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author | Simon Ochsenreither <simon@ochsenreither.de> | 2013-04-23 17:15:33 +0200 |
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committer | Simon Ochsenreither <simon@ochsenreither.de> | 2013-04-24 16:55:12 +0200 |
commit | 372965b1b4950c41c66c946ddb0ee47698e0740a (patch) | |
tree | 295165919fbac9d2128d87ab0dd8756bc182c60a /test/files/run/t2251b.check | |
parent | 5ec9dbd6a983778b3765d2da36b208081896ad8e (diff) | |
download | scala-372965b1b4950c41c66c946ddb0ee47698e0740a.tar.gz scala-372965b1b4950c41c66c946ddb0ee47698e0740a.tar.bz2 scala-372965b1b4950c41c66c946ddb0ee47698e0740a.zip |
SI-7402 List extends Serializable
While we are all aware of the issues around Serialization,
I think in this case it is perfectly sound and safe to make
List serializable:
- List is not an interface, it is the base type of an ADT.
Common behavior of its members should be reflected in the base type.
- List is sealed, there is no chance of an user providing a new
non-serializable subtype of List.
Diffstat (limited to 'test/files/run/t2251b.check')
-rw-r--r-- | test/files/run/t2251b.check | 2 |
1 files changed, 1 insertions, 1 deletions
diff --git a/test/files/run/t2251b.check b/test/files/run/t2251b.check index 42b0be457a..5fa5d5168c 100644 --- a/test/files/run/t2251b.check +++ b/test/files/run/t2251b.check @@ -6,6 +6,6 @@ TypeTag[List[scala.collection.Set[_ >: G with F <: B[_ >: G with F <: B[_ >: G w TypeTag[List[scala.collection.Set[_ >: G with F <: B[_ >: G with F <: B[_ >: G with F <: A]]]]] TypeTag[List[Seq[B[_ >: G with F <: B[_ >: G with F <: A]]]]] TypeTag[List[scala.collection.Map[_ >: F with C <: B[_ >: F with C <: B[_ >: F with C <: A]], B[_ >: G with D <: B[_ >: G with D <: A]]]]] -TypeTag[List[scala.collection.AbstractSeq[B[_ >: G with F <: B[_ >: G with F <: A]]] with scala.collection.LinearSeq[B[_ >: G with F <: B[_ >: G with F <: A]]]{def companion: scala.collection.generic.GenericCompanion[scala.collection.AbstractSeq with scala.collection.LinearSeq]; def dropRight(n: Int): scala.collection.AbstractSeq[B[_ >: G with F <: A]] with scala.collection.LinearSeq[B[_ >: G with F <: A]]{def companion: scala.collection.generic.GenericCompanion[scala.collection.AbstractSeq with scala.collection.LinearSeq]; def dropRight(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def drop(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def take(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def slice(from: Int,until: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]}; def drop(n: Int): scala.collection.AbstractSeq[B[_ >: G with F <: A]] with scala.collection.LinearSeq[B[_ >: G with F <: A]]{def companion: scala.collection.generic.GenericCompanion[scala.collection.AbstractSeq with scala.collection.LinearSeq]; def dropRight(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def drop(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def take(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def slice(from: Int,until: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]}; def take(n: Int): scala.collection.AbstractSeq[B[_ >: G with F <: A]] with scala.collection.LinearSeq[B[_ >: G with F <: A]]{def companion: scala.collection.generic.GenericCompanion[scala.collection.AbstractSeq with scala.collection.LinearSeq]; def dropRight(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def drop(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def take(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def slice(from: Int,until: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]}; def slice(from: Int,until: Int): scala.collection.AbstractSeq[B[_ >: G with F <: A]] with scala.collection.LinearSeq[B[_ >: G with F <: A]]{def companion: scala.collection.generic.GenericCompanion[scala.collection.AbstractSeq with scala.collection.LinearSeq]; def dropRight(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def drop(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def take(n: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]; def slice(from: Int,until: Int): scala.collection.AbstractSeq[A] with scala.collection.LinearSeq[A]}}]] +TypeTag[List[scala.collection.AbstractSeq[B[_ >: G with F <: B[_ >: G with F <: A]]] with scala.collection.LinearSeq[B[_ >: G with F <: B[_ >: G with F <: A]]] with java.io.Serializable]] TypeTag[List[Seq[B[_ >: G with F <: B[_ >: G with F <: A]]]]] TypeTag[List[Seq[B[_ >: G with F <: B[_ >: G with F <: A]]]]] |