org.ensime.sexp.formats

BasicFormats

trait BasicFormats extends AnyRef

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  1. final def !=(arg0: AnyRef): Boolean

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  6. implicit val BigDecimalFormat: SexpFormat[BigDecimal]

  7. implicit val BigIntFormat: SexpFormat[BigInt]

  8. implicit object BooleanFormat extends SexpFormat[Boolean]

  9. implicit val ByteFormat: SexpFormat[Byte]

  10. implicit object CharFormat extends SexpFormat[Char]

  11. implicit val DoubleFormat: SexpFormat[Double]

  12. implicit val FloatFormat: SexpFormat[Float]

  13. implicit val IntFormat: SexpFormat[Int]

  14. implicit val LongFormat: SexpFormat[Long]

  15. implicit val ShortFormat: SexpFormat[Short]

  16. implicit object StringFormat extends SexpFormat[String]

  17. implicit val SymbolFormat: SexpFormat[Symbol]

  18. implicit object UnitFormat extends SexpFormat[Unit]

  19. implicit def ViaBigDecimalFormat[T](implicit c: BigDecimalConvertor[T]): SexpFormat[T]

    NOTE Emacs will not be able to correctly interpret arbitrary precision numbers because - unlike other lisps - it uses a reduced form of C double/integer precision.

    NOTE Emacs will not be able to correctly interpret arbitrary precision numbers because - unlike other lisps - it uses a reduced form of C double/integer precision. A round-trip via Emacs for very large numbers will return SexpPosInf.

    The built-in Emacs library 'calc has a few data formats http://www.gnu.org/software/emacs/manual/html_mono/calc.html#Data-Type-Formats but they fall short and require specific interpretation within the 'calc framework.

    If you need Emacs-specific support for arbitrary precision numbers, override this implementation with one that adheres to the arbitrary precision framework of your choice.

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