in scala.dbc.datatype
class ExactNumeric

`abstract class` ExactNumeric [Type]
  `extends` scala.dbc.datatype.Numeric[Type]
  `with` scala.ScalaObject

  A type category for all SQL types that store constant-precision numbers.

Constructor Summary
| `def` this (nativeTypeId: scala.Int)

Val Summary
`override` | `val` nativeTypeId : scala.Int

Val inherited from scala.dbc.datatype.Numeric[Type]
nativeTypeId

Def Summary
| `def` isEquivalent (datatype: scala.dbc.DataType) : scala.Boolean
| `def` isSubtypeOf (datatype: scala.dbc.DataType) : scala.Boolean
`abstract` | `def` scale : scala.Int The number of digits used after the decimal point.
`override` | `def` sqlString : java.lang.String A SQL-99 compliant string representation of the type. ### Compatibility notice This method assumes that an integer uses 32 bits, a small 16 and a big 64. This is not defined in the standard but is usually the case.

Def inherited from scala.dbc.datatype.Numeric[Type]
precision , precisionRadix, signed

Constructor Detail

`def` this (nativeTypeId: scala.Int)

Val Detail

`override val` nativeTypeId : scala.Int

Def Detail

`def` isEquivalent (datatype: scala.dbc.DataType): scala.Boolean

`def` isSubtypeOf (datatype: scala.dbc.DataType): scala.Boolean

`abstract def` scale : scala.Int

  The number of digits used after the decimal point.

`override def` sqlString : java.lang.String

  A SQL-99 compliant string representation of the type.

  ### Compatibility notice

  This method assumes that an integer uses 32 bits, a small 16 and a big 64. This is not defined in the standard but is usually the case.