abstract class Parser extends ParserCommon
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Instance Constructors
- new Parser()
Type Members
- class ParserTreeBuilder extends TreeBuilder
-
trait
PatternContextSensitive extends AnyRef
Methods which implicitly propagate the context in which they were called: either in a pattern context or not.
Methods which implicitly propagate the context in which they were called: either in a pattern context or not. Formerly, this was threaded through numerous methods as boolean isPattern.
-
trait
SeqContextSensitive extends PatternContextSensitive
Methods which implicitly propagate whether the initial call took place in a context where sequences are allowed.
Methods which implicitly propagate whether the initial call took place in a context where sequences are allowed. Formerly, this was threaded through methods as boolean seqOK.
Abstract Value Members
-
abstract
def
deprecationWarning(off: Parsers.Offset, msg: String, since: String): Unit
- Definition Classes
- ParserCommon
-
abstract
val
in: Parsers.Scanner
- Definition Classes
- Parser → ParserCommon
- abstract def incompleteInputError(msg: String): Unit
- abstract def parseStartRule: () ⇒ Global.Tree
- abstract def source: SourceFile
- abstract def syntaxError(offset: Parsers.Offset, msg: String): Unit
- abstract def unit: Global.CompilationUnit
- abstract def warning(offset: Parsers.Offset, msg: String, category: WarningCategory): Unit
- abstract def xmlLiteral(): Global.Tree
- abstract def xmlLiteralPattern(): Global.Tree
Concrete Value Members
-
final
def
!=(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
final
def
##(): Int
- Definition Classes
- AnyRef → Any
- def +(other: String): String
- def ->[B](y: B): (Parser, B)
-
final
def
==(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
-
def
accept(token: Parsers.Token): Parsers.Offset
Consume one token of the specified type, or signal an error if it is not there.
Consume one token of the specified type, or signal an error if it is not there.
- Definition Classes
- Parser → ParserCommon
-
def
acceptStatSep(): Unit
semi = nl {nl} | `;` nl = `\n' // where allowed
- def acceptStatSepOpt(): Unit
-
def
accessModifierOpt(): Global.Modifiers
AccessModifier ::= (private | protected) [AccessQualifier]
-
def
accessQualifierOpt(mods: Global.Modifiers): Global.Modifiers
AccessQualifier ::= `[' (Id | this) `]'
- def annotTypeRest(t: Global.Tree): Global.Tree
- def annotationExpr(): Global.Tree
-
def
annotations(skipNewLines: Boolean): List[Global.Tree]
Annotations ::= {`@' SimpleType {ArgumentExprs}} ConsrAnnotations ::= {`@' SimpleType ArgumentExprs}
-
def
argumentExprs(): List[Global.Tree]
ArgumentExprs ::= `(' [Exprs] `)' | [nl] BlockExpr
- def argumentPatterns(): List[Global.Tree]
-
final
def
asInstanceOf[T0]: T0
- Definition Classes
- Any
- val assumedClosingParens: Map[Int, Int]
- def atInPos[T <: Global.Tree](t: T): T
- def atPos[T <: Global.Tree](pos: Global.Position)(t: T): T
- def atPos[T <: Global.Tree](start: Parsers.Offset, point: Parsers.Offset, end: Parsers.Offset)(t: T): T
- def atPos[T <: Global.Tree](start: Parsers.Offset, point: Parsers.Offset)(t: T): T
- def atPos[T <: Global.Tree](offset: Parsers.Offset)(t: T): T
-
def
block(): Global.Tree
Block ::= BlockStatSeq
- Note
Return tree does not carry position.
-
def
blockExpr(): Global.Tree
BlockExpr ::= `{' (CaseClauses | Block) `}'
-
def
blockStatSeq(): List[Global.Tree]
BlockStatSeq ::= { BlockStat semi } [ResultExpr] BlockStat ::= Import | Annotations [implicit] [lazy] Def | Annotations LocalModifiers TmplDef | Expr1 |
- def bound(tok: Parsers.Token): Global.Tree
- def caseBlock(): Global.Tree
- def caseClause(): Global.CaseDef
-
def
caseClauses(): List[Global.CaseDef]
CaseClauses ::= CaseClause {CaseClause} CaseClause ::= case Pattern [Guard] `=>' Block
-
final
def
caseSeparated[T](part: ⇒ T): List[T]
- Annotations
- @inline()
- def checkAssoc(offset: Parsers.Offset, op: Global.Name, leftAssoc: Boolean): Unit
- def checkHeadAssoc(leftAssoc: Boolean): Unit
- def checkNoEscapingPlaceholders[T](op: ⇒ T): T
-
def
checkNotByNameOrVarargs(tpt: Global.Tree): Unit
Check that type parameter is not by name or repeated.
-
def
classDef(start: Parsers.Offset, mods: Global.Modifiers): Global.ClassDef
ClassDef ::= Id [TypeParamClause] {Annotation} [AccessModifier] ClassParamClauses RequiresTypeOpt ClassTemplateOpt TraitDef ::= Id [TypeParamClause] RequiresTypeOpt TraitTemplateOpt
-
def
clone(): AnyRef
- Attributes
- protected[lang]
- Definition Classes
- AnyRef
- Annotations
- @throws( ... ) @native()
-
final
def
commaSeparated[T](part: ⇒ T): List[T]
, with the separator fixed to commas.
tokenSeparated
, with the separator fixed to commas. tokenSeparated }}}
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
def
compilationUnit(): Global.PackageDef
CompilationUnit ::= {package QualId semi} TopStatSeq
- def condExpr(): Global.Tree
-
def
constrBlock(vparamss: List[List[Global.ValDef]]): Global.Tree
ConstrBlock ::= `{' SelfInvocation {semi BlockStat} `}'
-
def
constrExpr(vparamss: List[List[Global.ValDef]]): Global.Tree
ConstrExpr ::= SelfInvocation | ConstrBlock
- def constructorAnnotations(): List[Global.Tree]
-
def
convertToParam(tree: Global.Tree): Global.ValDef
Convert tree to formal parameter.
-
def
convertToParams(tree: Global.Tree): List[Global.ValDef]
Convert tree to formal parameter list.
-
def
convertToTypeId(tree: Global.Tree): Global.Tree
Convert (qual)ident to type identifier.
-
def
defOrDcl(pos: Parsers.Offset, mods: Global.Modifiers): List[Global.Tree]
Def ::= val PatDef | var PatDef | def FunDef | type [nl] TypeDef | TmplDef Dcl ::= val PatDcl | var PatDcl | def FunDcl | type [nl] TypeDcl
-
final
def
dropAnyBraces[T](body: ⇒ T): T
- Definition Classes
- ParserCommon
- Annotations
- @inline()
- def ensureEarlyDef(tree: Global.Tree): Global.Tree
- def ensuring(cond: (Parser) ⇒ Boolean, msg: ⇒ Any): Parser
- def ensuring(cond: (Parser) ⇒ Boolean): Parser
- def ensuring(cond: Boolean, msg: ⇒ Any): Parser
- def ensuring(cond: Boolean): Parser
- def enumerator(isFirst: Boolean, allowNestedIf: Boolean = true): List[Global.Tree]
-
def
enumerators(): List[Global.Tree]
Enumerators ::= Generator {semi Enumerator} Enumerator ::= Generator | Guard | val Pattern1 `=' Expr
-
final
def
eq(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
-
def
equals(arg0: Any): Boolean
- Definition Classes
- AnyRef → Any
- def errorPatternTree: Global.Ident
- def errorTermTree: Global.Literal
- def errorTypeTree: Global.TypeTree
- def expectedMsg(token: Parsers.Token): String
- def expectedMsgTemplate(exp: String, fnd: String): String
- def expr(location: Location): Global.Tree
-
def
expr(): Global.Tree
Expr ::= (Bindings | [`implicit'] Id | `_') `=>' Expr | Expr1 ResultExpr ::= (Bindings | Id `:' CompoundType) `=>' Block | Expr1 Expr1 ::= if `(' Expr `)' {nl} Expr [[semi] else Expr] | try (`{' Block `}' | Expr) [catch `{' CaseClauses `}'] [finally Expr] | while `(' Expr `)' {nl} Expr | do Expr [semi] while `(' Expr `)' | for (`(' Enumerators `)' | `{' Enumerators `}') {nl} [yield] Expr | throw Expr | return [Expr] | [SimpleExpr `.'] Id `=' Expr | SimpleExpr1 ArgumentExprs `=' Expr | PostfixExpr Ascription | PostfixExpr match `{' CaseClauses `}' Bindings ::= `(' [Binding {`,' Binding}] `)' Binding ::= (Id | `_') [`:' Type] Ascription ::= `:' CompoundType | `:' Annotation {Annotation} | `:' `_' `*'
- def expr0(location: Location): Global.Tree
- def exprSimpleType(): Global.Tree
- def exprTypeArgs(): List[Global.Tree]
-
def
finalize(): Unit
- Attributes
- protected[lang]
- Definition Classes
- AnyRef
- Annotations
- @throws( classOf[java.lang.Throwable] )
- def finishBinaryOp(isExpr: Boolean, opinfo: OpInfo, rhs: Global.Tree): Global.Tree
- def finishPostfixOp(start: Int, base: List[OpInfo], opinfo: OpInfo): Global.Tree
-
def
followingIsScala3Vararg(): Boolean
Is current ident a
*
, and is it followed by a)
or, )
? - def formatted(fmtstr: String): String
- implicit def fresh: FreshNameCreator
-
def
funDefOrDcl(start: Int, mods: Global.Modifiers): Global.Tree
FunDef ::= FunSig [`:' Type] `=' [`macro'] Expr | FunSig [nl] `{' Block `}' | `this' ParamClause ParamClauses (`=' ConstrExpr | [nl] ConstrBlock) FunDcl ::= FunSig [`:' Type] FunSig ::= id [FunTypeParamClause] ParamClauses
- def funDefRest(start: Parsers.Offset, nameOffset: Parsers.Offset, mods: Global.Modifiers, name: Global.Name): Global.Tree
-
def
generator(eqOK: Boolean, allowNestedIf: Boolean = true): List[Global.Tree]
Generator ::= Pattern1 (`<-' | `=') Expr [Guard]
-
final
def
getClass(): Class[_]
- Definition Classes
- AnyRef → Any
- Annotations
- @native()
-
def
guard(): Global.Tree
Guard ::= if PostfixExpr
-
def
hashCode(): Int
- Definition Classes
- AnyRef → Any
- Annotations
- @native()
- def ident(): Global.Name
-
def
ident(skipIt: Boolean): Global.Name
Assumed (provisionally) to be TermNames.
- def identForType(skipIt: Boolean): Global.TypeName
-
def
identForType(): Global.TypeName
For when it's known already to be a type name.
- def identOrMacro(): Global.Name
-
def
implicitClosure(start: Parsers.Offset, location: Location): Global.Tree
Expr ::= implicit Id => Expr
-
def
importClause(): List[Global.Tree]
Import ::= import ImportExpr {`,' ImportExpr}
-
def
importExpr(): Global.Tree
ImportExpr ::= StableId `.' (Id | `_' | ImportSelectors)
-
def
importSelector(): Global.ImportSelector
ImportSelector ::= Id [`=>' Id | `=>' `_']
-
def
importSelectors(): List[Global.ImportSelector]
ImportSelectors ::= `{' {ImportSelector `,'} (ImportSelector | `_') `}'
-
final
def
inBraces[T](body: ⇒ T): T
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inBracesOrError[T](body: ⇒ T, alt: T): T
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inBracesOrNil[T](body: ⇒ List[T]): List[T]
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inBracesOrUnit[T](body: ⇒ Global.Tree): Global.Tree
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inBrackets[T](body: ⇒ T): T
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inParens[T](body: ⇒ T): T
Methods inParensOrError and similar take a second argument which, should the next token not be the expected opener (e.g.
Methods inParensOrError and similar take a second argument which, should the next token not be the expected opener (e.g. LPAREN) will be returned instead of the contents of the groupers. However in all cases accept(LPAREN) will be called, so a parse error will still result. If the grouping is optional, in.token should be tested before calling these methods.
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inParensOrError[T](body: ⇒ T, alt: T): T
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inParensOrNil[T](body: ⇒ List[T]): List[T]
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
final
def
inParensOrUnit[T](body: ⇒ Global.Tree): Global.Tree
- Definition Classes
- ParserCommon
- Annotations
- @inline()
- def isAnnotation: Boolean
- def isCaseDefEnd: Boolean
- def isDclIntro: Boolean
- def isDefIntro: Boolean
- def isExprIntro: Boolean
- def isExprIntroToken(token: Parsers.Token): Boolean
- def isIdent: Boolean
- def isIdentExcept(except: Global.Name): Boolean
- def isIdentOf(name: Global.Name): Boolean
-
final
def
isInstanceOf[T0]: Boolean
- Definition Classes
- Any
- def isLiteral: Boolean
- def isLiteralToken(token: Parsers.Token): Boolean
- def isLocalModifier: Boolean
- def isMacro: Boolean
- def isModifier: Boolean
- def isNumericLit: Boolean
- def isRawBar: Boolean
- def isRawIdent: Boolean
- def isRawStar: Boolean
- def isScala3WildcardType: Boolean
- def isSimpleExprIntro: Boolean
- def isSimpleExprIntroToken(token: Parsers.Token): Boolean
- def isSoftModifier: Boolean
- def isStatSep: Boolean
- def isStatSep(token: Parsers.Token): Boolean
- def isStatSeqEnd: Boolean
- def isTemplateIntro: Boolean
- def isTypeIntroToken(token: Parsers.Token): Boolean
- def isTypedParam(t: Global.Tree): Boolean
- def isUnaryOp: Boolean
-
def
isValidSoftModifier: Boolean
Is the current token a soft modifier in a position where such a modifier is allowed?
- def isWildcard(t: Global.Tree): Boolean
- def isWildcardType: Boolean
-
def
joinComment(trees: ⇒ List[Global.Tree]): List[Global.Tree]
A hook for joining the comment associated with a definition.
A hook for joining the comment associated with a definition. Overridden by scaladoc.
-
def
literal(isNegated: Boolean = false, inPattern: Boolean = false, start: Parsers.Offset = in.offset): Global.Tree
SimpleExpr ::= literal | symbol | null
-
def
localDef(implicitMod: Int): List[Global.Tree]
overridable IDE hook for local definitions of blockStatSeq Here's an idea how to fill in start and end positions.
overridable IDE hook for local definitions of blockStatSeq Here's an idea how to fill in start and end positions. def localDef : List[Tree] = { atEndPos { atStartPos(in.offset) { val annots = annotations(skipNewLines = true) val mods = localModifiers() withAnnotations annots if (!(mods hasFlag ~(Flags.IMPLICIT | Flags.LAZY))) defOrDcl(mods) else List(tmplDef(mods)) } } (in.offset) }
-
def
localModifiers(): Global.Modifiers
LocalModifiers ::= {LocalModifier} LocalModifier ::= abstract | final | sealed | implicit | lazy
-
final
def
lookingAhead[T](body: ⇒ T): T
Scoping operator used to temporarily look into the future.
Scoping operator used to temporarily look into the future. Backs up scanner data before evaluating a block and restores it after.
- Annotations
- @inline()
-
def
makeBinop(isExpr: Boolean, left: Global.Tree, op: Global.TermName, right: Global.Tree, opPos: Global.Position, targs: List[Global.Tree] = Nil): Global.Tree
Create tree representing (unencoded) binary operation expression or pattern.
- def makeEmptyPackage(start: Parsers.Offset, stats: List[Global.Tree]): Global.PackageDef
- def makeFilter(start: Parsers.Offset, tree: Global.Tree): Global.Apply
- def makePackageObject(start: Parsers.Offset, objDef: Global.ModuleDef): Global.PackageDef
-
def
makePackaging(start: Parsers.Offset, pkg: Global.Tree, stats: List[Global.Tree]): Global.PackageDef
Create a tree representing a packaging.
-
final
def
makeParens(body: ⇒ List[Global.Tree]): Global.Parens
Creates an actual Parens node (only used during parsing.)
Creates an actual Parens node (only used during parsing.)
- Definition Classes
- ParserCommon
- Annotations
- @inline()
-
def
makeSafeTupleTerm(elems: List[Global.Tree], offset: Parsers.Offset): Global.Tree
Create a tuple term Tree.
Create a tuple term Tree. If the arity is not supported, a syntax error is emitted.
-
def
makeSafeTupleType(elems: List[Global.Tree], offset: Parsers.Offset): Global.Tree
Create a tuple type Tree.
Create a tuple type Tree. If the arity is not supported, a syntax error is emitted.
-
def
mixinQualifierOpt(): Global.TypeName
MixinQualifier ::= `[' Id `]'
-
def
modifiers(): Global.Modifiers
Modifiers ::= {Modifier} Modifier ::= LocalModifier | AccessModifier | override
-
def
multipleArgumentExprs(): List[List[Global.Tree]]
A succession of argument lists.
-
final
def
ne(arg0: AnyRef): Boolean
- Definition Classes
- AnyRef
- def newLineOpt(): Unit
- def newLineOptWhenFollowedBy(token: Parsers.Offset): Unit
- def newLineOptWhenFollowing(p: (Parsers.Token) ⇒ Boolean): Unit
- def newLinesOpt(): Unit
- def nonLocalDefOrDcl: List[Global.Tree]
-
final
def
notify(): Unit
- Definition Classes
- AnyRef
- Annotations
- @native()
-
final
def
notifyAll(): Unit
- Definition Classes
- AnyRef
- Annotations
- @native()
- def o2p(offset: Parsers.Offset): Global.Position
-
def
objectDef(start: Parsers.Offset, mods: Global.Modifiers): Global.ModuleDef
ObjectDef ::= Id ClassTemplateOpt
- var opstack: List[OpInfo]
-
def
packageObjectDef(start: Parsers.Offset): Global.PackageDef
Create a tree representing a package object, converting
Create a tree representing a package object, converting
package object foo { ... }
to
package foo { object `package` { ... } }
- def packageOrPackageObject(start: Parsers.Offset): Global.Tree
- def param(owner: Global.Name, implicitmod: Int, caseParam: Boolean): Global.ValDef
-
def
paramClauses(owner: Global.Name, contextBounds: List[Global.Tree], ofCaseClass: Boolean): List[List[Global.ValDef]]
ParamClauses ::= {ParamClause} [[nl] `(' implicit Params `)'] ParamClause ::= [nl] `(' [Params] `)' Params ::= Param {`,' Param} Param ::= {Annotation} Id [`:' ParamType] [`=' Expr] ClassParamClauses ::= {ClassParamClause} [[nl] `(' implicit ClassParams `)'] ClassParamClause ::= [nl] `(' [ClassParams] `)' ClassParams ::= ClassParam {`,' ClassParam} ClassParam ::= {Annotation} [{Modifier} (`val' | `var')] Id [`:' ParamType] [`=' Expr]
- def paramType(useStartAsPosition: Boolean): Global.Tree
-
def
paramType(): Global.Tree
ParamType ::= Type | `=>' Type | Type `*'
-
def
parse(): Global.Tree
This is the general parse entry point.
- def parseRule[T](rule: (Parser.this.type) ⇒ T): T
-
def
parseStats(): List[Global.Tree]
These are alternative entry points for repl, script runner, toolbox and parsing in macros.
- def parseStatsOrPackages(): List[Global.Tree]
-
def
patDefOrDcl(pos: Int, mods: Global.Modifiers): List[Global.Tree]
PatDef ::= Pattern2 {`,' Pattern2} [`:' Type] `=' Expr ValDcl ::= Id {`,' Id} `:' Type VarDef ::= PatDef | Id {`,' Id} `:' Type `=' `_'
-
def
path(thisOK: Boolean, typeOK: Boolean): Global.Tree
Path ::= StableId | [Ident `.'] this AnnotType ::= Path [`.' type]
-
def
pattern(): Global.Tree
Default entry points into some pattern contexts.
-
def
peekingAhead(tree: ⇒ Global.Tree): Global.Tree
Perform an operation while peeking ahead.
Perform an operation while peeking ahead. Pushback if the operation yields an empty tree or blows to pieces.
- Annotations
- @inline()
-
var
placeholderParams: List[Global.ValDef]
The implicit parameters introduced by
_
in the current expression.The implicit parameters introduced by
_
in the current expression. Parameters appear in reverse order. - def placeholderTypeBoundary(op: ⇒ Global.Tree): Global.Tree
-
var
placeholderTypes: List[Global.TypeDef]
The placeholderTypes introduced by
_
in the current type.The placeholderTypes introduced by
_
in the current type. Parameters appear in reverse order. -
def
postfixExpr(): Global.Tree
PostfixExpr ::= InfixExpr [Id [nl]] InfixExpr ::= PrefixExpr | InfixExpr Id [nl] InfixExpr
-
def
prefixExpr(): Global.Tree
PrefixExpr ::= [`-' | `+' | `~' | `!'] SimpleExpr
-
def
qualId(): Global.Tree
QualId ::= Id {`.' Id}
- def r2p(offset: Parsers.Offset): Global.Position
- def r2p(start: Parsers.Offset, mid: Parsers.Offset): Global.Position
- def r2p(start: Parsers.Offset, mid: Parsers.Offset, end: Parsers.Offset): Global.Position
- def rawIdent(): Global.Name
- def readAnnots(part: ⇒ Global.Tree): List[Global.Tree]
- def reduceExprStack(base: List[OpInfo], top: Global.Tree): Global.Tree
- def reducePatternStack(base: List[OpInfo], top: Global.Tree): Global.Tree
- def reduceStack(isExpr: Boolean, base: List[OpInfo], top: Global.Tree, opPrecedence: Precedence, leftAssoc: Boolean): Global.Tree
- def reduceStack(isExpr: Boolean, base: List[OpInfo], top: Global.Tree): Global.Tree
- def refineStat(): List[Global.Tree]
-
def
refineStatSeq(): List[Global.Tree]
RefineStatSeq ::= RefineStat {semi RefineStat} RefineStat ::= Dcl | type TypeDef |
-
def
refinement(): List[Global.Tree]
Refinement ::= [nl] `{' RefineStat {semi RefineStat} `}'
- def resetPackage(): Unit
-
def
scriptBody(): Global.Tree
This is the parse entry point for code which is not self-contained, e.g.
This is the parse entry point for code which is not self-contained, e.g. a script which is a series of template statements. They will be swaddled in Trees until the AST is equivalent to the one returned by compilationUnit().
- def selector(t: Global.Tree): Global.Tree
- def selectors(t: Global.Tree, typeOK: Boolean, dotOffset: Parsers.Offset): Global.Tree
-
def
selfInvocation(vparamss: List[List[Global.ValDef]]): Global.Tree
SelfInvocation ::= this ArgumentExprs {ArgumentExprs}
- def seqPatterns(): List[Global.Tree]
- def setInPos[T <: Global.Tree](t: T): T
-
def
simpleExpr(): Global.Tree
SimpleExpr ::= new (ClassTemplate | TemplateBody) | BlockExpr | SimpleExpr1 [`_'] SimpleExpr1 ::= literal | xLiteral | Path | `(' [Exprs] `)' | SimpleExpr `.' Id | SimpleExpr TypeArgs | SimpleExpr1 ArgumentExprs
- def simpleExprRest(t: Global.Tree, canApply: Boolean): Global.Tree
-
def
skip(targetToken: Parsers.Token): Unit
- Attributes
- protected
-
def
stableId(): Global.Tree
StableId ::= Id | Path `.' Id | [id `.'] super [`[' id `]']`.' id
- def startAnnotType(): Global.Tree
- def startInfixType(): Global.Tree
- def statSeq(stat: PartialFunction[Parsers.Token, List[Global.Tree]], errorMsg: String = "illegal start of definition"): List[Global.Tree]
- def statement(location: Location): Global.Tree
-
def
stripParens(t: Global.Tree): Global.Tree
Strip the artificial
Parens
node to create a tuple term Tree. -
final
def
synchronized[T0](arg0: ⇒ T0): T0
- Definition Classes
- AnyRef
- def syntaxError(offset: Parsers.Offset, msg: String, skipIt: Boolean): Unit
- def syntaxError(msg: String, skipIt: Boolean): Unit
- def syntaxErrorOrIncomplete(msg: String, skipIt: Boolean): Unit
- def syntaxErrorOrIncompleteAnd[T](msg: String, skipIt: Boolean)(and: T): T
-
def
template(): (List[Global.Tree], Global.ValDef, List[Global.Tree])
ClassTemplate ::= [EarlyDefs with] ClassParents [TemplateBody] TraitTemplate ::= [EarlyDefs with] TraitParents [TemplateBody] EarlyDefs ::= `{' [EarlyDef {semi EarlyDef}] `}' EarlyDef ::= Annotations Modifiers PatDef
-
def
templateBody(isPre: Boolean): (Global.ValDef, List[Global.Tree])
TemplateBody ::= [nl] `{' TemplateStatSeq `}'
- isPre
specifies whether in early initializer (true) or not (false)
- def templateBodyOpt(parenMeansSyntaxError: Boolean): (Global.ValDef, List[Global.Tree])
-
def
templateOpt(mods: Global.Modifiers, name: Global.Name, constrMods: Global.Modifiers, vparamss: List[List[Global.ValDef]], tstart: Parsers.Offset): Global.Template
ClassTemplateOpt ::= `extends' ClassTemplate | [[`extends'] TemplateBody] TraitTemplateOpt ::= TraitExtends TraitTemplate | [[TraitExtends] TemplateBody] TraitExtends ::= `extends' | `<:' (deprecated)
- def templateOrTopStatSeq(): List[Global.Tree]
-
def
templateParents(): List[Global.Tree]
ClassParents ::= AnnotType {`(' [Exprs] `)'} {with AnnotType} TraitParents ::= AnnotType {with AnnotType}
- def templateStat: PartialFunction[Parsers.Token, List[Global.Tree]]
-
def
templateStatSeq(isPre: Boolean): (Global.ValDef, List[Global.Tree])
TemplateStatSeq ::= [id [`:' Type] `=>'] TemplateStats
- isPre
specifies whether in early initializer (true) or not (false)
-
def
templateStats(): List[Global.Tree]
TemplateStats ::= TemplateStat {semi TemplateStat} TemplateStat ::= Import | Annotations Modifiers Def | Annotations Modifiers Dcl | Expr1 | super ArgumentExprs {ArgumentExprs} |
-
def
tmplDef(pos: Parsers.Offset, mods: Global.Modifiers): Global.Tree
TmplDef ::= [case] class ClassDef | [case] object ObjectDef | [override] trait TraitDef
-
def
toString(): String
- Definition Classes
- AnyRef → Any
-
final
def
tokenSeparated[T](separator: Parsers.Token, sepFirst: Boolean, part: ⇒ T): List[T]
, or if sepFirst is true,
part { `sep` part }
, or if sepFirst is true,
{ `sep` part }
. {
sep
part } }}} part {sep
part } }}}- Definition Classes
- ParserCommon
-
def
topLevelTmplDef: Global.Tree
Hook for IDE, for top-level classes/objects.
- def topStat: PartialFunction[Parsers.Token, List[Global.Tree]]
-
def
topStatSeq(): List[Global.Tree]
TopStatSeq ::= TopStat {semi TopStat} TopStat ::= Annotations Modifiers TmplDef | Packaging | package object objectDef | Import |
- val treeBuilder: ParserTreeBuilder
-
def
typ(): Global.Tree
These are default entry points into the pattern context sensitive methods: they are all initiated from non-pattern context.
-
def
typeBounds(): Global.TypeBoundsTree
TypeBounds ::= [`>:' Type] [`<:' Type]
-
def
typeDefOrDcl(start: Parsers.Offset, mods: Global.Modifiers): Global.Tree
TypeDef ::= type Id [TypeParamClause] `=' Type | FunSig `=' Expr TypeDcl ::= type Id [TypeParamClause] TypeBounds
- def typeOrInfixType(location: Location): Global.Tree
-
def
typeParamClauseOpt(owner: Global.Name, contextBoundBuf: ListBuffer[Global.Tree]): List[Global.TypeDef]
TypeParamClauseOpt ::= [TypeParamClause] TypeParamClause ::= `[' VariantTypeParam {`,' VariantTypeParam} `]'] VariantTypeParam ::= {Annotation} [`+' | `-'] TypeParam FunTypeParamClauseOpt ::= [FunTypeParamClause] FunTypeParamClause ::= `[' TypeParam {`,' TypeParam} `]'] TypeParam ::= Id TypeParamClauseOpt TypeBounds {<% Type} {":" Type}
-
def
typedOpt(): Global.Tree
TypedOpt ::= [`:' Type]
-
final
def
wait(): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
-
final
def
wait(arg0: Long, arg1: Int): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
-
final
def
wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... ) @native()
- def warning(msg: String, category: WarningCategory): Unit
- def wildcardOrIdent(): Global.Name
-
def
wildcardType(start: Parsers.Offset, qmark: Boolean): Global.Ident
WildcardType ::= `_' TypeBounds
- def xmlSeqPatterns(): List[Global.Tree]
- def →[B](y: B): (Parser, B)
-
object
InfixMode extends Enumeration
Modes for infix types.
-
object
noSeq extends SeqContextSensitive
The implementation for parsing inside of patterns at points where sequences are disallowed.
-
object
outPattern extends PatternContextSensitive
The implementation of the context sensitive methods for parsing outside of patterns.
-
object
seqOK extends SeqContextSensitive
The implementation for parsing inside of patterns at points where sequences are allowed.
-
object
xmlSeqOK extends SeqContextSensitive
For use from xml pattern, where sequence is allowed and encouraged.
Deprecated Value Members
-
def
precedence(operator: Global.Name): Int
- Annotations
- @deprecated
- Deprecated
(Since version 2.11.0) Use
scala.reflect.internal.Precedence
The Scala compiler and reflection APIs.