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sequenceMaybesI :: Monoidal f => [f (Maybe a)] -> f [a]invertible Control.Invertible.Monoidal Sequence (like sequenceA) and filter (like catMaybes) a list of monoidals, producing the list of non-Nothing values. Shorter input lists pad with Nothings and longer ones are ignored.
sequenceGifLooping :: SequenceGifOptions -> !GifLoopingmassiv-io Data.Massiv.Array.IO No documentation available.
sequenceGifPaletteOptions :: SequenceGifOptions -> !PaletteOptionsmassiv-io Data.Massiv.Array.IO Options used for palletization. Ignored for images with Alpha channel
sequenceData :: OEISSequence -> SequenceDataoeis Math.OEIS The actual sequence data (or absolute values of the sequence data in the case of signed sequences). (%S,T,U)
sequenceMigrations :: Monad m => [m (MigrationResult e)] -> m (MigrationResult e)postgresql-migration Database.PostgreSQL.Simple.Migration Run a sequence of contexts, stopping on the first failure
sequenceMigrations :: Monad m => [m (MigrationResult e)] -> m (MigrationResult e)postgresql-migration Database.PostgreSQL.Simple.Migration.V1Compat Run a sequence of contexts, stopping on the first failure
sequence_generator_limit_exceeded :: ByteStringpostgresql-typed Database.PostgreSQL.Typed.ErrCodes SEQUENCE_GENERATOR_LIMIT_EXCEEDED: 2200H (Error)
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prairie Prairie.Class Unwrap one Applicative layer of a stack m (f ty) in "function format". The resulting m-action returns the "function format" in f-actions, which can then be addressed directly later in the m action without needing to tabulate the entire record right away. This is especially useful when the inner functor has side-effects worth avoiding, like the concatenating behaviour of Monoid m => Const m or the validation of Maybe and Either e when the specific field's m or Maybe ty/Either e ty value is of interest prior to processing the record entirely through that functor.
sequenceDistributedA :: (Applicative f, Record rec) => Distributed f rec -> f recprairie Prairie.Distributed Remove the Distributed wrapper, providing an f rec that can be used directly.
sequenceDistributedApply :: (Apply f, Record rec) => Distributed f rec -> f recprairie Prairie.Distributed Like sequenceDistributedA, but works on the Apply class, which allows for semigroup-only construction.