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NumFilesAtLevel :: Int -> Propertyleveldb-haskell Database.LevelDB.Base No documentation available.
NumFilesAtLevel :: Int -> Propertyleveldb-haskell Database.LevelDB.MonadResource No documentation available.
NumFilesAtLevel :: Int -> Propertyleveldb-haskell Database.LevelDB.Types No documentation available.
NumericLit :: Scientific -> Literalopaleye Opaleye.Internal.HaskellDB.PrimQuery No documentation available.
module Text.ParserCombinators.Parsec.
Number adjusted and portable number parsers stolen from Text.ParserCombinators.Parsec.Token The basic top-level number parsers are decimal, nat, int, fractional, decimalFract, natFract, floating, decimalFloat, natFloat. natFloat parses numeric literals as defined for Haskell. All numbers are unsigned, i.e. non-negative. Leading zeros are allowed. At least a single digit is required. A decimal point must be preceded and followed by at least one digit. A result type (Either Integer Double) can be converted to a final Double using (either fromInteger id) as is done for the parsers fractional2 and floating2. The parser nat, natFract and natFloat parse hexadecimal and octal integrals (beginning with 0x, 0X, 0o or 0O) that are disallowed when using decimal, decimalFract and decimalFloat. The parsers decimalFract and natFract only allow a decimal point, whereas decimalFloat and natFloat also allow the exponent notation using e or E. The parser fractional requires a decimal point between at least two digits and floating requires either a decimal point or the exponent notation using e or E. (Both parsers do not return integral values and do not support hexadecimal or octal values). Signed numbers can be parsed using "ap sign" as is done for the int parser. A couple of parsers have been added that take a Bool argument, where False does not require any digit following the decimal dot. The parsers fractional3 and floating3 allow even to start a number with the decimal dot. Also parsers hexFract, binFract, hexFloat and binFloat for hexadecimal or binary fractions and floats have been added. Note that most top-level parsers succeed on a string like "1.0e-100", but only the floating point parsers consume the whole string. The fractional parsers stop before the exponent and the integral parsers before the decimal point. You may wish to check for the end of a string using eof, i.e. "liftM2 const nat eof". The returned values may be inaccurate. Int may overflow. Fractional numbers should be accurate as only one division is performed. Floating point numbers with decimal exponents may be inaccurate due to using **. Rational numbers are needed for correct conversions, but large positive or negative exponents may be a problem and the class RealFloat is needed to check for minimal and maximal exponents.
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percent-format Text.PercentFormat.Spec No documentation available.
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plaid Data.Plaid No documentation available.
Numbers :: [Ach] -> [Eft] -> [International] -> [Bacs] -> Numbersplaid Data.Plaid No documentation available.
module Algebra.Polynomials.
Numerical This module contains the definition of the main arithmetic tools used in Metafont'.
module Data.Radius.Attribute.
Number No documentation available.