fn args_as_tuple_type_with_lifetimes(&self) -> TokenStream {
        // same as the above method, but use the version with lifetime annotations
        let types = self
            .spec()
            .args
            .iter()
            .map(ProbeArgSpecification::syn_typ_with_lifetimes);

        generate_tuple(types)
    }
/// Like the method above constructs a tuple type corresponding to the types of the arguments of this probe.
///  Unlike the above method, this tuple type is also annotated with explicit lifetime
///  parameters for all reference types in the tuple.
Like the method above constructs a tuple type corresponding to the types of the arguments of this probe.
Unlike the above method, this tuple type is also annotated with explicit lifetime
parameters for all reference types in the tuple.
Like the method above constructs a tuple type corresponding to the types of the arguments of this probe . Unlike the above method this tuple type is also annotated with explicit lifetime parameters for all reference types in the tuple .
fn args_as_tuple_type_with_lifetimes(&self) -> TokenStream {
        // same as the above method, but use the version with lifetime annotations
        let types = self
            .spec()
            .args
            .iter()
            .map(ProbeArgSpecification::syn_typ_with_lifetimes);
        generate_tuple(types)
    }
fn args_as_tuple_type_with_lifetimes ( & self ) -> TokenStream { // same as the above method, but use the version with lifetime annotations let types = self . spec ( ) . args . iter ( ) . map ( ProbeArgSpecification :: syn_typ_with_lifetimes ) ; generate_tuple ( types ) }
Like the method above constructs a tuple type corresponding to the types of the arguments of this probe.
Like the method above constructs a tuple type corresponding to the types of the arguments of this probe .
&self
&self