Enum lib_ruby_parser::nodes::Node[−][src]

#[repr(C)]
pub enum Node {
Show 124 variants
    Alias(Alias),
    And(And),
    AndAsgn(AndAsgn),
    Arg(Arg),
    Args(Args),
    Array(Array),
    ArrayPattern(ArrayPattern),
    ArrayPatternWithTail(ArrayPatternWithTail),
    BackRef(BackRef),
    Begin(Begin),
    Block(Block),
    Blockarg(Blockarg),
    BlockPass(BlockPass),
    Break(Break),
    Case(Case),
    CaseMatch(CaseMatch),
    Casgn(Casgn),
    Cbase(Cbase),
    Class(Class),
    Complex(Complex),
    Const(Const),
    ConstPattern(ConstPattern),
    CSend(CSend),
    Cvar(Cvar),
    Cvasgn(Cvasgn),
    Def(Def),
    Defined(Defined),
    Defs(Defs),
    Dstr(Dstr),
    Dsym(Dsym),
    EFlipFlop(EFlipFlop),
    EmptyElse(EmptyElse),
    Encoding(Encoding),
    Ensure(Ensure),
    Erange(Erange),
    False(False),
    File(File),
    FindPattern(FindPattern),
    Float(Float),
    For(For),
    ForwardArg(ForwardArg),
    ForwardedArgs(ForwardedArgs),
    Gvar(Gvar),
    Gvasgn(Gvasgn),
    Hash(Hash),
    HashPattern(HashPattern),
    Heredoc(Heredoc),
    If(If),
    IfGuard(IfGuard),
    IFlipFlop(IFlipFlop),
    IfMod(IfMod),
    IfTernary(IfTernary),
    Index(Index),
    IndexAsgn(IndexAsgn),
    InPattern(InPattern),
    Int(Int),
    Irange(Irange),
    Ivar(Ivar),
    Ivasgn(Ivasgn),
    Kwarg(Kwarg),
    Kwargs(Kwargs),
    KwBegin(KwBegin),
    Kwnilarg(Kwnilarg),
    Kwoptarg(Kwoptarg),
    Kwrestarg(Kwrestarg),
    Kwsplat(Kwsplat),
    Lambda(Lambda),
    Line(Line),
    Lvar(Lvar),
    Lvasgn(Lvasgn),
    Masgn(Masgn),
    MatchAlt(MatchAlt),
    MatchAs(MatchAs),
    MatchCurrentLine(MatchCurrentLine),
    MatchNilPattern(MatchNilPattern),
    MatchPattern(MatchPattern),
    MatchPatternP(MatchPatternP),
    MatchRest(MatchRest),
    MatchVar(MatchVar),
    MatchWithLvasgn(MatchWithLvasgn),
    Mlhs(Mlhs),
    Module(Module),
    Next(Next),
    Nil(Nil),
    NthRef(NthRef),
    Numblock(Numblock),
    OpAsgn(OpAsgn),
    Optarg(Optarg),
    Or(Or),
    OrAsgn(OrAsgn),
    Pair(Pair),
    Pin(Pin),
    Postexe(Postexe),
    Preexe(Preexe),
    Procarg0(Procarg0),
    Rational(Rational),
    Redo(Redo),
    Regexp(Regexp),
    RegOpt(RegOpt),
    Rescue(Rescue),
    RescueBody(RescueBody),
    Restarg(Restarg),
    Retry(Retry),
    Return(Return),
    SClass(SClass),
    Self_(Self_),
    Send(Send),
    Shadowarg(Shadowarg),
    Splat(Splat),
    Str(Str),
    Super(Super),
    Sym(Sym),
    True(True),
    Undef(Undef),
    UnlessGuard(UnlessGuard),
    Until(Until),
    UntilPost(UntilPost),
    When(When),
    While(While),
    WhilePost(WhilePost),
    XHeredoc(XHeredoc),
    Xstr(Xstr),
    Yield(Yield),
    ZSuper(ZSuper),
}

Expand description

Generic combination of all known nodes.

Variants

`Alias(Alias)`

Tuple Fields

0: Alias

`And(And)`

Tuple Fields

0: And

`AndAsgn(AndAsgn)`

Tuple Fields

0: AndAsgn

`Arg(Arg)`

Tuple Fields

0: Arg

`Args(Args)`

Tuple Fields

0: Args

`Array(Array)`

Tuple Fields

0: Array

`ArrayPattern(ArrayPattern)`

Tuple Fields

0: ArrayPattern

`ArrayPatternWithTail(ArrayPatternWithTail)`

Tuple Fields

0: ArrayPatternWithTail

`BackRef(BackRef)`

Tuple Fields

0: BackRef

`Begin(Begin)`

Tuple Fields

0: Begin

`Block(Block)`

Tuple Fields

0: Block

`Blockarg(Blockarg)`

Tuple Fields

0: Blockarg

`BlockPass(BlockPass)`

Tuple Fields

0: BlockPass

`Break(Break)`

Tuple Fields

0: Break

`Case(Case)`

Tuple Fields

0: Case

`CaseMatch(CaseMatch)`

Tuple Fields

0: CaseMatch

`Casgn(Casgn)`

Tuple Fields

0: Casgn

`Cbase(Cbase)`

Tuple Fields

0: Cbase

`Class(Class)`

Tuple Fields

0: Class

`Complex(Complex)`

Tuple Fields

0: Complex

`Const(Const)`

Tuple Fields

0: Const

`ConstPattern(ConstPattern)`

Tuple Fields

0: ConstPattern

`CSend(CSend)`

Tuple Fields

0: CSend

`Cvar(Cvar)`

Tuple Fields

0: Cvar

`Cvasgn(Cvasgn)`

Tuple Fields

0: Cvasgn

`Def(Def)`

Tuple Fields

0: Def

`Defined(Defined)`

Tuple Fields

0: Defined

`Defs(Defs)`

Tuple Fields

0: Defs

`Dstr(Dstr)`

Tuple Fields

0: Dstr

`Dsym(Dsym)`

Tuple Fields

0: Dsym

`EFlipFlop(EFlipFlop)`

Tuple Fields

0: EFlipFlop

`EmptyElse(EmptyElse)`

Tuple Fields

0: EmptyElse

`Encoding(Encoding)`

Tuple Fields

0: Encoding

`Ensure(Ensure)`

Tuple Fields

0: Ensure

`Erange(Erange)`

Tuple Fields

0: Erange

`False(False)`

Tuple Fields

0: False

`File(File)`

Tuple Fields

0: File

`FindPattern(FindPattern)`

Tuple Fields

0: FindPattern

`Float(Float)`

Tuple Fields

0: Float

`For(For)`

Tuple Fields

0: For

`ForwardArg(ForwardArg)`

Tuple Fields

0: ForwardArg

`ForwardedArgs(ForwardedArgs)`

Tuple Fields

0: ForwardedArgs

`Gvar(Gvar)`

Tuple Fields

0: Gvar

`Gvasgn(Gvasgn)`

Tuple Fields

0: Gvasgn

`Hash(Hash)`

Tuple Fields

0: Hash

`HashPattern(HashPattern)`

Tuple Fields

0: HashPattern

`Heredoc(Heredoc)`

Tuple Fields

0: Heredoc

`If(If)`

Tuple Fields

0: If

`IfGuard(IfGuard)`

Tuple Fields

0: IfGuard

`IFlipFlop(IFlipFlop)`

Tuple Fields

0: IFlipFlop

`IfMod(IfMod)`

Tuple Fields

0: IfMod

`IfTernary(IfTernary)`

Tuple Fields

0: IfTernary

`Index(Index)`

Tuple Fields

0: Index

`IndexAsgn(IndexAsgn)`

Tuple Fields

0: IndexAsgn

`InPattern(InPattern)`

Tuple Fields

0: InPattern

`Int(Int)`

Tuple Fields

0: Int

`Irange(Irange)`

Tuple Fields

0: Irange

`Ivar(Ivar)`

Tuple Fields

0: Ivar

`Ivasgn(Ivasgn)`

Tuple Fields

0: Ivasgn

`Kwarg(Kwarg)`

Tuple Fields

0: Kwarg

`Kwargs(Kwargs)`

Tuple Fields

0: Kwargs

`KwBegin(KwBegin)`

Tuple Fields

0: KwBegin

`Kwnilarg(Kwnilarg)`

Tuple Fields

0: Kwnilarg

`Kwoptarg(Kwoptarg)`

Tuple Fields

0: Kwoptarg

`Kwrestarg(Kwrestarg)`

Tuple Fields

0: Kwrestarg

`Kwsplat(Kwsplat)`

Tuple Fields

0: Kwsplat

`Lambda(Lambda)`

Tuple Fields

0: Lambda

`Line(Line)`

Tuple Fields

0: Line

`Lvar(Lvar)`

Tuple Fields

0: Lvar

`Lvasgn(Lvasgn)`

Tuple Fields

0: Lvasgn

`Masgn(Masgn)`

Tuple Fields

0: Masgn

`MatchAlt(MatchAlt)`

Tuple Fields

0: MatchAlt

`MatchAs(MatchAs)`

Tuple Fields

0: MatchAs

`MatchCurrentLine(MatchCurrentLine)`

Tuple Fields

0: MatchCurrentLine

`MatchNilPattern(MatchNilPattern)`

Tuple Fields

0: MatchNilPattern

`MatchPattern(MatchPattern)`

Tuple Fields

0: MatchPattern

`MatchPatternP(MatchPatternP)`

Tuple Fields

0: MatchPatternP

`MatchRest(MatchRest)`

Tuple Fields

0: MatchRest

`MatchVar(MatchVar)`

Tuple Fields

0: MatchVar

`MatchWithLvasgn(MatchWithLvasgn)`

Tuple Fields

0: MatchWithLvasgn

`Mlhs(Mlhs)`

Tuple Fields

0: Mlhs

`Module(Module)`

Tuple Fields

0: Module

`Next(Next)`

Tuple Fields

0: Next

`Nil(Nil)`

Tuple Fields

0: Nil

`NthRef(NthRef)`

Tuple Fields

0: NthRef

`Numblock(Numblock)`

Tuple Fields

0: Numblock

`OpAsgn(OpAsgn)`

Tuple Fields

0: OpAsgn

`Optarg(Optarg)`

Tuple Fields

0: Optarg

`Or(Or)`

Tuple Fields

0: Or

`OrAsgn(OrAsgn)`

Tuple Fields

0: OrAsgn

`Pair(Pair)`

Tuple Fields

0: Pair

`Pin(Pin)`

Tuple Fields

0: Pin

`Postexe(Postexe)`

Tuple Fields

0: Postexe

`Preexe(Preexe)`

Tuple Fields

0: Preexe

`Procarg0(Procarg0)`

Tuple Fields

0: Procarg0

`Rational(Rational)`

Tuple Fields

0: Rational

`Redo(Redo)`

Tuple Fields

0: Redo

`Regexp(Regexp)`

Tuple Fields

0: Regexp

`RegOpt(RegOpt)`

Tuple Fields

0: RegOpt

`Rescue(Rescue)`

Tuple Fields

0: Rescue

`RescueBody(RescueBody)`

Tuple Fields

0: RescueBody

`Restarg(Restarg)`

Tuple Fields

0: Restarg

`Retry(Retry)`

Tuple Fields

0: Retry

`Return(Return)`

Tuple Fields

0: Return

`SClass(SClass)`

Tuple Fields

0: SClass

`Self_(Self_)`

Tuple Fields

0: Self_

`Send(Send)`

Tuple Fields

0: Send

`Shadowarg(Shadowarg)`

Tuple Fields

0: Shadowarg

`Splat(Splat)`

Tuple Fields

0: Splat

`Str(Str)`

Tuple Fields

0: Str

`Super(Super)`

Tuple Fields

0: Super

`Sym(Sym)`

Tuple Fields

0: Sym

`True(True)`

Tuple Fields

0: True

`Undef(Undef)`

Tuple Fields

0: Undef

`UnlessGuard(UnlessGuard)`

Tuple Fields

0: UnlessGuard

`Until(Until)`

Tuple Fields

0: Until

`UntilPost(UntilPost)`

Tuple Fields

0: UntilPost

`When(When)`

Tuple Fields

0: When

`While(While)`

Tuple Fields

0: While

`WhilePost(WhilePost)`

Tuple Fields

0: WhilePost

`XHeredoc(XHeredoc)`

Tuple Fields

0: XHeredoc

`Xstr(Xstr)`

Tuple Fields

0: Xstr

`Yield(Yield)`

Tuple Fields

0: Yield

`ZSuper(ZSuper)`

Tuple Fields

0: ZSuper

Implementations

[src]

impl Node

[src]

pub fn inspect(&self, indent: usize) -> String

Returs a whitequark/parser -like representation of self.

Used in tests and example scripts

[src]

pub fn expression(&self) -> &Loc

Returns location of the full node expression

[src]

pub fn str_type(&self) -> &'static str

Returns a whitequark/parser -like node name.

Used in tests and example scripts

[src]

pub fn print_with_locs(&self)

Prints itself + location information

Trait Implementations

[src]

impl Clone for Node

[src]

fn clone(&self) -> Node

Returns a copy of the value. Read more

1.0.0[src]

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source. Read more

[src]

impl Debug for Node

[src]

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter. Read more

[src]

impl PartialEq<Node> for Node

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fn eq(&self, other: &Node) -> bool

This method tests for self and other values to be equal, and is used by ==. Read more

[src]

fn ne(&self, other: &Node) -> bool

This method tests for !=.

[src]

impl StructuralPartialEq for Node

Auto Trait Implementations

impl RefUnwindSafe for Node

impl Send for Node

impl Sync for Node

impl Unpin for Node

impl UnwindSafe for Node

Blanket Implementations

[src]

impl<T> Any for T where
T: 'static + ?Sized,

[src]

pub fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

[src]

impl<T> Borrow<T> for T where
T: ?Sized,

[src]

pub fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

[src]

impl<T> BorrowMut<T> for T where
T: ?Sized,

[src]

pub fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more

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impl<T> From<T> for T

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pub fn from(t: T) -> T

Performs the conversion.

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impl<T, U> Into for T where
U: From<T>,

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pub fn into(self) -> U

Performs the conversion.

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impl<T> ToOwned for T where
T: Clone,

type Owned = T

The resulting type after obtaining ownership.

[src]

pub fn to_owned(&self) -> T

Creates owned data from borrowed data, usually by cloning. Read more

[src]

pub fn clone_into(&self, target: &mut T)

🔬 This is a nightly-only experimental API. (toowned_clone_into)

Uses borrowed data to replace owned data, usually by cloning. Read more

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impl<T, U> TryFrom for T where
U: Into<T>,

type Error = Infallible

The type returned in the event of a conversion error.

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pub fn try_from(value: U) -> Result<T, <T as TryFrom>::Error>

Performs the conversion.

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impl<T, U> TryInto for T where
U: TryFrom<T>,

type Error = >::Error

The type returned in the event of a conversion error.

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pub fn try_into(self) -> Result<U, >::Error>

Performs the conversion.