macOS M1: Compilation Error
shubhamdhingra38 opened this issue · 2 comments
shubhamdhingra38 commented
Apologies if this is something very basic, but I'm struggling with this as I'm not familar with scala.
I did make the change to exclude this line from build.sbt: -libraryDependencies += "org.reactivemongo" % "reactivemongo-shaded-native" % s"$reactivemongoVersion-$os-x86-64" but I still get this error on sbt run.
sbt:lila-ws> run
[info] compiling 62 Scala sources to /Users/dev/lila-ws/target/scala-3.1.2/classes ...
[error] -- Error: /Users/dev/lila-ws/src/main/scala/Fens.scala:71:9 --------------------
[error] 71 | }.fold(watched) { position =>
[error] | ^
[error] | end of statement expected but '.' found
[error] -- [E007] Type Mismatch Error: /Users/dev/lila-ws/src/main/scala/Fens.scala:64:12
[error] 64 | for {
[error] | ^
[error] | Found: Option[lila.ws.Position]
[error] | Required: lila.ws.Fens.Watched
[error] 65 | uci <- Uci(uciS)
[error] 66 | wc <- wcS.toIntOption
[error] 67 | bc <- bcS.toIntOption
[error] 68 | } yield Position(uci, FEN(fenS), Some(Clock(wc, bc)), turnColor)
[error] Explanation
[error] ===========
[error]
[error] Tree: chess.format.Uci.apply(uciS).flatMap[lila.ws.Position](
[error] {
[error] def $anonfun(uci: chess.format.Uci): Option[lila.ws.Position] =
[error] augmentString(wcS).toIntOption.flatMap[lila.ws.Position](
[error] {
[error] def $anonfun(wc: Int): Option[lila.ws.Position] =
[error] augmentString(bcS).toIntOption.map[lila.ws.Position](
[error] {
[error] def $anonfun(bc: Int): lila.ws.Position =
[error] lila.ws.Position.apply(uci, chess.format.FEN.apply(fenS),
[error] Some.apply[lila.ws.Clock](lila.ws.Clock.apply(wc, bc))
[error] , turnColor)
[error] closure($anonfun)
[error] }
[error] )
[error] closure($anonfun)
[error] }
[error] )
[error] closure($anonfun)
[error] }
[error] )
[error]
[error] I tried to show that
[error] Option[lila.ws.Position]
[error] conforms to
[error] lila.ws.Fens.Watched
[error] but the comparison trace ended with `false`:
[error]
[error] ==> Option[lila.ws.Position] <: lila.ws.Fens.Watched
[error] <== Option[lila.ws.Position] <: lila.ws.Fens.Watched = false
[error]
[error] The tests were made under a constraint with:
[error] uninstantiated variables: B, B
[error] constrained types: [B](f: chess.format.Uci => B): Option[B],
[error] [B](f: chess.format.Uci => B): Option[B]
[error] bounds:
[error] B
[error] B
[error] ordering:
[error] -- [E007] Type Mismatch Error: /Users/dev/lila-ws/src/main/scala/Fens.scala:69:40
[error] 69 | case MoveRegex(uciS, fenS) => Uci(uciS) map { Position(_, FEN(fenS), None, turnColor) }
[error] | ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
[error] | Found: Option[lila.ws.Position]
[error] | Required: lila.ws.Fens.Watched
[error] Explanation
[error] ===========
[error]
[error] Tree: chess.format.Uci.apply(uciS).map[lila.ws.Position](
[error] {
[error] {
[error] def $anonfun(_$5: chess.format.Uci): lila.ws.Position =
[error] lila.ws.Position.apply(_$5, chess.format.FEN.apply(fenS), None,
[error] turnColor
[error] )
[error] closure($anonfun)
[error] }
[error] }
[error] )
[error]
[error] I tried to show that
[error] Option[lila.ws.Position]
[error] conforms to
[error] lila.ws.Fens.Watched
[error] but the comparison trace ended with `false`:
[error]
[error] ==> Option[lila.ws.Position] <: lila.ws.Fens.Watched
[error] <== Option[lila.ws.Position] <: lila.ws.Fens.Watched = false
[error]
[error] The tests were made under a constraint with:
[error] uninstantiated variables: B, B
[error] constrained types: [B](f: chess.format.Uci => B): Option[B],
[error] [B](f: chess.format.Uci => B): Option[B]
[error] bounds:
[error] B
[error] B
[error] ordering:
[error] -- [E007] Type Mismatch Error: /Users/dev/lila-ws/src/main/scala/Fens.scala:70:40
[error] 70 | case _ => None
[error] | ^^^^
[error] | Found: None.type
[error] | Required: lila.ws.Fens.Watched
[error] Explanation
[error] ===========
[error]
[error] Tree: None
[error]
[error] I tried to show that
[error] None.type
[error] conforms to
[error] lila.ws.Fens.Watched
[error] but the comparison trace ended with `false`:
[error]
[error] ==> None.type <: lila.ws.Fens.Watched
[error] ==> None <: lila.ws.Fens.Watched (left is approximated)
[error] <== None <: lila.ws.Fens.Watched (left is approximated) = false
[error] <== None.type <: lila.ws.Fens.Watched = false
[error]
[error] The tests were made under a constraint with:
[error] uninstantiated variables: B, B
[error] constrained types: [B](f: chess.format.Uci => B): Option[B],
[error] [B](f: chess.format.Uci => B): Option[B]
[error] bounds:
[error] B
[error] B
[error] ordering:
[error] -- [E081] Type Error: /Users/dev/lila-ws/src/main/scala/SeenAtUpdate.scala:99:10
[error] 99 | ) map _.result[BSONDocument]
[error] | ^
[error] |Missing parameter type
[error] |
[error] |I could not infer the type of the parameter _$6 of expanded function:
[error] |_$6 =>
[error] | coll.findAndModify(selector = selector,
[error] | modifier = coll.updateModifier(modifier)
[error] | , sort = None, fields = Some(fields), bypassDocumentValidation = false,
[error] | writeConcern = WriteConcern.Default
[error] | , maxTime = None, collation = None, arrayFilters = Seq.empty) map
[error] | _$6.result[BSONDocument].
[error] 5 errors found
[error] (Compile / compileIncremental) Compilation failed
[error] Total time: 2 s, completed 22-May-2022, 3:13:29 am
fczs commented
I have the same issue on M1 / Monterey 12.1. The lila itself seems to work.
shubhamdhingra38 commented
@fczs Yeah, I am on 12.2 myself.
I'll give this another shot after launching my Terminal through Rosetta, but not sure if that solves it. I'll probably be able to check on the weekend.