Scalaxy/loops (2.10) doesn't support type annotation in index of for loop

[huitseeker]

Try with any for( i: Int <- 0 until 10) instead of for( i <- 0 until 10):

[error] 
[error]   last tree to typer: Literal(Constant(String))
[error]               symbol: null
[error]    symbol definition: null
[error]                  tpe: Class(classOf[java.lang.String])
[error]        symbol owners: 
[error]       context owners: anonymous class anonfun$Cumsum$1 -> package Utils
[error] 
[error] == Enclosing template or block ==
[error] 
[error] Template( // val <local $anonfun>: <notype>, tree.tpe=Utils.anonfun$Cumsum$1
[error]   "scala.runtime.AbstractFunction2$mcDDD$sp", "scala.Serializable" // parents
[error]   ValDef(
[error]     private
[error]     "_"
[error]     <tpt>
[error]     <empty>
[error]   )
[error]   // 4 statements
[error]   DefDef( // final def apply(x$1: Double,x$2: Double): Double
[error]     <method> final <triedcooking>
[error]     "apply"
[error]     []
[error]     // 1 parameter list
[error]     ValDef( // x$1: Double
[error]       <param> <synthetic> <triedcooking>
[error]       "x$1"
[error]       <tpt> // tree.tpe=Double
[error]       <empty>
[error]     )
[error]     ValDef( // x$2: Double
[error]       <param> <synthetic> <triedcooking>
[error]       "x$2"
[error]       <tpt> // tree.tpe=Double
[error]       <empty>
[error]     )
[error]     <tpt> // tree.tpe=Double
[error]     Apply( // def apply$mcDDD$sp(x$1: Double,x$2: Double): Double, tree.tpe=Double
[error]       AlgebraUtil$$anonfun$Cumsum$1.this."apply$mcDDD$sp" // def apply$mcDDD$sp(x$1: Double,x$2: Double): Double, tree.tpe=(x$1: Double, x$2: Double)Double
[error]       // 2 arguments
[error]       "x$1" // x$1: Double, tree.tpe=Double
[error]       "x$2" // x$2: Double, tree.tpe=Double
[error]     )
[error]   )
[error]   DefDef( // def apply$mcDDD$sp(x$1: Double,x$2: Double): Double
[error]     <method> <specialized> <triedcooking>
[error]     "apply$mcDDD$sp"
[error]     []
[error]     // 1 parameter list
[error]     ValDef( // x$1: Double
[error]       <param> <triedcooking>
[error]       "x$1"
[error]       <tpt> // tree.tpe=Double
[error]       <empty>
[error]     )
[error]     ValDef( // x$2: Double
[error]       <param> <triedcooking>
[error]       "x$2"
[error]       <tpt> // tree.tpe=Double
[error]       <empty>
[error]     )
[error]     <tpt> // tree.tpe=Double
[error]     Apply( // def +(x: Double): Double in class Double, tree.tpe=Double
[error]       "x$1"."$plus" // def +(x: Double): Double in class Double, tree.tpe=(x: Double)Double
[error]       "x$2" // x$2: Double, tree.tpe=Double
[error]     )
[error]   )
[error]   DefDef( // final def apply(v1: Object,v2: Object): Object
[error]     <method> final <bridge>
[error]     "apply"
[error]     []
[error]     // 1 parameter list
[error]     ValDef( // v1: Object
[error]       <param> <triedcooking>
[error]       "v1"
[error]       <tpt> // tree.tpe=Object
[error]       <empty>
[error]     )
[error]     ValDef( // v2: Object
[error]       <param> <triedcooking>
[error]       "v2"
[error]       <tpt> // tree.tpe=Object
[error]       <empty>
[error]     )
[error]     <tpt> // tree.tpe=Object
[error]     Apply( // def box(x: Double): Double in object Double, tree.tpe=Object
[error]       "scala"."Double"."box" // def box(x: Double): Double in object Double, tree.tpe=(x: Double)Double
[error]       Apply( // final def apply(x$1: Double,x$2: Double): Double, tree.tpe=Double
[error]         AlgebraUtil$$anonfun$Cumsum$1.this."apply" // final def apply(x$1: Double,x$2: Double): Double, tree.tpe=(x$1: Double, x$2: Double)Double
[error]         // 2 arguments
[error]         Apply( // def unbox(x: Object): Double in object Double, tree.tpe=Double
[error]           "scala"."Double"."unbox" // def unbox(x: Object): Double in object Double, tree.tpe=(x: Object)Double
[error]           "v1" // v1: Object, tree.tpe=Object
[error]         )
[error]         Apply( // def unbox(x: Object): Double in object Double, tree.tpe=Double
[error]           "scala"."Double"."unbox" // def unbox(x: Object): Double in object Double, tree.tpe=(x: Object)Double
[error]           "v2" // v2: Object, tree.tpe=Object
[error]         )
[error]       )
[error]     )
[error]   )
[error]   DefDef( // def <init>(): Utils.anonfun$Cumsum$1
[error]     <method> <triedcooking>
[error]     "<init>"
[error]     []
[error]     List(Nil)
[error]     <tpt> // tree.tpe=Utils.anonfun$Cumsum$1
[error]     Block( // tree.tpe=Unit
[error]       Apply( // def <init>(): scala.runtime.AbstractFunction2$mcDDD$sp in class AbstractFunction2$mcDDD$sp, tree.tpe=scala.runtime.AbstractFunction2$mcDDD$sp
[error]         AlgebraUtil$$anonfun$Cumsum$1.super."<init>" // def <init>(): scala.runtime.AbstractFunction2$mcDDD$sp in class AbstractFunction2$mcDDD$sp, tree.tpe=()scala.runtime.AbstractFunction2$mcDDD$sp
[error]         Nil
[error]       )
[error]       ()
[error]     )
[error]   )
[error] )
[error] 
[error] == Expanded type of tree ==
[error] 
[error] ConstantType(value = Constant(String))
[error] 
[error] symbol value check$ifrefutable$4 does not exist in DataMoments.DataCumulant.DataMoments$DataCumulant$$update_thirdOrderMoments
[error] Total time: 9 s, completed Nov 10, 2015 12:58:16 PM