Struct pmutil::prelude::Span[−][src]

pub struct Span { /* fields omitted */ }

A region of source code, along with macro expansion information.

Methods

`impl Span`
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`pub fn call_site() -> Span`
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The span of the invocation of the current procedural macro.

Identifiers created with this span will be resolved as if they were written directly at the macro call location (call-site hygiene) and other code at the macro call site will be able to refer to them as well.

`pub fn unstable(self) -> Span`
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This method is only available when the "nightly" feature is enabled.

Trait Implementations

`impl Clone for Span`
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`fn clone(&self) -> Span`
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Returns a copy of the value. Read more

`fn clone_from(&mut self, source: &Self)`
1.0.0
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Performs copy-assignment from source. Read more

`impl Debug for Span`
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Prints a span in a form convenient for debugging.

`fn fmt(&self, f: &mut Formatter) -> Result<(), Error>`
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Formats the value using the given formatter. Read more

`impl Copy for Span`
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`impl From for Span`
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`fn from(proc_span: Span) -> Span`
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Performs the conversion.

`impl From for Shr`
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`fn from(span: Span) -> Shr`
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Performs the conversion.

`impl From for Type`
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`fn from(span: Span) -> Type`
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Performs the conversion.

`impl From for Unsafe`
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`fn from(span: Span) -> Unsafe`
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Performs the conversion.

`impl From for Colon`
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`fn from(span: Span) -> Colon`
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Performs the conversion.

`impl From for Match`
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`fn from(span: Span) -> Match`
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Performs the conversion.

`impl From for AndAnd`
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`fn from(span: Span) -> AndAnd`
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Performs the conversion.

`impl From for Or`
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`fn from(span: Span) -> Or`
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Performs the conversion.

`impl From for DivEq`
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`fn from(span: Span) -> DivEq`
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Performs the conversion.

`impl From for At`
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`fn from(span: Span) -> At`
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Performs the conversion.

`impl From for Group`
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`fn from(span: Span) -> Group`
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Performs the conversion.

`impl From for RemEq`
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`fn from(span: Span) -> RemEq`
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Performs the conversion.

`impl From for Pound`
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`fn from(span: Span) -> Pound`
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Performs the conversion.

`impl From for CaretEq`
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`fn from(span: Span) -> CaretEq`
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Performs the conversion.

`impl From for Box`
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`fn from(span: Span) -> Box`
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Performs the conversion.

`impl From for In`
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`fn from(span: Span) -> In`
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Performs the conversion.

`impl From for Crate`
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`fn from(span: Span) -> Crate`
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Performs the conversion.

`impl From for Eq`
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`fn from(span: Span) -> Eq`
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Performs the conversion.

`impl From for And`
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`fn from(span: Span) -> And`
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Performs the conversion.

`impl From for Dot2`
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`fn from(span: Span) -> Dot2`
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Performs the conversion.

`impl From for Add`
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`fn from(span: Span) -> Add`
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Performs the conversion.

`impl From for Enum`
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`fn from(span: Span) -> Enum`
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Performs the conversion.

`impl From for CapSelf`
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`fn from(span: Span) -> CapSelf`
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Performs the conversion.

`impl From for Star`
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`fn from(span: Span) -> Star`
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Performs the conversion.

`impl From for As`
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`fn from(span: Span) -> As`
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Performs the conversion.

`impl From for Brace`
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`fn from(span: Span) -> Brace`
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Performs the conversion.

`impl From for Mut`
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`fn from(span: Span) -> Mut`
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Performs the conversion.

`impl From for Dot`
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`fn from(span: Span) -> Dot`
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Performs the conversion.

`impl From for SubEq`
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`fn from(span: Span) -> SubEq`
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Performs the conversion.

`impl From for AndEq`
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`fn from(span: Span) -> AndEq`
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Performs the conversion.

`impl From for Move`
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`fn from(span: Span) -> Move`
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Performs the conversion.

`impl From for Dyn`
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`fn from(span: Span) -> Dyn`
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Performs the conversion.

`impl From for DotDotEq`
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`fn from(span: Span) -> DotDotEq`
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Performs the conversion.

`impl From for Underscore`
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`fn from(span: Span) -> Underscore`
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Performs the conversion.

`impl From for Question`
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`fn from(span: Span) -> Question`
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Performs the conversion.

`impl From for Rem`
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`fn from(span: Span) -> Rem`
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Performs the conversion.

`impl From for Sub`
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`fn from(span: Span) -> Sub`
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Performs the conversion.

`impl From for Gt`
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`fn from(span: Span) -> Gt`
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Performs the conversion.

`impl From for ShrEq`
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`fn from(span: Span) -> ShrEq`
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Performs the conversion.

`impl From for Yield`
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`fn from(span: Span) -> Yield`
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Performs the conversion.

`impl From for Union`
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`fn from(span: Span) -> Union`
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Performs the conversion.

`impl From for Colon2`
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`fn from(span: Span) -> Colon2`
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Performs the conversion.

`impl From for Ge`
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`fn from(span: Span) -> Ge`
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Performs the conversion.

`impl From for Bang`
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`fn from(span: Span) -> Bang`
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Performs the conversion.

`impl From for Const`
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`fn from(span: Span) -> Const`
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Performs the conversion.

`impl From for Static`
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`fn from(span: Span) -> Static`
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Performs the conversion.

`impl From for Else`
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`fn from(span: Span) -> Else`
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Performs the conversion.

`impl From for OrOr`
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`fn from(span: Span) -> OrOr`
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Performs the conversion.

`impl From for Paren`
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`fn from(span: Span) -> Paren`
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Performs the conversion.

`impl From for EqEq`
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`fn from(span: Span) -> EqEq`
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Performs the conversion.

`impl From for Super`
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`fn from(span: Span) -> Super`
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Performs the conversion.

`impl From for Break`
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`fn from(span: Span) -> Break`
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Performs the conversion.

`impl From for Dollar`
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`fn from(span: Span) -> Dollar`
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Performs the conversion.

`impl From for Do`
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`fn from(span: Span) -> Do`
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Performs the conversion.

`impl From for FatArrow`
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`fn from(span: Span) -> FatArrow`
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Performs the conversion.

`impl From for Impl`
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`fn from(span: Span) -> Impl`
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Performs the conversion.

`impl From for ShlEq`
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`fn from(span: Span) -> ShlEq`
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Performs the conversion.

`impl From for Semi`
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`fn from(span: Span) -> Semi`
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Performs the conversion.

`impl From for Loop`
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`fn from(span: Span) -> Loop`
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Performs the conversion.

`impl From for Trait`
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`fn from(span: Span) -> Trait`
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Performs the conversion.

`impl From for LArrow`
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`fn from(span: Span) -> LArrow`
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Performs the conversion.

`impl From for Caret`
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`fn from(span: Span) -> Caret`
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Performs the conversion.

`impl From for Shl`
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`fn from(span: Span) -> Shl`
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Performs the conversion.

`impl From for Return`
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`fn from(span: Span) -> Return`
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Performs the conversion.

`impl From for Dot3`
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`fn from(span: Span) -> Dot3`
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Performs the conversion.

`impl From for Continue`
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`fn from(span: Span) -> Continue`
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Performs the conversion.

`impl From for Le`
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`fn from(span: Span) -> Le`
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Performs the conversion.

`impl From for Extern`
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`fn from(span: Span) -> Extern`
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Performs the conversion.

`impl From for Where`
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`fn from(span: Span) -> Where`
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Performs the conversion.

`impl From for Self_`
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`fn from(span: Span) -> Self_`
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Performs the conversion.

`impl From for Comma`
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`fn from(span: Span) -> Comma`
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Performs the conversion.

`impl From for Mod`
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`fn from(span: Span) -> Mod`
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Performs the conversion.

`impl From for Div`
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`fn from(span: Span) -> Div`
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Performs the conversion.

`impl From for Apostrophe`
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`fn from(span: Span) -> Apostrophe`
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Performs the conversion.

`impl From for If`
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`fn from(span: Span) -> If`
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Performs the conversion.

`impl From for Catch`
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`fn from(span: Span) -> Catch`
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Performs the conversion.

`impl From for Pub`
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`fn from(span: Span) -> Pub`
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Performs the conversion.

`impl From for Use`
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`fn from(span: Span) -> Use`
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Performs the conversion.

`impl From for AddEq`
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`fn from(span: Span) -> AddEq`
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Performs the conversion.

`impl From for For`
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`fn from(span: Span) -> For`
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Performs the conversion.

`impl From for OrEq`
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`fn from(span: Span) -> OrEq`
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Performs the conversion.

`impl From for RArrow`
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`fn from(span: Span) -> RArrow`
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Performs the conversion.

`impl From for Default`
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`fn from(span: Span) -> Default`
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Performs the conversion.

`impl From for Ref`
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`fn from(span: Span) -> Ref`
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Performs the conversion.

`impl From for Ne`
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`fn from(span: Span) -> Ne`
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Performs the conversion.

`impl From for Lt`
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`fn from(span: Span) -> Lt`
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Performs the conversion.

`impl From for Auto`
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`fn from(span: Span) -> Auto`
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Performs the conversion.

`impl From for While`
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`fn from(span: Span) -> While`
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Performs the conversion.

`impl From for Bracket`
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`fn from(span: Span) -> Bracket`
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Performs the conversion.

`impl From for Fn`
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`fn from(span: Span) -> Fn`
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Performs the conversion.

`impl From for Struct`
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`fn from(span: Span) -> Struct`
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Performs the conversion.

`impl From for Macro`
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`fn from(span: Span) -> Macro`
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Performs the conversion.

`impl From for MulEq`
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`fn from(span: Span) -> MulEq`
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Performs the conversion.

`impl From for Let`
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`fn from(span: Span) -> Let`
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Performs the conversion.

`impl Respan for Span`
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`fn next_span(&self) -> Span`
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Used while quasi quotting.

`fn respan(&self, tt: TokenTree) -> TokenTree`
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`impl SpanExt for Span`
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`fn into_pm2_span(self) -> Self`
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`fn new_ident<S>(self, s: S) -> Ident where S: AsRef<str>,`
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`fn as_token<Token>(self) -> Token where Token: FromSpan,`
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Creates Token from self.

Struct pmutil::prelude::Span[−][src]

Methods

impl Span[src]

pub fn call_site() -> Span[src]

pub fn unstable(self) -> Span[src]

Trait Implementations

impl Clone for Span[src]

fn clone(&self) -> Span[src]

fn clone_from(&mut self, source: &Self)1.0.0[src]

impl Debug for Span[src]

fn fmt(&self, f: &mut Formatter) -> Result<(), Error>[src]

impl Copy for Span[src]

impl From<Span> for Span[src]

fn from(proc_span: Span) -> Span[src]

impl From<Span> for Shr[src]

fn from(span: Span) -> Shr[src]

impl From<Span> for Type[src]

fn from(span: Span) -> Type[src]

impl From<Span> for Unsafe[src]

fn from(span: Span) -> Unsafe[src]

impl From<Span> for Colon[src]

fn from(span: Span) -> Colon[src]

impl From<Span> for Match[src]

fn from(span: Span) -> Match[src]

impl From<Span> for AndAnd[src]

fn from(span: Span) -> AndAnd[src]

impl From<Span> for Or[src]

fn from(span: Span) -> Or[src]

impl From<Span> for DivEq[src]

fn from(span: Span) -> DivEq[src]

impl From<Span> for At[src]

fn from(span: Span) -> At[src]

impl From<Span> for Group[src]

fn from(span: Span) -> Group[src]

impl From<Span> for RemEq[src]

fn from(span: Span) -> RemEq[src]

impl From<Span> for Pound[src]

fn from(span: Span) -> Pound[src]

impl From<Span> for CaretEq[src]

fn from(span: Span) -> CaretEq[src]

impl From<Span> for Box[src]

fn from(span: Span) -> Box[src]

impl From<Span> for In[src]

fn from(span: Span) -> In[src]

impl From<Span> for Crate[src]

fn from(span: Span) -> Crate[src]

impl From<Span> for Eq[src]

fn from(span: Span) -> Eq[src]

impl From<Span> for And[src]

fn from(span: Span) -> And[src]

impl From<Span> for Dot2[src]

fn from(span: Span) -> Dot2[src]

impl From<Span> for Add[src]

fn from(span: Span) -> Add[src]

impl From<Span> for Enum[src]

fn from(span: Span) -> Enum[src]

impl From<Span> for CapSelf[src]

fn from(span: Span) -> CapSelf[src]

impl From<Span> for Star[src]

fn from(span: Span) -> Star[src]

impl From<Span> for As[src]

fn from(span: Span) -> As[src]

impl From<Span> for Brace[src]

fn from(span: Span) -> Brace[src]

impl From<Span> for Mut[src]

fn from(span: Span) -> Mut[src]

impl From<Span> for Dot[src]

fn from(span: Span) -> Dot[src]

impl From<Span> for SubEq[src]

fn from(span: Span) -> SubEq[src]

impl From<Span> for AndEq[src]

fn from(span: Span) -> AndEq[src]

impl From<Span> for Move[src]

fn from(span: Span) -> Move[src]

impl From<Span> for Dyn[src]

fn from(span: Span) -> Dyn[src]

impl From<Span> for DotDotEq[src]

fn from(span: Span) -> DotDotEq[src]

impl From<Span> for Underscore[src]

fn from(span: Span) -> Underscore[src]

`impl Span`
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`pub fn call_site() -> Span`
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`pub fn unstable(self) -> Span`
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`impl Clone for Span`
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`fn clone(&self) -> Span`
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`fn clone_from(&mut self, source: &Self)`
1.0.0
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`impl Debug for Span`
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`fn fmt(&self, f: &mut Formatter) -> Result<(), Error>`
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`impl Copy for Span`
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`impl From<Span> for Span`
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`fn from(proc_span: Span) -> Span`
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`impl From<Span> for Shr`
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`fn from(span: Span) -> Shr`
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`impl From<Span> for Type`
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`fn from(span: Span) -> Type`
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`impl From<Span> for Unsafe`
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`fn from(span: Span) -> Unsafe`
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`impl From<Span> for Colon`
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`fn from(span: Span) -> Colon`
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`impl From<Span> for Match`
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`fn from(span: Span) -> Match`
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`impl From<Span> for AndAnd`
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`fn from(span: Span) -> AndAnd`
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`impl From<Span> for Or`
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`fn from(span: Span) -> Or`
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`impl From<Span> for DivEq`
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`fn from(span: Span) -> DivEq`
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`impl From<Span> for At`
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`fn from(span: Span) -> At`
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`impl From<Span> for Group`
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`fn from(span: Span) -> Group`
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`impl From<Span> for RemEq`
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`fn from(span: Span) -> RemEq`
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`impl From<Span> for Pound`
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`fn from(span: Span) -> Pound`
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`impl From<Span> for CaretEq`
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`fn from(span: Span) -> CaretEq`
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`impl From<Span> for Box`
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`fn from(span: Span) -> Box`
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`impl From<Span> for In`
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`fn from(span: Span) -> In`
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`impl From<Span> for Crate`
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`fn from(span: Span) -> Crate`
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`impl From<Span> for Eq`
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`fn from(span: Span) -> Eq`
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`impl From<Span> for And`
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`fn from(span: Span) -> And`
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`impl From<Span> for Dot2`
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`fn from(span: Span) -> Dot2`
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`impl From<Span> for Add`
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`fn from(span: Span) -> Add`
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`impl From<Span> for Enum`
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`fn from(span: Span) -> Enum`
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`impl From<Span> for CapSelf`
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`fn from(span: Span) -> CapSelf`
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`impl From<Span> for Star`
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`fn from(span: Span) -> Star`
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`impl From<Span> for As`
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`fn from(span: Span) -> As`
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`impl From<Span> for Brace`
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`fn from(span: Span) -> Brace`
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`impl From<Span> for Mut`
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`fn from(span: Span) -> Mut`
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`impl From<Span> for Dot`
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`fn from(span: Span) -> Dot`
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`impl From<Span> for SubEq`
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`fn from(span: Span) -> SubEq`
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`impl From<Span> for AndEq`
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`fn from(span: Span) -> AndEq`
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`impl From<Span> for Move`
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`fn from(span: Span) -> Move`
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`impl From<Span> for Dyn`
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`fn from(span: Span) -> Dyn`
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`impl From<Span> for DotDotEq`
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`fn from(span: Span) -> DotDotEq`
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`impl From<Span> for Underscore`
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`fn from(span: Span) -> Underscore`
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`impl From<Span> for Question`
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`fn from(span: Span) -> Question`
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`impl From<Span> for Rem`
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