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1. data PlaneRed

   JuicyPixels	Codec.Picture.Types

   Define the plane for the red color component

2. PlaneRed :: PlaneRed

   JuicyPixels	Codec.Picture.Types

   No documentation available.

3. data PlaneYellow

   JuicyPixels	Codec.Picture.Types

   Define plane for the yellow component of the CMYK color space.

4. PlaneYellow :: PlaneYellow

   JuicyPixels	Codec.Picture.Types

   No documentation available.

5. module Data.Aeson.Parser

   Efficiently and correctly parse a JSON string. The string must be encoded as UTF-8. It can be useful to think of parsing as occurring in two phases:

   • Identification of the textual boundaries of a JSON value. This is always strict, so that an invalid JSON document can be rejected as soon as possible.
   • Conversion of a JSON value to a Haskell value. This may be either immediate (strict) or deferred (lazy); see below for details.
   The question of whether to choose a lazy or strict parser is subtle, but it can have significant performance implications, resulting in changes in CPU use and memory footprint of 30% to 50%, or occasionally more. Measure the performance of your application with each!

6. module Crypto.Data.Padding

   Various cryptographic padding commonly used for block ciphers or asymmetric systems.

7. PKCS5 :: Format

   cryptonite	Crypto.Data.Padding

   PKCS5: PKCS7 with hardcoded size of 8

8. PKCS7 :: Int -> Format

   cryptonite	Crypto.Data.Padding

   PKCS7 with padding size between 1 and 255

9. data Point

   cryptonite	Crypto.ECC.Edwards25519

   A point on curve edwards25519.

10. type Parallelism = Word32

    cryptonite	Crypto.KDF.Argon2

    A parallelism degree, which defines the number of parallel threads. ARGON2_MIN_LANES <= hashParallelism <= ARGON2_MAX_LANES && ARGON_MIN_THREADS <= hashParallelism <= ARGON2_MAX_THREADS

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