Binary Functions

`crc32`

Computes the CRC-32 of binary. For general purpose hashing, use xxhash64(), as it is much faster and produces a better quality hash. Supported Signatures

function crc32(varbinary) returns bigint

🔗 Official Documentation

`from_base32`

Decodes binary data from the base32 encoded string. Supported Signatures

function from_base32(varbinary) returns varbinary
function from_base32(varchar) returns varbinary

🔗 Official Documentation

`from_base64`

Decodes binary data from the base64 encoded string. Supported Signatures

function from_base64(varbinary) returns varbinary
function from_base64(varchar) returns varbinary

🔗 Official Documentation

`from_base64url`

Decodes binary data from the base64 encoded string using the URL safe alphabet. Supported Signatures

function from_base64url(varbinary) returns varbinary
function from_base64url(varchar) returns varbinary

🔗 Official Documentation

`from_big_endian_32`

Decodes the 32-bit two’s complement big-endian binary. The input must be exactly 4 bytes. Supported Signatures

function from_big_endian_32(varbinary) returns bigint

🔗 Official Documentation

`from_big_endian_64`

Decodes the 64-bit two’s complement big-endian binary. The input must be exactly 8 bytes. Supported Signatures

function from_big_endian_64(varbinary) returns bigint

🔗 Official Documentation

`from_hex`

Decodes binary data from the hex encoded string. Supported Signatures

function from_hex(varbinary) returns varbinary
function from_hex(varchar) returns varbinary

🔗 Official Documentation

`from_ieee754_32`

Decodes the 32-bit big-endian binary in IEEE 754 single-precision floating-point format. The input must be exactly 4 bytes. Supported Signatures

function from_ieee754_32(varbinary) returns real

🔗 Official Documentation

`from_ieee754_64`

Decodes the 64-bit big-endian binary in IEEE 754 double-precision floating-point format. The input must be exactly 8 bytes. Supported Signatures

function from_ieee754_64(varbinary) returns double

🔗 Official Documentation

`hmac_md5`

Computes HMAC with MD5 of binary with the given key. Supported Signatures

function hmac_md5(varbinary, varbinary) returns varbinary

🔗 Official Documentation

`hmac_sha1`

Computes HMAC with SHA1 of binary with the given key. Supported Signatures

function hmac_sha1(varbinary, varbinary) returns varbinary

🔗 Official Documentation

`hmac_sha256`

Computes HMAC with SHA256 of binary with the given key. Supported Signatures

function hmac_sha256(varbinary, varbinary) returns varbinary

🔗 Official Documentation

`hmac_sha512`

Computes HMAC with SHA512 of binary with the given key. Supported Signatures

function hmac_sha512(varbinary, varbinary) returns varbinary

🔗 Official Documentation

`md5`

Computes the MD5 hash of binary. Supported Signatures

function md5(varbinary) returns varbinary

🔗 Official Documentation

`murmur3`

Computes the 128-bit MurmurHash3 hash of binary. Supported Signatures

function murmur3(varbinary) returns varbinary

🔗 Official Documentation

`sha1`

Computes the SHA1 hash of binary. Supported Signatures

function sha1(varbinary) returns varbinary

🔗 Official Documentation

`sha256`

Computes the SHA256 hash of binary. Examples:

examples.sql

select sha256('Hello World!') as value; -- value '7f83b1657ff1fc53b92dc18148a1d65dfc2d4b1fa3d677284addd200126d9069'

Supported Signatures

function sha256(varbinary) returns varbinary

🔗 Official Documentation

`sha512`

Computes the SHA512 hash of binary. Examples:

examples.sql

select sha512('Hello World!') as value; -- value '861844d6704e8573fec34d967e20bcfef3d424cf48be04e6dc08f2bd58c729743371015ead891cc3cf1c9d34b49264b510751b1ff9e537937bc46b5d6ff4ecc8'

Supported Signatures

function sha512(varbinary) returns varbinary

🔗 Official Documentation

`spooky_hash_v2_32`

Computes the 32-bit SpookyHashV2 hash of binary. Supported Signatures

function spooky_hash_v2_32(varbinary) returns varbinary

🔗 Official Documentation

`spooky_hash_v2_64`

Computes the 64-bit SpookyHashV2 hash of binary. Supported Signatures

function spooky_hash_v2_64(varbinary) returns varbinary

🔗 Official Documentation

`to_base32`

Encodes binary into a base32 string representation. Supported Signatures

function to_base32(varbinary) returns varchar

🔗 Official Documentation

`to_base64`

Encodes binary into a base64 string representation. Supported Signatures

function to_base64(varbinary) returns varchar

🔗 Official Documentation

`to_base64url`

Encodes binary into a base64 string representation using the URL safe alphabet. Supported Signatures

function to_base64url(varbinary) returns varchar

🔗 Official Documentation

`to_big_endian_32`

Encodes integer into a 32-bit two’s complement big-endian format. Supported Signatures

function to_big_endian_32(bigint) returns varbinary

🔗 Official Documentation

`to_big_endian_64`

Encodes bigint into a 64-bit two’s complement big-endian format. Supported Signatures

function to_big_endian_64(bigint) returns varbinary

🔗 Official Documentation

`to_hex`

Encodes binary into a hex string representation. Examples:

examples.sql

SELECT to_hex(cast(1000 as varbinary)) AS value; -- value 'e8030000'

Supported Signatures

function to_hex(varbinary) returns varchar

🔗 Official Documentation

`to_ieee754_32`

Encodes real into a 32-bit big-endian binary according to IEEE 754 single-precision floating-point format. Supported Signatures

function to_ieee754_32(real) returns varbinary

🔗 Official Documentation

`to_ieee754_64`

Encodes double into a 64-bit big-endian binary according to IEEE 754 double-precision floating-point format. Supported Signatures

function to_ieee754_64(double) returns varbinary

🔗 Official Documentation

`xxhash64`

Computes the xxHash64 hash of binary. Supported Signatures

function xxhash64(varbinary) returns varbinary

🔗 Official Documentation

Reference

SQL Functions

Binary Functions

`crc32`

`from_base32`

`from_base64`

`from_base64url`

`from_big_endian_32`

`from_big_endian_64`

`from_hex`

`from_ieee754_32`

`from_ieee754_64`

`hmac_md5`

`hmac_sha1`

`hmac_sha256`

`hmac_sha512`

`md5`

`murmur3`

`sha1`

`sha256`

`sha512`

`spooky_hash_v2_32`

`spooky_hash_v2_64`

`to_base32`

`to_base64`

`to_base64url`

`to_big_endian_32`

`to_big_endian_64`

`to_hex`

`to_ieee754_32`

`to_ieee754_64`

`xxhash64`

​crc32

​from_base32

​from_base64

​from_base64url

​from_big_endian_32

​from_big_endian_64

​from_hex

​from_ieee754_32

​from_ieee754_64

​hmac_md5

​hmac_sha1

​hmac_sha256

​hmac_sha512

​md5

​murmur3

​sha1

​sha256

​sha512

​spooky_hash_v2_32

​spooky_hash_v2_64

​to_base32

​to_base64

​to_base64url

​to_big_endian_32

​to_big_endian_64

​to_hex

​to_ieee754_32

​to_ieee754_64

​xxhash64

`crc32`

`from_base32`

`from_base64`

`from_base64url`

`from_big_endian_32`

`from_big_endian_64`

`from_hex`

`from_ieee754_32`

`from_ieee754_64`

`hmac_md5`

`hmac_sha1`

`hmac_sha256`

`hmac_sha512`

`md5`

`murmur3`

`sha1`

`sha256`

`sha512`

`spooky_hash_v2_32`

`spooky_hash_v2_64`

`to_base32`

`to_base64`

`to_base64url`

`to_big_endian_32`

`to_big_endian_64`

`to_hex`

`to_ieee754_32`

`to_ieee754_64`

`xxhash64`