Encoder LocalTime
timestamptz_int ::Encoder UTCTime
timestamptz_float ::Encoder UTCTime
interval_int ::Encoder DiffTime
interval_float ::Encoder DiffTime
hstore :: (forall a. (a -> (Text,Maybe Text) -> a) -> a -> b -> a) ->Encoder b
hstoreRep ::Encoder HStore
array ::Word32 ->ArrayEncoder a ->Encoder a
dataArrayEncoder a
arrayValue ::Encoder a ->ArrayEncoder a
arrayNullableValue ::Encoder a ->ArrayEncoder (Maybe a)
arrayDimension :: (forall a. (a -> b -> a) -> a -> c -> a) ->ArrayEncoder b ->ArrayEncoder c
arrayRep ::Encoder Array
enum :: (a ->Text) ->Encoder a

Documentation

run ::Encoder a -> a ->ByteString Source

Value encoder

typeEncoder a = a ->Builder Source

int2_int16 ::Encoder Int16 Source

int2_word16 ::Encoder Word16 Source

int4_int32 ::Encoder Int32 Source

int4_word32 ::Encoder Word32 Source

int8_int64 ::Encoder Int64 Source

int8_word64 ::Encoder Word64 Source

float4 ::Encoder Float Source

float8 ::Encoder Double Source

composite ::Encoder Composite Source

bool ::Encoder Bool Source

numeric ::Encoder Scientific Source

uuid ::Encoder UUID Source

json_ast ::Encoder Value Source

json_bytes ::Encoder ByteString Source

jsonb_ast ::Encoder Value Source

jsonb_bytes ::Encoder ByteString Source

char ::Encoder Char Source

A UTF-8-encoded char.

Note that since it's UTF-8-encoded not the "char" but the "text" OID should be used with it.

text_strict ::Encoder Text Source

text_lazy ::Encoder Text Source

bytea_strict ::Encoder ByteString Source

bytea_lazy ::Encoder ByteString Source

date ::Encoder Day Source

time_int ::Encoder TimeOfDay Source

time_float ::Encoder TimeOfDay Source

timetz_int ::Encoder (TimeOfDay,TimeZone)Source

timetz_float ::Encoder (TimeOfDay,TimeZone)Source

timestamp_int ::Encoder LocalTime Source

timestamp_float ::Encoder LocalTime Source

timestamptz_int ::Encoder UTCTime Source

timestamptz_float ::Encoder UTCTime Source

interval_int ::Encoder DiffTime Source

interval_float ::Encoder DiffTime Source

hstore :: (forall a. (a -> (Text,Maybe Text) -> a) -> a -> b -> a) ->Encoder bSource

A polymorphic in-placeHSTORE encoder.

Accepts:

An implementation of thefoldl function (e.g.,Data.Foldable.foldl'), which determines the input value.

Here's how you can use it to produce a specific encoder:

hashMapHStore :: Encoder (Data.HashMap.Strict.HashMap Text (Maybe Text))hashMapHStore =  hstore foldl'

hstoreRep ::Encoder HStore Source

array ::Word32 ->ArrayEncoder a ->Encoder aSource

Array encoder

dataArrayEncoder aSource

arrayValue ::Encoder a ->ArrayEncoder aSource

arrayNullableValue ::Encoder a ->ArrayEncoder (Maybe a)Source

arrayDimension :: (forall a. (a -> b -> a) -> a -> c -> a) ->ArrayEncoder b ->ArrayEncoder cSource

arrayRep ::Encoder Array Source

Enum

enum :: (a ->Text) ->Encoder aSource

Given a function, which maps the value into the textual enum label from the DB side, produces an encoder of that value

Movatterモバイル変換

Documentation

Value encoder

Array encoder

Enum