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1. mkSqlSettingsFor :: Name -> MkPersistSettings

   persistent-typed-db	Database.Persist.Typed

   Use the SqlFor type for the database connection backend. Use this instead of sqlSettings and provide a quoted type name.

   data MainDb
   
   share [ mkPersist (mkSqlSettingsFor ''MainDb), mkMigrate "migrateAll" ] [persistLowerCase|
   
   User
   name Text
   age  Int
   
   deriving Show Eq
   |]
   

   The entities generated will have the PersistEntityBackend defined to be SqlFor MainDb instead of SqlBackend. This is what provides the type safety.

2. _plaidPaginationOptionsOffset :: PlaidPaginationOptions -> Int

   plaid	Data.Plaid

   No documentation available.

3. _plaidTransactionsGetResponseTransactions :: PlaidTransactionsGetResponse -> [Transaction]

   plaid	Data.Plaid

   No documentation available.

4. plaidPaginationOptionsOffset :: Lens' PlaidPaginationOptions Int

   plaid	Data.Plaid

   No documentation available.

5. plaidTransactionsGetResponseTransactions :: Lens' PlaidTransactionsGetResponse [Transaction]

   plaid	Data.Plaid

   No documentation available.

6. responseTransactionsGet :: ByteString

   plaid	Data.Plaid

   No documentation available.

7. denseToSparse :: forall a (v :: Type -> Type) . (Eq a, Num a, Vector v a, Vector v (Vector 1 Word, a)) => Poly v a -> Poly v a

   poly	Data.Poly

   Convert from dense to sparse polynomials.

   >>> :set -XFlexibleContexts
   
   >>> denseToSparse (1 + Data.Poly.X^2) :: Data.Poly.Sparse.UPoly Int
   1 * X^2 + 1
   

8. sparseToDense :: forall a (v :: Type -> Type) . (Num a, Vector v a, Vector v (Vector 1 Word, a)) => Poly v a -> Poly v a

   poly	Data.Poly

   Convert from sparse to dense polynomials.

   >>> :set -XFlexibleContexts
   
   >>> sparseToDense (1 + Data.Poly.Sparse.X^2) :: Data.Poly.UPoly Int
   1 * X^2 + 0 * X + 1
   

9. denseToSparse :: forall a (v :: Type -> Type) . (Eq a, Semiring a, Vector v a, Vector v (Vector 1 Word, a)) => Poly v a -> Poly v a

   poly	Data.Poly.Semiring

   Convert from dense to sparse polynomials.

   >>> :set -XFlexibleContexts
   
   >>> denseToSparse (1 `Data.Semiring.plus` Data.Poly.X^2) :: Data.Poly.Sparse.UPoly Int
   1 * X^2 + 1
   

10. sparseToDense :: forall a (v :: Type -> Type) . (Semiring a, Vector v a, Vector v (Vector 1 Word, a)) => Poly v a -> Poly v a

    poly	Data.Poly.Semiring

    Convert from sparse to dense polynomials.

    >>> :set -XFlexibleContexts
    
    >>> sparseToDense (1 `Data.Semiring.plus` Data.Poly.Sparse.X^2) :: Data.Poly.UPoly Int
    1 * X^2 + 0 * X + 1
    

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