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‎jscomp/syntax/ast_exp_apply.ml

Lines changed: 114 additions & 114 deletions
Original file line numberDiff line numberDiff line change
@@ -90,126 +90,126 @@ let app_exp_mapper
9090
| Some {op; loc} ->
9191
Location.raise_errorf ~loc "%s expect f%sproperty arg0 arg2 form" op op
9292
| None ->
93-
match view_as_app e infix_ops with
94-
| Some { op = "|."; args = [obj_arg; fn];loc} ->
93+
match view_as_app e infix_ops with
94+
| Some { op = "|."; args = [obj_arg; fn];loc} ->
9595
(*
9696
a |. f
9797
a |. f b c [@bs] --> f a b c [@bs]
9898
a |. M.(f b c) --> M.f a M.b M.c
9999
a |. (g |. b)
100100
a |. M.Some
101101
*)
102-
let new_obj_arg = self.expr self obj_arg in
103-
let fn = self.expr self fn in
104-
begin match fn with
105-
| {pexp_desc = Pexp_apply (fn, args); pexp_loc; pexp_attributes} ->
106-
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
107-
{ pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, new_obj_arg) :: args);
108-
pexp_attributes = [];
109-
pexp_loc = pexp_loc}
110-
| {pexp_desc = Pexp_construct(ctor,None); pexp_loc; pexp_attributes} ->
111-
{fn with pexp_desc = Pexp_construct(ctor, Some new_obj_arg)}
112-
| _ ->
113-
begin match Ast_open_cxt.destruct fn [] with
114-
| {pexp_desc = Pexp_tuple xs; pexp_attributes = tuple_attrs}, wholes ->
115-
Ast_open_cxt.restore_exp (bound new_obj_arg (fun bounded_obj_arg ->
116-
{
117-
pexp_desc =
118-
Pexp_tuple (
119-
Ext_list.map xs (fun fn ->
120-
match fn with
121-
| {pexp_desc = Pexp_apply (fn,args); pexp_loc; pexp_attributes }
122-
->
123-
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
124-
{ Parsetree.pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, bounded_obj_arg) :: args);
125-
pexp_attributes = [];
126-
pexp_loc = pexp_loc}
127-
| {pexp_desc = Pexp_construct(ctor,None); pexp_loc; pexp_attributes}
128-
->
129-
{fn with pexp_desc = Pexp_construct(ctor, Some bounded_obj_arg)}
130-
| _ ->
131-
Ast_compatible.app1 ~loc:fn.pexp_loc fn bounded_obj_arg
132-
));
133-
pexp_attributes = tuple_attrs;
134-
pexp_loc = fn.pexp_loc;
135-
})) wholes
136-
| {pexp_desc = Pexp_apply (e, args); pexp_attributes}, (_ :: _ as wholes) ->
137-
let fn = Ast_open_cxt.restore_exp e wholes in
138-
let args = Ext_list.map args (fun (lab,exp) -> lab, Ast_open_cxt.restore_exp exp wholes) in
139-
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
140-
{ pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, new_obj_arg) :: args);
141-
pexp_attributes = [];
142-
pexp_loc = loc}
143-
| _ -> Ast_compatible.app1 ~loc fn new_obj_arg
102+
let new_obj_arg = self.expr self obj_arg in
103+
let fn = self.expr self fn in
104+
begin match fn with
105+
| {pexp_desc = Pexp_apply (fn, args); pexp_loc; pexp_attributes} ->
106+
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
107+
{ pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, new_obj_arg) :: args);
108+
pexp_attributes = [];
109+
pexp_loc = pexp_loc}
110+
| {pexp_desc = Pexp_construct(ctor,None); pexp_loc; pexp_attributes} ->
111+
{fn with pexp_desc = Pexp_construct(ctor, Some new_obj_arg)}
112+
| _ ->
113+
begin match Ast_open_cxt.destruct fn [] with
114+
| {pexp_desc = Pexp_tuple xs; pexp_attributes = tuple_attrs}, wholes ->
115+
Ast_open_cxt.restore_exp (bound new_obj_arg (fun bounded_obj_arg ->
116+
{
117+
pexp_desc =
118+
Pexp_tuple (
119+
Ext_list.map xs (fun fn ->
120+
match fn with
121+
| {pexp_desc = Pexp_apply (fn,args); pexp_loc; pexp_attributes }
122+
->
123+
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
124+
{ Parsetree.pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, bounded_obj_arg) :: args);
125+
pexp_attributes = [];
126+
pexp_loc = pexp_loc}
127+
| {pexp_desc = Pexp_construct(ctor,None); pexp_loc; pexp_attributes}
128+
->
129+
{fn with pexp_desc = Pexp_construct(ctor, Some bounded_obj_arg)}
130+
| _ ->
131+
Ast_compatible.app1 ~loc:fn.pexp_loc fn bounded_obj_arg
132+
));
133+
pexp_attributes = tuple_attrs;
134+
pexp_loc = fn.pexp_loc;
135+
})) wholes
136+
| {pexp_desc = Pexp_apply (e, args); pexp_attributes}, (_ :: _ as wholes) ->
137+
let fn = Ast_open_cxt.restore_exp e wholes in
138+
let args = Ext_list.map args (fun (lab,exp) -> lab, Ast_open_cxt.restore_exp exp wholes) in
139+
Bs_ast_invariant.warn_discarded_unused_attributes pexp_attributes;
140+
{ pexp_desc = Pexp_apply(fn, (Ast_compatible.no_label, new_obj_arg) :: args);
141+
pexp_attributes = [];
142+
pexp_loc = loc}
143+
| _ -> Ast_compatible.app1 ~loc fn new_obj_arg
144144
end
145-
end
146-
| Some { op = "##" ; loc; args = [obj; rest]} ->
147-
(* - obj##property
148-
- obj#(method a b )
149-
we should warn when we discard attributes
150-
gpr#1063 foo##(bar##baz) we should rewrite (bar##baz)
151-
first before pattern match.
152-
currently the pattern match is written in a top down style.
153-
Another corner case: f##(g a b [@bs])
154-
*)
155-
begin match rest with
156-
{pexp_desc = Pexp_apply(
157-
{pexp_desc = Pexp_ident {txt = Lident name;_ } ; _},
158-
args
159-
); pexp_attributes = attrs }
145+
end
146+
| Some { op = "##" ; loc; args = [obj; rest]} ->
147+
(* - obj##property
148+
- obj#(method a b )
149+
we should warn when we discard attributes
150+
gpr#1063 foo##(bar##baz) we should rewrite (bar##baz)
151+
first before pattern match.
152+
currently the pattern match is written in a top down style.
153+
Another corner case: f##(g a b [@bs])
154+
*)
155+
begin match rest with
156+
{pexp_desc = Pexp_apply(
157+
{pexp_desc = Pexp_ident {txt = Lident name;_ } ; _},
158+
args
159+
); pexp_attributes = attrs }
160+
->
161+
Bs_ast_invariant.warn_discarded_unused_attributes attrs ;
162+
{e with pexp_desc = Ast_util.method_apply loc self obj name (check_and_discard args)}
163+
|
164+
{pexp_desc = Pexp_ident {txt = Lident name;_ } ; _}
165+
(* f##paint *)
166+
->
167+
{ e with pexp_desc =
168+
Ast_util.js_property loc (self.expr self obj) name
169+
}
170+
| _ -> Location.raise_errorf ~loc "invalid ## syntax"
171+
end
172+
173+
(* we can not use [:=] for precedece cases
174+
like {[i @@ x##length := 3 ]}
175+
is parsed as {[ (i @@ x##length) := 3]}
176+
since we allow user to create Js objects in OCaml, it can be of
177+
ref type
178+
{[
179+
let u = object (self)
180+
val x = ref 3
181+
method setX x = self##x := 32
182+
method getX () = !self##x
183+
end
184+
]}
185+
*)
186+
| Some {op = "#="; loc; args = [obj; arg]} ->
187+
begin match view_as_app obj ["##"] with
188+
| Some { args = [obj; {pexp_desc = Pexp_ident {txt = Lident name}}]}
160189
->
161-
Bs_ast_invariant.warn_discarded_unused_attributes attrs ;
162-
{e with pexp_desc = Ast_util.method_apply loc self obj name (check_and_discard args)}
163-
|
164-
{pexp_desc = Pexp_ident {txt = Lident name;_ } ; _}
165-
(* f##paint *)
166-
->
167-
{ e with pexp_desc =
168-
Ast_util.js_property loc (self.expr self obj) name
169-
}
170-
| _ -> Location.raise_errorf ~loc "invalid ## syntax"
171-
end
172-
173-
(* we can not use [:=] for precedece cases
174-
like {[i @@ x##length := 3 ]}
175-
is parsed as {[ (i @@ x##length) := 3]}
176-
since we allow user to create Js objects in OCaml, it can be of
177-
ref type
178-
{[
179-
let u = object (self)
180-
val x = ref 3
181-
method setX x = self##x := 32
182-
method getX () = !self##x
183-
end
184-
]}
185-
*)
186-
| Some {op = "#="; loc; args = [obj; arg]} ->
187-
begin match view_as_app obj ["##"] with
188-
| Some { args = [obj; {pexp_desc = Pexp_ident {txt = Lident name}}]}
189-
->
190-
Exp.constraint_ ~loc
191-
{ e with
192-
pexp_desc =
193-
Ast_util.method_apply loc self obj
194-
(name ^ Literals.setter_suffix) [arg] }
195-
(Ast_literal.type_unit ~loc ())
196-
| _ -> assert false
197-
end
198-
| Some { op = "|."; loc; } ->
199-
Location.raise_errorf ~loc
200-
"invalid |. syntax, it can only be used as binary operator"
201-
| Some {op = "##"; loc } ->
202-
Location.raise_errorf ~loc
203-
"Js object ## expect syntax like obj##(paint (a,b)) "
204-
| Some {op; } -> Location.raise_errorf "invalid %s syntax" op
205-
| None ->
206-
match
207-
Ext_list.exclude_with_val
208-
e.pexp_attributes
209-
Ast_attributes.is_bs with
210-
| None -> default_expr_mapper self e
211-
| Some pexp_attributes ->
212-
if !Clflags.bs_only then
213-
{e with pexp_desc = Ast_util.uncurry_fn_apply e.pexp_loc self fn (check_and_discard args) ;
214-
pexp_attributes }
215-
else {e with pexp_attributes } (* BS_NATIVE branch*)
190+
Exp.constraint_ ~loc
191+
{ e with
192+
pexp_desc =
193+
Ast_util.method_apply loc self obj
194+
(name ^ Literals.setter_suffix) [arg] }
195+
(Ast_literal.type_unit ~loc ())
196+
| _ -> assert false
197+
end
198+
| Some { op = "|."; loc; } ->
199+
Location.raise_errorf ~loc
200+
"invalid |. syntax, it can only be used as binary operator"
201+
| Some {op = "##"; loc } ->
202+
Location.raise_errorf ~loc
203+
"Js object ## expect syntax like obj##(paint (a,b)) "
204+
| Some {op; } -> Location.raise_errorf "invalid %s syntax" op
205+
| None ->
206+
match
207+
Ext_list.exclude_with_val
208+
e.pexp_attributes
209+
Ast_attributes.is_bs with
210+
| None -> default_expr_mapper self e
211+
| Some pexp_attributes ->
212+
if !Clflags.bs_only then
213+
{e with pexp_desc = Ast_util.uncurry_fn_apply e.pexp_loc self fn (check_and_discard args) ;
214+
pexp_attributes }
215+
else {e with pexp_attributes } (* BS_NATIVE branch*)

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