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LL,<0 ˠ(gis !h'. $   ) 1< DĜ f$    $   fB    %##$ ř*    -l >s    E U  f v     z 4\,$$4H44řǙșəʙ˙G*R{9 *T[ YW44<$ ) 1<D$   $ Ė;    %# #a %  9ԘuԘ  O A .$ ř*   -lA x      [ k  |    zu4\,$$44y4C41;@95Y` nT x;444D $   ) 1< Dą$    $  ī;    %##|  ř*     -lCr    E U  f v     z 4\,$$4M44*h jmg.4z4$ )1<Dӄ؄$ӄ ؄  $ ;   %# #a %  9ԘuԘ M ? ,|  ř*   -lV {  څ   ̃[ k |    zu4\,$$444C41;U9J*ah v\ 7C444Lfalsetrue-<1 l\ 5(,1 tL 65-+\,$ III4 KZX'cT    #  5 H$  NdY '90$ Ҁ    ( '.<  < #  H (  #H  '/<  exhaustedݠ PH '{ Z99(Z':Ѥ[99{*['3ѤO[99[d['3Ѥ[99)['3Ѥ[99}['3Ѥ[99]\'3:  g  \ "\ "   H4 HP, Hxn'XD 5D't$ 5+$ 'T4!H  !H  P}J '\a"@}$" Qӫ$#'%#% '4( !9D'?(4&,' +,- H8, H-L >IFTH+,n*!'X$ *\ )"'8()o/ 0|D/80-.$'\1  %+1&&A+Q)o(1(*8@245   5 9,9   TřǙșəʙ˙G*R{9 H9n 9 q <H9^9أ M;d  99 ;Mhӫӫ4ӫřǙșəʙ˙G*R{9 K ӫW<;h999 9dҮ:Hf;S}9uts2resT raw_s+ 9indent-v &"' U  ӡG   ϣ` Ѥ Ѥ Ѥx ѤE Ѥ Ѥ[ӪͫԬɮAw-53:5@G!  ({[)}];      \ $l1S5 *4L$ 43 4$ڼ4   )3$ÜĜŜƜǜȜ_w45<44R54 5errVڼڼn5J5P$T%5D 45  5|\ 5 lĭ4$<,55$ s/=>@AK T(<)  ParseStream\)Parser4)Spanned<)visit$)K Visit,*K braced4*5 punctuatedT*token,*7eL*9Data$*9\*94,*Expr$*9I,*94*9\*9l+9 GenericParamd+<D+<H,+H > PredicateTypel+>4+Token,+ TraitBoundT+=$+E TypeMacroL+E!TypeParamBoundt+="TypePathD+F# WhereClause\,=$WherePredicatet,=% format_identd,/' quote_spannedl,(ToTokensD,c) ,-*Span$-,\.- TokenTreeL.. \8 t$9 \4:LI This crate provides helper types for matching against enum variants, andMOL extracting bindings to each of the fields in the deriving Struct or Enum in a generic way.MJ If you are writing a `#[derive]` which needs to perform some operation on74 every field, then you have come to the right place!ܾ # Example: `WalkFields` ### Trait Implementation< ```)& pub trait WalkFields: std::any::Any {=: fn walk_fields(&self, walk: &mut FnMut(&WalkFields));, } impl WalkFields for i32 {@= fn walk_fields(&self, _walk: &mut FnMut(&WalkFields)) {},< ### Custom Derive< # use quote::quote;RO fn walkfields_derive(s: synstructure::Structure) -> proc_macro2::TokenStream {&# let body = s.each(|bi| quote!{ walk(#bi)\ });ܴ s.gen_impl(quote! {2/ extern crate synstructure_test_traits;EB gen impl synstructure_test_traits::WalkFields for @Self {`] fn walk_fields(&self, walk: &mut FnMut(&synstructure_test_traits::WalkFields)) {)& match *self { #body } }l }T }),  /, # const _IGNORE: &'static str = stringify!( B? synstructure::decl_derive!([WalkFields] => walkfields_derive);D  # ); 4  /* * Test Case<  */| fn main() { $! synstructure::test_derive! {  walkfields_derive {  enum A {  B(i32, T),ܹ  C(i32), l   expands to {  const _: () = { :7 extern crate synstructure_test_traits; IF impl synstructure_test_traits::WalkFields for A EB where T: synstructure_test_traits::WalkFields  {he fn walk_fields(&self, walk: &mut FnMut(&synstructure_test_traits::WalkFields)) {)& match *self {LI A::B(ref __binding_0, ref __binding_1,) => {96 { walk(__binding_0) }96 { walk(__binding_1) }! };8 A::C(ref __binding_0,) => {9! }̻ } } };lL },<̨ # Example: `Interest`< pub trait Interest {&# fn interesting(&self) -> bool;,ܭ impl Interest for i32 {30 fn interesting(&self) -> bool { *self > 0 },<<TQ fn interest_derive(mut s: synstructure::Structure) -> proc_macro2::TokenStream {2/ let body = s.fold(false, |acc, bi| quote!{HE #acc || synstructure_test_traits::Interest::interesting(#bi)\ܦ2C@ gen impl synstructure_test_traits::Interest for @Self {/, fn interesting(&self) -> bool {! match *self { #bodylT,/>; synstructure::decl_derive!([Interest] => interest_derive);D4<|# synstructure::test_derive!{ interest_derive {ܙl:GD impl synstructure_test_traits::Interest for AC@ where T: synstructure_test_traits::Interest74 fn interesting(&self) -> bool {)L ,) false || gd synstructure_test_traits::Interest::interesting(__binding_0) ||!da synstructure_test_traits::Interest::interesting(__binding_1)"!";",#da synstructure_test_traits::Interest::interesting(__binding_0)$!$$$$l%L%,%<%%%RO For more example usage, consider investigating the `abomonation_derive` crate,&85 which makes use of this crate, and is fairly simple./=>@AKv wv ke^YK TK N5 D?7e>9:9994849I39291909$<#<H"H4 >>=E E!="F#=$=%/'(c) *,-. 8 9 :(̏)T)ru_b)OT)>,)-0*! vy]`PSCF vy[^,,FI,/d-t-4--\-!t/PM This module provides two utility macros for testing custom derives. They canQNK be used together to eliminate some of the boilerplate required in order to30 declare and test custom derive implementations.t/4/4/ TokenStream2d0 ,1parse24 "3 parse_strL "4\95\6parse,7 "7ĕdkm]_unknownwasi+HM tT+HM tIJPM The `decl_derive!` macro declares a custom derive wrapper. It will parse theOL incoming `TokenStream` into a `synstructure::Structure` object, and pass it into the inner function.MJ Your inner function should take a `synstructure::Structure` by value, andHE return a type implementing `synstructure::MacroResult`, for example:<RO fn derive_simple(input: synstructure::Structure) -> proc_macro2::TokenStream { unimplemented!(),   41 fn derive_result(input: synstructure::Structure) 0- -> syn::Result,  {Ă , <  \  # Usage Խ  ### Without Attributes<  XU fn derive_interesting(_input: synstructure::Structure) -> proc_macro2::TokenStream {  quote::quote! { ... },   0- # const _IGNORE: &'static str = stringify! { 63 decl_derive!([Interesting] => derive_interesting);D  # };<    ### With Attributes<   # fn main() {} X ,0ňVS decl_derive!([Interesting, attributes(interesting_ignore)] => derive_interesting);D<&# ### Decl Attributes & Doc Comments<X,0ň decl_derive! {Ķ [Interesting] => #[allow(some_lint)]" /// Documentation CommentsԎ derive_interesting,D<OL *This macro is available if `synstructure` is built with the `"proc-macro"`l feature.*+HM t)|`#       , 8derives<& 8,,   , 8derive_tD& 8 *,   +   ,   , 8,& 8  , 83,& 8 $*  +   8   , 8ِ<,   , 8D +   8,  8non_snake_caset,   +   ,   , 8,  88 , 8ِ<  8 & , 8,'8 4'8\(, 8,'8 4'8\  8,, 8,'8 4'8,' , 8,'8 4'8\   8   '8$'8 4'84'8  8 *   8,, 8,'8L'8<   8   '8$'8 4'84'8  8 *, 8,'8\'8\  , 83,  8 $ '8$'8 4'84'8  8 *   '8$'8<'8$'8into$  8  8to_compile_error  '8$'8 4'84'8  8 *   '8$'8<'8$'8ݜ$  8  8  % $LI The `decl_attribute!` macro declares a custom attribute wrapper. It willMJ parse the incoming `TokenStream` into a `synstructure::Structure` object,(% and pass it into the inner function.74 Your inner function should have the following type:< fn attribute('$ attr: proc_macro2::TokenStream,+( structure: synstructure::Structure,# ) -> proc_macro2::TokenStream {,<  \ ӆ <   fn attribute_interesting( (% _attr: proc_macro2::TokenStream, ,) _structure: synstructure::Structure,!#!,!!!0ň"<9 decl_attribute!([interesting] => attribute_interesting);D"<"""Ol###$#+#H#M $#t#)|$. $ , $ %  $ %, $8L$& %8,%*%, % % %+ % % %, % % %, %8,%& %8% % %, %83,%& %8 $%*% % ,+ % % %8 %, % % %+ % % %, % % %, %8,% % %8%8 %, %8L& & &8$&& &, &8,&'&8 4&'&8\&$ &8 && &, &8,&'&8 4&'&8\&$ &(&, &8,&'&8 4&''8\' ' ,8,', '8,'''8 4'''8,''' ', '8,'''8 4'''8\' ' ' '8 ' ' ,''8$'''8 4'''84''(8( ( (8 (*(8,(, (8,('(8L('(8<( ( ( (8 ( ( +'(8$('(8 4('(84('(8( ( (8 (*( ( *, )8,)')8\)')8\) ) *, )83,) ) ) ')8$)')8<)')8$)')8ݜ$) ) )8$)$ )8 )'*8$*'*8 4*'*84*'*8* * *8 *** * + '*8$*'*8<*'*8$+'+8ݜ$+ + +8 + +8+ + +$ +'+8$+'+8 4+'+84+'+8+ + +8 +*+ + , ',8$,',8<,',8$,',8ݜ$, , ,8 , ,8, , ,% ,4,NK Run a test on a custom derive. This macro expands both the original struct-NK and the expansion to ensure that they compile correctly, and confirms that.NK feeding the original struct into the named derive will produce the written\. output...HE You can add `no_build` to the end of the macro invocation to disable/MJ checking that the written code compiles. This is useful in contexts where0KH the procedural macro cannot depend on the crate where it is used duringT0 tests.0\0ӆ0<0074 fn test_derive_example(_s: synstructure::Structure)174 -> Result,11GD Ok(quote::quote! { const YOUR_OUTPUT: &'static str = "here"; }),22|22#2! test_derive_example {̝3 struct A;l33396 const YOUR_OUTPUT: &'static str = "here";l4L4,4<4)|4: 4 A 4 5, 48 $4& 48 $4 4 5, 4 4 5, 48 4& 485 58expands<58to5 5 5, 5 5 5, 58 5& 585 5*5 5 7 5 7 + 5 5 58,5 5 58L58 58ensure_compiles|5 5 5 5 6, 6 6 6, 68 6 6, 6 6 6, 68 6 6, 68,6'68 \6 6 6 7, 68 $6 6 6, 6 6 6, 68 6 68<686 6 6, 6 6 6, 68 6 68no_buildD6% 7% 7 7 7 , 78 $7& 78 $7 7 7, 7 7 7, 78 7& 787 78<787 7 7, 7 7 7, 78 7& 787 78D7*7 7 @ 7 @k878 7 7, 78,7'78 48'88 ,8 8 8 8, 8 8 8, 88 8 8% 8888parsed48 8, 88,8'88 48'8848'8 8, 88,8'88 48'88\8 8 8 88 8 8848 9 :'98$9'9849 9 9 : 7#Failed to parse input to `#[derive(9%$ 9'98$9'98L9 9 9 9, 98 $9$ 97)]`,:$ :% :8:8raw_res<: :, :8 $: : :, :8,:':8L:':8 : : : :84:% :8:8; ;, ;8,;';8\;';8\; ; ;8<; ;84; ; <';8$;';84; ; ; < 7&Procedural macro failed for `#[derive(;($ <'<8$<'<8L< < < <, <8 $<$ <7,<$ <% <8=8 expected_toksl= =, =8,='=8 4='=8 ,= = = =, = = =, =8 = =% =8= =, =8,='=8 4='=8d=8='=8='=8string4='=8ToStringD= >'>8L> > > >8>> >, >8,>'>8 4>'>8d>8>'>8>'>84>'>8D> >'>8L> > > >8l> ? @8 ,? ? ? @7=\ test_derive failed: expected: ``` {} ``` got: ``` {} ```\n??$ ?, ?8,?'?8t? @ @ @8l@$ @, @8,@'@8t@ @ @ @8@$ @% @% Aܺ4+<d<4-L4 + 4;B; 4; <$4tokens4483l8 L  ;B 8 =8 8:Mt:?  ?KCCC;=C= ?HLB: >set:D;=Et= K KÜĜŜƜǜȜ_w;5B > @ݜ$>$>M\M řǙșəʙ˙G*R{9 5 5BBCBC M5 M M#;lN#;5 N A5optM M\^XZU!8.EdEV-LV . 4;BD VD E8$V4VV GG-HIJVWWC@ Returns a reference to the underlying `syn` AST node which thisW `BindingInfo` referencesW -  JBF WF H $W\ X:7 Generates the pattern fragment for this field binding.XlX # Example {̚a a: Option,a b: U,La4aa$! let mut s = Structure::new(&di);b|bb=: s.variants()[0].bindings()[0].referenced_ty_params(),b%" &["e::format_ident!("T")]4c;BP sP S $s sĒw UU0VXYZ[\_dhmoqrtvwwVw/řǙșəʙ˙G*R{9 0BTT V  w4wDwdzVWWWWVW¬OUQ,ނ41 Returns a slice of the bindings in this Variant.D 0  -BT T X $885 Returns a mut slice of the bindings in this Variant.d 0 BT T Y $#B? Returns a `VariantAst` object which contains references to theͅDA underlying `syn` AST node which this `Variant` was created from. 0/BT T Z $&؆=: True if any bindings were omitted due to a `filter` call. 0BT T [ $ VS Generates the match-arm pattern which could be used to match against this Variant.݈l<ԃ2ى B(i32, i32),L4 |*' s.variants()[0].pat().to_string(),| quote!{30 A::B(ref __binding_0, ref __binding_1,)4< 04BT T \ $\]]]]\] م\^^^^\^~IF Generates the token stream required to construct the current variant.GD The init array initializes each of the fields in the order they are&# written in `variant.ast().fields`.l<Ԑ2 B(usize, usize),Ԝ C{ v: usize },L4ɛԛ |A> s.variants()[0].construct(|_, i| quote!(#i)).to_string(),ۜ|! A::B(0usize, 1usize,)4|ʝޝA> s.variants()[1].construct(|_, i| quote!(#i)).to_string(),| A::C{ v: 0usize, }4<L 04BT`aa` T  # JH# cD _ $æeY_bbbb__cccc_ۯy֨VS Runs the passed-in function once for each bound field, passing in a `BindingInfo`.EB and generating a `match` arm which evaluates the returned tokens.IF This method will ignore fields which are ignored through the `filter`\Ѫ method.l<ԇ2ݫL4 |MJ s.variants()[0].each(|bi| quote!(println!("{:?}", #bi))).to_string(),ӭ|ۭ85 A::B(ref __binding_0, ref __binding_1,) => {1. { println!("{:?}", __binding_0) }1. { println!("{:?}", __binding_1) }l4į<ϯ$ 04BTefef T  # Z%p䢰#ّ cD˰ d $k4dggggdIF Runs the passed-in function once for each bound field, passing in theγJG result of the previous call, and a `BindingInfo`. generating a `match`0- arm which evaluates to the resulting tokens.ҴڴI͊\l<ҵ޵2ɶL4 |ķطRO s.variants()[0].fold(quote!(0), |acc, bi| quote!(#acc + #bi)).to_string(),|˸8ߍ-* 0 + __binding_0 + __binding_1l̹4<$ 04BTijkikj T   #4 Z%pк)# cDcD h $kpt,/),&)<hllllhdMJ Filter the bindings created by this `Variant` object. This has 2 effects:Ͻ׽KH * The bindings will no longer appear in match arms generated by methods*' on this `Variant` or its subobjects.־޾FC * Impl blocks created with the `bound_impl` or `unsafe_bound_impl`EB method only consider type parameters referenced in the types of non-filtered fields.l<Ը2  C{ a: u32 },L4$%" s.variants_mut()[0].filter(|bi| {96 bi.ast().ident == Some(quote::format_ident!("b"))< });|?< s.each(|bi| quote!(println!("{:?}", #bi))).to_string(),|/, A::B{ b: ref __binding_1, .. } => {1ގl,) A::C{ a: ref __binding_0, } => {1l4<4 0BTnn T # Z%p#$ m $ui[X Iterates all the bindings of this `Variant` object and uses a closure to determine if a\Y binding should be removed. If the closure returns `true` the binding is removed from thePM variant. If the closure returns `false`, the binding remains in the variant.]Z All the removed bindings are moved to a new `Variant` object which is otherwise identical\Y to the current one. To understand the effects of removing a binding from a variant check.+ the [`VariantInfo::filter`] documentation.l<ԣ2 ijL4$.+ let mut with_b = &mut s.variants_mut()[0];+( let with_a = with_b.drain_filter(|bi| {96 bi.ast().ident == Some(quote::format_ident!("a"))<|DA with_a.each(|bi| quote!(println!("{:?}", #bi))).to_string(),|/, A::B{ a: ref __binding_0, .. } => {1l4|DA with_b.each(|bi| quote!(println!("{:?}", #bi))).to_string(),|/1ގl4<d 00BTpp T # Z%p#$ o $ 9*' Remove the binding at the given index.d # Panics(% Panics if the index is out of range.t 0HBT T q $idxpKH Updates the `BindStyle` for each of the passed-in fields by calling the.+ passed-in function for each `BindingInfo`.l<Ԃ2L4$:7 s.variants_mut()[0].bind_with(|bi| BindStyle::RefMut);|?|@= A::B(ref mut __binding_0, ref mut __binding_1,) => {11ގl'$ A::C(ref __binding_0,) => {1l4<L 0BTss T # Z%p$#+L r $ lLI Updates the binding name for each fo the passed-in fields by calling the.KH The function will be called with the `BindingInfo` and its index in the enclosing variant.EB The default name is `__binding_{}` where `{}` is replaced with an increasing number.l<Ԇ2 ĖL4$HE s.variants_mut()[0].binding_name(|bi, i| bi.ident.clone().unwrap());|?|,) A::B{ a: ref a, b: ref b, } => {'$ { println!("{:?}", a) }'$ { println!("{:?}", b) }l,Ҥ1l4<d 0BTuu T # JH#H, t $ hj4FdJG(l<Ԉ2L4$|=%4< 0BT T v $ xx2yz|}~(LI Create a new `Structure` with the variants and fields from the passed-in `DeriveInput`.dJG This method will panic if the provided AST node represents an untaggedT union.  2Bww y  4LKH Unlike `Structure::new`, this method does not panic if the provided AST&# node represents an untagged union.<ÜĜŜƜǜȜ_w25Bww z  Ѐz{{{{z{ 99Variant9999{gۅU,63 Returns a slice of the variants in this Structure.D 2  0Bw w | $8:7 Returns a mut slice of the variants in this Structure.d 2 Bw ̌w } $ь$C! `Structure` was created from. 2Bw w ~ $&ʎFC True if any variants were omitted due to a `filter_variants` call. 2Bw w  $yVC@ and generating `match` arms which evaluate the returned tokens.LI This method will ignore variants or fields which are ignored through the*' `filter` and `filter_variant` methods.l<Ըג2ģLؓ4 |?|8ߍϕ11ގl͖'1l4ۗ<$ 24Bw w  # Z%p乘# ԘD  $ IHE result of the previous call, and a `BindingInfo`. generating `match`0- arms which evaluate to the resulting tokens.ɜL*ɝѝC@ If a variant has been ignored, it will return the `init` value.l<Կޞ2ĪǟLߟ4 |DA s.fold(quote!(0), |acc, bi| quote!(#acc + #bi)).to_string(),|8ߍۡ-l'ˢ 0 + __binding_0l4<$ 24Bw ǣw ɚ ۚ ģ#4 Z%p)# DDФ  $ȣg ۣC@ Runs the passed-in function once for each variant, passing in aJG `VariantInfo`. and generating `match` arms which evaluate the returned\ tokens.JG This method will ignore variants and not bind fields which are ignored63 through the `filter` and `filter_variant` methods.l<̩2ķԪL4 |ƫ s.each_variant(|v| {&# let name = &v.ast().ident;/, quote!(println!(stringify!(#name)))Ƭ }).to_string(),|8ߍ'$ println!(stringify!(B))l''$ println!(stringify!(C))lѮ4<d 24Bw w  #  n^æ# D  $ hOL Filter the bindings created by this `Structure` object. This has 2 effects:ijKܝ,) on this `Structure` or its subobjects.ŴʹFEşl<ԧƶ2 ķLԷ4$ s.filter(|bi| {9<|?|/ɰ1l,Ҥ1l߻4<4 2Bw w # Z%p#$  $ ¼i]Z Iterates all the bindings of this `Structure` object and uses a closure to determine if a\ƿTQ structure. If the closure returns `false`, the binding remains in the structure._\ All the removed bindings are moved to a new `Structure` object which is otherwise identical^[ to the current one. To understand the effects of removing a binding from a structure check,) the [`Structure::filter`] documentation.l<2 L4)& let mut with_b = Structure::new(&di);+9<|D߯|/ɰ1l,Ҥ1l4|Dױ|/1ގl A::C{ .. } => {l4<d 22Bw w # Z%p#$  $'LHJG Specify additional where predicate bounds which should be generated byC@ impl-generating functions such as `gen_impl`, `bound_impl`, andĩ `unsafe_bound_impl`.l<2 enum A { B(T), C(Option),L4$)& // Add an additional where predicate.C@ s.add_where_predicate(syn::parse_quote!(T: std::fmt::Display));|2/ s.bound_impl(quote!(krate::Trait), quote!{ fn a() {}| const _: () = {# extern crate krate;30 impl krate::Trait for A/, where T: std::fmt::Display,*' T: krate::Trait,2/ Option: krate::Trait,)& U: krate::Trait { fn a() {}t };4< 2Bw w  $pred$:IF Specify which bounds should be generated by impl-generating functions>; such as `gen_impl`, `bound_impl`, and `unsafe_bound_impl`.KH The default behaviour is to generate both field and generic bounds from type parameters.l<2މ̄L4$%" // Limit bounds to only generics.&# s.add_bounds(AddBounds::Generics);|2Ό|#3ݍ*' where T: krate::Trait,)Ǐtʐ4<T 2*ݙBw w  $mode$mOL Filter the variants matched by this `Structure` object. This has 2 effects:LI * Match arms destructuring these variants will no longer be generated by! methods on this `Structure`FEş%" fields in non-fitered variants.l<Ԃ2L4$0- s.filter_variants(|v| v.ast().ident != "B");|?|'1l _ => {}4<| 2Bw w #  n^æ#$  $Fr]Z Iterates all the variants of this `Structure` object and uses a closure to determine if a\Y variant should be removed. If the closure returns `true` the variant is removed from theTQ structure. If the closure returns `false`, the variant remains in the structure._\ All the removed variants are moved to a new `Structure` object which is otherwise identical^[ to the current one. To understand the effects of removing a variant from a structure check52 the [`Structure::filter_variants`] documentation.l<2L4)& let mut with_c = Structure::new(&di);HE let with_b = with_c.drain_filter_variants(|v| v.ast().ident == "B");|DA with_c.each(|bi| quote!(println!("{:?}", #bi))).to_string(),|'1l4|Dױ|8ߍ11ގl4 22Bw w #  n^æ#$  $ 9Ā*' Remove the variant at the given index.d(tȁ 2HBw ׁw  $܁pނKڷ.l<ԇ2݄L4$(% s.bind_with(|bi| BindStyle::RefMut);|?|@߇11ގlˈ݈+( A::C(ref mut __binding_0,) => {1lÉՉ4<L 2۴Bw w # Z%pъ$#+L  $ ۔lLοÌ.K΍E֎lގ<2ҏ ČL4$63 s.binding_name(|bi, i| bi.ident.clone().unwrap());|ʑ?|,ے''lœ" A::C{ a: ref a, } => {'l4Ĕ<ϔd 2Bw w # JH쩕#H,  $ ik4ƖJG Returns a list of the type parameters which are refrenced in the types&# of non-filtered fields / variants.dȗٗKH If the struct contains any macros in type position, all parameters willG(l<ęЙ2މ B(T, i32),ܚL4$ě0- s.filter_variants(|v| v.ast().ident != "C");|! s.referenced_ty_params(),%4< 2Bw w  $Dǟ'$ Adds an `impl<>` generic parameter.VS This can be used when the trait to be derived needs some extra generic parameters.Πl֠<2ʡމL4$ۢOL let generic: syn::GenericParam = syn::parse_quote!(X: krate::AnotherTrait);|ˣ# s.add_impl_generic(generic)0- .bound_impl(quote!(krate::Trait), quote!{l ).to_string(),|ܣå#NK impl krate::Trait for A30 where T : krate :: Trait < X >,52 Option: krate::Trait,,) U: krate::Traittʐ¨4ܨ< 2ĉBw w  $param,LI Add trait bounds for a trait with the given path for each type parmaeterȪ30 referenced in the types of non-filtered fields.dKH If the method contains any macros in type position, all parameters willG( 2 ===̝== =maybe= + řǙșəʙ˙G*R{9 === where_token= 4sdž*;Bw w  $bound,Jd$;U;TEEEMEEEEEElEEE ImplTraitEEEmEEEnEEENeverEEEoEEEoEEEPtr EEE EEE EEE TraitObject EEE EEEqE ,`1;U    base +7~?BB RandomStateBk0Bk1Q *3L    ɳ;?FC This method is a no-op, underscore consts are used by default now. 2Bw w  $_enabledDSKH > NOTE: This methods' features are superceded by `Structure::gen_impl`.KH Creates an `impl` block with the required generic type fields filled in" to implement the trait `path`.FC This method also adds where clauses to the impl requiring that all:7 referenced type parmaeters implement the trait `path`. # Hygiene and PathsIF This method wraps the impl block inside of a `const` (see the exampleEB below). In this scope, the first segment of the passed-in path isKH `extern crate`-ed in. If you don't want to generate that `extern crate` item, use a global path.IF This means that if you are implementing `my_crate::Trait`, you simplyKH write `s.bound_impl(quote!(my_crate::Trait), quote!(...))`, and for theJG entirety of the definition, you can refer to your crate as `my_crate`.dKG(dDA Panics if the path string parameter is not a valid `TraitBound`.l<2މL4$0|2Ό|ܧ#3ݍ2/ where Option: krate::Trait,)Ǐtʐ4<T 24Bw w  cDcD  $ 2=ac\^ZKK)& to implement the unsafe trait `path`.F:IEKIKJdKG(dDl<ԥ2މ̬L4$0|96 s.unsafe_bound_impl(quote!(krate::Trait), quote!{Ό|#:7 unsafe impl krate::Trait for A2)Ǐtʐ4< 24Bw w  DD  $ ALJLNPUKK";8 This method will not add any where clauses to the impl.IEKIKJdDl<2މL4$0|41 s.unbound_impl(quote!(krate::Trait), quote!{Ό|܇#52 impl krate::Trait for A {tʐ4<d 24Bw w  DD  $ JLNP̃\KK);IEKIKJdDl<2މL4$0|;8 s.unsafe_unbound_impl(quote!(krate::Trait), quote!{Ό|ܵՁ#<9 unsafe impl krate::Trait for A {쾂tʐ4<lӃ 24Bw w  DD  $ JLNPl 24444Bw w  $ $$ 4Ɔ$7EB Generate an impl block for the given struct. This impl block willՒDA automatically use hygiene tricks to avoid polluting the caller'sGD namespace, and will automatically add trait bounds for generic type| parameters.d # SyntaxOL This function accepts its arguments as a `TokenStream`. The recommended wayHE to call this function is passing the result of invoking the `quote!` macro to it.Օlݕ ```ignore s.gen_impl(quote! {LI // You can write any items which you want to import into scope here.ܖIF // For example, you may want to include an `extern crate` for theFC // crate which implements your trait. These items will only beHE // visible to the code you generate, and won't be exposed to the˜ // consuming crate extern crate krate;JG // You can also add `use` statements here to bring types or traitsؙ // into scope.T //HE // WARNING: Try not to use common names here, because the stableϚMJ // version of syn does not support hygiene and you could accidentally.+ // shadow types from the caller crate.ԛ$! use krate::Trait as MyTrait;LI // The actual impl block is a `gen impl` or `gen unsafe impl` block.֜@= // You can use `@Self` to refer to the structure's type.$! gen impl MyTrait for @Self {ĝ fn f(&self) { ... }L4 })<FC The most common usage of this trait involves loading the crate theIF target trait comes from with `extern crate`, and then invoking a `gen impl` block.ßl˟ # HygieneݟIF This method tries to handle hygiene intelligently for both stable andB? unstable proc-macro implementations, however there are visible differences.IF The output of every `gen_impl` function is wrapped in a dummy `const`KH value, to ensure that it is given its own scope, and any values brought30 into scope are not leaked to the calling crate.DA By default, the above invocation may generate an output like thet following:ѣl٣؆ const _: () = {܃$̤85 impl MyTrait for Struct where T: MyTrait {L4<ƥҥڥ ### Using the `std` crateA> If you are using `quote!()` to implement your trait, with theʦLI `proc-macro2/nightly` feature, `std` isn't considered to be in scope forC@ your macro. This means that if you use types from `std` in yourGD procedural macro, you'll want to explicitly load it with an `extern crate std;`.Į̃ ### Absolute pathsKH You should generally avoid using absolute paths in your generated code,KH as they will resolve very differently when using the stable and nightlyGD versions of `proc-macro2`. Instead, load the crates you need to use۪%" explictly with `extern crate` and # Trait BoundsKH This method will automatically add trait bounds for any type parameters@= which are referenced within the types of non-ignored fields.ɬJG Additional type parameters may be added with the generics syntax after the `impl` keyword.̼ ### Type Macro CaveatڭKG(d # Errorsį̯EB This function will generate a `compile_error!` if additional typeKH parameters added by `impl<..>` conflict with generic type parameters on the original struct.dKH This function will panic if the input `TokenStream` is not well-formed. # Example Usage<ԨDz2މ̯Lͳ4۳$0̴|Դ extern crate krate;-* gen impl krate::Trait for @Self {޵ fn a() {}l|ܾ޶#3ݍ whereط,) Option: krate::Trait,# U: krate::TraitǸtʐ4;8 // NOTE: You can also add extra generics after the impl|ܓ׺DA gen impl krate::Trait for @Self where X: Send + Sync,lڻ {l|̼#LI impl krate::Trait for A# X: Send + Sync,/, Option: krate::Trait,۾&# U: krate::Trait윿tԿʐ4@= // NOTE: you can generate multiple traits with a single call|-ަl2/ gen impl krate::OtherTrait for @Self { fn b() {}l|ܺ#3ݍ,#85 impl krate::OtherTrait for A1. Option: krate::OtherTrait,(% U: krate::OtherTrait fn b() {}tʐ4<:7 Use `add_bounds` to change which bounds are generated.D 244Bw w  $/  ParseBufferscopecell  unexpectedB=uU St 2  B=uBw w  $input,wrap$Id  B=uÜĜŜƜǜȜ_wřǙșəʙ˙G*R{9 ,,q,S^J5B ,<OL Dumps an unpretty version of a tokenstream. Takes any type which implementst `Display`.NK This is mostly useful for visualizing the output of a procedural macro, asMJ it makes it marginally more readable. It is used in the implementation of2/ `test_derive!` to unprettily print the output.| # StabilityJG The stability of the output of this function is not guaranteed. Do notIF assert that the output of this function does not change between minorl versions.l<|-* synstructure::unpretty_print(quote! {#3ݍ,#tʐ\ }), "const _ : (L )< = { extern crate krate ;pm impl < T , U > krate :: Trait for A < T , U > where Option < U > : krate :: Trait , U : krate :: Trait { fn a ( )llL, ;, ", )<t5B g5 5%'/ B   PM Helper trait describing values which may be returned by macro implementation(% methods used by this crate's macros.\#,LI Convert this result into a `Result` for further processing / validation.\B$NIF Convert this result into a `proc_macro::TokenStream`, ready to return.+ from a native `proc_macro` implementation.HE If `into_result()` would return an `Err`, this method should insteadFC generate a `compile_error!` invocation to nicely report the error.A> *This method is available if `synstructure` is built with the `"proc-macro"` feature.*+HM \3B, ,+HM t3+\3B $/\33B $ 4+\4B $. 5\4#%+\4B 510  Changes how bounds are addedL1*&n'$11 Add for fields and generics/*BD*41|1 Fields only*13*D11 Generics only *35*$2D2 None**,*|2t242%*8:*?*g * ggg cg;cثq1ȡ;B0  0@*%%%A*%A*%% **B 0 %}B*}B*}} * *B 0 } }\C*\\\\ *;B 0 \D*h * @;B 0@i@ @3296 The type of binding to use when generating a pattern.L3+\T$3<3 `x`+)++<3\3 `mut x`+-/+4\4 `ref x`+-/+44|4 `ref mut x`+13+c E+gc c  + ggg cg;cثq1ȡ;B3 c c 3F+!!!G+!G+!! ++B3 !!H+!H+!! + +B3 ! !"I+"""" +;B3 ""J+h"" + @;B3"" @""""ԁROGD Information about a specific binding. This contains both an `Ident`OMJ reference to the given field, and the syn `&'a Field` descriptor for thatTP field.PPLI This type supports `quote::ToTokens`, so can be directly used within theQC@ `quote!` macro. 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