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1. NumberSign :: Operator

   burrito	Burrito.Internal.Type.Operator

   No documentation available.

2. Number :: a -> Number -> Value a

   config-value	Config

   numbers

3. data Number

   config-value	Config

   Numbers are represented as base, coefficient, and exponent. The most convenient way to get numbers into and out of this form is to use one of: numberToRational, numberToInteger, rationalToNumber, or integerToNumber. This representation is explicit about the radix and exponent used to facilitate better pretty-printing. By using explicit exponents extremely large numbers can be represented compactly. Consider that it is easy to write `1e100000000` which would use a significant amount of memory if realized as an Integer. This representation allows concerned programs to check bounds before converting to a representation like Integer.

4. module Config.Number

   This module provides a representation of numbers in scientific notation.

5. data Number

   config-value	Config.Number

   Numbers are represented as base, coefficient, and exponent. The most convenient way to get numbers into and out of this form is to use one of: numberToRational, numberToInteger, rationalToNumber, or integerToNumber. This representation is explicit about the radix and exponent used to facilitate better pretty-printing. By using explicit exponents extremely large numbers can be represented compactly. Consider that it is easy to write `1e100000000` which would use a significant amount of memory if realized as an Integer. This representation allows concerned programs to check bounds before converting to a representation like Integer.

6. NumberToken :: JsonToken

   core-data	Core.Encoding.Json

   No documentation available.

7. NumConnects :: Info

   curl	Network.Curl.Info

   No documentation available.

8. type NumBits = Int

   flat	Flat.Encoder

   Number of bits

9. type NumBits = Int

   flat	Flat.Encoder.Types

   Number of bits

10. type NumBits = Int

    flat	Flat.Types

    Number of bits

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