1 files changed, 43 insertions, 41 deletions
diff --git a/sources/scala/dbc/datatype/ExactNumeric.scala b/sources/scala/dbc/datatype/ExactNumeric.scala
index e3e936d5cf..00cada5fec 100644
--- a/sources/scala/dbc/datatype/ExactNumeric.scala
+++ b/sources/scala/dbc/datatype/ExactNumeric.scala
@@ -9,51 +9,53 @@
 package scala.dbc.datatype;
 
 /** A type category for all SQL types that store constant-precision
-	* numbers. */
-abstract class ExactNumeric [Type] (
-	override val nativeTypeId: DataType.Id
+  * numbers.
+  */
+abstract class ExactNumeric[Type](
+  override val nativeTypeId: DataType.Id
 ) extends datatype.Numeric[Type](nativeTypeId) {
 
-	def isEquivalent (datatype:DataType) = datatype match {
-		case dt:ExactNumeric[Type] => {
-			nativeTypeId == dt.nativeTypeId &&
-			precisionRadix == dt.precisionRadix &&
-			precision == dt.precision &&
-			scale == dt.scale &&
-			signed == dt.signed
-		}
-		case _ => false
-	}
+  def isEquivalent(datatype: DataType) = datatype match {
+    case dt: ExactNumeric[Type] =>
+      nativeTypeId == dt.nativeTypeId &&
+      precisionRadix == dt.precisionRadix &&
+      precision == dt.precision &&
+      scale == dt.scale &&
+      signed == dt.signed
+    case _ =>
+      false
+  }
 
-	def isSubtypeOf (datatype:DataType) = datatype match {
-		case dt:ExactNumeric[Type] => {
-			nativeTypeId == dt.nativeTypeId &&
-			precisionRadix == dt.precisionRadix &&
-			precision <= dt.precision &&
-			scale <= dt.scale &&
-			signed == dt.signed
-		}
-		case _ => false
-	}
+  def isSubtypeOf(datatype: DataType) = datatype match {
+    case dt: ExactNumeric[Type] =>
+      nativeTypeId == dt.nativeTypeId &&
+      precisionRadix == dt.precisionRadix &&
+      precision <= dt.precision &&
+      scale <= dt.scale &&
+      signed == dt.signed
+    case _ =>
+      false
+  }
 
-	/** The number of digits used after the decimal point. */
-	def scale: Int;
+  /** The number of digits used after the decimal point. */
+  def scale: Int;
 
-	/** A SQL-99 compliant string representation of the type.
-		* <h3>Compatibility notice</h3> 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. */
-	override def sqlString: java.lang.String = Tuple3(precisionRadix,precision,scale) match {
-		case Tuple3(2,16,0) => "SMALLINT"
-		case Tuple3(2,32,0) => "INTEGER"
-		case Tuple3(2,64,0) => "BIGINT"
-		case Tuple3(2,java.lang.Integer.MAX_VALUE,0) => "BIGINT"
-		case Tuple3(2,p,s) =>
-			throw exception.UnsupportedFeature("SQL-99 does not support an exact numeric type with a binary defined precision other than 16, 32 and 64 bits");
-		case Tuple3(10,p,0) => "NUMERIC (" + p.toString() + ")"
-		case Tuple3(10,p,s) => "NUMERIC (" + p.toString() + ", " + s.toString() + ")"
-		case Tuple3(pr,_,_) =>
-			throw exception.UnsupportedFeature("SQL-99 does not support the precision of an exact numeric type to be defined in a radix other than 2 or 10");
-	}
+  /** A SQL-99 compliant string representation of the type.
+   * <h3>Compatibility notice</h3> 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.
+   */
+  override def sqlString: java.lang.String = Tuple3(precisionRadix,precision,scale) match {
+    case Tuple3(2,16,0) => "SMALLINT"
+    case Tuple3(2,32,0) => "INTEGER"
+    case Tuple3(2,64,0) => "BIGINT"
+    case Tuple3(2,java.lang.Integer.MAX_VALUE,0) => "BIGINT"
+    case Tuple3(2,p,s) =>
+      throw exception.UnsupportedFeature("SQL-99 does not support an exact numeric type with a binary defined precision other than 16, 32 and 64 bits");
+    case Tuple3(10,p,0) => "NUMERIC (" + p.toString() + ")"
+    case Tuple3(10,p,s) => "NUMERIC (" + p.toString() + ", " + s.toString() + ")"
+    case Tuple3(pr,_,_) =>
+      throw exception.UnsupportedFeature("SQL-99 does not support the precision of an exact numeric type to be defined in a radix other than 2 or 10");
+  }
 
 }