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grep rough audit - static analysis tool
v2.8 written by @Wireghoul
=================================[justanotherhacker.com]===
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilerVisitor.java-37- * we don't need to worry about recalculating stack frame map. Specifically,
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilerVisitor.java:38: * let's quote "ASM 4.0, A Java bytecode engineering library" guide (p. 40):
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilerVisitor.java-39- *
##############################################
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilingAgent.java-13- * {@link scala.tools.partest.instrumented.Profiler#methodCalled(String, String, String)}
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilingAgent.java:14: * by using ASM library for byte-code manipulation.
scala-2.11.12/src/partest-javaagent/scala/tools/partest/javaagent/ProfilingAgent.java-15- */
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-10-/**
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala:11: * Provides utilities for inspecting bytecode using ASM library.
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-12- *
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-21- * def show {
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala:22: * // your code that inspect ASM trees and prints values
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-23- * }
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-137-object BytecodeTest {
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala:138: /** Parse `file` as a class file, transforms the ASM representation with `f`,
scala-2.11.12/src/partest-extras/scala/tools/partest/BytecodeTest.scala-139- * and overwrites the original file.
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-6-
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala:7:/** Makes using ASM from ByteCodeTests more convenient.
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-8- *
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala:9: * Wraps ASM instructions in case classes so that equals and toString work
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-10- * for the purpose of bytecode diffing and pretty printing.
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-14- /**
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala:15: * Transform the instructions of an ASM Method into a list of [[Instruction]]s.
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-16- */
##############################################
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-188- /**
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala:189: * Convert back a [[Method]] to ASM land. The code is emitted into the parameter `asmMethod`.
scala-2.11.12/src/partest-extras/scala/tools/partest/ASMConverters.scala-190- */
##############################################
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala-87- /** Replaces all occurrences of \$op_names in this name by corresponding operator symbols.
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala:88: * Example: `foo_\$plus\$eq` becomes `foo_+=`
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala-89- */
##############################################
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala-93- /** Replaces all occurrences of operator symbols in this name by corresponding \$op_names.
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala:94: * Example: `foo_+=` becomes `foo_\$plus\$eq`.
scala-2.11.12/src/reflect/scala/reflect/api/Names.scala-95- */
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scala-2.11.12/src/reflect/scala/reflect/internal/Printers.scala-554- (name.isOperatorName && decName.exists(isOperatorPart) && decName.exists(isScalaLetter) && !decName.contains(bslash))))
scala-2.11.12/src/reflect/scala/reflect/internal/Printers.scala:555: s"`$s`" else s
scala-2.11.12/src/reflect/scala/reflect/internal/Printers.scala-556-
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala-445- /**
scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala:446: * Convert `Tuple2$mcII` to `Tuple2`, or `T1$sp` to `T1`.
scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala-447- */
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scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala-459- * }}}
scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala:460: * `foo$mIcD$sp` is the name of a method specialized on two type
scala-2.11.12/src/reflect/scala/reflect/internal/StdNames.scala-461- * parameters, the first one belonging to the method itself, on Int,
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/tpe/TypeMaps.scala-541- val TypeRef(_, rhsSym, rhsArgs) = rhs
scala-2.11.12/src/reflect/scala/reflect/internal/tpe/TypeMaps.scala:542: require(lhsSym.owner == rhsSym, s"$lhsSym is not a type parameter of $rhsSym")
scala-2.11.12/src/reflect/scala/reflect/internal/tpe/TypeMaps.scala-543-
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/TreeInfo.scala-324-
scala-2.11.12/src/reflect/scala/reflect/internal/TreeInfo.scala:325: /** Strips layers of `.asInstanceOf[T]` / `_.$asInstanceOf[T]()` from an expression */
scala-2.11.12/src/reflect/scala/reflect/internal/TreeInfo.scala-326- def stripCast(tree: Tree): Tree = tree match {
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/AnnotationInfos.scala-40- val throwableTpe = if (throwableSym.isMonomorphicType) throwableSym.tpe else {
scala-2.11.12/src/reflect/scala/reflect/internal/AnnotationInfos.scala:41: debuglog(s"Encountered polymorphic exception `${throwableSym.fullName}` while parsing class file.")
scala-2.11.12/src/reflect/scala/reflect/internal/AnnotationInfos.scala-42- // in case we encounter polymorphic exception the best we can do is to convert that type to
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-989- * trait T { def foo = 1 }
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala:990: * The method `foo` in the implementation class T$impl will be `isStatic`, because trait
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-991- * impl classes get the `lateMODULE` flag (T$impl.isStaticOwner is true).
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-1253-
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala:1254: /** The name of the symbol before decoding, e.g. `\$eq\$eq` instead of `==`.
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-1255- */
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-1257-
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala:1258: /** The decoded name of the symbol, e.g. `==` instead of `\$eq\$eq`.
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-1259- */
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scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-2200- * g.logicallyEnclosingMember is the primary constructor symbol `<init>`
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala:2201: * (or, for traits: `$init`) of `C`.
scala-2.11.12/src/reflect/scala/reflect/internal/Symbols.scala-2202- *
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scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-396-
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:397: // match references to `scala.$name`
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-398- protected class ScalaMemberRef(symbols: Seq[Symbol]) {
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scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-417- def apply(args: List[Tree]): Tree = {
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:418: require(args.isEmpty || TupleClass(args.length).exists, s"Tuples with ${args.length} arity aren't supported")
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-419- gen.mkTuple(args)
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scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-437- def apply(args: List[Tree]): Tree = {
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:438: require(args.isEmpty || TupleClass(args.length).exists, s"Tuples with ${args.length} arity aren't supported")
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-439- gen.mkTupleType(args)
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-456- def apply(argtpes: List[Tree], restpe: Tree): Tree = {
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:457: require(FunctionClass(argtpes.length).exists, s"Function types with ${argtpes.length} arity aren't supported")
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-458- gen.mkFunctionTypeTree(argtpes, restpe)
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scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-625-
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:626: // match a sequence of desugared `val $pat = $value`
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-627- protected object UnPatSeq {
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-682-
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala:683: // match a sequence of desugared `val $pat = $value` with a tuple in the end
scala-2.11.12/src/reflect/scala/reflect/internal/ReificationSupport.scala-684- protected object UnPatSeqWithRes {
##############################################
scala-2.11.12/src/reflect/scala/reflect/internal/Types.scala-2081- // Return the symbol named `name` that's "embedded" in tp
scala-2.11.12/src/reflect/scala/reflect/internal/Types.scala:2082: // This is the case if `tp` is a `T{...; type/val $name ; ...}`,
scala-2.11.12/src/reflect/scala/reflect/internal/Types.scala-2083- // or a singleton type with such an underlying type.
##############################################
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala-230- * with the object's underlying class as a label.
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala:231: * Example: Object scala.None would be represented as `scala.None$()`.
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala-232- */
##############################################
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala-239- /** A pickler the handles instances of classes that have an empty constructor.
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala:240: * It represents than as `$new ( <name of class> )`.
scala-2.11.12/src/interactive/scala/tools/nsc/interactive/Pickler.scala-241- * When unpickling, a new instance of the class is created using the empty
##############################################
scala-2.11.12/src/compiler/scala/reflect/reify/Errors.scala-35- val msg =
scala-2.11.12/src/compiler/scala/reflect/reify/Errors.scala:36: sm"""to create a type tag here, it is necessary to interoperate with the manifest `$manifestInScope` in scope.
scala-2.11.12/src/compiler/scala/reflect/reify/Errors.scala-37- |however manifest -> typetag conversion requires Scala reflection, which is not present on the classpath.
##############################################
scala-2.11.12/src/compiler/scala/tools/ant/ScalaTool.scala-109- * relative to the Ant `basedir`. Additionally, the platform specific
scala-2.11.12/src/compiler/scala/tools/ant/ScalaTool.scala:110: * demarcation of any script variables (e.g. `${SCALA_HOME}` or
scala-2.11.12/src/compiler/scala/tools/ant/ScalaTool.scala-111- * `%SCALA_HOME%`) can be specified in a platform independent way (e.g.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala-118- val Xnojline = BooleanSetting ("-Xnojline", "Do not use JLine for editing.")
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala:119: val Xverify = BooleanSetting ("-Xverify", "Verify generic signatures in generated bytecode (asm backend only.)")
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala-120- val plugin = MultiStringSetting ("-Xplugin", "paths", "Load a plugin from each classpath.")
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala-203- val Ygenjavap = StringSetting ("-Ygen-javap", "dir", "Generate a parallel output directory of .javap files.", "")
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala:204: val Ygenasmp = StringSetting ("-Ygen-asmp", "dir", "Generate a parallel output directory of .asmp files (ie ASM Textifier output).", "")
scala-2.11.12/src/compiler/scala/tools/nsc/settings/ScalaSettings.scala-205- val Ydumpclasses = StringSetting ("-Ydump-classes", "dir", "Dump the generated bytecode to .class files (useful for reflective compilation that utilizes in-memory classloaders).", "")
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/Global.scala-663- // phaseName = "jvm", ASM-based version
scala-2.11.12/src/compiler/scala/tools/nsc/Global.scala:664: object genASM extends {
scala-2.11.12/src/compiler/scala/tools/nsc/Global.scala-665- val global: Global.this.type = Global.this
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-91- *
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala:92: * It may have a curried parameter list with the `$this` alone in the first
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-93- * parameter list, in which case that parameter list is dropped. Or, since
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-94- * the curried lists disappear during uncurry, it may have a single parameter
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala:95: * list with `$this` as the first parameter, in which case that parameter is
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-96- * removed from the list.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-106-
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala:107: /** This method removes the `$this` argument from the parameter list a method.
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-108- *
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala:109: * A method may be a `PolyType`, in which case we tear out the `$this` and the class
scala-2.11.12/src/compiler/scala/tools/nsc/transform/ExtensionMethods.scala-110- * type params from its nested `MethodType`. Or it may be a MethodType, as
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternExpander.scala-89- final case class Extractor(whole: Type, fixed: List[Type], repeated: Repeated, typeOfSinglePattern: Type) {
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternExpander.scala:90: require(whole != NoType, s"expandTypes($whole, $fixed, $repeated)")
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternExpander.scala-91-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternMatching.scala-213- (from contains sym) && {
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternMatching.scala:214: if (!toIdents) global.devWarning(s"Unexpected substitution of non-Ident into TypeTree `$tt`, subst= $this")
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/PatternMatching.scala-215- true
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchWarnings.scala-61- val desc = if (sym.isParameter) s"parameter ${sym.nameString} of" else sym + " in"
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchWarnings.scala:62: s"\nIf you intended to match against $desc ${sym.owner}, you must use backticks, like: case `${sym.nameString}` =>"
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchWarnings.scala-63- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchTranslation.scala-488-
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchTranslation.scala:489: // `if (binder != null && $checkExpectedLength [== | >=] 0) then else zero`
scala-2.11.12/src/compiler/scala/tools/nsc/transform/patmat/MatchTranslation.scala-490- (seqTree(binder) ANY_!= NULL) AND compareOp(checkExpectedLength, ZERO)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/LambdaLift.scala-253- // make sure that the name doesn't make the symbol accidentally `isAnonymousClass` (et.al) by
scala-2.11.12/src/compiler/scala/tools/nsc/transform/LambdaLift.scala:254: // introducing `$anon` in its name. to be cautious, we don't make this change in the default
scala-2.11.12/src/compiler/scala/tools/nsc/transform/LambdaLift.scala-255- // backend under 2.11.x, so only in GenBCode.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/SpecializeTypes.scala-50- *
scala-2.11.12/src/compiler/scala/tools/nsc/transform/SpecializeTypes.scala:51: * Above, `A$mcI$sp` cannot access `d`, so the method cannot be typechecked.
scala-2.11.12/src/compiler/scala/tools/nsc/transform/SpecializeTypes.scala-52- */
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/UnCurry.scala-710- // ```
scala-2.11.12/src/compiler/scala/tools/nsc/transform/UnCurry.scala:711: // Of course, this is incorrect, since `l$1` has type `Ctx#Tree`, which is not a subtype of `c.Tree`.
scala-2.11.12/src/compiler/scala/tools/nsc/transform/UnCurry.scala-712- //
scala-2.11.12/src/compiler/scala/tools/nsc/transform/UnCurry.scala:713: // So what we need to do is to use the pre-uncurry type when creating `l$1`, which is `c.Tree` and is
scala-2.11.12/src/compiler/scala/tools/nsc/transform/UnCurry.scala-714- // correct. Now, there are two additional problems:
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/AddInterfaces.scala-304- /** Add calls to supermixin constructors
scala-2.11.12/src/compiler/scala/tools/nsc/transform/AddInterfaces.scala:305: * `super[mix].$init$()`
scala-2.11.12/src/compiler/scala/tools/nsc/transform/AddInterfaces.scala-306- * to tree, which is assumed to be the body of a constructor of class clazz.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/transform/CleanUp.scala-535-
scala-2.11.12/src/compiler/scala/tools/nsc/transform/CleanUp.scala:536: // Replaces `Array(Predef.wrapArray(ArrayValue(...).$asInstanceOf[...]), <tag>)`
scala-2.11.12/src/compiler/scala/tools/nsc/transform/CleanUp.scala:537: // with just `ArrayValue(...).$asInstanceOf[...]`
scala-2.11.12/src/compiler/scala/tools/nsc/transform/CleanUp.scala-538- //
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala-115-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala:116: /** used only from GenASM */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala-117- def opcodeIF(): Int
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala-118-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala:119: /** used only from GenASM */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/icode/Primitives.scala-120- def opcodeIFICMP(): Int
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala-16-/*
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala:17: * A high-level facade to the ASM API for bytecode generation.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala-18- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala-102- /* Just a namespace for utilities that encapsulate MethodVisitor idioms.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala:103: * In the ASM world, org.objectweb.asm.commons.InstructionAdapter plays a similar role,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala:104: * but the methods here allow choosing when to transition from ICode to ASM types
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeIdiomatic.scala-105- * (including not at all, e.g. for performance).
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-37- * Once that's been done, and assuming the method being visited isn't abstract, `emitNormalMethodBody()` populates
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:38: * the ASM MethodNode instance with ASM AbstractInsnNodes.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-39- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-58-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:59: // Strangely I can't find this in the asm code 255, but reserving 1 for "this"
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-60- final val MaximumJvmParameters = 254
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-123-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:124: innerClassBufferASM ++= classBType.info.get.nestedClasses
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-125- gen(cd.impl)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-159- case classBType =>
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:160: if (classBType.isNestedClass.get) { innerClassBufferASM += classBType }
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-161- classBType.internalName
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-285- var methSymbol: Symbol = null
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:286: // in GenASM this is local to genCode(), ie should get false whenever a new method is emitted (including fabricated ones eg addStaticInit())
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-287- var isModuleInitialized = false
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-298-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:299: /* ---------------- Part 1 of program points, ie Labels in the ASM world ---------------- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-300-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-430-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:431: /* ---------------- Part 2 of program points, ie Labels in the ASM world ---------------- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-432-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-514-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala:515: /* ---------------- top-down traversal invoking ASM Tree API along the way ---------------- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeSkelBuilder.scala-516-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala-80- /*
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala:81: * The ASM textual representation for bytecode overcomes disadvantages of javap ouput in three areas:
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala-82- * (a) pickle dingbats undecipherable to the naked eye;
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala-84- * (c) stack maps (classfile version 50 and up) are displayed in encoded form by javap,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala:85: * their expansion by ASM is more readable.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BytecodeWriters.scala-86- *
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-22- * The BTypes component defines The BType class hierarchy. A BType stores all type information
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala:23: * that is required after building the ASM nodes. This includes optimizations, generation of
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-24- * InnerClass attributes and generation of stack map frames.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-87- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala:88: * The ASM Analyzer class does not compute any frame information for unreachable instructions.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-89- * Transformations that use an analyzer (including inlining) therefore require unreachable code
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-190- // for anonymous or local classes, the outerName is null, but the enclosing class is
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala:191: // stored in the EnclosingMethod attribute (which ASM encodes in classNode.outerClass).
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-192- classBTypeFromParsedClassfile(classNode.outerClass)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-911- // we could put this assertion into InlineInfoAttribute, but it is more safe to put it here
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala:912: // where it affect only GenBCode, and not add any assertion to GenASM in 2.11.6.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypes.scala-913- assert(i.inlineInfo.warning.isEmpty, i.inlineInfo.warning)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/AsmUtils.scala-31- /**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/AsmUtils.scala:32: * Print the bytedcode of classes as they are serialized by the ASM library. The serialization
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/AsmUtils.scala-33- * performed by `asm.ClassWriter` can change the code generated by GenBCode. For example, it
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/ProdConsAnalyzer.scala-440- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/ProdConsAnalyzer.scala:441: * The ASM built-in SourceValue analysis yields an empty producers set for such values. This leads
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/ProdConsAnalyzer.scala-442- * to ambiguities. Example (in Java one can re-assign parameter):
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-14-/**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala:15: * Some notes on the ASM analyzer framework.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-16- *
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-143- def newValue(tp: Type): NullnessValue = {
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala:144: // ASM loves giving semantics to null. The behavior here is the same as in SourceInterpreter,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-145- // which is provided by the framework.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-146- //
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala:147: // (1) For the void type, the ASM framework expects newValue to return `null`.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/analysis/NullnessAnalyzer.scala-148- // Also, the Frame.returnValue field is `null` for methods with return type void.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-14-/**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala:15: * This trait contains code shared between GenBCode and GenASM that depends on types defined in
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-16- * the compiler cake (Global).
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-63- // this assertion only holds in GenBCode. lambda lift renames symbols and may accidentally
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala:64: // introduce `$lambda` into a class name, making `isDelambdafyFunction` true. under GenBCode
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-65- // we prevent this, see `nonAnon` in LambdaLift.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-192- * symbol, and to obtain a method signature descriptor fro a method symbol. These function depend
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala:193: * on the implementation of GenASM / GenBCode, so they need to be passed in.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeAsmCommon.scala-194- */
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-23- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:24:abstract class GenASM extends SubComponent with BytecodeWriters { self =>
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-25- import global._
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-32-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:33: // Strangely I can't find this in the asm code
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-34- // 255, but reserving 1 for "this"
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-217- * test/files/jvm/interpreter.scala
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:218: * TODO but why? what use could javaNameCache possibly see once GenASM is over?
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-219- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-220-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:221: /* TODO After emitting all class files (e.g., in a separate compiler phase) ASM can perform bytecode verification:
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-222- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-416- /* The internal name of the least common ancestor of the types given by inameA and inameB.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:417: It's what ASM needs to know in order to compute stack map frames, http://asm.ow2.org/doc/developer-guide.html#controlflow */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-418- def getCommonSuperClass(inameA: String, inameB: String): String = {
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-426- val oldsym = reverseJavaName.put(lcaName, lcaSym)
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:427: assert(oldsym.isEmpty || (oldsym.get == lcaSym), "somehow we're not managing to compute common-super-class for ASM consumption")
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-428- assert(lcaName != "scala/Any")
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-429-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:430: lcaName // TODO ASM caches the answer during the lifetime of a ClassWriter. We outlive that. Do some caching.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-431- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-461- /**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:462: * We call many Java varargs methods from ASM library that expect Arra[asm.Type] as argument so
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-463- * we override default (compiler-generated) ClassTag so we can provide specialized newArray implementation.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-759- (if (innerSym.isJava) javaClassfileFlags(innerSym) else javaFlags(innerSym)) & ~asm.Opcodes.ACC_STATIC,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:760: if(isDeprecated(innerSym)) asm.Opcodes.ACC_DEPRECATED else 0 // ASM pseudo-access flag
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-761- ) & (BCodeAsmCommon.INNER_CLASSES_FLAGS | asm.Opcodes.ACC_DEPRECATED)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1144-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1145: // GETSTATIC `moduleName`.MODULE$ : `moduleName`;
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1146- clinit.visitFieldInsn(
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1266- javaFlags(c.symbol),
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1267: if(isDeprecated(c.symbol)) asm.Opcodes.ACC_DEPRECATED else 0 // ASM pseudo access flag
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1268- )
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1354- javaFieldFlags(f.symbol),
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1355: if(isDeprecated(f.symbol)) asm.Opcodes.ACC_DEPRECATED else 0 // ASM pseudo access flag
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1356- )
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1406- if (method.native) asm.Opcodes.ACC_NATIVE else 0, // native methods of objects are generated in mirror classes
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1407: if(isDeprecated(m.symbol)) asm.Opcodes.ACC_DEPRECATED else 0 // ASM pseudo access flag
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1408- )
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1427-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1428: // typestate: entering mode with valid call sequences: (see ASM Guide, 3.2.1)
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1429- // [ visitAnnotationDefault ] ( visitAnnotation | visitParameterAnnotation | visitAttribute )*
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1473- // visitMaxs needs to be called according to the protocol. The arguments will be ignored
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1474: // since maximums (and stack map frames) are computed. See ASM Guide, Section 3.2.1,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1475- // section "ClassWriter options"
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1606- /** Just a namespace for utilities that encapsulate MethodVisitor idioms.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1607: * In the ASM world, org.objectweb.asm.commons.InstructionAdapter plays a similar role,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1608: * but the methods here allow choosing when to transition from ICode to ASM types
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1609- * (including not at all, e.g. for performance).
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1867- // ------------------------------------------------------------------------------------------------------------
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:1868: // Part 1 of genCode(): setting up one-to-one correspondence between ASM Labels and BasicBlocks `linearization`
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-1869- // ------------------------------------------------------------------------------------------------------------
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2256- if (relevant) { // TODO check: does GenICode emit SCOPE_ENTER, SCOPE_EXIT for synthetic vars?
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:2257: // this label will have DEBUG bit set in its flags (ie ASM ignores it for dataflow purposes)
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2258- // similarly, these labels aren't tracked in the `labels` map.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2266- if (relevant) {
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:2267: // this label will have DEBUG bit set in its flags (ie ASM ignores it for dataflow purposes)
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2268- // similarly, these labels aren't tracked in the `labels` map.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2867- javaFlags(clasz.symbol),
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:2868: if(isDeprecated(clasz.symbol)) asm.Opcodes.ACC_DEPRECATED else 0 // ASM pseudo access flag
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-2869- )
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-3246- /** @return
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala:3247: * - `null` if no Java signature is to be added (`null` is what ASM expects in these cases).
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenASM.scala-3248- * - otherwise the signature in question
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala-254- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala:255: * Nested classes that are also referenced in C will be added to the innerClassBufferASM during
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala-256- * code generation, but those duplicates will be eliminated when emitting the InnerClass
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala-258- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala:259: * Why do we need to collect classes into innerClassBufferASM at all? To collect references to
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BTypesFromSymbols.scala-260- * nested classes, but NOT nested in C, that are used within C.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala-229- * Since there's currently no better way, we run a bytecode generator on the method and extract
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala:230: * the computed values. This required changes to the ASM codebase:
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala-231- * - the [[MethodWriter]] class was made public
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala-233- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala:234: * We could probably make this faster (and allocate less memory) by hacking the ASM framework
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/BytecodeUtils.scala-235- * more: create a subclass of MethodWriter with a /dev/null byteVector. Another option would be
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala-34- /**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala:35: * Not sure what this method is good for, it is not invoked anywhere in the ASM framework. However,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala:36: * the example in the ASM manual also overrides it to `false` for custom attributes, so it might be
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala-37- * a good idea.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala-144-/**
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala:145: * In order to instruct the ASM framework to de-serialize the ScalaInlineInfo attribute, we need
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/InlineInfoAttribute.scala-146- * to pass a prototype instance when running the class reader.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/ClosureOptimizer.scala-350- val locals: List[Local] = types.indices.map(i => {
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/ClosureOptimizer.scala:351: // The ASM method `type.getOpcode` returns the opcode for operating on a value of `type`.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/ClosureOptimizer.scala-352- val offset = types(i).getOpcode(ILOAD) - ILOAD
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/CallGraph.scala-276- //
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/CallGraph.scala:277: // The implMethod has the signature `C$anonfun(String)String`.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/CallGraph.scala-278- //
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scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-55- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala:56: * This implementation only removes instructions that are unreachable for an ASM analyzer /
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-57- * interpreter. This ensures that future analyses will not produce `null` frames. The inliner
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-100- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala:101: * We rely on dead code elimination provided by the ASM framework, as described in the ASM User
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-102- * Guide (http://asm.ow2.org/index.html), Section 8.2.1. It runs a data flow analysis, which only
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-137- // This triggers "ClassFormatError: Illegal exception table range in class file C". Similar
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala:138: // for local variables in dead blocks. Maybe that's a bug in the ASM framework.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-139-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-540- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala:541: * (*) The ASM instruction iterator (used in the caller [[simplifyJumps]]) has an undefined
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/opt/LocalOpt.scala-542- * behavior if the successor of the current instruction is removed, which may be the case here
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-18-/*
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:19: * Prepare in-memory representations of classfiles using the ASM Tree API, and serialize them to disk.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-20- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-61- override def name = phaseName
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:62: override def description = "Generate bytecode from ASTs using the ASM library"
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-63- override def erasedTypes = true
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-148- * Checks for duplicate internal names case-insensitively,
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:149: * builds ASM ClassNodes for mirror, plain, and bean classes;
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-150- * enqueues them in queue-2.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-156-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:157: // GenASM checks this before classfiles are emitted, https://github.com/scala/scala/commit/e4d1d930693ac75d8eb64c2c3c69f2fc22bec739
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-158- val lowercaseJavaClassName = claszSymbol.javaClassName.toLowerCase
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-301- *
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:302: * (b) building of ASM ClassNodes, their optimization and serialization.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-303- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-348- * (a) place all ClassDefs in queue-1
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala:349: * (b) dequeue one at a time from queue-1, convert it to ASM ClassNode, place in queue-2
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/GenBCode.scala-350- * (c) dequeue one at a time from queue-2, convert it to byte-array, place in queue-3
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala-32- /*
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala:33: * Functionality to build the body of ASM MethodNode, except for `synchronized` and `try` expressions.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala-34- */
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala-847- * or higher.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala:848: * - In practice: the ASM library computes stack map frames for us (ClassWriter). Emitting
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala:849: * correct frames after an ATHROW is probably complex, so ASM uses the following strategy:
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeBodyBuilder.scala-850- * - Every time when generating an ATHROW, a new basic block is started.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-16-/*
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:17: * Traits encapsulating functionality to convert Scala AST Trees into ASM ClassNodes.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-18- *
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-58- * The internal name of the least common ancestor of the types given by inameA and inameB.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:59: * It's what ASM needs to know in order to compute stack map frames, http://asm.ow2.org/doc/developer-guide.html#controlflow
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-60- */
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-72- assert(lubName != "scala/Any")
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:73: lubName // ASM caches the answer during the lifetime of a ClassWriter. We outlive that. Not sure whether caching on our side would improve things.
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-74- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-319- */
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:320: final val innerClassBufferASM = mutable.Set.empty[ClassBType]
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-321-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-344- val r = classBTypeFromSymbol(sym)
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:345: if (r.isNestedClass.get) innerClassBufferASM += r
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-346- r
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-355- case c: ClassBType if c.isNestedClass.get =>
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:356: innerClassBufferASM += c
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-357- c
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-367- (r.returnType :: r.argumentTypes) foreach {
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:368: case c: ClassBType if c.isNestedClass.get => innerClassBufferASM += c
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-369- case _ =>
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-525- /* @return
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:526: * - `null` if no Java signature is to be added (`null` is what ASM expects in these cases).
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-527- * - otherwise the signature in question
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-787-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:788: innerClassBufferASM ++= bType.info.get.nestedClasses
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-789- addInnerClassesASM(mirrorClass, innerClassBufferASM.toList)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-903-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:904: innerClassBufferASM ++= classBTypeFromSymbol(cls).info.get.nestedClasses
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-905- addInnerClassesASM(beanInfoClass, innerClassBufferASM.toList)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-948-
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala:949: // GETSTATIC `moduleName`.MODULE$ : `moduleName`;
scala-2.11.12/src/compiler/scala/tools/nsc/backend/jvm/BCodeHelpers.scala-950- clinit.visitFieldInsn(
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/classfile/ClassfileParser.scala-578- * 2. created by ClassfileParser of A when reading the inner classes, owner: A
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/classfile/ClassfileParser.scala:579: * If symbol 1 gets completed (e.g. because the compiled source mentions `A$B`, not `A#B`), the
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/classfile/ClassfileParser.scala-580- * ClassfileParser for 1 executes, and clazz.owner is the package.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/SymbolLoaders.scala-124- def symLocation(sym: Symbol) = if (sym == null) "null" else s"${clazz.fullLocationString} (from ${clazz.associatedFile})"
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/SymbolLoaders.scala:125: sm"""Inconsistent class/module symbol pair for `$name` loaded from ${symLocation(root)}.
scala-2.11.12/src/compiler/scala/tools/nsc/symtab/SymbolLoaders.scala-126- |clazz = ${symLocation(clazz)}; clazz.companionModule = ${clazz.companionModule}
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/RefChecks.scala-1616- if (!isOk)
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/RefChecks.scala:1617: reporter.warning(sym.pos, s"side-effecting nullary methods are discouraged: suggest defining as `def ${sym.name.decode}()` instead")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/RefChecks.scala-1618- case _ => ()
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Infer.scala-570- case sym @ (AnyClass | AnyValClass) =>
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Infer.scala:571: reporter.warning(argumentPosition(idx), s"a type was inferred to be `${sym.name}`; this may indicate a programming error.")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Infer.scala-572- case _ =>
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-449- |Note: The expected type requires a one-argument function accepting a $funArity-Tuple.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala:450: | Consider a pattern matching anonymous function, `{ case $example => ... }`"""
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-451- case _ => ""
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-630- |Unapplied methods are only converted to functions when a function type is expected.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala:631: |You can make this conversion explicit by writing `$f _` or `$paf` instead of `$f`.""".stripMargin
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-632- val message =
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-1239- |a blanket implicit which would convert any ${sym.fullName} to any AnyRef.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala:1240: |You may wish to use a type ascription: `x: ${boxed.fullName}`."""
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/ContextErrors.scala-1241- ) getOrElse ""
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/TypeDiagnostics.scala-295- map (_ => "_") // could use the actual param names here
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/TypeDiagnostics.scala:296: mkString (s"`case ${clazz.name}(", ",", ")`")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/TypeDiagnostics.scala-297- )
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-339- def ctx_s = fullSiteString(context)
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala:340: typingLog("start", s"`$tree_s`$undet_s, searching for adaptation to pt=$pt $ctx_s")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-341-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-1277- throw new TypeError(pos,
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala:1278: sm"""to create a manifest here, it is necessary to interoperate with the type tag `$tagInScope` in scope.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-1279- |however typetag -> manifest conversion requires Scala reflection, which is not present on the classpath.
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-1283- throw new TypeError(pos,
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala:1284: sm"""to create a manifest here, it is necessary to interoperate with the type tag `$tagInScope` in scope.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-1285- |however typetag -> manifest conversion requires a class tag for the corresponding type to be present.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala:1286: |to proceed add a class tag to the type `$tp` (e.g. by introducing a context bound) and recompile.""")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Implicits.scala-1287- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-108-
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Contexts.scala:109: // scala-xml needs `scala.xml.TopScope` to be in scope globally as `$scope`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-110- // We detect `scala-xml` by looking for `scala.xml.TopScope` and
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Contexts.scala:111: // inject the equivalent of `import scala.xml.{TopScope => $scope}`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-112- val contextWithXML =
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2549- // `def applyOrElse[A1 <: $argTp, B1 >: $matchResTp](x: A1, default: A1 => B1): B1 =
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2550: // ${`$selector match { $cases; case default$ => default(x) }`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2551- def applyOrElseMethodDef = {
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2639-
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2640: // `def isDefinedAt(x: $argTp): Boolean = ${`$selector match { $casesTrue; case default$ => false } }`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2641- def isDefinedAtMethod = {
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2655- // only used for @cps annotated partial functions
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2656: // `def apply(x: $argTp): $matchResTp = $selector match { $cases }`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2657- def applyMethod = {
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2721- * If 'T' is not fully defined, it is inferred by type checking
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2722: * `apply$body` without a result type before type checking the block.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2723- * The method's inferred result type is used instead of `T`. [See test/files/pos/sammy_poly.scala]
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2737- *
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2738: * NOTE: it would be nicer to not have to type check `apply$body` separately when `T` is not fully defined.
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2739- * However T must be fully defined before we type the instantiation, as it'll end up as a parent type,
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2769-
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2770: // `def '${sam.name}\$body'($p1: $T1, ..., $pN: $TN): $resPt = $body`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2771- val samBodyDef =
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2844-
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2845: // `final override def ${sam.name}($p1: $T1', ..., $pN: $TN'): ${samMethTp.finalResultType} = ${sam.name}\$body'($p1, ..., $pN)`
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2846- val samDef =
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2884- if (block exists (_.isErroneous))
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2885: context.error(fun.pos, s"Could not derive subclass of $samClassTp\n (with SAM `def $sam$samMethTp`)\n based on: $fun.")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2886-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-4824- def tryWithFilterAndFilter(tree: Select, qual: Tree): Tree = {
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:4825: def warn(sym: Symbol) = context.deprecationWarning(tree.pos, sym, s"`withFilter' method does not yet exist on ${qual.tpe.widen}, using `filter' method instead")
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-4826- silent(_ => typedSelect(tree, qual, nme.withFilter)) orElse { _ =>
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5070- def warn(name: Name) = {
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:5071: val msg = s"This catches all Throwables. If this is really intended, use `case ${name.decoded} : Throwable` to clear this warning."
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5072- context.warning(cdef.pat.pos, msg)
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5235- else
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala:5236: suspiciousIdents find isPlausible foreach (sym => warn(s"detected interpolated identifier `$$${sym.name}`")) // "$id"
scala-2.11.12/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5237- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala-757- } else {
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala:758: syntaxError("invalid string interpolation: `$$', `$'ident or `$'BlockExpr expected")
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala-759- }
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala-1273- init()
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala:1274: log(s"ParensAnalyzer for ${unit.source} of length ${unit.source.content.length}\n```\n$markedSource\n```")
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Scanners.scala-1275-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-814- def makeBinop(isExpr: Boolean, left: Tree, op: TermName, right: Tree, opPos: Position, targs: List[Tree] = Nil): Tree = {
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala:815: require(isExpr || targs.isEmpty || targs.exists(_.isErroneous), s"Incompatible args to makeBinop: !isExpr but targs=$targs")
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-816-
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-2665- if (settings.future)
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala:2666: deprecationWarning(in.lastOffset, s"Procedure syntax is deprecated. Convert procedure `$name` to method by adding `: Unit`.")
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-2667- restype = scalaUnitConstr
##############################################
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-2672- if (settings.future)
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala:2673: deprecationWarning(in.offset, s"Procedure syntax is deprecated. Convert procedure `$name` to method by adding `: Unit =`.")
scala-2.11.12/src/compiler/scala/tools/nsc/ast/parser/Parsers.scala-2674- restype = scalaUnitConstr
##############################################
scala-2.11.12/src/eclipse/README.md-67-
scala-2.11.12/src/eclipse/README.md:68:The compiler project depends on the library, reflect, and asm projects. The
scala-2.11.12/src/eclipse/README.md-69-builder will take care of the correct ordering, and changes in one project will
##############################################
scala-2.11.12/src/manual/scala/man1/scalac.scala-318- CmdOption("Xverify"),
scala-2.11.12/src/manual/scala/man1/scalac.scala:319: "Verify generic signatures in generated bytecode (asm backend only)."),
scala-2.11.12/src/manual/scala/man1/scalac.scala-320- Definition(
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala-29-
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala:30: /** The default builder for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala-31- * @tparam A the type of the ${coll}'s elements
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala-34-
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala:35: /** An empty collection of type `$Coll[A]`
scala-2.11.12/src/library/scala/collection/generic/GenericCompanion.scala-36- * @tparam A the type of the ${coll}'s elements
##############################################
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala-16-/** A template for companion objects of `Traversable` and subclasses thereof.
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala:17: * This class provides a set of operations to create `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala-18- * It is typically inherited by companion objects of subclasses of `Traversable`.
##############################################
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala-24- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala:25: * This object provides a set of operations to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/TraversableFactory.scala-26- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-20- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala:21: * This object provides a set of operations needed to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-22- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-25- * @define canBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala:26: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-27- * @see CanBuildFrom
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-28- * @define mapCanBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala:29: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenMapFactory.scala-30- * The created value is an instance of class `MapCanBuildFrom`.
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala-53- *
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala:54: * @return `true` if the $coll contain no elements, `false` otherwise.
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala-55- */
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala-58- /** The factory companion object that builds instances of class $Coll.
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala:59: * (or its `Iterable` superclass where class $Coll is not a `Seq`.)
scala-2.11.12/src/library/scala/collection/generic/GenericTraversableTemplate.scala-60- */
##############################################
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedMapFactory.scala-22- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedMapFactory.scala:23: * This object provides a set of operations needed to create sorted maps of type `$Coll`.
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedMapFactory.scala-24- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-21- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala:22: * This object provides a set of operations needed to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-23- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-26- * @define canBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala:27: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-28- * @see CanBuildFrom
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-29- * @define mapCanBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala:30: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/MapFactory.scala-31- * The created value is an instance of class `MapCanBuildFrom`.
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala-16-/** A template for companion objects of `Traversable` and subclasses thereof.
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala:17: * This class provides a set of operations to create `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala-18- * It is typically inherited by companion objects of subclasses of `Traversable`.
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala-24- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala:25: * This object provides a set of operations to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/GenTraversableFactory.scala-26- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-22- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala:23: * This object provides a set of operations needed to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-24- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-27- * @define canBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala:28: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-29- * @see CanBuildFrom
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-30- * @define setCanBuildFromInfo
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala:31: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/GenSetFactory.scala-32- * @see CanBuildFrom
##############################################
scala-2.11.12/src/library/scala/collection/generic/ParFactory.scala-18- * thereof. This class extends `TraversableFactory` and provides a set of
scala-2.11.12/src/library/scala/collection/generic/ParFactory.scala:19: * operations to create `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/ParFactory.scala-20- *
##############################################
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedSetFactory.scala-22- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedSetFactory.scala:23: * This object provides a set of operations needed to create sorted sets of type `$Coll`.
scala-2.11.12/src/library/scala/collection/generic/ImmutableSortedSetFactory.scala-24- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/BitSetFactory.scala-20- * @define factoryInfo
scala-2.11.12/src/library/scala/collection/generic/BitSetFactory.scala:21: * This object provides a set of operations to create `$Coll` values.
scala-2.11.12/src/library/scala/collection/generic/BitSetFactory.scala-22- * @author Martin Odersky
##############################################
scala-2.11.12/src/library/scala/collection/generic/ParMapFactory.scala-20- * This class extends `TraversableFactory` and provides a set of operations
scala-2.11.12/src/library/scala/collection/generic/ParMapFactory.scala:21: * to create `$Coll` objects.
scala-2.11.12/src/library/scala/collection/generic/ParMapFactory.scala-22- *
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-69- * @param idx the index to test
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:70: * @return `true` if this $coll contains an element at position `idx`, `false` otherwise.
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-71- */
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-100- * @param from the start index
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:101: * @return the index `>= from` of the first element of this $coll that satisfies the predicate `p`,
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-102- * or `-1`, if none exists.
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-135- * @param from the start index
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:136: * @return the index `>= from` of the first element of this $coll that is equal (as determined by `==`)
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-137- * to `elem`, or `-1`, if none exists.
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-166- * @tparam B the type of the element `elem`.
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:167: * @return the index `<= end` of the last element of this $coll that is equal (as determined by `==`)
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-168- * to `elem`, or `-1`, if none exists.
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-187- * @param p the predicate used to test elements.
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:188: * @return the index `<= end` of the last element of this $coll that satisfies the predicate `p`,
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-189- * or `-1`, if none exists.
##############################################
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-245- * @param that the sequence to test
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala:246: * @return `true` if this $coll has `that` as a suffix, `false` otherwise.
scala-2.11.12/src/library/scala/collection/GenSeqLike.scala-247- */
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableLike.scala-316- * }}}
scala-2.11.12/src/library/scala/collection/GenTraversableLike.scala:317: * That is, every key `k` is bound to a $coll of those elements `x`
scala-2.11.12/src/library/scala/collection/GenTraversableLike.scala-318- * for which `f(x)` equals `k`.
##############################################
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-90-
scala-2.11.12/src/library/scala/collection/TraversableLike.scala:91: /** The underlying collection seen as an instance of `$Coll`.
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-92- * By default this is implemented as the current collection object itself,
##############################################
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-96-
scala-2.11.12/src/library/scala/collection/TraversableLike.scala:97: /** A conversion from collections of type `Repr` to `$Coll` objects.
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-98- * By default this is implemented as just a cast, but this can be overridden.
##############################################
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-127- *
scala-2.11.12/src/library/scala/collection/TraversableLike.scala:128: * @return `true` if the $coll contain no elements, `false` otherwise.
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-129- */
##############################################
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-345- * @param p the predicate used to test elements.
scala-2.11.12/src/library/scala/collection/TraversableLike.scala:346: * @return `false` if this $coll is empty, otherwise `true` if the given predicate `p`
scala-2.11.12/src/library/scala/collection/TraversableLike.scala-347- * holds for some of the elements of this $coll, otherwise `false`
##############################################
scala-2.11.12/src/library/scala/collection/immutable/LongMap.scala-42- * @define mapCanBuildFromInfo
scala-2.11.12/src/library/scala/collection/immutable/LongMap.scala:43: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/immutable/LongMap.scala-44- * The created value is an instance of class `MapCanBuildFrom`.
##############################################
scala-2.11.12/src/library/scala/collection/immutable/IntMap.scala-42- * @define mapCanBuildFromInfo
scala-2.11.12/src/library/scala/collection/immutable/IntMap.scala:43: * The standard `CanBuildFrom` instance for `$Coll` objects.
scala-2.11.12/src/library/scala/collection/immutable/IntMap.scala-44- * The created value is an instance of class `MapCanBuildFrom`.
##############################################
scala-2.11.12/src/library/scala/collection/Iterator.scala-1289- def copyToArray[B >: A](xs: Array[B], start: Int, len: Int): Unit = {
scala-2.11.12/src/library/scala/collection/Iterator.scala:1290: require(start >= 0 && (start < xs.length || xs.length == 0), s"start $start out of range ${xs.length}")
scala-2.11.12/src/library/scala/collection/Iterator.scala-1291- var i = start
##############################################
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-121- * @param from the starting offset for the search
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala:122: * @return the index `>= from` of the first element of this $coll that satisfies the predicate `p`,
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-123- * or `-1`, if none exists
##############################################
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-139- * @param end the maximum offset for the search
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala:140: * @return the index `<= end` of the first element of this $coll that satisfies the predicate `p`,
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-141- * or `-1`, if none exists
##############################################
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-194- * @param that the sequence to test
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala:195: * @return `true` if this $coll has `that` as a suffix, `false` otherwise
scala-2.11.12/src/library/scala/collection/parallel/ParSeqLike.scala-196- */
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-103- *
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala:104: * @return `true` if the $coll contains no elements, `false` otherwise.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-105- */
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-109- *
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala:110: * @return `true` if the $coll contains at least one element, `false` otherwise.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-111- */
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-440- * @param p the predicate used to test elements.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala:441: * @return `true` if this $coll is empty or the given predicate `p`
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-442- * holds for all elements of this $coll, otherwise `false`.
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-450- * @param p the predicate used to test elements.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala:451: * @return `true` if the given predicate `p` is satisfied by at least one element of this $coll, otherwise `false`
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-452- */
##############################################
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-481- /** Copies the elements of this $coll to an array.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala:482: * Fills the given array `xs` with values of this $coll, beginning at index `start`.
scala-2.11.12/src/library/scala/collection/GenTraversableOnce.scala-483- * Copying will stop once either the end of the current $coll is reached,
##############################################
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala-125- * If this $coll is shorter than `that`, `thisElem` values are used to pad the result.
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala:126: * If `that` is shorter than this $coll, `thatElem` values are used to pad the result.
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala-127- *
##############################################
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala-140- * If this $coll is shorter than `that`, `thisElem` values are used to pad the result.
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala:141: * If `that` is shorter than this $coll, `thatElem` values are used to pad the result.
scala-2.11.12/src/library/scala/collection/GenIterableLike.scala-142- */
##############################################
scala-2.11.12/src/library/scala/collection/IterableLike.scala-305- * @param that The object with which this $coll should be compared
scala-2.11.12/src/library/scala/collection/IterableLike.scala:306: * @return `true`, if this $coll can possibly equal `that`, `false` otherwise. The test
scala-2.11.12/src/library/scala/collection/IterableLike.scala-307- * takes into consideration only the run-time types of objects but ignores their elements.
##############################################
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala-57-
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala:58: /** Replace operator symbols by corresponding `\$opname`.
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala-59- *
##############################################
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala-91-
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala:92: /** Replace `\$opname` by corresponding operator symbol.
scala-2.11.12/src/library/scala/reflect/NameTransformer.scala-93- *
##############################################
scala-2.11.12/src/library/scala/util/matching/Regex.scala-531- * Normally, matching on `date` behaves as though the pattern were
scala-2.11.12/src/library/scala/util/matching/Regex.scala:532: * enclosed in anchors, `"^pattern$"`.
scala-2.11.12/src/library/scala/util/matching/Regex.scala-533- *
##############################################
scala-2.11.12/src/library/scala/util/Random.scala-124- @deprecated("Preserved for backwards binary compatibility. To remove in 2.12.x.", "2.11.6")
scala-2.11.12/src/library/scala/util/Random.scala:125: final def `scala$util$Random$$isAlphaNum$1`(c: Char) = (c >= 'A' && c <= 'Z') || (c >= 'a' && c <= 'z') || (c >= '0' && c <= '9')
scala-2.11.12/src/library/scala/util/Random.scala-126-
##############################################
scala-2.11.12/src/library/scala/Option.scala-151- *
scala-2.11.12/src/library/scala/Option.scala:152: * @note This is equivalent to `$option map f getOrElse ifEmpty`.
scala-2.11.12/src/library/scala/Option.scala-153- *
##############################################
scala-2.11.12/src/library/scala/StringContext.scala-80- * The `s` interpolator can take the `toString` of any arbitrary expression within
scala-2.11.12/src/library/scala/StringContext.scala:81: * a `${}` block, for example:
scala-2.11.12/src/library/scala/StringContext.scala-82- * {{{
##############################################
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala-187- case _: ClassHandler =>
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala:188: code.append(s"import ${objName}${req.accessPath}.`${sym.name}`\n")
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala-189- case _ =>
##############################################
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala-194- }
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala:195: code.append(s"import ${valName}${req.accessPath}.`${sym.name}`\n")
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/Imports.scala-196- }
##############################################
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala-302- case "_" => "_"
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala:303: case s if nme.keywords(newTermName(s)) => s"`$s`"
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala-304- case s => s
##############################################
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala-911- /** The path of the given member of the wrapping instance. */
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala:912: def fullPath(vname: String) = s"$fullAccessPath.`$vname`"
scala-2.11.12/src/repl/scala/tools/nsc/interpreter/IMain.scala-913-
##############################################
scala-2.11.12/project/ScalaTool.scala-15- // For classpath, the platform specific
scala-2.11.12/project/ScalaTool.scala:16: // demarcation of any script variables (e.g. `${SCALA_HOME}` or
scala-2.11.12/project/ScalaTool.scala-17- // `%SCALA_HOME%`) can be specified in a platform independent way (e.g.
##############################################
scala-2.11.12/scripts/jobs/integrate/bootstrap-474-createNetrcFile() {
scala-2.11.12/scripts/jobs/integrate/bootstrap:475: local netrcFile=$HOME/`basename $1`-netrc
scala-2.11.12/scripts/jobs/integrate/bootstrap-476- grep 'host=' $1 | sed 's/host=\(.*\)/machine \1/' > $netrcFile
##############################################
scala-2.11.12/scripts/jobs/integrate/bootstrap-493- # contains: "org/scala-lang/modules", "org/scala-lang/scala-compiler", "org/scala-lang/scala-library", ...
scala-2.11.12/scripts/jobs/integrate/bootstrap:494: local scalaLangModules=`curl -s $storageApiUrl/org/scala-lang | jq -r '.children | .[] | "org/scala-lang" + .uri' | grep -v actors-migration`
scala-2.11.12/scripts/jobs/integrate/bootstrap-495-
scala-2.11.12/scripts/jobs/integrate/bootstrap-496- for module in $scalaLangModules; do
scala-2.11.12/scripts/jobs/integrate/bootstrap:497: local artifacts=`curl -s $storageApiUrl/$module | jq -r ".children | .[] | select(.uri | endswith(\"$SCALA_VER\")) | .uri"`
scala-2.11.12/scripts/jobs/integrate/bootstrap-498- for artifact in $artifacts; do
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-14-`class Broadcastakka.routing.Routing.Broadcast`
scala-2.11.12/test/disabled/presentation/akka.check:15:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:16:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-17-`method ##()Int`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-19-`method ->[B](y: B)(akka.routing.Routing.type, B)`
scala-2.11.12/test/disabled/presentation/akka.check:20:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:21:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-22-`method asInstanceOf[T0]=> T0`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-29-`method ensuring(cond: akka.routing.Routing.type => Boolean, msg: => Any)akka.routing.Routing.type`
scala-2.11.12/test/disabled/presentation/akka.check:30:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:31:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-32-`method filter[A, B](filter: akka.routing.Routing.PF[A,Unit], filtered: akka.routing.Routing.PF[A,B])akka.routing.Routing.PF[A,B]`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-39-`method loggerActor(actorToLog: akka.actor.ActorRef, logger: Any => Unit)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:40:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-41-`method notify()Unit`
scala-2.11.12/test/disabled/presentation/akka.check-42-`method notifyAll()Unit`
scala-2.11.12/test/disabled/presentation/akka.check:43:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/akka.check-44-`method toString()String`
scala-2.11.12/test/disabled/presentation/akka.check-45-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/akka.check:46:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:47:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-48-`method x=> akka.routing.Routing.type`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-63-`method !(message: Any)(implicit sender: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:64:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:65:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-66-`method ##()Int`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-68-`method ->[B](y: B)(akka.actor.ActorRef, B)`
scala-2.11.12/test/disabled/presentation/akka.check:69:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:70:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-71-`method actor=> akka.actor.Actor`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-84-`method ensuring(cond: akka.actor.ActorRef => Boolean, msg: => Any)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:85:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-86-`method equals(that: Any)Boolean`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-124-`method mailbox_=(value: AnyRef)AnyRef`
scala-2.11.12/test/disabled/presentation/akka.check:125:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-126-`method notify()Unit`
##############################################
scala-2.11.12/test/disabled/presentation/akka.check-148-`method setFaultHandler(handler: akka.config.Supervision.FaultHandlingStrategy)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:149:`method setId(x$1: String)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-150-`method setLifeCycle(lifeCycle: akka.config.Supervision.LifeCycle)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-151-`method setReceiveTimeout(timeout: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:152:`method setTimeout(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-153-`method spawn(clazz: Class[_ <: akka.actor.Actor])akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-155-`method spawnLinkRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:156:`method spawnLinkRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$4: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:157:`method spawnLink[T <: akka.actor.Actor](implicit evidence$3: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-158-`method spawnRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:159:`method spawnRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$2: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:160:`method spawn[T <: akka.actor.Actor](implicit evidence$1: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-161-`method start()akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-165-`method supervisor_=(sup: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:166:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/akka.check-167-`method toString()String`
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scala-2.11.12/test/disabled/presentation/akka.check-171-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/akka.check:172:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:173:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-174-`method x=> akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-196-`method !(message: Any)(implicit sender: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:197:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:198:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-199-`method ##()Int`
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scala-2.11.12/test/disabled/presentation/akka.check-201-`method ->[B](y: B)(akka.actor.ActorRef, B)`
scala-2.11.12/test/disabled/presentation/akka.check:202:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:203:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-204-`method actor=> akka.actor.Actor`
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scala-2.11.12/test/disabled/presentation/akka.check-217-`method ensuring(cond: akka.actor.ActorRef => Boolean, msg: => Any)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:218:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-219-`method equals(that: Any)Boolean`
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scala-2.11.12/test/disabled/presentation/akka.check-257-`method mailbox_=(value: AnyRef)AnyRef`
scala-2.11.12/test/disabled/presentation/akka.check:258:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-259-`method notify()Unit`
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scala-2.11.12/test/disabled/presentation/akka.check-281-`method setFaultHandler(handler: akka.config.Supervision.FaultHandlingStrategy)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:282:`method setId(x$1: String)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-283-`method setLifeCycle(lifeCycle: akka.config.Supervision.LifeCycle)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-284-`method setReceiveTimeout(timeout: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:285:`method setTimeout(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-286-`method spawn(clazz: Class[_ <: akka.actor.Actor])akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-288-`method spawnLinkRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:289:`method spawnLinkRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$4: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:290:`method spawnLink[T <: akka.actor.Actor](implicit evidence$3: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-291-`method spawnRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:292:`method spawnRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$2: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:293:`method spawn[T <: akka.actor.Actor](implicit evidence$1: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-294-`method start()akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-298-`method supervisor_=(sup: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:299:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/akka.check-300-`method toString()String`
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scala-2.11.12/test/disabled/presentation/akka.check-304-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/akka.check:305:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:306:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-307-`method x=> akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-329-`method !(message: Any)(implicit sender: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:330:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:331:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-332-`method ##()Int`
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scala-2.11.12/test/disabled/presentation/akka.check-334-`method ->[B](y: B)(akka.actor.ScalaActorRef, B)`
scala-2.11.12/test/disabled/presentation/akka.check:335:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:336:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-337-`method actor=> akka.actor.Actor`
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scala-2.11.12/test/disabled/presentation/akka.check-350-`method ensuring(cond: akka.actor.ScalaActorRef => Boolean, msg: => Any)akka.actor.ScalaActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:351:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check:352:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-353-`method exit()Unit`
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scala-2.11.12/test/disabled/presentation/akka.check-390-`method mailbox_=(value: AnyRef)AnyRef`
scala-2.11.12/test/disabled/presentation/akka.check:391:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/akka.check-392-`method notify()Unit`
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scala-2.11.12/test/disabled/presentation/akka.check-413-`method setDispatcher(dispatcher: akka.dispatch.MessageDispatcher)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:414:`method setFaultHandler(x$1: akka.config.Supervision.FaultHandlingStrategy)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:415:`method setId(x$1: String)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:416:`method setLifeCycle(x$1: akka.config.Supervision.LifeCycle)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-417-`method setReceiveTimeout(timeout: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:418:`method setTimeout(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-419-`method spawn(clazz: Class[_ <: akka.actor.Actor])akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-421-`method spawnLinkRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:422:`method spawnLinkRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$4: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:423:`method spawnLink[T <: akka.actor.Actor](implicit evidence$3: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-424-`method spawnRemote(clazz: Class[_ <: akka.actor.Actor], hostname: String, port: Int, timeout: Long)akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:425:`method spawnRemote[T <: akka.actor.Actor](hostname: String, port: Int, timeout: Long)(implicit evidence$2: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check:426:`method spawn[T <: akka.actor.Actor](implicit evidence$1: ClassTag[T])akka.actor.ActorRef`
scala-2.11.12/test/disabled/presentation/akka.check-427-`method start()akka.actor.ActorRef`
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scala-2.11.12/test/disabled/presentation/akka.check-431-`method supervisor_=(sup: Option[akka.actor.ActorRef])Unit`
scala-2.11.12/test/disabled/presentation/akka.check:432:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/akka.check-433-`method toString()String`
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scala-2.11.12/test/disabled/presentation/akka.check-437-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/akka.check:438:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/akka.check:439:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/akka.check-440-`method x=> akka.actor.ScalaActorRef`
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scala-2.11.12/test/disabled/presentation/timeofday.check-6-retrieved 45 members
scala-2.11.12/test/disabled/presentation/timeofday.check:7:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:8:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-9-`method ##()Int`
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scala-2.11.12/test/disabled/presentation/timeofday.check-11-`method ->[B](y: B)(timeofday.TimeOfDayVar, B)`
scala-2.11.12/test/disabled/presentation/timeofday.check:12:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:13:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-14-`method asInstanceOf[T0]=> T0`
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scala-2.11.12/test/disabled/presentation/timeofday.check-19-`method ensuring(cond: timeofday.TimeOfDayVar => Boolean, msg: => Any)timeofday.TimeOfDayVar`
scala-2.11.12/test/disabled/presentation/timeofday.check:20:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:21:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-22-`method finalize()Unit`
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scala-2.11.12/test/disabled/presentation/timeofday.check-29-`method minutes_=(m: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:30:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-31-`method notify()Unit`
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scala-2.11.12/test/disabled/presentation/timeofday.check-34-`method seconds_=(s: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:35:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/timeofday.check-36-`method toString()String`
scala-2.11.12/test/disabled/presentation/timeofday.check-37-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:38:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:39:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check-40-`method x=> timeofday.TimeOfDayVar`
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scala-2.11.12/test/disabled/presentation/timeofday.check-53-retrieved 45 members
scala-2.11.12/test/disabled/presentation/timeofday.check:54:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:55:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-56-`method ##()Int`
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scala-2.11.12/test/disabled/presentation/timeofday.check-58-`method ->[B](y: B)(timeofday.TimeOfDayVar, B)`
scala-2.11.12/test/disabled/presentation/timeofday.check:59:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:60:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-61-`method asInstanceOf[T0]=> T0`
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scala-2.11.12/test/disabled/presentation/timeofday.check-66-`method ensuring(cond: timeofday.TimeOfDayVar => Boolean, msg: => Any)timeofday.TimeOfDayVar`
scala-2.11.12/test/disabled/presentation/timeofday.check:67:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check:68:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-69-`method finalize()Unit`
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scala-2.11.12/test/disabled/presentation/timeofday.check-76-`method minutes_=(m: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:77:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/timeofday.check-78-`method notify()Unit`
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scala-2.11.12/test/disabled/presentation/timeofday.check-81-`method seconds_=(s: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:82:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/timeofday.check-83-`method toString()String`
scala-2.11.12/test/disabled/presentation/timeofday.check-84-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:85:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check:86:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/timeofday.check-87-`method x=> timeofday.TimeOfDayVar`
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scala-2.11.12/test/disabled/presentation/ide-t1000620.check-6-retrieved 36 members
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:7:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:8:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-9-`method ##()Int`
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scala-2.11.12/test/disabled/presentation/ide-t1000620.check-11-`method ->[B](y: B)(a.A, B)`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:12:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:13:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-14-`method asInstanceOf[T0]=> T0`
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scala-2.11.12/test/disabled/presentation/ide-t1000620.check-19-`method ensuring(cond: a.A => Boolean, msg: => Any)a.A`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:20:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:21:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-22-`method finalize()Unit`
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scala-2.11.12/test/disabled/presentation/ide-t1000620.check-25-`method isInstanceOf[T0]=> Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:26:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-27-`method notify()Unit`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-28-`method notifyAll()Unit`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:29:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-30-`method toString()java.lang.String`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-31-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:32:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check:33:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/ide-t1000620.check-34-`method →[B](y: B)(a.A, B)`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-7-`lazy value numFractional[Double]`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:8:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:9:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-10-`method !=(x: Byte)Boolean`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-68-`method <=(x: Short)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:69:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:70:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-71-`method ==(x: Byte)Boolean`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-98-`method compareTo(that: Double)Int`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:99:`method compareTo(x$1: java.lang.Double)Int`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-100-`method doubleValue()Double`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-104-`method ensuring(cond: Double => Boolean, msg: => Any)Double`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:105:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:106:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-107-`method finalize()Unit`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-126-`method min(that: Double)Double`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:127:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-128-`method notify()Unit`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-132-`method signum=> Int`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:133:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-134-`method to(end: Double)Range.Partial[Double,scala.collection.immutable.NumericRange[Double]]`
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scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-153-`method wait()Unit`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:154:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check:155:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/presentation/ide-bug-1000508.check-156-`method →[B](y: B)(Double, B)`
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scala-2.11.12/test/disabled/script/fact.scala-16- fi
scala-2.11.12/test/disabled/script/fact.scala:17: SOURCE=`cygpath --$format "$SOURCE"`;
scala-2.11.12/test/disabled/script/fact.scala-18-fi
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scala-2.11.12/test/disabled/script/t1017.scala-16- fi
scala-2.11.12/test/disabled/script/t1017.scala:17: SOURCE=`cygpath --$format "$SOURCE"`;
scala-2.11.12/test/disabled/script/t1017.scala-18-fi
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scala-2.11.12/test/disabled/script/t1015.scala-16- fi
scala-2.11.12/test/disabled/script/t1015.scala:17: SOURCE=`cygpath --$format "$SOURCE"`;
scala-2.11.12/test/disabled/script/t1015.scala-18-fi
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scala-2.11.12/test/disabled/properties.check-6-retrieved 50 members
scala-2.11.12/test/disabled/properties.check:7:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:8:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-9-`method ##()Int`
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scala-2.11.12/test/disabled/properties.check-11-`method ->[B](y: B)(properties.Property[String], B)`
scala-2.11.12/test/disabled/properties.check:12:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:13:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-14-`method apply()String`
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scala-2.11.12/test/disabled/properties.check-21-`method ensuring(cond: properties.Property[String] => Boolean, msg: => Any)properties.Property[String]`
scala-2.11.12/test/disabled/properties.check:22:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check:23:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check-24-`method finalize()Unit`
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scala-2.11.12/test/disabled/properties.check-28-`method isInstanceOf[T0]=> Boolean`
scala-2.11.12/test/disabled/properties.check:29:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-30-`method notify()Unit`
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scala-2.11.12/test/disabled/properties.check-36-`method set(newSetter: String => String)properties.Property[String]`
scala-2.11.12/test/disabled/properties.check:37:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/properties.check-38-`method toString()String`
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scala-2.11.12/test/disabled/properties.check-40-`method wait()Unit`
scala-2.11.12/test/disabled/properties.check:41:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/properties.check:42:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/properties.check-43-`method x=> properties.Property[String]`
##############################################
scala-2.11.12/test/disabled/properties.check-57-retrieved 50 members
scala-2.11.12/test/disabled/properties.check:58:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:59:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-60-`method ##()Int`
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scala-2.11.12/test/disabled/properties.check-62-`method ->[B](y: B)(properties.Property[String], B)`
scala-2.11.12/test/disabled/properties.check:63:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:64:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-65-`method apply()String`
##############################################
scala-2.11.12/test/disabled/properties.check-72-`method ensuring(cond: properties.Property[String] => Boolean, msg: => Any)properties.Property[String]`
scala-2.11.12/test/disabled/properties.check:73:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check:74:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check-75-`method finalize()Unit`
##############################################
scala-2.11.12/test/disabled/properties.check-79-`method isInstanceOf[T0]=> Boolean`
scala-2.11.12/test/disabled/properties.check:80:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-81-`method notify()Unit`
##############################################
scala-2.11.12/test/disabled/properties.check-87-`method set(newSetter: String => String)properties.Property[String]`
scala-2.11.12/test/disabled/properties.check:88:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/properties.check-89-`method toString()String`
##############################################
scala-2.11.12/test/disabled/properties.check-91-`method wait()Unit`
scala-2.11.12/test/disabled/properties.check:92:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/properties.check:93:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/properties.check-94-`method x=> properties.Property[String]`
##############################################
scala-2.11.12/test/disabled/properties.check-108-retrieved 38 members
scala-2.11.12/test/disabled/properties.check:109:`method !=(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:110:`method !=(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-111-`method ##()Int`
##############################################
scala-2.11.12/test/disabled/properties.check-113-`method ->[B](y: B)(properties.User, B)`
scala-2.11.12/test/disabled/properties.check:114:`method ==(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check:115:`method ==(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-116-`method asInstanceOf[T0]=> T0`
##############################################
scala-2.11.12/test/disabled/properties.check-121-`method ensuring(cond: properties.User => Boolean, msg: => Any)properties.User`
scala-2.11.12/test/disabled/properties.check:122:`method eq(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check:123:`method equals(x$1: Any)Boolean`
scala-2.11.12/test/disabled/properties.check-124-`method finalize()Unit`
##############################################
scala-2.11.12/test/disabled/properties.check-127-`method isInstanceOf[T0]=> Boolean`
scala-2.11.12/test/disabled/properties.check:128:`method ne(x$1: AnyRef)Boolean`
scala-2.11.12/test/disabled/properties.check-129-`method notify()Unit`
scala-2.11.12/test/disabled/properties.check-130-`method notifyAll()Unit`
scala-2.11.12/test/disabled/properties.check:131:`method synchronized[T0](x$1: T0)T0`
scala-2.11.12/test/disabled/properties.check-132-`method toString()String`
scala-2.11.12/test/disabled/properties.check-133-`method wait()Unit`
scala-2.11.12/test/disabled/properties.check:134:`method wait(x$1: Long)Unit`
scala-2.11.12/test/disabled/properties.check:135:`method wait(x$1: Long, x$2: Int)Unit`
scala-2.11.12/test/disabled/properties.check-136-`method x=> properties.User`
##############################################
scala-2.11.12/test/files/pos/t7532/A_1.java-1-class R {
scala-2.11.12/test/files/pos/t7532/A_1.java:2: public class attr { // Will have the bytecode name `R$attr`, not to be confused with `R@tr`!
scala-2.11.12/test/files/pos/t7532/A_1.java-3- }
##############################################
scala-2.11.12/test/files/pos/t8060.scala-8-trait Other {
scala-2.11.12/test/files/pos/t8060.scala:9: // was infinite loop trying to dealias `x$1.CC`
scala-2.11.12/test/files/pos/t8060.scala-10- def g[A](p: A => Boolean): P[A] => M[P] = _ f p
##############################################
scala-2.11.12/test/files/pos/t7532b/A_1.scala-2-class R {
scala-2.11.12/test/files/pos/t7532b/A_1.scala:3: class attr // Will have the bytecode name `R$attr`, not to be confused with `R@tr`!
scala-2.11.12/test/files/pos/t7532b/A_1.scala-4- class `@`
##############################################
scala-2.11.12/test/files/jvm/nooptimise/Foo_1.flags:1:-Ybackend:GenASM -optimise -Ynooptimise
##############################################
scala-2.11.12/test/files/run/classfile-format-51.scala-10-// with invokeDynamic instructions and associated constant pool entries
scala-2.11.12/test/files/run/classfile-format-51.scala:11:// to do that it first uses ASM to generate a class called DynamicInvoker. Then
scala-2.11.12/test/files/run/classfile-format-51.scala-12-// it runs a normal compile on the source in the 'code' field that refers to
##############################################
scala-2.11.12/test/files/run/reflection-implClass.scala-1-/**
scala-2.11.12/test/files/run/reflection-implClass.scala:2: * Tries to load a symbol for the `Foo$class` using Scala reflection.
scala-2.11.12/test/files/run/reflection-implClass.scala-3- * Since trait implementation classes do not get pickling information
##############################################
scala-2.11.12/test/files/run/iterator-from.scala-42- def check[A](clazz: Class[_], list: List[_], m1: String, m2: String, l1: List[A], l2: List[A]) {
scala-2.11.12/test/files/run/iterator-from.scala:43: assertEquals(s"$clazz: `$m1` didn't match `$m2` on list $list", l1, l2)
scala-2.11.12/test/files/run/iterator-from.scala-44- }
##############################################
scala-2.11.12/test/files/run/t7570b.scala-13- val csym = tb.define(q"""class C { override def toString = $msg }""")
scala-2.11.12/test/files/run/t7570b.scala:14: println(tb.eval(q"new $csym"))
scala-2.11.12/test/files/run/t7570b.scala-15- } catch {
##############################################
scala-2.11.12/test/files/run/t6253b.scala-37- val a = e ++ (0 until i).map(mkKey)
scala-2.11.12/test/files/run/t6253b.scala:38: require(a.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253b.scala-39- val b = e ++ (j until (i + j)).map(mkKey)
scala-2.11.12/test/files/run/t6253b.scala:40: require(b.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253b.scala-41- val as = e ++ (0 until j).map(mkKey)
scala-2.11.12/test/files/run/t6253b.scala:42: require(as.size == j, s"Building HashSet of size $j failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253b.scala-43- val hashCount0 = hashCount
scala-2.11.12/test/files/run/t6253b.scala-44- val u = a intersect b
scala-2.11.12/test/files/run/t6253b.scala:45: require(hashCount == hashCount0, s"key.hashCode should not be called, but has been called ${hashCount - hashCount0} times. Key type $keyType.")
scala-2.11.12/test/files/run/t6253b.scala-46- require(u == (a intersect scala.collection.mutable.HashSet(b.toSeq: _*)), s"Operation must still work for other sets!")
scala-2.11.12/test/files/run/t6253b.scala:47: require(u.size == i - j, s"Expected size ${i + j}. Real size ${u.size}. Key type $keyType.")
scala-2.11.12/test/files/run/t6253b.scala-48- for (x <- j until i)
scala-2.11.12/test/files/run/t6253b.scala:49: require(u.contains(mkKey(x)), s"Key type $keyType. Set (0 until ${i + j}) should contain $x but does not.")
scala-2.11.12/test/files/run/t6253b.scala-50- val a_as = a intersect as
scala-2.11.12/test/files/run/t6253b.scala-51- val as_a = as intersect a
scala-2.11.12/test/files/run/t6253b.scala:52: require((a_as eq as) || (a_as eq a), s"No structural sharing in a intersect as. Key type $keyType, a=(0 until $i) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253b.scala:53: require((as_a eq as) || (as_a eq a), s"No structural sharing in as intersect a. Key type $keyType, a=(0 until $i) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253b.scala-54- }
##############################################
scala-2.11.12/test/files/run/static-module-method.scala-1-// During development of delayed delambdafy there was a problem where
scala-2.11.12/test/files/run/static-module-method.scala:2:// GenASM would eliminate a loadmodule for all methods defined within that module
scala-2.11.12/test/files/run/static-module-method.scala-3-// even if those methods were static. This test would thus fail
##############################################
scala-2.11.12/test/files/run/name-based-patmat.scala-81- "catdog" match {
scala-2.11.12/test/files/run/name-based-patmat.scala:82: case p0.Single(x) => println(s"`${x._1}` has ${x._1.length} chars")
scala-2.11.12/test/files/run/name-based-patmat.scala-83- case x => println("fail: " + x)
##############################################
scala-2.11.12/test/files/run/name-based-patmat.scala-85- "catdog" match {
scala-2.11.12/test/files/run/name-based-patmat.scala:86: case p0.SingleNoProduct(x) => println(s"`$x` has ${x.length} chars")
scala-2.11.12/test/files/run/name-based-patmat.scala-87- case x => println("fail: " + x)
##############################################
scala-2.11.12/test/files/run/t9403.flags:1:-Ybackend:GenASM -optimize
##############################################
scala-2.11.12/test/files/run/t6549.scala-9-// <console>:10: error: ')' expected but string literal found.
scala-2.11.12/test/files/run/t6549.scala:10:// + "m("").x: Int = " + `$ires8` + "\n"
scala-2.11.12/test/files/run/t6549.scala-11-object Test extends ReplTest {
##############################################
scala-2.11.12/test/files/run/t6253c.scala-37- val a = e ++ (0 until i).map(mkKey)
scala-2.11.12/test/files/run/t6253c.scala:38: require(a.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253c.scala-39- val b = e ++ (j until (i + j)).map(mkKey)
scala-2.11.12/test/files/run/t6253c.scala:40: require(b.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253c.scala-41- val as = e ++ (0 until j).map(mkKey)
scala-2.11.12/test/files/run/t6253c.scala:42: require(as.size == j, s"Building HashSet of size $j failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253c.scala-43- val hashCount0 = hashCount
scala-2.11.12/test/files/run/t6253c.scala-44- val u = a diff b
scala-2.11.12/test/files/run/t6253c.scala:45: require(hashCount == hashCount0, s"key.hashCode should not be called, but has been called ${hashCount - hashCount0} times. Key type $keyType.")
scala-2.11.12/test/files/run/t6253c.scala-46- require(u == (a diff scala.collection.mutable.HashSet(b.toSeq: _*)), s"Operation must still work for other sets!")
scala-2.11.12/test/files/run/t6253c.scala:47: require(u.size == j, s"Expected size $j. Real size ${u.size}. Key type $keyType.")
scala-2.11.12/test/files/run/t6253c.scala-48- for (x <- 0 until j)
scala-2.11.12/test/files/run/t6253c.scala:49: require(u.contains(mkKey(x)), s"Key type $keyType. Set (0 until ${i + j}) should contain $x but does not.")
scala-2.11.12/test/files/run/t6253c.scala-50- require((as intersect b).isEmpty)
##############################################
scala-2.11.12/test/files/run/t6253c.scala-52- val as_b = as diff b
scala-2.11.12/test/files/run/t6253c.scala:53: require((b_as eq b) || (b_as eq as), s"No structural sharing in b diff as. Key type $keyType, b=($j until ${i + j}) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253c.scala:54: require((as_b eq b) || (as_b eq as), s"No structural sharing in as diff b. Key type $keyType, b=($j until ${i + j}) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253c.scala-55- }
##############################################
scala-2.11.12/test/files/run/t7570a.scala-9- val csym = tb.define(q"""class C { override def toString = "C" }""")
scala-2.11.12/test/files/run/t7570a.scala:10: println(tb.eval(q"new $csym"))
scala-2.11.12/test/files/run/t7570a.scala-11-}
##############################################
scala-2.11.12/test/files/run/classfile-format-52.scala-9-// This test ensures that we can read JDK 8 (classfile format 52) files, including those
scala-2.11.12/test/files/run/classfile-format-52.scala:10:// with default methods. To do that it first uses ASM to generate an interface called
scala-2.11.12/test/files/run/classfile-format-52.scala-11-// HasDefaultMethod. Then it runs a normal compile on Scala source that extends that
##############################################
scala-2.11.12/test/files/run/t2594_tcpoly.scala-13- // problem: missing bridge method
scala-2.11.12/test/files/run/t2594_tcpoly.scala:14: // --> abstractmethoderror `Main$$anon$1.foo(Ljava/lang/Object;)Ljava/lang/Object;`
scala-2.11.12/test/files/run/t2594_tcpoly.scala-15- // the anonymous class only gets `public Bar foo(Bar a)`
##############################################
scala-2.11.12/test/files/run/t6253a.scala-39- val a = e ++ (0 until i).map(mkKey)
scala-2.11.12/test/files/run/t6253a.scala:40: require(a.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253a.scala-41- val b = e ++ (j until (i + j)).map(mkKey)
scala-2.11.12/test/files/run/t6253a.scala:42: require(b.size == i, s"Building HashSet of size $i failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253a.scala-43- val as = e ++ (0 until j).map(mkKey)
scala-2.11.12/test/files/run/t6253a.scala:44: require(as.size == j, s"Building HashSet of size $j failed. Key type $keyType.")
scala-2.11.12/test/files/run/t6253a.scala-45- val hashCount0 = hashCount
scala-2.11.12/test/files/run/t6253a.scala-46- val u = a union b
scala-2.11.12/test/files/run/t6253a.scala:47: require(hashCount == hashCount0, s"key.hashCode should not be called, but has been called ${hashCount - hashCount0} times. Key type $keyType.")
scala-2.11.12/test/files/run/t6253a.scala-48- require(u == (a union scala.collection.mutable.HashSet(b.toSeq: _*)), s"Operation must still work for other sets!")
scala-2.11.12/test/files/run/t6253a.scala:49: require(u.size == i + j, s"Expected size ${i+j}. Real size ${u.size}. Key type $keyType.")
scala-2.11.12/test/files/run/t6253a.scala-50- for (x <- 0 until i + j)
scala-2.11.12/test/files/run/t6253a.scala:51: require(u.contains(mkKey(x)), s"Key type $keyType. Set (0 until ${i + j}) should contain $x but does not.")
scala-2.11.12/test/files/run/t6253a.scala-52- val a_as = a union as
scala-2.11.12/test/files/run/t6253a.scala-53- val as_a = as union a
scala-2.11.12/test/files/run/t6253a.scala:54: require((a_as eq a) || (a_as eq as), s"No structural sharing in a union as. Key type $keyType, a=(0 until $i) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253a.scala:55: require((as_a eq a) || (as_a eq as), s"No structural sharing in as union a. Key type $keyType, a=(0 until $i) as=(0 until $j)")
scala-2.11.12/test/files/run/t6253a.scala-56- }
##############################################
scala-2.11.12/test/files/run/icode-reader-dead-code.scala-15- def show(): Unit = {
scala-2.11.12/test/files/run/icode-reader-dead-code.scala:16: // The bytecode of f will be modified using ASM by `addDeadCode`
scala-2.11.12/test/files/run/icode-reader-dead-code.scala-17- val aCode =
##############################################
scala-2.11.12/test/files/run/t7326.scala-21- val c = b + outside
scala-2.11.12/test/files/run/t7326.scala:22: require(b.subsetOf(a), s"$b must be a subset of $a")
scala-2.11.12/test/files/run/t7326.scala:23: require(!c.subsetOf(a), s"$c must not be a subset of $a")
scala-2.11.12/test/files/run/t7326.scala-24- }
##############################################
scala-2.11.12/test/files/run/toolbox_expand_macro.scala-21- val s = toolBox.define(runtimeMacro)
scala-2.11.12/test/files/run/toolbox_expand_macro.scala:22: println(toolBox.eval(q"$s.add(21)"))
scala-2.11.12/test/files/run/toolbox_expand_macro.scala-23-}
##############################################
scala-2.11.12/test/files/run/t10037.flags:1:-optimise -Ybackend:GenASM -Yinline-warnings
##############################################
scala-2.11.12/test/files/neg/t7897.check-1-t7897.scala:19: error: value length is not a member of p0.Single
scala-2.11.12/test/files/neg/t7897.check:2: case p0.Single(x) => println(s"`$x` has ${x.length} chars")
scala-2.11.12/test/files/neg/t7897.check-3- ^
##############################################
scala-2.11.12/test/files/neg/t7897.scala-18- "catdog" match {
scala-2.11.12/test/files/neg/t7897.scala:19: case p0.Single(x) => println(s"`$x` has ${x.length} chars")
scala-2.11.12/test/files/neg/t7897.scala-20- case x => println("fail: " + x)
##############################################
scala-2.11.12/test/files/neg/case-collision.flags:1:-Ybackend:GenASM -Xfatal-warnings
##############################################
scala-2.11.12/test/files/neg/t8610.check:1:t8610.scala:5: warning: possible missing interpolator: detected interpolated identifier `$name`
scala-2.11.12/test/files/neg/t8610.check-2- def x = "Hi, $name" // missing interp
##############################################
scala-2.11.12/test/files/neg/t5856.check:1:t5856.scala:10: error: invalid string interpolation: `$$', `$'ident or `$'BlockExpr expected
scala-2.11.12/test/files/neg/t5856.check-2- val s9 = s"$"
##############################################
scala-2.11.12/test/files/neg/interop_typetags_without_classtags_arenot_manifests.check:1:interop_typetags_without_classtags_arenot_manifests.scala:6: error: to create a manifest here, it is necessary to interoperate with the type tag `evidence$1` in scope.
scala-2.11.12/test/files/neg/interop_typetags_without_classtags_arenot_manifests.check-2-however typetag -> manifest conversion requires a class tag for the corresponding type to be present.
##############################################
scala-2.11.12/test/files/neg/t9127.check:1:t9127.scala:4: warning: possible missing interpolator: detected interpolated identifier `$s`
scala-2.11.12/test/files/neg/t9127.check-2- val t = "$s"
##############################################
scala-2.11.12/test/files/neg/t9127.check-6- ^
scala-2.11.12/test/files/neg/t9127.check:7:t9127.scala:6: warning: possible missing interpolator: detected interpolated identifier `$s`
scala-2.11.12/test/files/neg/t9127.check-8- val v = "a$s b"
##############################################
scala-2.11.12/test/files/neg/t7848-interp-warn.check:1:t7848-interp-warn.scala:8: warning: possible missing interpolator: detected interpolated identifier `$foo`
scala-2.11.12/test/files/neg/t7848-interp-warn.check-2- "An important $foo message!"
##############################################
scala-2.11.12/test/files/neg/t7848-interp-warn.check-6- ^
scala-2.11.12/test/files/neg/t7848-interp-warn.check:7:t7848-interp-warn.scala:15: warning: possible missing interpolator: detected interpolated identifier `$bar`
scala-2.11.12/test/files/neg/t7848-interp-warn.check-8- def i = s"Try using '${ "$bar" }' instead." // was: no warn on space test
scala-2.11.12/test/files/neg/t7848-interp-warn.check-9- ^
scala-2.11.12/test/files/neg/t7848-interp-warn.check:10:t7848-interp-warn.scala:16: warning: possible missing interpolator: detected interpolated identifier `$bar`
scala-2.11.12/test/files/neg/t7848-interp-warn.check-11- def j = s"Try using '${ "something like $bar" }' instead." // warn
##############################################
scala-2.11.12/test/files/neg/forgot-interpolator.check:1:forgot-interpolator.scala:4: warning: possible missing interpolator: detected interpolated identifier `$bippy`
scala-2.11.12/test/files/neg/forgot-interpolator.check-2- def f = "Put the $bippy in the $bippy!" // warn 1
##############################################
scala-2.11.12/test/files/neg/forgot-interpolator.check-6- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:7:forgot-interpolator.scala:30: warning: possible missing interpolator: detected interpolated identifier `$beppo`
scala-2.11.12/test/files/neg/forgot-interpolator.check-8- def f = "$beppo was a marx bros who saw dollars." // warn 3
scala-2.11.12/test/files/neg/forgot-interpolator.check-9- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:10:forgot-interpolator.scala:34: warning: possible missing interpolator: detected interpolated identifier `$aleppo`
scala-2.11.12/test/files/neg/forgot-interpolator.check-11- def f = "$aleppo is a pepper and a city." // warn 4
scala-2.11.12/test/files/neg/forgot-interpolator.check-12- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:13:forgot-interpolator.scala:47: warning: possible missing interpolator: detected interpolated identifier `$hippo`
scala-2.11.12/test/files/neg/forgot-interpolator.check-14- def h = "$hippo takes an implicit" // warn 6
scala-2.11.12/test/files/neg/forgot-interpolator.check-15- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:16:forgot-interpolator.scala:88: warning: possible missing interpolator: detected interpolated identifier `$groucho`
scala-2.11.12/test/files/neg/forgot-interpolator.check-17- def f2 = "I salute $groucho" // warn 7
scala-2.11.12/test/files/neg/forgot-interpolator.check-18- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:19:forgot-interpolator.scala:89: warning: possible missing interpolator: detected interpolated identifier `$dingo`
scala-2.11.12/test/files/neg/forgot-interpolator.check-20- def f3 = "I even salute $dingo" // warn 8
scala-2.11.12/test/files/neg/forgot-interpolator.check-21- ^
scala-2.11.12/test/files/neg/forgot-interpolator.check:22:forgot-interpolator.scala:90: warning: possible missing interpolator: detected interpolated identifier `$calico`
scala-2.11.12/test/files/neg/forgot-interpolator.check-23- def f4 = "I also salute $calico" // warn 9
##############################################
scala-2.11.12/test/pending/jvm/javasigs.check-31-
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\005\004\tIKA\001c\t!!)\006b\016C\002\005%&!A1\t\017\021e\023\002b\001\005\\\0051Qn\033\"pIf,B\001\"\030\005jQ!Aq\fC6%\025!\t\007\004C3\r\035!\031\007b\026\001\t?\022A\002\020:fM&tW-\\3oiz\002R!\tC\034\tO\002B!a)\005j\021AAQ\013C,\005\004\tI\013C\005\003~\021]C\0211\001\005nA)\001D!!\005h!9!qN\005\005\002\021EDcA8\005t!9!Q\017C8\001\004y\007b\002B8\023\021\005Aq\017\013\004Y\022e\004\"\003B?\tk\"\t\031\001B@\021\035\021y)\003C\001\t{\"2A C@\021\035\021)\nb\037A\002=DqAa7\n\t\003!\031\t\006\003\002,\022\025\005\002\003Bq\t\003\003\rAa.\t\017\tm\027\002\"\001\003f\"QA1R\005\005\002\003%\t\002\"$\002\027I,\027\r\032*fg>dg/\032\013\002\031!\032\021b!\026")
scala-2.11.12/test/pending/jvm/javasigs.check-33-public interface Actor extends scala.actors.AbstractActor, scala.actors.ReplyReactor, scala.actors.ActorCanReply, scala.actors.InputChannel<java.lang.Object>, scala.ScalaObject {
##############################################
scala-2.11.12/test/pending/jvm/javasigs.scala-74- exec("%s -Xprint -cp %s B".format(javac, classpath))
scala-2.11.12/test/pending/jvm/javasigs.scala:75: exec("%s -Xprint -cp %s A$$anonfun$foo$1".format(javac, classpath))
scala-2.11.12/test/pending/jvm/javasigs.scala-76- exec("%s -Xprint -cp %s scala.actors.Actor".format(javac, classpath))
##############################################
scala-2.11.12/test/partest-52-if $cygwin; then
scala-2.11.12/test/partest:53: SCALA_HOME=`cygpath --windows --short-name "$SCALA_HOME"`
scala-2.11.12/test/partest:54: SCALA_HOME=`cygpath --unix "$SCALA_HOME"`
scala-2.11.12/test/partest-55-fi
##############################################
scala-2.11.12/test/partest-98- if [ -z "$JAVAC_CMD" ] && [ -n "$JAVACMD" ] ; then
scala-2.11.12/test/partest:99: JDIR=`dirname "${JAVACMD}"`
scala-2.11.12/test/partest-100- JAVAC_CMD="${JDIR}/javac"
##############################################
scala-2.11.12/test/partest-113- if [ -n "${JAVA_HOME}" ] ; then
scala-2.11.12/test/partest:114: JAVA_HOME=`cygpath --$format "$JAVA_HOME"`
scala-2.11.12/test/partest-115- fi
scala-2.11.12/test/partest-116- if [ -n "${JAVACMD}" ] ; then
scala-2.11.12/test/partest:117: JAVACMD=`cygpath --$format "$JAVACMD"`
scala-2.11.12/test/partest-118- fi
scala-2.11.12/test/partest-119- if [ -n "${JAVAC_CMD}" ] ; then
scala-2.11.12/test/partest:120: JAVAC_CMD=`cygpath --$format "$JAVAC_CMD"`
scala-2.11.12/test/partest-121- fi
scala-2.11.12/test/partest:122: SCALA_HOME=`cygpath --$format "$SCALA_HOME"`
scala-2.11.12/test/partest-123-fi
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scala-2.11.12/test/disabled-windows/script/utf8.scala-17- fi
scala-2.11.12/test/disabled-windows/script/utf8.scala:18: SOURCE=`cygpath --$format "$SOURCE"`;
scala-2.11.12/test/disabled-windows/script/utf8.scala-19-fi
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scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-329- // for the invocation of `clone` is not an internal name, but a full array descriptor
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala:330: // [Ljava.lang.Object; - the documentation in the ASM library didn't mention that possibility.
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-331- val code =
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scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-571- | @inline def g = 1
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala:572: | // mixin generates `def f = T$class.f(this)`, which is inlined here (we get ICONST_0)
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-573- |}
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scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-659- |final class Ca extends T1 with T2a {
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala:660: | // mixin generates accessors like `def g1 = T1$class.g1`, the impl class method call is inlined into the accessor.
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/InlinerTest.scala-661- |
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scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/SimplifyJumpsTest.scala-115-
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/SimplifyJumpsTest.scala:116: // ensures that the goto is safely removed. ASM supports removing while iterating, but not the
scala-2.11.12/test/junit/scala/tools/nsc/backend/jvm/opt/SimplifyJumpsTest.scala-117- // next element of the current. Here, the current is the IFGE, the next is the GOTO.
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scala-2.11.12/doc/licenses/bsd_asm.txt:1:Scala includes the ASM library.
scala-2.11.12/doc/licenses/bsd_asm.txt-2-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-107-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:108:A value declaration `val $x$: $T$` introduces $x$ as a name of a value of
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-109-type $T$.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-110-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:111:A value definition `val $x$: $T$ = $e$` defines $x$ as a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-112-name of the value that results from the evaluation of $e$.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-138-than a simple name or a name followed by a colon and a type, then the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:139:value definition `val $p$ = $e$` is expanded as follows:
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-140-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-186-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:187:A value declaration `val $x_1 , \ldots , x_n$: $T$` is a shorthand for the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:188:sequence of value declarations `val $x_1$: $T$; ...; val $x_n$: $T$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:189:A value definition `val $p_1 , \ldots , p_n$ = $e$` is a shorthand for the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:190:sequence of value definitions `val $p_1$ = $e$; ...; val $p_n$ = $e$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:191:A value definition `val $p_1 , \ldots , p_n: T$ = $e$` is a shorthand for the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:192:sequence of value definitions `val $p_1: T$ = $e$; ...; val $p_n: T$ = $e$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-193-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-203-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:204:A variable declaration `var $x$: $T$` is equivalent to the declarations
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:205:of both a _getter function_ $x$ *and* a _setter function_ `$x$_=`:
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-206-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-214-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:215:A variable definition `var $x$: $T$ = $e$` introduces a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-216-mutable variable with type $T$ and initial value as given by the
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-222-as left-hand side. A variable definition
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:223: `var $p$ = $e$` where $p$ is a pattern other
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-224-than a simple name or a name followed by a colon and a type is expanded in the same way
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-225-as a [value definition](#value-declarations-and-definitions)
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:226:`val $p$ = $e$`, except that
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-227-the free names in $p$ are introduced as mutable variables, not values.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-230-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:231:A variable definition `var $x$: $T$ = _` can appear only as a member of a template.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-232-It introduces a mutable field with type $T$ and a default initial value.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-247-value currently assigned to the variable, as well as a setter function
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:248:`$x$_=` which changes the value currently assigned to the variable.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-249-The functions have the same signatures as for a variable declaration.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-285-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:286:A variable declaration `var $x_1 , \ldots , x_n$: $T$` is a shorthand for the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:287:sequence of variable declarations `var $x_1$: $T$; ...; var $x_n$: $T$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:288:A variable definition `var $x_1 , \ldots , x_n$ = $e$` is a shorthand for the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:289:sequence of variable definitions `var $x_1$ = $e$; ...; var $x_n$ = $e$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:290:A variable definition `var $x_1 , \ldots , x_n: T$ = $e$` is a shorthand for
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-291-the sequence of variable definitions
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:292:`var $x_1: T$ = $e$; ...; var $x_n: T$ = $e$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-293-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-304-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:305:A _type declaration_ `type $t$[$\mathit{tps}\,$] >: $L$ <: $U$` declares
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-306-$t$ to be an abstract type with lower bound type $L$ and upper bound
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:307:type $U$. If the type parameter clause `[$\mathit{tps}\,$]` is omitted, $t$ abstracts over a first-order type, otherwise $t$ stands for a type constructor that accepts type arguments as described by the type parameter clause.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-308-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-321-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:322:The scope of a type parameter extends over the bounds `>: $L$ <: $U$` and the type parameter clause $\mathit{tps}$ itself. A
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-323-higher-order type parameter clause (of an abstract type constructor
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-326-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:327:To illustrate nested scoping, these declarations are all equivalent: `type t[m[x] <: Bound[x], Bound[x]]`, `type t[m[x] <: Bound[x], Bound[y]]` and `type t[m[x] <: Bound[x], Bound[_]]`, as the scope of, e.g., the type parameter of $m$ is limited to the declaration of $m$. In all of them, $t$ is an abstract type member that abstracts over two type constructors: $m$ stands for a type constructor that takes one type parameter and that must be a subtype of $Bound$, $t$'s second type constructor parameter. `t[MutableList, Iterable]` is a valid use of $t$.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-328-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:329:A _type alias_ `type $t$ = $T$` defines $t$ to be an alias
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-330-name for the type $T$. The left hand side of a type alias may
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:331:have a type parameter clause, e.g. `type $t$[$\mathit{tps}\,$] = $T$`. The scope
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-332-of a type parameter extends over the right hand side $T$ and the
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-339-a type alias refers recursively to the defined type constructor itself.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:340:That is, the type $T$ in a type alias `type $t$[$\mathit{tps}\,$] = $T$` may not
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-341-refer directly or indirectly to the name $t$. It is also an error if
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-368-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:369:If a type alias `type $t$[$\mathit{tps}\,$] = $S$` refers to a class type
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-370-$S$, the name $t$ can also be used as a constructor for
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-386-As a consequence, for any two types $S$ and $T$, the type
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:387:`Pair[$S$, $T\,$]` is equivalent to the type `Tuple2[$S$, $T\,$]`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-388-`Pair` can also be used as a constructor instead of `Tuple2`, as in:
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-403-function definitions. In this section we consider only type parameter
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:404:definitions with lower bounds `>: $L$` and upper bounds
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:405:`<: $U$` whereas a discussion of context bounds
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:406:`: $U$` and view bounds `<% $U$`
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-407-is deferred to [here](07-implicits.html#context-bounds-and-view-bounds).
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-409-The most general form of a first-order type parameter is
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:410:`$@a_1 \ldots @a_n$ $\pm$ $t$ >: $L$ <: $U$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-411-Here, $L$, and $U$ are lower and upper bounds that
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-428-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:429:A type constructor parameter adds a nested type parameter clause to the type parameter. The most general form of a type constructor parameter is `$@a_1\ldots@a_n$ $\pm$ $t[\mathit{tps}\,]$ >: $L$ <: $U$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-430-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-466-may appear in the type or class which binds the type parameter. In a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:467:type definition `type $T$[$\mathit{tps}\,$] = $S$`, or a type
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:468:declaration `type $T$[$\mathit{tps}\,$] >: $L$ <: $U$` type parameters labeled
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-469-‘+’ must only appear in covariant position whereas
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-471-position. Analogously, for a class definition
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:472:`class $C$[$\mathit{tps}\,$]($\mathit{ps}\,$) extends $T$ { $x$: $S$ => ...}`,
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-473-type parameters labeled
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-492-- The right-hand side of a type alias is always in invariant position.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:493:- The prefix $S$ of a type selection `$S$#$T$` is always in invariant position.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:494:- For a type argument $T$ of a type `$S$[$\ldots T \ldots$ ]`: If the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-495- corresponding type parameter is invariant, then $T$ is in
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-497- contravariant, the variance position of $T$ is the opposite of
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:498: the variance position of the enclosing type `$S$[$\ldots T \ldots$ ]`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-499-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-597-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:598:A function declaration has the form `def $f\,\mathit{psig}$: $T$`, where
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-599-$f$ is the function's name, $\mathit{psig}$ is its parameter
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-600-signature and $T$ is its result type. A function definition
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:601:`def $f\,\mathit{psig}$: $T$ = $e$` also includes a _function body_ $e$,
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-602-i.e. an expression which defines the function's result. A parameter
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:603:signature consists of an optional type parameter clause `[$\mathit{tps}\,$]`,
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-604-followed by zero or more value parameter clauses
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:605:`($\mathit{ps}_1$)$\ldots$($\mathit{ps}_n$)`. Such a declaration or definition
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-606-introduces a value with a (possibly polymorphic) method type whose
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-621-A value parameter clause $\mathit{ps}$ consists of zero or more formal
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:622:parameter bindings such as `$x$: $T$` or `$x: T = e$`, which bind value
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-623-parameters and associate them with their types.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-633-For every parameter $p_{i,j}$ with a default argument a method named
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:634:`$f\$$default$\$$n` is generated which computes the default argument
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-635-expression. Here, $n$ denotes the parameter's position in the method
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-636-declaration. These methods are parametrized by the type parameter clause
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:637:`[$\mathit{tps}\,$]` and all value parameter clauses
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:638:`($\mathit{ps}_1$)$\ldots$($\mathit{ps}_{i-1}$)` preceding $p_{i,j}$.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:639:The `$f\$$default$\$$n` methods are inaccessible for user programs.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-640-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-678-The type of a value parameter may be prefixed by `=>`, e.g.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:679:`$x$: => $T$`. The type of such a parameter is then the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:680:parameterless method type `=> $T$`. This indicates that the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-681-corresponding argument is not evaluated at the point of function
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-707-The last value parameter of a parameter section may be suffixed by
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:708:`'*'`, e.g. `(..., $x$:$T$*)`. The type of such a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-709-_repeated_ parameter inside the method is then the sequence type
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:710:`scala.Seq[$T$]`. Methods with repeated parameters
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:711:`$T$*` take a variable number of arguments of type $T$.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-712-That is, if a method $m$ with type
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:713:`($p_1:T_1 , \ldots , p_n:T_n, p_s:S$*)$U$` is applied to arguments
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-714-$(e_1 , \ldots , e_k)$ where $k \geq n$, then $m$ is taken in that application
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-720-annotation. If $m$ above is applied to arguments
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:721:`($e_1 , \ldots , e_n, e'$: _*)`, then the type of $m$ in
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-722-that application is taken to be
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:723:`($p_1:T_1, \ldots , p_n:T_n,p_{s}:$scala.Seq[$S$])`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-724-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-778-is omitted. The result type is then implicitly completed to the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:779:`Unit` type. E.g., `def $f$($\mathit{ps}$)` is equivalent to
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:780:`def $f$($\mathit{ps}$): Unit`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-781-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-783-and the equals sign are omitted; its defining expression must be a block.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:784:E.g., `def $f$($\mathit{ps}$) {$\mathit{stats}$}` is equivalent to
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:785:`def $f$($\mathit{ps}$): Unit = {$\mathit{stats}$}`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-786-
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-841-definitions in the same statement sequence that define the same name,
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:842:binding it to types `$T_1 \commadots T_n$`, respectively.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-843-The individual definitions are called _alternatives_. Overloaded
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-862-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:863:An import clause has the form `import $p$.$I$` where $p$ is a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-864-[stable identifier](03-types.html#paths) and $I$ is an import expression.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-874-for $n \geq 0$, where the final wildcard `‘_’` may be absent. It
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:875:makes available each importable member `$p$.$x_i$` under the unqualified name
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:876:$y_i$. I.e. every import selector `$x_i$ => $y_i$` renames
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:877:`$p$.$x_i$` to
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-878-$y_i$. If a final wildcard is present, all importable members $z$ of
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:879:$p$ other than `$x_1 , \ldots , x_n,y_1 , \ldots , y_n$` are also made available
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-880-under their own unqualified names.
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-882-Import selectors work in the same way for type and term members. For
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:883:instance, an import clause `import $p$.{$x$ => $y\,$}` renames the term
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:884:name `$p$.$x$` to the term name $y$ and the type name `$p$.$x$`
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-885-to the type name $y$. At least one of these two names must
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-889-hides access to the source member. For instance, the import selector
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:890:`$x$ => _` “renames” $x$ to the wildcard symbol (which is
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-891-unaccessible as a name in user programs), and thereby effectively
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scala-2.11.12/spec/04-basic-declarations-and-definitions.md-902-$x$. In this case, $x$ is imported without renaming, so the
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:903:import selector is equivalent to `$x$ => $x$`. Furthermore, it is
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-904-possible to replace the whole import selector list by a single
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:905:identifier or wildcard. The import clause `import $p$.$x$` is
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:906:equivalent to `import $p$.{$x\,$}`, i.e. it makes available without
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-907-qualification the member $x$ of $p$. The import clause
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:908:`import $p$._` is equivalent to
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:909:`import $p$.{_}`,
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-910-i.e. it makes available without qualification all members of $p$
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:911:(this is analogous to `import $p$.*` in Java).
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-912-
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-913-An import clause with multiple import expressions
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:914:`import $p_1$.$I_1 , \ldots , p_n$.$I_n$` is interpreted as a
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-915-sequence of import clauses
scala-2.11.12/spec/04-basic-declarations-and-definitions.md:916:`import $p_1$.$I_1$; $\ldots$; import $p_n$.$I_n$`.
scala-2.11.12/spec/04-basic-declarations-and-definitions.md-917-
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scala-2.11.12/spec/08-pattern-matching.md-41- `IOException`, binding variable `ex` to the instance.
scala-2.11.12/spec/08-pattern-matching.md:42: 1. The pattern `Some(x)` matches values of the form `Some($v$)`,
scala-2.11.12/spec/08-pattern-matching.md:43: binding `x` to the argument value $v$ of the `Some` constructor.
scala-2.11.12/spec/08-pattern-matching.md-44- 1. The pattern `(x, _)` matches pairs of values, binding `x` to
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scala-2.11.12/spec/08-pattern-matching.md-88-
scala-2.11.12/spec/08-pattern-matching.md:89:A pattern binder `$x$@$p$` consists of a pattern variable $x$ and a
scala-2.11.12/spec/08-pattern-matching.md-90-pattern $p$. The type of the variable $x$ is the static type $T$ of the pattern $p$.
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scala-2.11.12/spec/08-pattern-matching.md-113-type of the pattern. The pattern matches any value $v$ such that
scala-2.11.12/spec/08-pattern-matching.md:114:`$r$ == $v$` (see [here](12-the-scala-standard-library.html#root-classes)).
scala-2.11.12/spec/08-pattern-matching.md-115-
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scala-2.11.12/spec/08-pattern-matching.md-175-
scala-2.11.12/spec/08-pattern-matching.md:176:A tuple pattern `($p_1 , \ldots , p_n$)` is an alias
scala-2.11.12/spec/08-pattern-matching.md:177:for the constructor pattern `scala.Tuple$n$($p_1 , \ldots , p_n$)`,
scala-2.11.12/spec/08-pattern-matching.md-178-where $n \geq 2$. The empty tuple
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scala-2.11.12/spec/08-pattern-matching.md-198- the extractor pattern matches all values $v$ for which
scala-2.11.12/spec/08-pattern-matching.md:199: `$x$.unapply($v$)` yields `true`.
scala-2.11.12/spec/08-pattern-matching.md:200:* $n=1$ and `unapply`'s result type is `Option[$T$]`, for some
scala-2.11.12/spec/08-pattern-matching.md-201- type $T$. In this case, the (only) argument pattern $p_1$ is typed in
scala-2.11.12/spec/08-pattern-matching.md-202- turn with expected type $T$. The extractor pattern matches then all
scala-2.11.12/spec/08-pattern-matching.md:203: values $v$ for which `$x$.unapply($v$)` yields a value of form
scala-2.11.12/spec/08-pattern-matching.md:204: `Some($v_1$)`, and $p_1$ matches $v_1$.
scala-2.11.12/spec/08-pattern-matching.md-205-* $n>1$ and `unapply`'s result type is
scala-2.11.12/spec/08-pattern-matching.md:206: `Option[($T_1 , \ldots , T_n$)]`, for some
scala-2.11.12/spec/08-pattern-matching.md-207- types $T_1 , \ldots , T_n$. In this case, the argument patterns $p_1
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scala-2.11.12/spec/08-pattern-matching.md-209- T_n$. The extractor pattern matches then all values $v$ for which
scala-2.11.12/spec/08-pattern-matching.md:210: `$x$.unapply($v$)` yields a value of form
scala-2.11.12/spec/08-pattern-matching.md:211: `Some(($v_1 , \ldots , v_n$))`, and each pattern
scala-2.11.12/spec/08-pattern-matching.md-212- $p_i$ matches the corresponding value $v_i$.
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scala-2.11.12/spec/08-pattern-matching.md-215-$x(q_1 , \ldots , q_m, p_1 , \ldots , p_n)$ if it takes exactly one argument
scala-2.11.12/spec/08-pattern-matching.md:216:and its result type is of the form `Option[($T_1 , \ldots , T_m$, Seq[S])]` (if `m = 0`, the type `Option[Seq[S]]` is also accepted).
scala-2.11.12/spec/08-pattern-matching.md-217-This case is further discussed [below](#pattern-sequences).
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scala-2.11.12/spec/08-pattern-matching.md-282-
scala-2.11.12/spec/08-pattern-matching.md:283:A pattern alternative `$p_1$ | $\ldots$ | $p_n$`
scala-2.11.12/spec/08-pattern-matching.md-284-consists of a number of alternative patterns $p_i$. All alternative
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scala-2.11.12/spec/08-pattern-matching.md-328-
scala-2.11.12/spec/08-pattern-matching.md:329:* A reference to a class $C$, $p.C$, or `$T$#$C$`. This
scala-2.11.12/spec/08-pattern-matching.md-330- type pattern matches any non-null instance of the given class.
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scala-2.11.12/spec/08-pattern-matching.md-338-
scala-2.11.12/spec/08-pattern-matching.md:339:* A singleton type `$p$.type`. This type pattern matches only the value
scala-2.11.12/spec/08-pattern-matching.md-340- denoted by the path $p$ (that is, a pattern match involved a
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scala-2.11.12/spec/08-pattern-matching.md-342- `AnyRef`).
scala-2.11.12/spec/08-pattern-matching.md:343:* A compound type pattern `$T_1$ with $\ldots$ with $T_n$` where each $T_i$ is a
scala-2.11.12/spec/08-pattern-matching.md-344- type pattern. This type pattern matches all values that are matched by each of
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scala-2.11.12/spec/08-pattern-matching.md-353-
scala-2.11.12/spec/08-pattern-matching.md:354:* A parameterized type pattern `scala.Array$[T_1]$`, where
scala-2.11.12/spec/08-pattern-matching.md-355- $T_1$ is a type pattern. This type pattern matches any non-null instance
scala-2.11.12/spec/08-pattern-matching.md:356: of type `scala.Array$[U_1]$`, where $U_1$ is a type matched by $T_1$.
scala-2.11.12/spec/08-pattern-matching.md-357-
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scala-2.11.12/spec/08-pattern-matching.md-394-
scala-2.11.12/spec/08-pattern-matching.md:395:where $\sigma$ is the substitution $[a_1' := a_1 , \ldots , a_n' :=a_n]$.
scala-2.11.12/spec/08-pattern-matching.md-396-
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scala-2.11.12/spec/08-pattern-matching.md-425-###### Case 1
scala-2.11.12/spec/08-pattern-matching.md:426:We take $a_i >: L_i <: U_i$ where each $L_i$ is minimal and each $U_i$ is maximal wrt $<:$ such that $a_i >: L_i <: U_i$ for $i = 1, \ldots, n$ implies $\mathcal{C}\_0 \wedge \mathcal{C}\_1$.
scala-2.11.12/spec/08-pattern-matching.md-427-
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scala-2.11.12/spec/08-pattern-matching.md-443-are inferred in the same way as for the typed pattern
scala-2.11.12/spec/08-pattern-matching.md:444:`(_: $C[a_1 , \ldots , a_n]$)`.
scala-2.11.12/spec/08-pattern-matching.md-445-
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scala-2.11.12/spec/08-pattern-matching.md-535-block $b_i$. Each $p_i$ might be complemented by a guard
scala-2.11.12/spec/08-pattern-matching.md:536:`if $e$` where $e$ is a boolean expression.
scala-2.11.12/spec/08-pattern-matching.md-537-The scope of the pattern
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scala-2.11.12/spec/08-pattern-matching.md-569-patterns are tried in sequence until one is found which matches the
scala-2.11.12/spec/08-pattern-matching.md:570:[selector value](#patterns). Say this case is `case $p_i \Rightarrow b_i$`.
scala-2.11.12/spec/08-pattern-matching.md-571-The result of the whole expression is the result of evaluating $b_i$,
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scala-2.11.12/spec/08-pattern-matching.md-649-expected type of such an expression must in part be defined. It must
scala-2.11.12/spec/08-pattern-matching.md:650:be either `scala.Function$k$[$S_1 , \ldots , S_k$, $R$]` for some $k > 0$,
scala-2.11.12/spec/08-pattern-matching.md:651:or `scala.PartialFunction[$S_1$, $R$]`, where the
scala-2.11.12/spec/08-pattern-matching.md-652-argument type(s) $S_1 , \ldots , S_k$ must be fully determined, but the result type
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scala-2.11.12/spec/08-pattern-matching.md-654-
scala-2.11.12/spec/08-pattern-matching.md:655:If the expected type is `scala.Function$k$[$S_1 , \ldots , S_k$, $R$]`,
scala-2.11.12/spec/08-pattern-matching.md-656-the expression is taken to be equivalent to the anonymous function:
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scala-2.11.12/spec/08-pattern-matching.md-676-
scala-2.11.12/spec/08-pattern-matching.md:677:If the expected type is `scala.PartialFunction[$S$, $R$]`,
scala-2.11.12/spec/08-pattern-matching.md-678-the expression is taken to be equivalent to the following instance creation expression:
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scala-2.11.12/spec/05-classes-and-objects.md-33-definitions. A template
scala-2.11.12/spec/05-classes-and-objects.md:34:`$sc$ with $mt_1$ with $\ldots$ with $mt_n$ { $\mathit{stats}$ }`
scala-2.11.12/spec/05-classes-and-objects.md-35-consists of a constructor invocation $sc$
scala-2.11.12/spec/05-classes-and-objects.md-36-which defines the template's _superclass_, trait references
scala-2.11.12/spec/05-classes-and-objects.md:37:`$mt_1 , \ldots , mt_n$` $(n \geq 0)$, which define the
scala-2.11.12/spec/05-classes-and-objects.md-38-template's _traits_, and a statement sequence $\mathit{stats}$ which
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scala-2.11.12/spec/05-classes-and-objects.md-45-parents that starts with a trait reference, e.g.
scala-2.11.12/spec/05-classes-and-objects.md:46:`$mt_1$ with $\ldots$ with $mt_n$`. In that case the list
scala-2.11.12/spec/05-classes-and-objects.md-47-of parents is implicitly extended to include the supertype of $mt_1$
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scala-2.11.12/spec/05-classes-and-objects.md-75-The sequence of template statements may be prefixed with a formal
scala-2.11.12/spec/05-classes-and-objects.md:76:parameter definition and an arrow, e.g. `$x$ =>`, or
scala-2.11.12/spec/05-classes-and-objects.md:77:`$x$:$T$ =>`. If a formal parameter is given, it can be
scala-2.11.12/spec/05-classes-and-objects.md-78-used as an alias for the reference `this` throughout the
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scala-2.11.12/spec/05-classes-and-objects.md-91-A second form of self type annotation reads just
scala-2.11.12/spec/05-classes-and-objects.md:92:`this: $S$ =>`. It prescribes the type $S$ for `this`
scala-2.11.12/spec/05-classes-and-objects.md-93-without introducing an alias name for it.
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scala-2.11.12/spec/05-classes-and-objects.md-114-
scala-2.11.12/spec/05-classes-and-objects.md:115:**Template Evaluation** Consider a template `$sc$ with $mt_1$ with $mt_n$ { $\mathit{stats}$ }`.
scala-2.11.12/spec/05-classes-and-objects.md-116-
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scala-2.11.12/spec/05-classes-and-objects.md-154-definition. A constructor invocation is a function application
scala-2.11.12/spec/05-classes-and-objects.md:155:`$x$.$c$[$\mathit{targs}$]($\mathit{args}_1$)$\ldots$($\mathit{args}_n$)`, where $x$ is a
scala-2.11.12/spec/05-classes-and-objects.md-156-[stable identifier](03-types.html#paths), $c$ is a type name which either designates a
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scala-2.11.12/spec/05-classes-and-objects.md-163-
scala-2.11.12/spec/05-classes-and-objects.md:164:The prefix `$x$.` can be omitted. A type argument list
scala-2.11.12/spec/05-classes-and-objects.md-165-can be given only if the class $c$ takes type parameters. Even then
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scala-2.11.12/spec/05-classes-and-objects.md-170-An evaluation of a constructor invocation
scala-2.11.12/spec/05-classes-and-objects.md:171:`$x$.$c$[$\mathit{targs}$]($\mathit{args}_1$)$\ldots$($\mathit{args}_n$)`
scala-2.11.12/spec/05-classes-and-objects.md-172-consists of the following steps:
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scala-2.11.12/spec/05-classes-and-objects.md-188-Let $C$ be a class with template
scala-2.11.12/spec/05-classes-and-objects.md:189:`$C_1$ with ... with $C_n$ { $\mathit{stats}$ }`.
scala-2.11.12/spec/05-classes-and-objects.md-190-The _linearization_ of $C$, $\mathcal{L}(C)$ is defined as follows:
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scala-2.11.12/spec/05-classes-and-objects.md-243-
scala-2.11.12/spec/05-classes-and-objects.md:244:A class $C$ defined by a template `$C_1$ with $\ldots$ with $C_n$ { $\mathit{stats}$ }`
scala-2.11.12/spec/05-classes-and-objects.md-245-can define members in its statement sequence
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scala-2.11.12/spec/05-classes-and-objects.md-269-$T_i$ of $M$ is equal to the corresponding argument type $T`_i$ of
scala-2.11.12/spec/05-classes-and-objects.md:270:$M`$ where every occurrence of a type parameter $t`$ of $M`$ has been replaced by the corresponding type parameter $t$ of $M$.
scala-2.11.12/spec/05-classes-and-objects.md-271--->
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scala-2.11.12/spec/05-classes-and-objects.md-329-- $M$ must not be [`private`](#modifiers).
scala-2.11.12/spec/05-classes-and-objects.md:330:- If $M$ is labeled `private[$C$]` for some enclosing class or package $C$,
scala-2.11.12/spec/05-classes-and-objects.md:331: then $M'$ must be labeled `private[$C'$]` for some class or package $C'$ where
scala-2.11.12/spec/05-classes-and-objects.md-332- $C'$ equals $C$ or $C'$ is contained in $C$.
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scala-2.11.12/spec/05-classes-and-objects.md-360-A special rule concerns parameterless methods. If a parameterless
scala-2.11.12/spec/05-classes-and-objects.md:361:method defined as `def $f$: $T$ = ...` or `def $f$ = ...` overrides a method of
scala-2.11.12/spec/05-classes-and-objects.md-362-type $()T'$ which has an empty parameter list, then $f$ is also
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scala-2.11.12/spec/05-classes-and-objects.md-504-A `private` modifier can be _qualified_ with an identifier $C$ (e.g.
scala-2.11.12/spec/05-classes-and-objects.md:505:`private[$C$]`) that must denote a class or package enclosing the definition.
scala-2.11.12/spec/05-classes-and-objects.md-506-Members labeled with such a modifier are accessible respectively only from code
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scala-2.11.12/spec/05-classes-and-objects.md-512-the object in which it is defined. That is, a selection $p.M$ is only
scala-2.11.12/spec/05-classes-and-objects.md:513:legal if the prefix is `this` or `$O$.this`, for some
scala-2.11.12/spec/05-classes-and-objects.md-514-class $O$ enclosing the reference. In addition, the restrictions for
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scala-2.11.12/spec/05-classes-and-objects.md-520-either class-private or object-private, but not if it is marked
scala-2.11.12/spec/05-classes-and-objects.md:521:`private[$C$]` where $C$ is an identifier; in the latter
scala-2.11.12/spec/05-classes-and-objects.md-522-case the member is called _qualified private_.
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scala-2.11.12/spec/05-classes-and-objects.md-535-A `protected` modifier can be qualified with an identifier $C$ (e.g.
scala-2.11.12/spec/05-classes-and-objects.md:536:`protected[$C$]`) that must denote a class or package enclosing the definition.
scala-2.11.12/spec/05-classes-and-objects.md-537-Members labeled with such a modifier are also accessible respectively from all
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scala-2.11.12/spec/05-classes-and-objects.md-541-A protected identifier $x$ may be used as a member name in a selection
scala-2.11.12/spec/05-classes-and-objects.md:542:`$r$.$x$` only if one of the following applies:
scala-2.11.12/spec/05-classes-and-objects.md-543- - The access is within the template defining the member, or, if
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scala-2.11.12/spec/05-classes-and-objects.md-553-the object in which it is defined. That is, a selection $p.M$ is only
scala-2.11.12/spec/05-classes-and-objects.md:554:legal if the prefix is `this` or `$O$.this`, for some
scala-2.11.12/spec/05-classes-and-objects.md-555-class $O$ enclosing the reference. In addition, the restrictions for
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scala-2.11.12/spec/05-classes-and-objects.md-695- illegal to define two type parameters with the same name. The type
scala-2.11.12/spec/05-classes-and-objects.md:696: parameter section `[$\mathit{tps}\,$]` may be omitted. A class with a type
scala-2.11.12/spec/05-classes-and-objects.md-697- parameter section is called _polymorphic_, otherwise it is called
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scala-2.11.12/spec/05-classes-and-objects.md-718- The getter introduces a value member $x$ of class $c$ that is defined as an alias of the parameter.
scala-2.11.12/spec/05-classes-and-objects.md:719: If the introducing keyword is `var`, a setter accessor [`$x$_=`](04-basic-declarations-and-definitions.html#variable-declarations-and-definitions) is also implicitly added to the class.
scala-2.11.12/spec/05-classes-and-objects.md:720: In invocation of that setter `$x$_=($e$)` changes the value of the parameter to the result of evaluating $e$.
scala-2.11.12/spec/05-classes-and-objects.md-721-
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scala-2.11.12/spec/05-classes-and-objects.md-733- the class. The extends clause
scala-2.11.12/spec/05-classes-and-objects.md:734: `extends $sc$ with $mt_1$ with $\ldots$ with $mt_m$`
scala-2.11.12/spec/05-classes-and-objects.md-735- can be omitted, in which case
scala-2.11.12/spec/05-classes-and-objects.md-736- `extends scala.AnyRef` is assumed. The class body
scala-2.11.12/spec/05-classes-and-objects.md:737: `{ $\mathit{stats}$ }` may also be omitted, in which case the empty body
scala-2.11.12/spec/05-classes-and-objects.md-738- `{}` is assumed.
scala-2.11.12/spec/05-classes-and-objects.md-739-
scala-2.11.12/spec/05-classes-and-objects.md:740:This class definition defines a type `$c$[$\mathit{tps}\,$]` and a constructor
scala-2.11.12/spec/05-classes-and-objects.md-741-which when applied to parameters conforming to types $\mathit{ps}$
scala-2.11.12/spec/05-classes-and-objects.md:742:initializes instances of type `$c$[$\mathit{tps}\,$]` by evaluating the template
scala-2.11.12/spec/05-classes-and-objects.md-743-$t$.
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scala-2.11.12/spec/05-classes-and-objects.md-780-constructor. These are defined by constructor definitions of the form
scala-2.11.12/spec/05-classes-and-objects.md:781:`def this($\mathit{ps}_1$)$\ldots$($\mathit{ps}_n$) = $e$`. Such a
scala-2.11.12/spec/05-classes-and-objects.md-782-definition introduces an additional constructor for the enclosing
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scala-2.11.12/spec/05-classes-and-objects.md-787-expression $e$. A constructor expression is either a self constructor
scala-2.11.12/spec/05-classes-and-objects.md:788:invocation `this($\mathit{args}_1$)$\ldots$($\mathit{args}_n$)` or a block
scala-2.11.12/spec/05-classes-and-objects.md-789-which begins with a self constructor invocation. The self constructor
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scala-2.11.12/spec/05-classes-and-objects.md-791-class in question has name $C$ and type parameters
scala-2.11.12/spec/05-classes-and-objects.md:792:`[$\mathit{tps}\,$]`, then a self constructor invocation must
scala-2.11.12/spec/05-classes-and-objects.md:793:generate an instance of `$C$[$\mathit{tps}\,$]`; it is not permitted
scala-2.11.12/spec/05-classes-and-objects.md-794-to instantiate formal type parameters.
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scala-2.11.12/spec/05-classes-and-objects.md-852-
scala-2.11.12/spec/05-classes-and-objects.md:853:A case class definition of `$c$[$\mathit{tps}\,$]($\mathit{ps}_1\,$)$\ldots$($\mathit{ps}_n$)` with type
scala-2.11.12/spec/05-classes-and-objects.md-854-parameters $\mathit{tps}$ and value parameters $\mathit{ps}$ implies
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scala-2.11.12/spec/05-classes-and-objects.md-877-`apply` (or `unapply`) member, no new definition is added.
scala-2.11.12/spec/05-classes-and-objects.md:878:The definition of `apply` is omitted if class $c$ is `abstract`.
scala-2.11.12/spec/05-classes-and-objects.md-879-
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scala-2.11.12/spec/05-classes-and-objects.md-899-
scala-2.11.12/spec/05-classes-and-objects.md:900:Again, `$\mathit{Ts}$` stands for the vector of types defined in the type parameter section `$\mathit{tps}$`
scala-2.11.12/spec/05-classes-and-objects.md:901:and each `$xs_i$` denotes the parameter names of the parameter section `$ps'_i$`. The value
scala-2.11.12/spec/05-classes-and-objects.md:902:parameters `$ps'_{1,j}$` of first parameter list have the form `$x_{1,j}$:$T_{1,j}$=this.$x_{1,j}$`,
scala-2.11.12/spec/05-classes-and-objects.md:903:the other parameters `$ps'_{i,j}$` of the `copy` method are defined as `$x_{i,j}$:$T_{i,j}$`.
scala-2.11.12/spec/05-classes-and-objects.md:904:In all cases `$x_{i,j}$` and `$T_{i,j}$` refer to the name and type of the corresponding class parameter
scala-2.11.12/spec/05-classes-and-objects.md:905:`$\mathit{ps}_{i,j}$`.
scala-2.11.12/spec/05-classes-and-objects.md-906-
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scala-2.11.12/spec/05-classes-and-objects.md-1076-most general form is
scala-2.11.12/spec/05-classes-and-objects.md:1077:`object $m$ extends $t$`. Here,
scala-2.11.12/spec/05-classes-and-objects.md-1078-$m$ is the name of the object to be defined, and
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scala-2.11.12/spec/05-classes-and-objects.md-1085-which defines the base classes, behavior and initial state of $m$.
scala-2.11.12/spec/05-classes-and-objects.md:1086:The extends clause `extends $sc$ with $mt_1$ with $\ldots$ with $mt_n$`
scala-2.11.12/spec/05-classes-and-objects.md-1087-can be omitted, in which case
scala-2.11.12/spec/05-classes-and-objects.md-1088-`extends scala.AnyRef` is assumed. The class body
scala-2.11.12/spec/05-classes-and-objects.md:1089:`{ $\mathit{stats}$ }` may also be omitted, in which case the empty body
scala-2.11.12/spec/05-classes-and-objects.md-1090-`{}` is assumed.
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scala-2.11.12/spec/05-classes-and-objects.md-1100-Note that the value defined by an object definition is instantiated
scala-2.11.12/spec/05-classes-and-objects.md:1101:lazily. The `new $m$\$cls` constructor is evaluated
scala-2.11.12/spec/05-classes-and-objects.md-1102-not at the point of the object definition, but is instead evaluated
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scala-2.11.12/spec/12-the-scala-standard-library.md-90-
scala-2.11.12/spec/12-the-scala-standard-library.md:91:The type test `$x$.isInstanceOf[$T$]` is equivalent to a typed
scala-2.11.12/spec/12-the-scala-standard-library.md-92-pattern match
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scala-2.11.12/spec/12-the-scala-standard-library.md-102-of the form $D$ or $D[\mathit{tps}]$ where $D$ is a type member of some outer class $C$.
scala-2.11.12/spec/12-the-scala-standard-library.md:103:In this case $T'$ is `$C$#$D$` (or `$C$#$D[tps]$`, respectively), whereas $T$ itself would expand to `$C$.this.$D[tps]$`.
scala-2.11.12/spec/12-the-scala-standard-library.md-104-In other words, an `isInstanceOf` test does not check that types have the same enclosing instance.
scala-2.11.12/spec/12-the-scala-standard-library.md-105-
scala-2.11.12/spec/12-the-scala-standard-library.md:106:The test `$x$.asInstanceOf[$T$]` is treated specially if $T$ is a
scala-2.11.12/spec/12-the-scala-standard-library.md-107-[numeric value type](#value-classes). In this case the cast will
scala-2.11.12/spec/12-the-scala-standard-library.md-108-be translated to an application of a [conversion method](#numeric-value-types)
scala-2.11.12/spec/12-the-scala-standard-library.md:109:`x.to$T$`. For non-numeric values $x$ the operation will raise a
scala-2.11.12/spec/12-the-scala-standard-library.md-110-`ClassCastException`.
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scala-2.11.12/spec/12-the-scala-standard-library.md-355-
scala-2.11.12/spec/12-the-scala-standard-library.md:356:Scala defines tuple classes `Tuple$n$` for $n = 2 , \ldots , 22$.
scala-2.11.12/spec/12-the-scala-standard-library.md-357-These are defined as follows.
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scala-2.11.12/spec/12-the-scala-standard-library.md-371-
scala-2.11.12/spec/12-the-scala-standard-library.md:372:Scala defines function classes `Function$n$` for $n = 1 , \ldots , 22$.
scala-2.11.12/spec/12-the-scala-standard-library.md-373-These are defined as follows.
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scala-2.11.12/spec/12-the-scala-standard-library.md-450-co-variant; That is, $S <: T$ does not imply
scala-2.11.12/spec/12-the-scala-standard-library.md:451:`Array[$S$] $<:$ Array[$T$]` in Scala.
scala-2.11.12/spec/12-the-scala-standard-library.md-452-However, it is possible to cast an array
##############################################
scala-2.11.12/spec/06-expressions.md-88-
scala-2.11.12/spec/06-expressions.md:89:- `eq($x\,$)` and `==($x\,$)` return `true` iff the
scala-2.11.12/spec/06-expressions.md-90- argument $x$ is also the "null" object.
scala-2.11.12/spec/06-expressions.md:91:- `ne($x\,$)` and `!=($x\,$)` return true iff the
scala-2.11.12/spec/06-expressions.md-92- argument x is not also the "null" object.
scala-2.11.12/spec/06-expressions.md:93:- `isInstanceOf[$T\,$]` always returns `false`.
scala-2.11.12/spec/06-expressions.md:94:- `asInstanceOf[$T\,$]` returns the [default value](04-basic-declarations-and-definitions.html#value-declarations-and-definitions) of type $T$.
scala-2.11.12/spec/06-expressions.md-95-- `##` returns ``0``.
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scala-2.11.12/spec/06-expressions.md-113-or object $C$, it is taken to be equivalent to the selection
scala-2.11.12/spec/06-expressions.md:114:`$C$.this.$x$` where $C$ is taken to refer to the class containing $x$
scala-2.11.12/spec/06-expressions.md-115-even if the type name $C$ is [shadowed](02-identifiers-names-and-scopes.html#identifiers,-names-and-scopes) at the
##############################################
scala-2.11.12/spec/06-expressions.md-126-For other expressions $e$, $e.x$ is typed as
scala-2.11.12/spec/06-expressions.md:127:if it was `{ val $y$ = $e$; $y$.$x$ }`, for some fresh name
scala-2.11.12/spec/06-expressions.md-128-$y$.
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scala-2.11.12/spec/06-expressions.md-133-which occurs in a context where a [stable type](03-types.html#singleton-types)
scala-2.11.12/spec/06-expressions.md:134:is required is the singleton type `$p$.type`.
scala-2.11.12/spec/06-expressions.md-135-
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scala-2.11.12/spec/06-expressions.md-164-class or object definition with simple name $C$, the type of this
scala-2.11.12/spec/06-expressions.md:165:is the same as the type of `$C$.this`.
scala-2.11.12/spec/06-expressions.md-166-
scala-2.11.12/spec/06-expressions.md:167:The expression `$C$.this` is legal in the statement part of an
scala-2.11.12/spec/06-expressions.md-168-enclosing class or object definition with simple name $C$. It
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scala-2.11.12/spec/06-expressions.md-170-If the expression's expected type is a stable type, or
scala-2.11.12/spec/06-expressions.md:171:`$C$.this` occurs as the prefix of a selection, its type is
scala-2.11.12/spec/06-expressions.md:172:`$C$.this.type`, otherwise it is the self type of class $C$.
scala-2.11.12/spec/06-expressions.md-173-
scala-2.11.12/spec/06-expressions.md:174:A reference `super.$m$` refers statically to a method or type $m$
scala-2.11.12/spec/06-expressions.md-175-in the least proper supertype of the innermost template containing the
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scala-2.11.12/spec/06-expressions.md-185-
scala-2.11.12/spec/06-expressions.md:186:A reference `$C$.super.$m$` refers statically to a method
scala-2.11.12/spec/06-expressions.md-187-or type $m$ in the least proper supertype of the innermost enclosing class or
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scala-2.11.12/spec/06-expressions.md-197-The `super` prefix may be followed by a trait qualifier
scala-2.11.12/spec/06-expressions.md:198:`[$T\,$]`, as in `$C$.super[$T\,$].$x$`. This is
scala-2.11.12/spec/06-expressions.md-199-called a _static super reference_. In this case, the reference is
##############################################
scala-2.11.12/spec/06-expressions.md-241-
scala-2.11.12/spec/06-expressions.md:242:An application `$f$($e_1 , \ldots , e_m$)` applies the
scala-2.11.12/spec/06-expressions.md-243-function $f$ to the argument expressions $e_1 , \ldots , e_m$. If $f$
scala-2.11.12/spec/06-expressions.md:244:has a method type `($p_1$:$T_1 , \ldots , p_n$:$T_n$)$U$`, the type of
scala-2.11.12/spec/06-expressions.md-245-each argument expression $e_i$ is typed with the
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scala-2.11.12/spec/06-expressions.md-249-type arguments for $f$. If $f$ has some value type, the application is taken to
scala-2.11.12/spec/06-expressions.md:250:be equivalent to `$f$.apply($e_1 , \ldots , e_m$)`,
scala-2.11.12/spec/06-expressions.md-251-i.e. the application of an `apply` method defined by $f$.
##############################################
scala-2.11.12/spec/06-expressions.md-274-
scala-2.11.12/spec/06-expressions.md:275:Evaluation of `$f$($e_1 , \ldots , e_n$)` usually entails evaluation of
scala-2.11.12/spec/06-expressions.md-276-$f$ and $e_1 , \ldots , e_n$ in that order. Each argument expression
##############################################
scala-2.11.12/spec/06-expressions.md-283-The case of a formal parameter with a parameterless
scala-2.11.12/spec/06-expressions.md:284:method type `=>$T$` is treated specially. In this case, the
scala-2.11.12/spec/06-expressions.md-285-corresponding actual argument expression $e$ is not evaluated before the
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scala-2.11.12/spec/06-expressions.md-294-transformed into a block due to named or default arguments. In this case,
scala-2.11.12/spec/06-expressions.md:295:the local value for that parameter has the form `val $y_i$ = () => $e$`
scala-2.11.12/spec/06-expressions.md:296:and the argument passed to the function is `$y_i$()`.
scala-2.11.12/spec/06-expressions.md-297-
scala-2.11.12/spec/06-expressions.md-298-The last argument in an application may be marked as a sequence
scala-2.11.12/spec/06-expressions.md:299:argument, e.g. `$e$: _*`. Such an argument must correspond
scala-2.11.12/spec/06-expressions.md-300-to a [repeated parameter](04-basic-declarations-and-definitions.html#repeated-parameters) of type
scala-2.11.12/spec/06-expressions.md:301:`$S$*` and it must be the only argument matching this
scala-2.11.12/spec/06-expressions.md-302-parameter (i.e. the number of formal parameters and actual arguments
scala-2.11.12/spec/06-expressions.md-303-must be the same). Furthermore, the type of $e$ must conform to
scala-2.11.12/spec/06-expressions.md:304:`scala.Seq[$T$]`, for some type $T$ which conforms to
scala-2.11.12/spec/06-expressions.md-305-$S$. In this case, the argument list is transformed by replacing the
##############################################
scala-2.11.12/spec/06-expressions.md-355-If the function $f$
scala-2.11.12/spec/06-expressions.md:356:has the form `$p.m$[$\mathit{targs}$]` it is transformed into the
scala-2.11.12/spec/06-expressions.md-357-block
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scala-2.11.12/spec/06-expressions.md-382-positional arguments and to $e'_i$ for named arguments of the form
scala-2.11.12/spec/06-expressions.md:383:`$x_i=e'_i$`. Then, for every parameter which is not specified
scala-2.11.12/spec/06-expressions.md-384-by the argument list, a value definition using a fresh name $z_i$ is created,
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scala-2.11.12/spec/06-expressions.md-390-that the position of each name matches the position of its corresponding
scala-2.11.12/spec/06-expressions.md:391:parameter in the method type `($p_1:T_1 , \ldots , p_n:T_n$)$U$`.
scala-2.11.12/spec/06-expressions.md-392-The final result of the transformation is a block of the form
##############################################
scala-2.11.12/spec/06-expressions.md-410-
scala-2.11.12/spec/06-expressions.md:411:For invocations of signature polymorphic methods of the target platform `$f$($e_1 , \ldots , e_m$)`,
scala-2.11.12/spec/06-expressions.md:412:the invoked function has a different method type `($p_1$:$T_1 , \ldots , p_n$:$T_n$)$U$` at each call
scala-2.11.12/spec/06-expressions.md:413:site. The parameter types `$T_ , \ldots , T_n$` are the types of the argument expressions
scala-2.11.12/spec/06-expressions.md:414:`$e_1 , \ldots , e_m$` and `$U$` is the expected type at the call site. If the expected type is
scala-2.11.12/spec/06-expressions.md:415:undefined then `$U$` is `scala.AnyRef`. The parameter names `$p_1 , \ldots , p_n$` are fresh.
scala-2.11.12/spec/06-expressions.md-416-
##############################################
scala-2.11.12/spec/06-expressions.md-427-
scala-2.11.12/spec/06-expressions.md:428:The expression `$e$ _` is well-formed if $e$ is of method
scala-2.11.12/spec/06-expressions.md-429-type or if $e$ is a call-by-name parameter. If $e$ is a method with
scala-2.11.12/spec/06-expressions.md:430:parameters, `$e$ _` represents $e$ converted to a function
scala-2.11.12/spec/06-expressions.md-431-type by [eta expansion](#eta-expansion). If $e$ is a
scala-2.11.12/spec/06-expressions.md-432-parameterless method or call-by-name parameter of type
scala-2.11.12/spec/06-expressions.md:433:`=>$T$`, `$e$ _` represents the function of type
scala-2.11.12/spec/06-expressions.md:434:`() => $T$`, which evaluates $e$ when it is applied to the empty
scala-2.11.12/spec/06-expressions.md-435-parameterlist `()`.
##############################################
scala-2.11.12/spec/06-expressions.md-456-
scala-2.11.12/spec/06-expressions.md:457:A type application `$e$[$T_1 , \ldots , T_n$]` instantiates
scala-2.11.12/spec/06-expressions.md-458-a polymorphic value $e$ of type
scala-2.11.12/spec/06-expressions.md:459:`[$a_1$ >: $L_1$ <: $U_1, \ldots , a_n$ >: $L_n$ <: $U_n$]$S$`
scala-2.11.12/spec/06-expressions.md-460-with argument types
scala-2.11.12/spec/06-expressions.md:461:`$T_1 , \ldots , T_n$`. Every argument type $T_i$ must obey
scala-2.11.12/spec/06-expressions.md-462-the corresponding bounds $L_i$ and $U_i$. That is, for each $i = 1
##############################################
scala-2.11.12/spec/06-expressions.md-468-is taken to be equivalent to
scala-2.11.12/spec/06-expressions.md:469:`$e$.apply[$T_1 , \ldots ,$ T$_n$]`, i.e. the application of an `apply` method defined by
scala-2.11.12/spec/06-expressions.md-470-$e$.
##############################################
scala-2.11.12/spec/06-expressions.md-482-
scala-2.11.12/spec/06-expressions.md:483:A tuple expression `($e_1 , \ldots , e_n$)` is an alias
scala-2.11.12/spec/06-expressions.md-484-for the class instance creation
scala-2.11.12/spec/06-expressions.md:485:`scala.Tuple$n$($e_1 , \ldots , e_n$)`, where $n \geq 2$.
scala-2.11.12/spec/06-expressions.md-486-The empty tuple
##############################################
scala-2.11.12/spec/06-expressions.md-495-A simple instance creation expression is of the form
scala-2.11.12/spec/06-expressions.md:496:`new $c$`
scala-2.11.12/spec/06-expressions.md-497-where $c$ is a [constructor invocation](05-classes-and-objects.html#constructor-invocations). Let $T$ be
##############################################
scala-2.11.12/spec/06-expressions.md-502-$T$. The concrete self type is normally
scala-2.11.12/spec/06-expressions.md:503:$T$, except if the expression `new $c$` appears as the
scala-2.11.12/spec/06-expressions.md-504-right hand side of a value definition
##############################################
scala-2.11.12/spec/06-expressions.md-509-
scala-2.11.12/spec/06-expressions.md:510:(where the type annotation `: $S$` may be missing).
scala-2.11.12/spec/06-expressions.md-511-In the latter case, the concrete self type of the expression is the
scala-2.11.12/spec/06-expressions.md:512:compound type `$T$ with $x$.type`.
scala-2.11.12/spec/06-expressions.md-513-
##############################################
scala-2.11.12/spec/06-expressions.md-518-A general instance creation expression is of the form
scala-2.11.12/spec/06-expressions.md:519:`new $t$` for some [class template](05-classes-and-objects.html#templates) $t$.
scala-2.11.12/spec/06-expressions.md-520-Such an expression is equivalent to the block
##############################################
scala-2.11.12/spec/06-expressions.md-529-There is also a shorthand form for creating values of structural
scala-2.11.12/spec/06-expressions.md:530:types: If `{$D$}` is a class body, then
scala-2.11.12/spec/06-expressions.md:531:`new {$D$}` is equivalent to the general instance creation expression
scala-2.11.12/spec/06-expressions.md:532:`new AnyRef{$D$}`.
scala-2.11.12/spec/06-expressions.md-533-
##############################################
scala-2.11.12/spec/06-expressions.md-552-
scala-2.11.12/spec/06-expressions.md:553:where `anon\$X` is some freshly created name.
scala-2.11.12/spec/06-expressions.md-554-
##############################################
scala-2.11.12/spec/06-expressions.md-562-
scala-2.11.12/spec/06-expressions.md:563:A block expression `{$s_1$; $\ldots$; $s_n$; $e\,$}` is
scala-2.11.12/spec/06-expressions.md-564-constructed from a sequence of block statements $s_1 , \ldots , s_n$
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scala-2.11.12/spec/06-expressions.md-573-
scala-2.11.12/spec/06-expressions.md:574:The type of a block `$s_1$; $\ldots$; $s_n$; $e$` is
scala-2.11.12/spec/06-expressions.md:575:`$T$ forSome {$\,Q\,$}`, where $T$ is the type of $e$ and $Q$
scala-2.11.12/spec/06-expressions.md-576-contains [existential clauses](03-types.html#existential-types)
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scala-2.11.12/spec/06-expressions.md-581-
scala-2.11.12/spec/06-expressions.md:582:- A locally defined type definition `type$\;t = T$`
scala-2.11.12/spec/06-expressions.md:583: is bound by the existential clause `type$\;t >: T <: T$`.
scala-2.11.12/spec/06-expressions.md-584- It is an error if $t$ carries type parameters.
scala-2.11.12/spec/06-expressions.md:585:- A locally defined value definition `val$\;x: T = e$` is
scala-2.11.12/spec/06-expressions.md:586: bound by the existential clause `val$\;x: T$`.
scala-2.11.12/spec/06-expressions.md:587:- A locally defined class definition `class$\;c$ extends$\;t$`
scala-2.11.12/spec/06-expressions.md:588: is bound by the existential clause `type$\;c <: T$` where
scala-2.11.12/spec/06-expressions.md-589- $T$ is the least class type or refinement type which is a proper
scala-2.11.12/spec/06-expressions.md-590- supertype of the type $c$. It is an error if $c$ carries type parameters.
scala-2.11.12/spec/06-expressions.md:591:- A locally defined object definition `object$\;x\;$extends$\;t$`
scala-2.11.12/spec/06-expressions.md:592: is bound by the existential clause `val$\;x: T$` where
scala-2.11.12/spec/06-expressions.md-593- $T$ is the least class type or refinement type which is a proper supertype of the type
scala-2.11.12/spec/06-expressions.md:594: `$x$.type`.
scala-2.11.12/spec/06-expressions.md-595-
##############################################
scala-2.11.12/spec/06-expressions.md-634-equivalent to the postfix method application
scala-2.11.12/spec/06-expressions.md:635:`e.unary_$\mathit{op}$`.
scala-2.11.12/spec/06-expressions.md-636-
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scala-2.11.12/spec/06-expressions.md-712-right-associative, the same operation is interpreted as
scala-2.11.12/spec/06-expressions.md:713:`{ val $x$=$e_1$; $e_2$.$\mathit{op}$($x\,$) }`, where $x$ is a fresh
scala-2.11.12/spec/06-expressions.md-714-name.
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scala-2.11.12/spec/06-expressions.md-729-Let's consider an assignment operator such as `+=` in an infix
scala-2.11.12/spec/06-expressions.md:730:operation `$l$ += $r$`, where $l$, $r$ are expressions.
scala-2.11.12/spec/06-expressions.md-731-This operation can be re-interpreted as an operation which corresponds
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scala-2.11.12/spec/06-expressions.md-745- to a value with a member named `+=`.
scala-2.11.12/spec/06-expressions.md:746:1. The assignment `$l$ = $l$ + $r$` is type-correct.
scala-2.11.12/spec/06-expressions.md-747- In particular this implies that $l$ refers to a variable or object
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scala-2.11.12/spec/06-expressions.md-775-
scala-2.11.12/spec/06-expressions.md:776:An annotated expression `$e$: @$a_1$ $\ldots$ @$a_n$`
scala-2.11.12/spec/06-expressions.md-777-attaches [annotations](11-annotations.html#user-defined-annotations) $a_1 , \ldots , a_n$ to the
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scala-2.11.12/spec/06-expressions.md-786-
scala-2.11.12/spec/06-expressions.md:787:The interpretation of an assignment to a simple variable `$x$ = $e$`
scala-2.11.12/spec/06-expressions.md-788-depends on the definition of $x$. If $x$ denotes a mutable
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scala-2.11.12/spec/06-expressions.md-792-function defined in some template, and the same template contains a
scala-2.11.12/spec/06-expressions.md:793:setter function `$x$_=` as member, then the assignment
scala-2.11.12/spec/06-expressions.md:794:`$x$ = $e$` is interpreted as the invocation
scala-2.11.12/spec/06-expressions.md:795:`$x$_=($e\,$)` of that setter function. Analogously, an
scala-2.11.12/spec/06-expressions.md:796:assignment `$f.x$ = $e$` to a parameterless function $x$
scala-2.11.12/spec/06-expressions.md:797:is interpreted as the invocation `$f.x$_=($e\,$)`.
scala-2.11.12/spec/06-expressions.md-798-
scala-2.11.12/spec/06-expressions.md:799:An assignment `$f$($\mathit{args}\,$) = $e$` with a function application to the
scala-2.11.12/spec/06-expressions.md-800-left of the ‘`=`’ operator is interpreted as
scala-2.11.12/spec/06-expressions.md:801:`$f.$update($\mathit{args}$, $e\,$)`, i.e.
scala-2.11.12/spec/06-expressions.md-802-the invocation of an `update` function defined by $f$.
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scala-2.11.12/spec/06-expressions.md-870-
scala-2.11.12/spec/06-expressions.md:871:The conditional expression `if ($e_1$) $e_2$ else $e_3$` chooses
scala-2.11.12/spec/06-expressions.md-872-one of the values of $e_2$ and $e_3$, depending on the
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scala-2.11.12/spec/06-expressions.md-887-A short form of the conditional expression eliminates the
scala-2.11.12/spec/06-expressions.md:888:else-part. The conditional expression `if ($e_1$) $e_2$` is
scala-2.11.12/spec/06-expressions.md:889:evaluated as if it was `if ($e_1$) $e_2$ else ()`.
scala-2.11.12/spec/06-expressions.md-890-
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scala-2.11.12/spec/06-expressions.md-896-
scala-2.11.12/spec/06-expressions.md:897:The while loop expression `while ($e_1$) $e_2$` is typed and
scala-2.11.12/spec/06-expressions.md:898:evaluated as if it was an application of `whileLoop ($e_1$) ($e_2$)` where
scala-2.11.12/spec/06-expressions.md-899-the hypothetical function `whileLoop` is defined as follows.
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scala-2.11.12/spec/06-expressions.md-911-
scala-2.11.12/spec/06-expressions.md:912:The do loop expression `do $e_1$ while ($e_2$)` is typed and
scala-2.11.12/spec/06-expressions.md:913:evaluated as if it was the expression `($e_1$ ; while ($e_2$) $e_1$)`.
scala-2.11.12/spec/06-expressions.md-914-A semicolon preceding the `while` symbol of a do loop expression is ignored.
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scala-2.11.12/spec/06-expressions.md-925-
scala-2.11.12/spec/06-expressions.md:926:A for loop `for ($\mathit{enums}\,$) $e$` executes expression $e$
scala-2.11.12/spec/06-expressions.md-927-for each binding generated by the enumerators $\mathit{enums}$. A for
scala-2.11.12/spec/06-expressions.md:928:comprehension `for ($\mathit{enums}\,$) yield $e$` evaluates
scala-2.11.12/spec/06-expressions.md-929-expression $e$ for each binding generated by the enumerators $\mathit{enums}$
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scala-2.11.12/spec/06-expressions.md-931-generator; this can be followed by further generators, value
scala-2.11.12/spec/06-expressions.md:932:definitions, or guards. A _generator_ `$p$ <- $e$`
scala-2.11.12/spec/06-expressions.md-933-produces bindings from an expression $e$ which is matched in some way
scala-2.11.12/spec/06-expressions.md:934:against pattern $p$. A _value definition_ `$p$ = $e$`
scala-2.11.12/spec/06-expressions.md-935-binds the value name $p$ (or several names in a pattern $p$) to
scala-2.11.12/spec/06-expressions.md-936-the result of evaluating the expression $e$. A _guard_
scala-2.11.12/spec/06-expressions.md:937:`if $e$` contains a boolean expression which restricts
scala-2.11.12/spec/06-expressions.md-938-enumerated bindings. The precise meaning of generators and guards is
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scala-2.11.12/spec/06-expressions.md-943-The translation scheme is as follows. In a first step, every
scala-2.11.12/spec/06-expressions.md:944:generator `$p$ <- $e$`, where $p$ is not [irrefutable](08-pattern-matching.html#patterns)
scala-2.11.12/spec/06-expressions.md-945-for the type of $e$ is replaced by
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scala-2.11.12/spec/06-expressions.md-954- - A for comprehension
scala-2.11.12/spec/06-expressions.md:955: `for ($p$ <- $e\,$) yield $e'$`
scala-2.11.12/spec/06-expressions.md-956- is translated to
scala-2.11.12/spec/06-expressions.md:957: `$e$.map { case $p$ => $e'$ }`.
scala-2.11.12/spec/06-expressions.md-958- - A for loop
scala-2.11.12/spec/06-expressions.md:959: `for ($p$ <- $e\,$) $e'$`
scala-2.11.12/spec/06-expressions.md-960- is translated to
scala-2.11.12/spec/06-expressions.md:961: `$e$.foreach { case $p$ => $e'$ }`.
scala-2.11.12/spec/06-expressions.md-962- - A for comprehension
##############################################
scala-2.11.12/spec/06-expressions.md-967-
scala-2.11.12/spec/06-expressions.md:968: where `$\ldots$` is a (possibly empty)
scala-2.11.12/spec/06-expressions.md-969- sequence of generators, definitions, or guards,
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scala-2.11.12/spec/06-expressions.md-981-
scala-2.11.12/spec/06-expressions.md:982: where `$\ldots$` is a (possibly empty)
scala-2.11.12/spec/06-expressions.md-983- sequence of generators, definitions, or guards,
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scala-2.11.12/spec/06-expressions.md-989-
scala-2.11.12/spec/06-expressions.md:990: - A generator `$p$ <- $e$` followed by a guard
scala-2.11.12/spec/06-expressions.md:991: `if $g$` is translated to a single generator
scala-2.11.12/spec/06-expressions.md:992: `$p$ <- $e$.withFilter(($x_1 , \ldots , x_n$) => $g\,$)` where
scala-2.11.12/spec/06-expressions.md-993- $x_1 , \ldots , x_n$ are the free variables of $p$.
scala-2.11.12/spec/06-expressions.md-994-
scala-2.11.12/spec/06-expressions.md:995: - A generator `$p$ <- $e$` followed by a value definition
scala-2.11.12/spec/06-expressions.md:996: `$p'$ = $e'$` is translated to the following generator of pairs of values, where
scala-2.11.12/spec/06-expressions.md-997- $x$ and $x'$ are fresh names:
##############################################
scala-2.11.12/spec/06-expressions.md-1069-
scala-2.11.12/spec/06-expressions.md:1070:A return expression `return $e$` must occur inside the body of some
scala-2.11.12/spec/06-expressions.md-1071-enclosing named method or function. The innermost enclosing named
##############################################
scala-2.11.12/spec/06-expressions.md-1106-
scala-2.11.12/spec/06-expressions.md:1107:A throw expression `throw $e$` evaluates the expression
scala-2.11.12/spec/06-expressions.md-1108-$e$. The type of this expression must conform to
##############################################
scala-2.11.12/spec/06-expressions.md-1124-
scala-2.11.12/spec/06-expressions.md:1125:A try expression is of the form `try { $b$ } catch $h$`
scala-2.11.12/spec/06-expressions.md-1126-where the handler $h$ is a
##############################################
scala-2.11.12/spec/06-expressions.md-1144-is expected conform to type
scala-2.11.12/spec/06-expressions.md:1145:`scala.PartialFunction[scala.Throwable, $\mathit{pt}\,$]`. The
scala-2.11.12/spec/06-expressions.md-1146-type of the try expression is the [weak least upper bound](03-types.html#weak-conformance)
##############################################
scala-2.11.12/spec/06-expressions.md-1149-
scala-2.11.12/spec/06-expressions.md:1150:A try expression `try { $b$ } finally $e$` evaluates the block
scala-2.11.12/spec/06-expressions.md-1151-$b$. If evaluation of $b$ does not cause an exception to be
##############################################
scala-2.11.12/spec/06-expressions.md-1167-
scala-2.11.12/spec/06-expressions.md:1168:A try expression `try { $b$ } catch $e_1$ finally $e_2$`
scala-2.11.12/spec/06-expressions.md-1169-is a shorthand
scala-2.11.12/spec/06-expressions.md:1170:for `try { try { $b$ } catch $e_1$ } finally $e_2$`.
scala-2.11.12/spec/06-expressions.md-1171-
##############################################
scala-2.11.12/spec/06-expressions.md-1180-
scala-2.11.12/spec/06-expressions.md:1181:The anonymous function `($x_1$: $T_1 , \ldots , x_n$: $T_n$) => e`
scala-2.11.12/spec/06-expressions.md-1182-maps parameters $x_i$ of types $T_i$ to a result given
##############################################
scala-2.11.12/spec/06-expressions.md-1186-If the expected type of the anonymous function is of the form
scala-2.11.12/spec/06-expressions.md:1187:`scala.Function$n$[$S_1 , \ldots , S_n$, $R\,$]`, the
scala-2.11.12/spec/06-expressions.md-1188-expected type of $e$ is $R$ and the type $T_i$ of any of the
scala-2.11.12/spec/06-expressions.md-1189-parameters $x_i$ can be omitted, in which
scala-2.11.12/spec/06-expressions.md:1190:case`$T_i$ = $S_i$` is assumed.
scala-2.11.12/spec/06-expressions.md-1191-If the expected type of the anonymous function is
##############################################
scala-2.11.12/spec/06-expressions.md-1194-function
scala-2.11.12/spec/06-expressions.md:1195:is`scala.Function$n$[$S_1 , \ldots , S_n$, $T\,$]`,
scala-2.11.12/spec/06-expressions.md-1196-where $T$ is the [packed type](#expression-typing)
##############################################
scala-2.11.12/spec/06-expressions.md-1208-In the case of a single untyped formal parameter,
scala-2.11.12/spec/06-expressions.md:1209:`($x\,$) => $e$`
scala-2.11.12/spec/06-expressions.md:1210:can be abbreviated to `$x$ => $e$`. If an
scala-2.11.12/spec/06-expressions.md:1211:anonymous function `($x$: $T\,$) => $e$` with a single
scala-2.11.12/spec/06-expressions.md-1212-typed parameter appears as the result expression of a block, it can be
scala-2.11.12/spec/06-expressions.md:1213:abbreviated to `$x$: $T$ => e`.
scala-2.11.12/spec/06-expressions.md-1214-
##############################################
scala-2.11.12/spec/06-expressions.md-1255-Define an _underscore section_ to be an expression of the form
scala-2.11.12/spec/06-expressions.md:1256:`_:$T$` where $T$ is a type, or else of the form `_`,
scala-2.11.12/spec/06-expressions.md-1257-provided the underscore does not appear as the expression part of a
scala-2.11.12/spec/06-expressions.md:1258:type ascription `_:$T$`.
scala-2.11.12/spec/06-expressions.md-1259-
##############################################
scala-2.11.12/spec/06-expressions.md-1265-If an expression $e$ binds underscore sections $u_1 , \ldots , u_n$, in this order, it is equivalent to
scala-2.11.12/spec/06-expressions.md:1266:the anonymous function `($u'_1$, ... $u'_n$) => $e'$`
scala-2.11.12/spec/06-expressions.md-1267-where each $u_i'$ results from $u_i$ by replacing the underscore with a fresh identifier and
##############################################
scala-2.11.12/spec/06-expressions.md-1293-- A literal array, of the form
scala-2.11.12/spec/06-expressions.md:1294: `Array$(c_1 , \ldots , c_n)$`,
scala-2.11.12/spec/06-expressions.md-1295- where all of the $c_i$'s are themselves constant expressions
##############################################
scala-2.11.12/spec/06-expressions.md-1362-by determining with [local type inference](#local-type-inference)
scala-2.11.12/spec/06-expressions.md:1363:instance types `$T_1 , \ldots , T_n$`
scala-2.11.12/spec/06-expressions.md:1364:for the type variables `$a_1 , \ldots , a_n$` and
scala-2.11.12/spec/06-expressions.md-1365-implicitly embedding $e$ in the [type application](#type-applications)
scala-2.11.12/spec/06-expressions.md:1366:`$e$[$T_1 , \ldots , T_n$]`.
scala-2.11.12/spec/06-expressions.md-1367-
##############################################
scala-2.11.12/spec/06-expressions.md-1382-$e$ is converted to the expected type by embedding it in the
scala-2.11.12/spec/06-expressions.md:1383:term `{ $e$; () }`.
scala-2.11.12/spec/06-expressions.md-1384-
##############################################
scala-2.11.12/spec/06-expressions.md-1401-###### Evaluation
scala-2.11.12/spec/06-expressions.md:1402:A parameterless method $m$ of type `=> $T$` is always converted to
scala-2.11.12/spec/06-expressions.md-1403-type $T$ by evaluating the expression to which $m$ is bound.
##############################################
scala-2.11.12/spec/06-expressions.md-1426-Assume first that $e$ appears as a function in an application, as in
scala-2.11.12/spec/06-expressions.md:1427:`$e$($e_1 , \ldots , e_m$)`.
scala-2.11.12/spec/06-expressions.md-1428-
##############################################
scala-2.11.12/spec/06-expressions.md-1434-
scala-2.11.12/spec/06-expressions.md:1435:- For a function expression `($p_1$: $T_1 , \ldots , p_n$: $T_n$) => $b$`:
scala-2.11.12/spec/06-expressions.md:1436: `(Any $, \ldots ,$ Any) => $\mathit{shape}(b)$`, where `Any` occurs $n$ times
scala-2.11.12/spec/06-expressions.md-1437- in the argument type.
scala-2.11.12/spec/06-expressions.md:1438:- For a named argument `$n$ = $e$`: $\mathit{shape}(e)$.
scala-2.11.12/spec/06-expressions.md-1439-- For all other expressions: `Nothing`.
##############################################
scala-2.11.12/spec/06-expressions.md-1471-
scala-2.11.12/spec/06-expressions.md:1472:- A parameterized method $m$ of type `($p_1:T_1, \ldots , p_n:T_n$)$U$` is _as specific as_ some other
scala-2.11.12/spec/06-expressions.md-1473- member $m'$ of type $S$ if $m'$ is applicable to arguments
scala-2.11.12/spec/06-expressions.md:1474: `($p_1 , \ldots , p_n\,$)` of
scala-2.11.12/spec/06-expressions.md-1475- types $T_1 , \ldots , T_n$.
scala-2.11.12/spec/06-expressions.md-1476-- A polymorphic method of type
scala-2.11.12/spec/06-expressions.md:1477: `[$a_1$ >: $L_1$ <: $U_1 , \ldots , a_n$ >: $L_n$ <: $U_n$]$T$` is
scala-2.11.12/spec/06-expressions.md-1478- as specific as some other member of type $S$ if $T$ is as
##############################################
scala-2.11.12/spec/06-expressions.md-1487- Here, the existential dual of a polymorphic type
scala-2.11.12/spec/06-expressions.md:1488: `[$a_1$ >: $L_1$ <: $U_1 , \ldots , a_n$ >: $L_n$ <: $U_n$]$T$` is
scala-2.11.12/spec/06-expressions.md:1489: `$T$ forSome { type $a_1$ >: $L_1$ <: $U_1$ $, \ldots ,$ type $a_n$ >: $L_n$ <: $U_n$}`.
scala-2.11.12/spec/06-expressions.md-1490- The existential dual of every other type is the type itself.
##############################################
scala-2.11.12/spec/06-expressions.md-1513-Assume next that $e$ appears as a function in a type application, as
scala-2.11.12/spec/06-expressions.md:1514:in `$e$[$\mathit{targs}\,$]`. Then all alternatives in
scala-2.11.12/spec/06-expressions.md-1515-$\mathscr{A}$ which take the same number of type parameters as there are type
##############################################
scala-2.11.12/spec/06-expressions.md-1517-If there are several such alternatives, overloading resolution is
scala-2.11.12/spec/06-expressions.md:1518:applied again to the whole expression `$e$[$\mathit{targs}\,$]`.
scala-2.11.12/spec/06-expressions.md-1519-
##############################################
scala-2.11.12/spec/06-expressions.md-1559-Local type inference converts this expression to a type
scala-2.11.12/spec/06-expressions.md:1560:application `$e$[$T_1 , \ldots , T_n$]`. The choice of the
scala-2.11.12/spec/06-expressions.md-1561-type arguments $T_1 , \ldots , T_n$ depends on the context in which
##############################################
scala-2.11.12/spec/06-expressions.md-1713-the second strategy is tried; `xs` is now typed with expected type
scala-2.11.12/spec/06-expressions.md:1714:`List[$\mathit{undefined}$]`. This succeeds and yields the argument type
scala-2.11.12/spec/06-expressions.md-1715-`List[Int]`.
##############################################
scala-2.11.12/spec/03-types.md-83-- $C.$`this`, where $C$ references a class.
scala-2.11.12/spec/03-types.md:84: The path `this` is taken as a shorthand for $C.$`this` where
scala-2.11.12/spec/03-types.md-85- $C$ is the name of the class directly enclosing the reference.
##############################################
scala-2.11.12/spec/03-types.md-88- by value definitions of [non-volatile types](#volatile-types).
scala-2.11.12/spec/03-types.md:89:- $C.$`super`$.x$ or $C.$`super`$[M].x$
scala-2.11.12/spec/03-types.md-90- where $C$ references a class and $x$ references a
scala-2.11.12/spec/03-types.md-91- stable member of the super class or designated parent class $M$ of $C$.
scala-2.11.12/spec/03-types.md:92: The prefix `super` is taken as a shorthand for $C.$`super` where
scala-2.11.12/spec/03-types.md-93- $C$ is the name of the class directly enclosing the reference.
##############################################
scala-2.11.12/spec/03-types.md-230-A tuple type $(T_1 , \ldots , T_n)$ is an alias for the
scala-2.11.12/spec/03-types.md:231:class `scala.Tuple$n$[$T_1$, … , $T_n$]`, where $n \geq 2$.
scala-2.11.12/spec/03-types.md-232-
##############################################
scala-2.11.12/spec/03-types.md-301-If no refinement is given, the empty refinement is implicitly added,
scala-2.11.12/spec/03-types.md:302:i.e. $T_1$ `with` … `with` $T_n$ is a shorthand for $T_1$ `with` … `with` $T_n \\{\\}$.
scala-2.11.12/spec/03-types.md-303-
##############################################
scala-2.11.12/spec/03-types.md-348-$T_2$. The type is equivalent to the type application
scala-2.11.12/spec/03-types.md:349:`op`$[T_1, T_2]$. The infix operator `op` may be an
scala-2.11.12/spec/03-types.md-350-arbitrary identifier.
##############################################
scala-2.11.12/spec/03-types.md-388-$(T_1 , \ldots , T_n) \Rightarrow U$ is a shorthand for the class type
scala-2.11.12/spec/03-types.md:389:`Function$_n$[T1 , … , $T_n$, U]`. Such class
scala-2.11.12/spec/03-types.md-390-types are defined in the Scala library for $n$ between 0 and 9 as follows.
##############################################
scala-2.11.12/spec/03-types.md-412-
scala-2.11.12/spec/03-types.md:413:An existential type has the form `$T$ forSome { $Q$ }`
scala-2.11.12/spec/03-types.md-414-where $Q$ is a sequence of
##############################################
scala-2.11.12/spec/03-types.md-419-be the types declared in $Q$ (any of the
scala-2.11.12/spec/03-types.md:420:type parameter sections `[ $\mathit{tps}_i$ ]` might be missing).
scala-2.11.12/spec/03-types.md-421-The scope of each type $t_i$ includes the type $T$ and the existential clause
##############################################
scala-2.11.12/spec/03-types.md-423-The type variables $t_i$ are said to be _bound_ in the type
scala-2.11.12/spec/03-types.md:424:`$T$ forSome { $Q$ }`.
scala-2.11.12/spec/03-types.md-425-Type variables which occur in a type $T$ but which are not bound in $T$ are said
##############################################
scala-2.11.12/spec/03-types.md-427-
scala-2.11.12/spec/03-types.md:428:A _type instance_ of `$T$ forSome { $Q$ }`
scala-2.11.12/spec/03-types.md-429-is a type $\sigma T$ where $\sigma$ is a substitution over $t_1 , \ldots , t_n$
scala-2.11.12/spec/03-types.md-430-such that, for each $i$, $\sigma L_i <: \sigma t_i <: \sigma U_i$.
scala-2.11.12/spec/03-types.md:431:The set of values denoted by the existential type `$T$ forSome {$\,Q\,$}`
scala-2.11.12/spec/03-types.md-432-is the union of the set of values of all its type instances.
scala-2.11.12/spec/03-types.md-433-
scala-2.11.12/spec/03-types.md:434:A _skolemization_ of `$T$ forSome { $Q$ }` is
scala-2.11.12/spec/03-types.md-435-a type instance $\sigma T$, where $\sigma$ is the substitution
##############################################
scala-2.11.12/spec/03-types.md-443-1. Multiple for-clauses in an existential type can be merged. E.g.,
scala-2.11.12/spec/03-types.md:444:`$T$ forSome { $Q$ } forSome { $Q'$ }`
scala-2.11.12/spec/03-types.md-445-is equivalent to
scala-2.11.12/spec/03-types.md:446:`$T$ forSome { $Q$ ; $Q'$}`.
scala-2.11.12/spec/03-types.md-447-1. Unused quantifications can be dropped. E.g.,
scala-2.11.12/spec/03-types.md:448:`$T$ forSome { $Q$ ; $Q'$}`
scala-2.11.12/spec/03-types.md-449-where none of the types defined in $Q'$ are referred to by $T$ or $Q$,
scala-2.11.12/spec/03-types.md-450-is equivalent to
scala-2.11.12/spec/03-types.md:451:`$T$ forSome {$ Q $}`.
scala-2.11.12/spec/03-types.md-452-1. An empty quantification can be dropped. E.g.,
scala-2.11.12/spec/03-types.md:453:`$T$ forSome { }` is equivalent to $T$.
scala-2.11.12/spec/03-types.md:454:1. An existential type `$T$ forSome { $Q$ }` where $Q$ contains
scala-2.11.12/spec/03-types.md:455:a clause `type $t[\mathit{tps}] >: L <: U$` is equivalent
scala-2.11.12/spec/03-types.md:456:to the type `$T'$ forSome { $Q$ }` where $T'$ results from $T$ by replacing
scala-2.11.12/spec/03-types.md-457-every [covariant occurrence](04-basic-declarations-and-definitions.html#variance-annotations) of $t$ in $T$ by $U$ and by
##############################################
scala-2.11.12/spec/03-types.md-463-in an existential type may also contain
scala-2.11.12/spec/03-types.md:464:value declarations `val $x$: $T$`.
scala-2.11.12/spec/03-types.md:465:An existential type `$T$ forSome { $Q$; val $x$: $S\,$;$\,Q'$ }`
scala-2.11.12/spec/03-types.md-466-is treated as a shorthand for the type
scala-2.11.12/spec/03-types.md:467:`$T'$ forSome { $Q$; type $t$ <: $S$ with Singleton; $Q'$ }`, where $t$ is a
scala-2.11.12/spec/03-types.md-468-fresh type name and $T'$ results from $T$ by replacing every occurrence of
scala-2.11.12/spec/03-types.md:469:`$x$.type` with $t$.
scala-2.11.12/spec/03-types.md-470-
##############################################
scala-2.11.12/spec/03-types.md-477-Scala supports a placeholder syntax for existential types.
scala-2.11.12/spec/03-types.md:478:A _wildcard type_ is of the form `_$\;$>:$\,L\,$<:$\,U$`. Both bound
scala-2.11.12/spec/03-types.md:479:clauses may be omitted. If a lower bound clause `>:$\,L$` is missing,
scala-2.11.12/spec/03-types.md:480:`>:$\,$scala.Nothing`
scala-2.11.12/spec/03-types.md:481:is assumed. If an upper bound clause `<:$\,U$` is missing,
scala-2.11.12/spec/03-types.md:482:`<:$\,$scala.Any` is assumed. A wildcard type is a shorthand for an
scala-2.11.12/spec/03-types.md-483-existentially quantified type variable, where the existential quantification is
##############################################
scala-2.11.12/spec/03-types.md-488-$\mathit{targs}, \mathit{targs}'$ may be empty and
scala-2.11.12/spec/03-types.md:489:$T$ is a wildcard type `_$\;$>:$\,L\,$<:$\,U$`. Then $T$ is equivalent to the
scala-2.11.12/spec/03-types.md-490-existential
##############################################
scala-2.11.12/spec/03-types.md-605-
scala-2.11.12/spec/03-types.md:606:A polymorphic method type is denoted internally as `[$\mathit{tps}\,$]$T$` where
scala-2.11.12/spec/03-types.md:607:`[$\mathit{tps}\,$]` is a type parameter section
scala-2.11.12/spec/03-types.md:608:`[$a_1$ >: $L_1$ <: $U_1 , \ldots , a_n$ >: $L_n$ <: $U_n$]`
scala-2.11.12/spec/03-types.md-609-for some $n \geq 0$ and $T$ is a
scala-2.11.12/spec/03-types.md-610-(value or method) type. This type represents named methods that
scala-2.11.12/spec/03-types.md:611:take type arguments `$S_1 , \ldots , S_n$` which
scala-2.11.12/spec/03-types.md-612-[conform](#parameterized-types) to the lower bounds
scala-2.11.12/spec/03-types.md:613:`$L_1 , \ldots , L_n$` and the upper bounds
scala-2.11.12/spec/03-types.md:614:`$U_1 , \ldots , U_n$` and that yield results of type $T$.
scala-2.11.12/spec/03-types.md-615-
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scala-2.11.12/spec/03-types.md-634-A type constructor is represented internally much like a polymorphic method type.
scala-2.11.12/spec/03-types.md:635:`[$\pm$ $a_1$ >: $L_1$ <: $U_1 , \ldots , \pm a_n$ >: $L_n$ <: $U_n$] $T$`
scala-2.11.12/spec/03-types.md-636-represents a type that is expected by a
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scala-2.11.12/spec/03-types.md-684-```
scala-2.11.12/spec/03-types.md:685:define a function `f} which has type `(x: T)T $\overload$ Int`.
scala-2.11.12/spec/03-types.md-686--->
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scala-2.11.12/spec/03-types.md-702- $C$ itself, as well as the base types of the compound type
scala-2.11.12/spec/03-types.md:703: `$T_1$ with … with $T_n$ { $R$ }`.
scala-2.11.12/spec/03-types.md-704- - The base types of an aliased type are the base types of its alias.
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scala-2.11.12/spec/03-types.md-706- - The base types of a parameterized type
scala-2.11.12/spec/03-types.md:707: `$C$[$T_1 , \ldots , T_n$]` are the base types
scala-2.11.12/spec/03-types.md-708- of type $C$, where every occurrence of a type parameter $a_i$
scala-2.11.12/spec/03-types.md-709- of $C$ has been replaced by the corresponding parameter type $T_i$.
scala-2.11.12/spec/03-types.md:710: - The base types of a singleton type `$p$.type` are the base types of
scala-2.11.12/spec/03-types.md-711- the type of $p$.
scala-2.11.12/spec/03-types.md-712- - The base types of a compound type
scala-2.11.12/spec/03-types.md:713: `$T_1$ with $\ldots$ with $T_n$ { $R$ }`
scala-2.11.12/spec/03-types.md-714- are the _reduced union_ of the base
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scala-2.11.12/spec/03-types.md-718- If $\mathscr{S}$ contains several type instances of the same class, say
scala-2.11.12/spec/03-types.md:719: `$S^i$#$C$[$T^i_1 , \ldots , T^i_n$]` $(i \in I)$, then
scala-2.11.12/spec/03-types.md-720- all those instances
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scala-2.11.12/spec/03-types.md-725- different classes.
scala-2.11.12/spec/03-types.md:726: - The base types of a type selection `$S$#$T$` are
scala-2.11.12/spec/03-types.md-727- determined as follows. If $T$ is an alias or abstract type, the
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scala-2.11.12/spec/03-types.md-729- parameterized) class type, which is defined in some class $B$. Then
scala-2.11.12/spec/03-types.md:730: the base types of `$S$#$T$` are the base types of $T$
scala-2.11.12/spec/03-types.md-731- in $B$ seen from the prefix type $S$.
scala-2.11.12/spec/03-types.md:732: - The base types of an existential type `$T$ forSome { $Q$ }` are
scala-2.11.12/spec/03-types.md:733: all types `$S$ forSome { $Q$ }` where $S$ is a base type of $T$.
scala-2.11.12/spec/03-types.md-734-
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scala-2.11.12/spec/03-types.md-737- has a type instance of class $C$ as a base type, say
scala-2.11.12/spec/03-types.md:738: `$S'$#$C$[$T_1 , \ldots , T_n$]`. Then we define as follows.
scala-2.11.12/spec/03-types.md:739: - If `$S$ = $\epsilon$.type`, then $T$ in $C$ seen from $S$ is
scala-2.11.12/spec/03-types.md-740- $T$ itself.
scala-2.11.12/spec/03-types.md:741: - Otherwise, if $S$ is an existential type `$S'$ forSome { $Q$ }`, and
scala-2.11.12/spec/03-types.md-742- $T$ in $C$ seen from $S'$ is $T'$,
scala-2.11.12/spec/03-types.md:743: then $T$ in $C$ seen from $S$ is `$T'$ forSome {$\,Q\,$}`.
scala-2.11.12/spec/03-types.md-744- - Otherwise, if $T$ is the $i$'th type parameter of some class $D$, then
scala-2.11.12/spec/03-types.md:745: - If $S$ has a base type `$D$[$U_1 , \ldots , U_n$]`, for some type
scala-2.11.12/spec/03-types.md:746: parameters `[$U_1 , \ldots , U_n$]`, then $T$ in $C$ seen from $S$
scala-2.11.12/spec/03-types.md-747- is $U_i$.
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scala-2.11.12/spec/03-types.md-751- $T$ in $C$ seen from $S$ is $T$ itself.
scala-2.11.12/spec/03-types.md:752: - Otherwise, if $T$ is the singleton type `$D$.this.type` for some class $D$
scala-2.11.12/spec/03-types.md-753- then
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scala-2.11.12/spec/03-types.md-792-
scala-2.11.12/spec/03-types.md:793:- If $t$ is defined by a type alias `type $t$ = $T$`, then $t$ is
scala-2.11.12/spec/03-types.md-794- equivalent to $T$.
scala-2.11.12/spec/03-types.md:795:- If a path $p$ has a singleton type `$q$.type`, then
scala-2.11.12/spec/03-types.md:796: `$p$.type $\equiv q$.type`.
scala-2.11.12/spec/03-types.md-797-- If $O$ is defined by an object definition, and $p$ is a path
scala-2.11.12/spec/03-types.md-798- consisting only of package or object selectors and ending in $O$, then
scala-2.11.12/spec/03-types.md:799: `$O$.this.type $\equiv p$.type`.
scala-2.11.12/spec/03-types.md-800-- Two [compound types](#compound-types) are equivalent if the sequences
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scala-2.11.12/spec/03-types.md-833-- Conformance includes equivalence. If $T \equiv U$ then $T <: U$.
scala-2.11.12/spec/03-types.md:834:- For every value type $T$, `scala.Nothing <: $T$ <: scala.Any`.
scala-2.11.12/spec/03-types.md-835-- For every type constructor $T$ (with any number of type parameters),
scala-2.11.12/spec/03-types.md:836: `scala.Nothing <: $T$ <: scala.Any`.
scala-2.11.12/spec/03-types.md-837-
scala-2.11.12/spec/03-types.md:838:- For every class type $T$ such that `$T$ <: scala.AnyRef` one has `scala.Null <: $T$`.
scala-2.11.12/spec/03-types.md-839-- A type variable or abstract type $t$ conforms to its upper bound and
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scala-2.11.12/spec/03-types.md-841-- A class type or parameterized type conforms to any of its base-types.
scala-2.11.12/spec/03-types.md:842:- A singleton type `$p$.type` conforms to the type of the path $p$.
scala-2.11.12/spec/03-types.md:843:- A singleton type `$p$.type` conforms to the type `scala.Singleton`.
scala-2.11.12/spec/03-types.md:844:- A type projection `$T$#$t$` conforms to `$U$#$t$` if $T$ conforms to $U$.
scala-2.11.12/spec/03-types.md:845:- A parameterized type `$T$[$T_1$ , … , $T_n$]` conforms to
scala-2.11.12/spec/03-types.md:846: `$T$[$U_1$ , … , $U_n$]` if
scala-2.11.12/spec/03-types.md-847- the following three conditions hold for $i \in \{ 1 , \ldots , n \}$:
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scala-2.11.12/spec/03-types.md-853- nor contravariant, then $U_i \equiv T_i$.
scala-2.11.12/spec/03-types.md:854:- A compound type `$T_1$ with $\ldots$ with $T_n$ {$R\,$}` conforms to
scala-2.11.12/spec/03-types.md-855- each of its component types $T_i$.
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scala-2.11.12/spec/03-types.md-858- binding of $x$ in $T$ which subsumes $d$, then $T$ conforms to the
scala-2.11.12/spec/03-types.md:859: compound type `$U_1$ with $\ldots$ with $U_n$ {$R\,$}`.
scala-2.11.12/spec/03-types.md:860:- The existential type `$T$ forSome {$\,Q\,$}` conforms to
scala-2.11.12/spec/03-types.md-861- $U$ if its [skolemization](#existential-types)
scala-2.11.12/spec/03-types.md-862- conforms to $U$.
scala-2.11.12/spec/03-types.md:863:- The type $T$ conforms to the existential type `$U$ forSome {$\,Q\,$}`
scala-2.11.12/spec/03-types.md-864- if $T$ conforms to one of the [type instances](#existential-types)
scala-2.11.12/spec/03-types.md:865: of `$U$ forSome {$\,Q\,$}`.
scala-2.11.12/spec/03-types.md-866-- If
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scala-2.11.12/spec/03-types.md-905-- A type alias
scala-2.11.12/spec/03-types.md:906: `type $t$[$T_1$ , … , $T_n$] = $T$` subsumes a type alias
scala-2.11.12/spec/03-types.md:907: `type $t$[$T_1$ , … , $T_n$] = $T'$` if $T \equiv T'$.
scala-2.11.12/spec/03-types.md:908:- A type declaration `type $t$[$T_1$ , … , $T_n$] >: $L$ <: $U$` subsumes
scala-2.11.12/spec/03-types.md:909: a type declaration `type $t$[$T_1$ , … , $T_n$] >: $L'$ <: $U'$` if
scala-2.11.12/spec/03-types.md-910- $L' <: L$ and $U <: U'$.
scala-2.11.12/spec/03-types.md-911-- A type or class definition that binds a type name $t$ subsumes an abstract
scala-2.11.12/spec/03-types.md:912: type declaration `type t[$T_1$ , … , $T_n$] >: L <: U` if
scala-2.11.12/spec/03-types.md-913- $L <: t <: U$.
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scala-2.11.12/spec/03-types.md-978-
scala-2.11.12/spec/03-types.md:979:A compound type `$T_1$ with … with $T_n$ {$R\,$}`
scala-2.11.12/spec/03-types.md-980-is volatile if one of the following two conditions hold.
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scala-2.11.12/spec/03-types.md-996-
scala-2.11.12/spec/03-types.md:997:A singleton type `$p$.type` is volatile, if the underlying
scala-2.11.12/spec/03-types.md-998-type of path $p$ is volatile.
scala-2.11.12/spec/03-types.md-999-
scala-2.11.12/spec/03-types.md:1000:An existential type `$T$ forSome {$\,Q\,$}` is volatile if
scala-2.11.12/spec/03-types.md-1001-$T$ is volatile.
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scala-2.11.12/spec/03-types.md-1011-- The erasure of an abstract type is the erasure of its upper bound.
scala-2.11.12/spec/03-types.md:1012:- The erasure of the parameterized type `scala.Array$[T_1]$` is
scala-2.11.12/spec/03-types.md:1013: `scala.Array$[|T_1|]$`.
scala-2.11.12/spec/03-types.md-1014-- The erasure of every other parameterized type $T[T_1 , \ldots , T_n]$ is $|T|$.
scala-2.11.12/spec/03-types.md:1015:- The erasure of a singleton type `$p$.type` is the
scala-2.11.12/spec/03-types.md-1016- erasure of the type of $p$.
scala-2.11.12/spec/03-types.md:1017:- The erasure of a type projection `$T$#$x$` is `|$T$|#$x$`.
scala-2.11.12/spec/03-types.md-1018-- The erasure of a compound type
scala-2.11.12/spec/03-types.md:1019: `$T_1$ with $\ldots$ with $T_n$ {$R\,$}` is the erasure of the intersection
scala-2.11.12/spec/03-types.md-1020- dominator of $T_1 , \ldots , T_n$.
scala-2.11.12/spec/03-types.md:1021:- The erasure of an existential type `$T$ forSome {$\,Q\,$}` is $|T|$.
scala-2.11.12/spec/03-types.md-1022-
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scala-2.11.12/spec/07-implicits.md-47-An implicit parameter list
scala-2.11.12/spec/07-implicits.md:48:`(implicit $p_1$,$\ldots$,$p_n$)` of a method marks the parameters $p_1 , \ldots , p_n$ as
scala-2.11.12/spec/07-implicits.md-49-implicit. A method or constructor can have only one implicit parameter
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scala-2.11.12/spec/07-implicits.md-74-
scala-2.11.12/spec/07-implicits.md:75:- if $T$ is a compound type `$T_1$ with $\ldots$ with $T_n$`,
scala-2.11.12/spec/07-implicits.md-76- the union of the parts of $T_1 , \ldots , T_n$, as well as $T$ itself;
scala-2.11.12/spec/07-implicits.md:77:- if $T$ is a parameterized type `$S$[$T_1 , \ldots , T_n$]`,
scala-2.11.12/spec/07-implicits.md-78- the union of the parts of $S$ and $T_1 , \ldots , T_n$;
scala-2.11.12/spec/07-implicits.md:79:- if $T$ is a singleton type `$p$.type`,
scala-2.11.12/spec/07-implicits.md-80- the parts of the type of $p$;
scala-2.11.12/spec/07-implicits.md:81:- if $T$ is a type projection `$S$#$U$`,
scala-2.11.12/spec/07-implicits.md-82- the parts of $S$ as well as $T$ itself;
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scala-2.11.12/spec/07-implicits.md-202-- For a singleton type, $\mathit{ttcs}(p.type) ~=~ \mathit{ttcs}(T)$, provided $p$ has type $T$;
scala-2.11.12/spec/07-implicits.md:203:- For a compound type, `$\mathit{ttcs}(T_1$ with $\ldots$ with $T_n)$` $~=~ \mathit{ttcs}(T_1) \cup \ldots \cup \mathit{ttcs}(T_n)$.
scala-2.11.12/spec/07-implicits.md-204-
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scala-2.11.12/spec/07-implicits.md-211-- For any other singleton type, $\operatorname{complexity}(p.type) ~=~ 1 + \operatorname{complexity}(T)$, provided $p$ has type $T$;
scala-2.11.12/spec/07-implicits.md:212:- For a compound type, `$\operatorname{complexity}(T_1$ with $\ldots$ with $T_n)$` $= \Sigma\operatorname{complexity}(T_i)$
scala-2.11.12/spec/07-implicits.md-213-
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scala-2.11.12/spec/07-implicits.md-253-defined by an implicit value which has function type
scala-2.11.12/spec/07-implicits.md:254:`$S$=>$T$` or `(=>$S$)=>$T$` or by a method convertible to a value of that
scala-2.11.12/spec/07-implicits.md-255-type.
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scala-2.11.12/spec/07-implicits.md-262- $\mathit{pt}$. The search proceeds as in the case of implicit parameters,
scala-2.11.12/spec/07-implicits.md:263: where the implicit scope is the one of `$T$ => $\mathit{pt}$`. If
scala-2.11.12/spec/07-implicits.md-264- such a view is found, the expression $e$ is converted to
scala-2.11.12/spec/07-implicits.md:265: `$v$($e$)`.
scala-2.11.12/spec/07-implicits.md-266-1. In a selection $e.m$ with $e$ of type $T$, if the selector $m$ does
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scala-2.11.12/spec/07-implicits.md-270- the implicit scope is the one of $T$. If such a view is found, the
scala-2.11.12/spec/07-implicits.md:271: selection $e.m$ is converted to `$v$($e$).$m$`.
scala-2.11.12/spec/07-implicits.md-272-1. In a selection $e.m(\mathit{args})$ with $e$ of type $T$, if the selector
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scala-2.11.12/spec/07-implicits.md-277- the implicit scope is the one of $T$. If such a view is found, the
scala-2.11.12/spec/07-implicits.md:278: selection $e.m$ is converted to `$v$($e$).$m(\mathit{args})$`.
scala-2.11.12/spec/07-implicits.md-279-
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scala-2.11.12/spec/07-implicits.md-325-A type parameter $A$ of a method or non-trait class may have one or more view
scala-2.11.12/spec/07-implicits.md:326:bounds `$A$ <% $T$`. In this case the type parameter may be
scala-2.11.12/spec/07-implicits.md-327-instantiated to any type $S$ which is convertible by application of a
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scala-2.11.12/spec/07-implicits.md-330-A type parameter $A$ of a method or non-trait class may also have one
scala-2.11.12/spec/07-implicits.md:331:or more context bounds `$A$ : $T$`. In this case the type parameter may be
scala-2.11.12/spec/07-implicits.md-332-instantiated to any type $S$ for which _evidence_ exists at the
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scala-2.11.12/spec/07-implicits.md-403-the companion object `scala.reflect.ClassManifest` otherwise. Let $M'$ be the trait
scala-2.11.12/spec/07-implicits.md:404:`Manifest` if $M$ is trait `Manifest`, or be the trait `OptManifest` otherwise.
scala-2.11.12/spec/07-implicits.md-405-Then the following rules apply.
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scala-2.11.12/spec/07-implicits.md-409- a manifest for it is generated by selecting
scala-2.11.12/spec/07-implicits.md:410: the corresponding manifest value `Manifest.$T$`, which exists in the
scala-2.11.12/spec/07-implicits.md-411- `Manifest` module.
scala-2.11.12/spec/07-implicits.md:412:1. If $T$ is an instance of `Array[$S$]`, a manifest is generated
scala-2.11.12/spec/07-implicits.md:413: with the invocation `$\mathit{Mobj}$.arrayType[S](m)`, where $m$ is the manifest
scala-2.11.12/spec/07-implicits.md-414- determined for $M[S]$.
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scala-2.11.12/spec/07-implicits.md-416- type $S$ cannot be statically determined from the class $C$,
scala-2.11.12/spec/07-implicits.md:417: a manifest is generated with the invocation `$\mathit{Mobj}$.classType[T]($m_0$, classOf[T], $ms$)`
scala-2.11.12/spec/07-implicits.md-418- where $m_0$ is the manifest determined for $M'[S]$ and $ms$ are the
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scala-2.11.12/spec/07-implicits.md-421- a manifest is generated
scala-2.11.12/spec/07-implicits.md:422: with the invocation `$\mathit{Mobj}$.classType[T](classOf[T], $ms$)`
scala-2.11.12/spec/07-implicits.md-423- where $ms$ are the
scala-2.11.12/spec/07-implicits.md-424- manifests determined for $M'[U_1] , \ldots , M'[U_n]$.
scala-2.11.12/spec/07-implicits.md:425:1. If $T$ is a singleton type `$p$.type`, a manifest is generated with
scala-2.11.12/spec/07-implicits.md:426: the invocation `$\mathit{Mobj}$.singleType[T]($p$)`
scala-2.11.12/spec/07-implicits.md-427-1. If $T$ is a refined type $T' \{ R \}$, a manifest is generated for $T'$.
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scala-2.11.12/spec/07-implicits.md-429-1. If $T$ is an intersection type
scala-2.11.12/spec/07-implicits.md:430: `$T_1$ with $, \ldots ,$ with $T_n$`
scala-2.11.12/spec/07-implicits.md-431- where $n > 1$, the result depends on whether a full manifest is
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scala-2.11.12/spec/07-implicits.md-434- a manifest is generated with the invocation
scala-2.11.12/spec/07-implicits.md:435: `Manifest.intersectionType[T]($ms$)` where $ms$ are the manifests
scala-2.11.12/spec/07-implicits.md-436- determined for $M[T_1] , \ldots , M[T_n]$.
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scala-2.11.12/spec/15-changelog.md-341-and in addition can be accessed only from within the current object.
scala-2.11.12/spec/15-changelog.md:342:That is, the only legal prefixes for \\(M\\) are `this` or `$C$.this`.
scala-2.11.12/spec/15-changelog.md-343-Analogously, a definition \\(M\\) which is labelled `protected[this]` is
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scala-2.11.12/spec/15-changelog.md-351-
scala-2.11.12/spec/15-changelog.md:352:\\((T_1 , … , T_n)\\) is a shorthand for `Tuple$n$[$T_1 , … , T_n$]`.
scala-2.11.12/spec/15-changelog.md-353-
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scala-2.11.12/spec/15-changelog.md-356-
scala-2.11.12/spec/15-changelog.md:357:\\((x_1 , … , x_n)\\) is a shorthand for `Tuple$n$($x_1 , … , x_n$)`.
scala-2.11.12/spec/15-changelog.md-358-
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scala-2.11.12/spec/15-changelog.md-460-
scala-2.11.12/spec/15-changelog.md:461:\\(\{T_1 , … , T_n \}\\) is a shorthand for `Tuple$n$[$T_1 , … , T_n$]`.
scala-2.11.12/spec/15-changelog.md-462-
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scala-2.11.12/spec/15-changelog.md-464-
scala-2.11.12/spec/15-changelog.md:465:\\(\{x_1 , … , x_n \}\\) is a shorthand for `Tuple$n$($x_1 , … , x_n$)`.
scala-2.11.12/spec/15-changelog.md-466-
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scala-2.11.12/spec/15-changelog.md-619-There is a new syntax for [class literals](06-expressions.html#literals):
scala-2.11.12/spec/15-changelog.md:620:For any class type \\(C\\), `classOf[$C$]` designates the run-time
scala-2.11.12/spec/15-changelog.md-621-representation of \\(C\\).
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scala-2.11.12/spec/01-lexical-syntax.md-37- titlecase letters (`Lt`), other letters (`Lo`), letter numerals (`Nl`) and the
scala-2.11.12/spec/01-lexical-syntax.md:38: two characters `\u0024 ‘$’` and `\u005F ‘_’`, which both count as upper case
scala-2.11.12/spec/01-lexical-syntax.md-39- letters.
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scala-2.11.12/spec/01-lexical-syntax.md-100-
scala-2.11.12/spec/01-lexical-syntax.md:101:The Unicode operators `\u21D2` ‘$\Rightarrow$’ and `\u2190` ‘$\leftarrow$’, which have the ASCII
scala-2.11.12/spec/01-lexical-syntax.md-102-equivalents `=>` and `<-`, are also reserved.
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scala-2.11.12/spec/11-annotations.md-16-Annotations associate meta-information with definitions.
scala-2.11.12/spec/11-annotations.md:17:A simple annotation has the form `@$c$` or `@$c(a_1 , \ldots , a_n)$`.
scala-2.11.12/spec/11-annotations.md-18-Here, $c$ is a constructor of a class $C$, which must conform
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scala-2.11.12/spec/09-top-level-definitions.md-66-
scala-2.11.12/spec/09-top-level-definitions.md:67:A packaging `package $p$ { $\mathit{ds}$ }` injects all
scala-2.11.12/spec/09-top-level-definitions.md-68-definitions in $\mathit{ds}$ as members into the package whose qualified name
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scala-2.11.12/spec/09-top-level-definitions.md-102-
scala-2.11.12/spec/09-top-level-definitions.md:103:A package object `package object $p$ extends $t$` adds the
scala-2.11.12/spec/09-top-level-definitions.md-104-members of template $t$ to the package $p$. There can be only one
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scala-2.11.12/tools/scaladoc-compare-23-
scala-2.11.12/tools/scaladoc-compare:24:FILES=`find $NEW_PATH -name '*.html.raw'`
scala-2.11.12/tools/scaladoc-compare-25-if [ "$FILES" == "" ]
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scala-2.11.12/tools/scaladoc-compare-36- #echo $NEW_FILE" => "$OLD_FILE
scala-2.11.12/tools/scaladoc-compare:37: DIFF=`diff -q -w $NEW_FILE $OLD_FILE 2>&1`
scala-2.11.12/tools/scaladoc-compare-38- if [ "$DIFF" != "" ]
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scala-2.11.12/tools/abspath-5-for relpath in $* ; do
scala-2.11.12/tools/abspath:6: D=`dirname "$relpath"`
scala-2.11.12/tools/abspath:7: B=`basename "$relpath"`
scala-2.11.12/tools/abspath:8: echo "`cd \"$D\" 2>/dev/null && pwd || echo \"$D\"`/$B"
scala-2.11.12/tools/abspath-9-done
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scala-2.11.12/tools/pathResolver-4-WHICH=`which scala`
scala-2.11.12/tools/pathResolver:5:BASE=`dirname $WHICH`
scala-2.11.12/tools/pathResolver-6-LIBDIR=$BASE/../lib
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scala-2.11.12/tools/codegen-anyvals-3-
scala-2.11.12/tools/codegen-anyvals:4:THISDIR=`dirname $0`
scala-2.11.12/tools/codegen-anyvals-5-$THISDIR/codegen --anyvals --out $THISDIR/../src/library/scala
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scala-2.11.12/tools/codegen-3-
scala-2.11.12/tools/codegen:4:THISDIR=`dirname $0`
scala-2.11.12/tools/codegen-5-SCALALIB=$THISDIR/../src/library/scala
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scala-2.11.12/debian/changelog-42- - Depend on libjline2-java (>= 2.13)
scala-2.11.12/debian/changelog:43: - Depend on scala-asm (>= 5.2.0-scala-2)
scala-2.11.12/debian/changelog-44- - Disabled jarlister during the build (not in Debian)
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scala-2.11.12/debian/control-20- scala (>= 2.11.12),
scala-2.11.12/debian/control:21: scala-asm (>= 5.2.0-scala-2),
scala-2.11.12/debian/control-22- scala-parser-combinators,
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-108-
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Contexts.scala:109: // scala-xml needs `scala.xml.TopScope` to be in scope globally as `$scope`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-110- // We detect `scala-xml` by looking for `scala.xml.TopScope` and
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Contexts.scala:111: // inject the equivalent of `import scala.xml.{TopScope => $scope}`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Contexts.scala-112- val contextWithXML =
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2549- // `def applyOrElse[A1 <: $argTp, B1 >: $matchResTp](x: A1, default: A1 => B1): B1 =
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2550: // ${`$selector match { $cases; case default$ => default(x) }`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2551- def applyOrElseMethodDef = {
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2639-
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2640: // `def isDefinedAt(x: $argTp): Boolean = ${`$selector match { $casesTrue; case default$ => false } }`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2641- def isDefinedAtMethod = {
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2655- // only used for @cps annotated partial functions
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2656: // `def apply(x: $argTp): $matchResTp = $selector match { $cases }`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2657- def applyMethod = {
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2721- * If 'T' is not fully defined, it is inferred by type checking
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2722: * `apply$body` without a result type before type checking the block.
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2723- * The method's inferred result type is used instead of `T`. [See test/files/pos/sammy_poly.scala]
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2737- *
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2738: * NOTE: it would be nicer to not have to type check `apply$body` separately when `T` is not fully defined.
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2739- * However T must be fully defined before we type the instantiation, as it'll end up as a parent type,
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2769-
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2770: // `def '${sam.name}\$body'($p1: $T1, ..., $pN: $TN): $resPt = $body`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2771- val samBodyDef =
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2844-
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2845: // `final override def ${sam.name}($p1: $T1', ..., $pN: $TN'): ${samMethTp.finalResultType} = ${sam.name}\$body'($p1, ..., $pN)`
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2846- val samDef =
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2884- if (block exists (_.isErroneous))
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:2885: context.error(fun.pos, s"Could not derive subclass of $samClassTp\n (with SAM `def $sam$samMethTp`)\n based on: $fun.")
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-2886-
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-4824- def tryWithFilterAndFilter(tree: Select, qual: Tree): Tree = {
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:4825: def warn(sym: Symbol) = context.deprecationWarning(tree.pos, sym, s"`withFilter' method does not yet exist on ${qual.tpe.widen}, using `filter' method instead")
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-4826- silent(_ => typedSelect(tree, qual, nme.withFilter)) orElse { _ =>
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5070- def warn(name: Name) = {
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:5071: val msg = s"This catches all Throwables. If this is really intended, use `case ${name.decoded} : Throwable` to clear this warning."
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5072- context.warning(cdef.pat.pos, msg)
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scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5235- else
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala:5236: suspiciousIdents find isPlausible foreach (sym => warn(s"detected interpolated identifier `$$${sym.name}`")) // "$id"
scala-2.11.12/.pc/0017-bug912393.patch/src/compiler/scala/tools/nsc/typechecker/Typers.scala-5237- }
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scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala-302- case "_" => "_"
scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala:303: case s if nme.keywords(newTermName(s)) => s"`$s`"
scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala-304- case s => s
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scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala-911- /** The path of the given member of the wrapping instance. */
scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala:912: def fullPath(vname: String) = s"$fullAccessPath.`$vname`"
scala-2.11.12/.pc/0017-bug912393.patch/src/repl/scala/tools/nsc/interpreter/IMain.scala-913-