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Within LTS Haskell 24.19 (ghc-9.10.3)

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1. schemaResolverSequence :: SchemaResolver -> Tag -> Either String Tag

   HsYAML	Data.YAML.Schema

   No documentation available.

2. BeginSequence :: Code

   HsYAML	Data.YAML.Token

   Begins sequence content.

3. EndSequence :: Code

   HsYAML	Data.YAML.Token

   Ends sequence content.

4. isSubsequenceOf :: Eq a => [a] -> [a] -> Bool

   basic-prelude	BasicPrelude

   The isSubsequenceOf function takes two lists and returns True if all the elements of the first list occur, in order, in the second. The elements do not have to occur consecutively. isSubsequenceOf x y is equivalent to x `elem` (subsequences y). Note: isSubsequenceOf is often used in infix form.

   Examples

   >>> "GHC" `isSubsequenceOf` "The Glorious Haskell Compiler"
   True
   

   >>> ['a','d'..'z'] `isSubsequenceOf` ['a'..'z']
   True
   

   >>> [1..10] `isSubsequenceOf` [10,9..0]
   False
   

   For the result to be True, the first list must be finite; for the result to be False, the second list must be finite:

   >>> [0,2..10] `isSubsequenceOf` [0..]
   True
   

   >>> [0..] `isSubsequenceOf` [0,2..10]
   False
   

   >>> [0,2..] `isSubsequenceOf` [0..]
   * Hangs forever*
   

5. subsequences :: [a] -> [[a]]

   basic-prelude	BasicPrelude

   The subsequences function returns the list of all subsequences of the argument.

   Laziness

   subsequences does not look ahead unless it must:

   >>> take 1 (subsequences undefined)
   [[]]
   
   >>> take 2 (subsequences ('a' : undefined))
   ["","a"]
   

   Examples

   >>> subsequences "abc"
   ["","a","b","ab","c","ac","bc","abc"]
   

   This function is productive on infinite inputs:

   >>> take 8 $ subsequences ['a'..]
   ["","a","b","ab","c","ac","bc","abc"]
   

6. class HasSubsequences a

   skeletest	Skeletest.Internal.Predicate

   No documentation available.

7. class HasSubsequences a

   skeletest	Skeletest.Predicate

   No documentation available.

8. ErrorCorruptSequence :: Error

   sqlite-simple	Database.SQLite.Simple

   No documentation available.

9. fsequence :: (Applicative (Flip s c), Traversable t) => t (s a c) -> s (t a) c

   type-flip	Data.Type.Flip

   No documentation available.

10. lucasSequenceU :: (Integral i, Corecursive (->) t ((,) i)) => i -> i -> t

    yaya	Yaya.Applied

    No documentation available.

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