pub fn parse(&self, input: TokenStream) -> Result<TokenStream, Error> {
        let arg = (
            ("move", '|', self.ctx, ',', self.stream, '|'),
            braced(self.process(input)?),
        );

        let mut output = Builder::new();
        output.push((MACROS, S, "quote_fn", p(arg)));
        Ok(output.into_stream())
    }
/// Parse the given input stream and convert into code that constructs a
/// `ToTokens` implementation.
Parse the given input stream and convert into code that constructs a
`ToTokens` implementation.
Parse the given input stream and convert into code that constructs a ` ToTokens ` implementation .
pub fn parse(&self, input: TokenStream) -> Result<TokenStream, Error> {
        let arg = (
            ("move", '|', self.ctx, ',', self.stream, '|'),
            braced(self.process(input)?),
        );
        let mut output = Builder::new();
        output.push((MACROS, S, "quote_fn", p(arg)));
        Ok(output.into_stream())
    }
pub fn parse ( & self , input : TokenStream ) -> Result < TokenStream , Error > { let arg = ( ( " " , '|' , self . ctx , ',' , self . stream , '|' ) , braced ( self . process ( input ) ? ) , ) ; let mut output = Builder :: new ( ) ; output . push ( ( MACROS , S , " " , p ( arg ) ) ) ; Ok ( output . into_stream ( ) ) }
Parse the given input stream and convert into code that constructs a
`ToTokens` implementation.
Parse the given input stream and convert into code that constructs a ` ToTokens ` implementation .
&self
input
TokenStream
&self
input
TokenStream