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Within LTS Haskell 24.40 (ghc-9.10.3)

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1. anyToken :: forall s (m :: Type -> Type) t u . (Stream s m t, Show t) => ParsecT s u m t

   parsec-class	Text.Parsec.Class

   The parser anyToken accepts any kind of token. It is for example used to implement eof. Returns the accepted token.

2. anyKeyword :: (Token s ~ Char, Tokens s ~ Text, Ord e, Stream s) => HeadedParsec e s Text

   postgresql-syntax	PostgresqlSyntax.Parsing

   No documentation available.

3. anyName :: HeadedParsec Void Text AnyName

   postgresql-syntax	PostgresqlSyntax.Parsing

   No documentation available.

4. anyOperator :: HeadedParsec Void Text AnyOperator

   postgresql-syntax	PostgresqlSyntax.Parsing

   No documentation available.

5. anyName :: AnyName -> TextBuilder

   postgresql-syntax	PostgresqlSyntax.Rendering

   No documentation available.

6. anyOperator :: AnyOperator -> TextBuilder

   postgresql-syntax	PostgresqlSyntax.Rendering

   No documentation available.

7. anyBar2 :: [[Double]] -> ChartOptions

   prettychart	Prettychart.Any

   Bar chart for a double list.

8. anyChart :: String -> Either String ChartOptions

   prettychart	Prettychart.Any

   Attempt to read some text and interpret it as data suitable for charting. In the example below, anyChart determines that the input text is of type [(Double, Double)] and renders a scatter chart of the data.

   >>> unknownData = (,) <$> (((\x -> sin (pi * x/40)) . fromIntegral <$> ([1..40] :: [Int]))) <*> (((\x -> cos (pi * x/40)) . fromIntegral <$> ([1..40] :: [Int])))
   
   >>> let c = anyChart $ show $ unknownData
   
   >>> writeFile "other/anychart.svg" $ either id (unpack . renderChartOptions) c
   

9. anyLineChart :: [[Double]] -> ChartOptions

   prettychart	Prettychart.Any

   Multiple line chart.

10. anyList1 :: [Double] -> ChartOptions

    prettychart	Prettychart.Any

    Default chart for a single list.

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