private def getImplicitAlignmentInBits()

in daffodil-core/src/main/scala/org/apache/daffodil/core/dsom/ElementBase.scala [527:581]
49 lines of code
23 McCabe index (conditional complexity)

  private def getImplicitAlignmentInBits(
    thePrimType: PrimType,
    theRepresentation: Representation
  ): Int = {
    (theRepresentation, thePrimType) match {
      case (Representation.Text, PrimType.AnyURI) =>
        this.subsetError("Property value objectKind='chars' is not supported.")
      case (Representation.Text, PrimType.HexBinary) =>
        Assert.impossible("type xs:hexBinary with representation='text'")
      case (Representation.Text, _) => knownEncodingAlignmentInBits
      case (Representation.Binary, PrimType.String) =>
        Assert.impossible("type xs:string with representation='binary'")
      // Boolean, Float, Double, and HexBinary do not require binaryNumberRep to be defined
      case (Representation.Binary, PrimType.Float | PrimType.Boolean) => 32
      case (Representation.Binary, PrimType.Double) => 64
      case (Representation.Binary, PrimType.HexBinary) => 8
      case (Representation.Binary, PrimType.AnyURI) => 8
      // Handle 64 bit types
      case (Representation.Binary, PrimType.Long | PrimType.UnsignedLong) =>
        binaryNumberRep match {
          case BinaryNumberRep.Packed | BinaryNumberRep.Bcd | BinaryNumberRep.Ibm4690Packed => 8
          case _ => 64
        }
      // Handle 32 bit types
      case (Representation.Binary, PrimType.Int | PrimType.UnsignedInt | PrimType.Boolean) =>
        binaryNumberRep match {
          case BinaryNumberRep.Packed | BinaryNumberRep.Bcd | BinaryNumberRep.Ibm4690Packed => 8
          case _ => 32
        }
      // Handle 16 bit types
      case (Representation.Binary, PrimType.Short | PrimType.UnsignedShort) =>
        binaryNumberRep match {
          case BinaryNumberRep.Packed | BinaryNumberRep.Bcd | BinaryNumberRep.Ibm4690Packed => 8
          case _ => 16
        }
      // Handle 8 bit types
      case (
            Representation.Binary,
            PrimType.Integer | PrimType.Decimal | PrimType.Byte | PrimType.UnsignedByte |
            PrimType.NonNegativeInteger
          ) =>
        8
      // Handle date types
      case (Representation.Binary, PrimType.DateTime | PrimType.Date | PrimType.Time) =>
        binaryCalendarRep match {
          case BinaryCalendarRep.BinaryMilliseconds => 64
          case BinaryCalendarRep.BinarySeconds => 32
          case _ =>
            schemaDefinitionError(
              "Implicit Alignment: binaryCalendarRep was %s but we expected BinarySeconds or BinaryMilliseconds.",
              binaryCalendarRep
            )
        }
    }
  }