Description	Resource	Path	Location	Type
      while compiling: C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\workspace\PdfCropper\src\org\jaylib\pdfcropper\PdfCropperFx.scala         during phase: patmat      library version: version 2.10.0     compiler version: version 2.10.0   reconstructed args: -encoding Cp1252 -bootclasspath C:\Program Files\Java\jdk1.7.0_10\jre\lib\resources.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\rt.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\sunrsasign.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jsse.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jce.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\charsets.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jfr.jar;C:\Program Files\Java\jdk1.7.0_10\jre\classes;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\configuration\org.eclipse.osgi\bundles\437\1\.cp\lib\scala-library.jar -Xpluginsdir C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\configuration\org.eclipse.osgi\bundles\436\1\.cp\lib -classpath C:\Program Files\Java\jdk1.7.0_10\jre\lib\resources.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\rt.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jsse.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jce.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\charsets.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jfr.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\access-bridge-64.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\dnsns.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\jaccess.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\localedata.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\sunec.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\sunjce_provider.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\sunmscapi.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\ext\zipfs.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\workspace\PdfCropper\bin;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\configuration\org.eclipse.osgi\bundles\437\1\.cp\lib\scala-swing.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\configuration\org.eclipse.osgi\bundles\437\1\.cp\lib\scala-actors.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\configuration\org.eclipse.osgi\bundles\436\1\.cp\lib\scala-reflect.jar;C:\Program Files\Java\jdk1.7.0_10\jre\lib\jfxrt.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\workspace\PdfCropper\itextpdf-5.3.5.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\workspace\PdfCropper\jfxtras-labs-2.2-r5-20130102.111823-13.jar;C:\Users\Michael\Programs\eclipsedistros\eclipse-scala\workspace\DebugMacro\bin    last tree to typer: Ident(x1)               symbol: value x1 (flags: case <synthetic>)    symbol definition: case val x1: (javafx.scene.input.KeyCode, Boolean)                  tpe: (javafx.scene.input.KeyCode, Boolean)        symbol owners: value x1       context owners: value c -> value $anonfun -> value keyHandler -> anonymous class $anon -> method start -> class PdfCropperFx -> package pdfcropper  == Enclosing template or block ==  Template( // val <local $anon>: <notype>, tree.tpe=Object{}    "java.lang.Object" // parents    ValDef(      private      "_"      <tpt>      <empty>    )    // 12 statements    DefDef( // def <init>(): Object{}      <method> <triedcooking>      "<init>"      []      List(Nil)      <tpt> // tree.tpe=Object{}      Block( // tree.tpe=Unit        Apply( // def <init>(): Object in class Object, tree.tpe=Object          $anon.super."<init>" // def <init>(): Object in class Object, tree.tpe=()Object          Nil        )        ()      )    )    ValDef( // private[this] var dist: Int      private <mutable> <local> <triedcooking>      "dist "      <tpt> // tree.tpe=Int      1    )    DefDef( // private def dist: Int      <method> private <accessor> <triedcooking>      "dist"      []      Nil      <tpt> // tree.tpe=Int      $anon.this."dist " // private[this] var dist: Int, tree.tpe=Int    )    DefDef( // private def dist_=(x$1: Int): Unit      <method> private <accessor> <triedcooking>      "dist_$eq"      []      // 1 parameter list      ValDef( // x$1: Int        <param> <synthetic> <triedcooking>        "x$1"        <tpt> // tree.tpe=Int        <empty>      )      <tpt> // tree.tpe=Unit      Assign( // tree.tpe=Unit        $anon.this."dist " // private[this] var dist: Int, tree.tpe=Int        "x$1" // x$1: Int, tree.tpe=Int      )    )    DefDef( // private def d: Int      <method> private <triedcooking>      "d"      []      Nil      <tpt> // tree.tpe=Int      $anon.this."dist" // private def dist: Int, tree.tpe=Int    )    ValDef( // private[this] var lastKey: (javafx.scene.input.KeyCode, Boolean)      private <mutable> <local> <triedcooking>      "lastKey "      <tpt> // tree.tpe=(javafx.scene.input.KeyCode, Boolean)      Apply( // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=(javafx.scene.input.KeyCode, Boolean)        TypeApply( // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=(y: Boolean)(javafx.scene.input.KeyCode, Boolean)          scala.this.Predef.any2ArrowAssoc[javafx.scene.input.KeyCode](SPACE)."$minus$greater" // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=[B](y: B)(javafx.scene.input.KeyCode, B)          <tpt> // tree.tpe=Boolean        )        true      )    )    DefDef( // private def lastKey: (javafx.scene.input.KeyCode, Boolean)      <method> private <accessor> <triedcooking>      "lastKey"      []      Nil      <tpt> // tree.tpe=(javafx.scene.input.KeyCode, Boolean)      $anon.this."lastKey " // private[this] var lastKey: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)    )    DefDef( // private def lastKey_=(x$1: (javafx.scene.input.KeyCode, Boolean)): Unit      <method> private <accessor> <triedcooking>      "lastKey_$eq"      []      // 1 parameter list      ValDef( // x$1: (javafx.scene.input.KeyCode, Boolean)        <param> <synthetic> <triedcooking>        "x$1"        <tpt> // tree.tpe=(javafx.scene.input.KeyCode, Boolean)        <empty>      )      <tpt> // tree.tpe=Unit      Assign( // tree.tpe=Unit        $anon.this."lastKey " // private[this] var lastKey: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)        "x$1" // x$1: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)      )    )    ValDef( // private[this] val keyHandler: javafx.scene.input.KeyEvent => Unit      private <local> <triedcooking>      "keyHandler "      <tpt> // tree.tpe=javafx.scene.input.KeyEvent => Unit      Function( // val $anonfun: <notype>, tree.tpe=javafx.scene.input.KeyEvent => Unit        ValDef( // event: javafx.scene.input.KeyEvent          <param> <triedcooking>          "event"          <tpt> // tree.tpe=javafx.scene.input.KeyEvent          <empty>        )        Block( // tree.tpe=Unit          // 4 statements          ValDef( // val newKey: (javafx.scene.input.KeyCode, Boolean)            <triedcooking>            "newKey"            <tpt> // tree.tpe=(javafx.scene.input.KeyCode, Boolean)            Apply( // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=(javafx.scene.input.KeyCode, Boolean)              TypeApply( // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=(y: Boolean)(javafx.scene.input.KeyCode, Boolean)                scala.this.Predef.any2ArrowAssoc[javafx.scene.input.KeyCode](event.getCode())."$minus$greater" // def ->[B](y: B): (A, B) in class ArrowAssoc, tree.tpe=[B](y: B)(javafx.scene.input.KeyCode, B)                <tpt> // tree.tpe=Boolean              )              Apply( // final def isShiftDown(): Boolean in class KeyEvent, tree.tpe=Boolean                "event"."isShiftDown" // final def isShiftDown(): Boolean in class KeyEvent, tree.tpe=()Boolean                Nil              )            )          )          If( // tree.tpe=Unit            Apply( // final def ==(x$1: AnyRef): Boolean in class Object, tree.tpe=Boolean              $anon.this."lastKey"."$eq$eq" // final def ==(x$1: AnyRef): Boolean in class Object, tree.tpe=(x$1: AnyRef)Boolean              "newKey" // val newKey: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)            )            Apply( // private def dist_=(x$1: Int): Unit, tree.tpe=Unit              $anon.this."dist_$eq" // private def dist_=(x$1: Int): Unit, tree.tpe=(x$1: Int)Unit              Apply( // def min(x$1: Int,x$2: Int): Int in object Math, tree.tpe=Int                java.this."lang"."Math"."min" // def min(x$1: Int,x$2: Int): Int in object Math, tree.tpe=(x$1: Int, x$2: Int)Int                // 2 arguments                8                Apply( // def *(x: Int): Int in class Int, tree.tpe=Int                  $anon.this."d"."$times" // def *(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  2                )              )            )            Block( // tree.tpe=Unit              Apply( // private def dist_=(x$1: Int): Unit, tree.tpe=Unit                $anon.this."dist_$eq" // private def dist_=(x$1: Int): Unit, tree.tpe=(x$1: Int)Unit                1              )              Apply( // private def lastKey_=(x$1: (javafx.scene.input.KeyCode, Boolean)): Unit, tree.tpe=Unit                $anon.this."lastKey_$eq" // private def lastKey_=(x$1: (javafx.scene.input.KeyCode, Boolean)): Unit, tree.tpe=(x$1: (javafx.scene.input.KeyCode, Boolean))Unit                "newKey" // val newKey: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)              )            )          )          DefDef( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit            <method> <triedcooking>            "setCrop"            []            // 1 parameter list            ValDef( // x0: Int              <param> <triedcooking>              "x0"              <tpt> // tree.tpe=Int              <empty>            )            ValDef( // y0: Int              <param> <triedcooking>              "y0"              <tpt> // tree.tpe=Int              <empty>            )            ValDef( // x1: Int              <param> <triedcooking>              "x1"              <tpt> // tree.tpe=Int              <empty>            )            ValDef( // y1: Int              <param> <triedcooking>              "y1"              <tpt> // tree.tpe=Int              <empty>            )            <tpt> // tree.tpe=Unit            Apply( // def cropBox_=(newCropBox: org.jaylib.pdfcropper.CropBox): Unit in class CropLogic, tree.tpe=Unit              "logic"."cropBox_$eq" // def cropBox_=(newCropBox: org.jaylib.pdfcropper.CropBox): Unit in class CropLogic, tree.tpe=(newCropBox: org.jaylib.pdfcropper.CropBox)Unit              Apply( // def apply(x0: Int,y0: Int,x1: Int,y1: Int): org.jaylib.pdfcropper.CropBox in object CropBox, tree.tpe=org.jaylib.pdfcropper.CropBox                "CropBox"."apply" // def apply(x0: Int,y0: Int,x1: Int,y1: Int): org.jaylib.pdfcropper.CropBox in object CropBox, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)org.jaylib.pdfcropper.CropBox                // 4 arguments                "x0" // x0: Int, tree.tpe=Int                "y0" // y0: Int, tree.tpe=Int                "x1" // x1: Int, tree.tpe=Int                "y1" // y1: Int, tree.tpe=Int              )            )          )          ValDef( // val c: org.jaylib.pdfcropper.CropBox            <triedcooking>            "c"            <tpt> // tree.tpe=org.jaylib.pdfcropper.CropBox            "logic"."cropBox" // def cropBox: org.jaylib.pdfcropper.CropBox in class CropLogic, tree.tpe=org.jaylib.pdfcropper.CropBox          )          Match( // tree.tpe=Unit            "newKey" // val newKey: (javafx.scene.input.KeyCode, Boolean), tree.tpe=(javafx.scene.input.KeyCode, Boolean)            // 26 cases            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                RIGHT                false              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."x0"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y0" // val y0: Int in class CropBox, tree.tpe=Int                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."x1"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y1" // val y1: Int in class CropBox, tree.tpe=Int              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                RIGHT                true              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."x0"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y0" // val y0: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."x1"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y1" // val y1: Int in class CropBox, tree.tpe=Int              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                LEFT                false              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."x0"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y0" // val y0: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."x1"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y1" // val y1: Int in class CropBox, tree.tpe=Int              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                LEFT                true              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."x0"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y0" // val y0: Int in class CropBox, tree.tpe=Int                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."x1"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."y1" // val y1: Int in class CropBox, tree.tpe=Int              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                DOWN                false              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                "c"."x0" // val x0: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."y0"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."x1" // val x1: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."y1"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                DOWN                true              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                "c"."x0" // val x0: Int in class CropBox, tree.tpe=Int                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."y0"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."x1" // val x1: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."y1"."$plus" // def +(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                UP                false              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                "c"."x0" // val x0: Int in class CropBox, tree.tpe=Int                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."y0"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )                "c"."x1" // val x1: Int in class CropBox, tree.tpe=Int                Apply( // def -(x: Int): Int in class Int, tree.tpe=Int                  "c"."y1"."$minus" // def -(x: Int): Int in class Int, tree.tpe=(x: Int)Int                  $anon.this."d" // private def d: Int, tree.tpe=Int                )              )            )            CaseDef( // tree.tpe=Unit              Apply( // tree.tpe=(javafx.scene.input.KeyCode, Boolean)                <tpt> // tree.tpe=(_1: javafx.scene.input.KeyCode, _2: Boolean)(javafx.scene.input.KeyCode, Boolean)                // 2 arguments                UP                true              )              Apply( // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=Unit                "setCrop" // def setCrop(x0: Int,y0: Int,x1: Int,y1: Int): Unit, tree.tpe=(x0: Int, y0: Int, x1: Int, y1: Int)Unit                // 4 arguments                "c"."x0" // val x0: Int in class CropBox, tree.tpe=Int                Apply( // def +(x: Int): Int in class Int, tree.tpe=Int                  "c"."y0"."$plus" // d	PdfCropper		Unknown	Scala Problem
SBT builder crashed while compiling. The error message is 'null'. Check Error Log for details.	PdfCropper		Unknown	Scala Problem
Error in Scala compiler: null	PdfCropper		Unknown	Scala Problem