Modulehnix-store-core-0.8.0.0Haskell2010

System.Nix.Hash

datadata HashAlgo a where

Instances4GCompare, GEq, GShow, Has

GCompare HashAlgoDefined in hnix-store-core-0.8.0.0 · System.Nix.Hash
GEq HashAlgoDefined in hnix-store-core-0.8.0.0 · System.Nix.Hash
GShow HashAlgoDefined in hnix-store-core-0.8.0.0 · System.Nix.Hash
(c MD5, c SHA1, c SHA256, c SHA512) => Has c HashAlgoDefined in hnix-store-core-0.8.0.0 · System.Nix.Hash

classclass HashAlgorithm a => NamedAlgo a where

A HashAlgorithm with a canonical name, for serialization purposes (e.g. SRI hashes)

Instances4NamedAlgo

valuealgoToText :: HashAlgo t -> Text

valuetextToAlgo :: Text -> Either String (Some HashAlgo)

valuemkNamedDigest

Make DSum HashAlgo Digest based on provided SRI hash name and its encoded form

valuemkStorePathHash :: HashAlgorithm a => ByteString -> ByteString

datadata BaseEncoding

Constructors to indicate the base encodings

NixBase32
Base16
^ Nix has a special map of Base32 encoding Placed first, since it determines Haskell optimizations of pattern matches, & NixBase seems be the most widely used in Nix.
Base64

Instances7Bounded, Enum, Eq, Ord, Show, Generic, …

Bounded BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
Enum BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
Eq BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
Ord BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
Show BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
Generic BaseEncodingDefined in hnix-store-core-0.8.0.0 · System.Nix.Base
type Rep BaseEncoding = D1 ('MetaData "BaseEncoding" "System.Nix.Base" "hnix-store-core-0.8.0.0-EeZ8XU1nr2c8VVkcM598FB" 'False) (C1 ('MetaCons "NixBase32" 'PrefixI 'False) U1 :+: (C1 ('MetaCons "Base16" 'PrefixI 'False) U1 :+: C1 ('MetaCons "Base64" 'PrefixI 'False) U1))Defined in hnix-store-core-0.8.0.0 · System.Nix.Base

valueencodeDigestWith :: BaseEncoding -> Digest a -> Text

Take BaseEncoding type of the output -> take the Digeest as input -> encode Digest

valuedecodeDigestWith

Take BaseEncoding type of the input -> take the input itself -> decodeBase into Digest

valuealgoDigestBuilder :: DSum HashAlgo Digest -> Builder

Builder for DSum HashAlgo Digests

valuedigestBuilder :: NamedAlgo hashAlgo => Digest hashAlgo -> Builder

Builder for Digests