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|
[@@@ocamlformat "wrap-comments=true"]
type t =
| Aaaaaaaaaa
(* Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod
tempor incididunt ut labore et dolore magna aliqua. *)
| Bbbbbbbbbb
let _ =
[
"a";
"b" (* first line second line *);
"c" (* first line
second line *);
"d" (* first line
second line *);
"e" (* first line
second line *);
"f" (* first line
second line *);
"g";
]
let _ =
let _ =
(* This is indented 7 This 0 *)
0
in
0
let _ =
(*no space before no space after*)
0
let _ =
(* blah blah *)
()
(*
* foo
* bar
*)
(* * foo bar *)
let _ = f (* foo *) a
(* 1
* + 2
* ---
* 3
*)
[@@@ocamlformat "wrap-comments=false"]
type t =
| Aaaaaaaaaa
(* Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. *)
| Bbbbbbbbbb
let rex =
Pcre.regexp
("^[0-9]{2}"
(* xxxxxxxxxxx *)
^ "(.{12})"
(* xxxxxxxxxxxxxxxxxx *)
^ "(.{4})"
(* xxxxxxxxxxxx *)
^ "([0-9]{3})"
(* xxxxxxxx *)
^ "(.{60})"
(* xxxxxxxxxxxxxxxxxxxx *)
^ "(.{12})"
(* xxxxxxxxxxxxxxx *)
^ "(.{12})"
(* xxxxxxxxxxxxxxxxxxx *)
^ "([0-9]{3})"
(* xxxxxxxxxxxxxxxxxxxxxxxxx *)
^ "([0-9]{3})"
(* xxxxxxxxxxx *)
^ "(.{15})"
(* xxxxxxxxxxxxxxxxxx *)
^ "([0-9]{7})"
(* xxxxxxxxxxxxx *)
^ "(.{10})"
(* xxxxxxxxxxxxx *)
^ date_fmt
(* xxxxxxxxxxxxx *)
^ "([0-9]{18})"
(* xxxxx *)
^ "(.)"
(* xxxxxxxxxxx *)
^ "([0-9]{3})"
(* xxxxxxxxxxxxxx *)
^ "(.{15})"
(* xxxxxxxxxxxxxxxxxxxx *)
^ "(.{3})"
(* xxxxxxxxxx *)
^ "(.{27})$")
type foo = {
some_field : int;
(* long long long long long long long long long long long long long long
* long long long long *)
another_field : string;
}
let _ =
[
"a";
"b" (* first line
second line *);
"c" (* first line
second line
*);
"d" (* first line
second line *);
"e" (* first line
second line
*);
"f" (* first line
second line
*);
"g";
]
let _ =
let _ =
(* This is indented 7
This 0 *)
0
in
0
let _ =
(*no space before
no space after*)
0
let _ =
(*no space before
just newline after
*)
0
let _ =
(* Optimal 5-element sorting network:
{v
1--o-----o-----o--------------1
| | |
2--o-----|--o--|-----o--o-----2
| | | | |
3--------o--o--|--o--|--o-----3
| | |
4-----o--------o--o--|-----o--4
| | |
5-----o--------------o-----o--5
v} *)
()
let _ =
(*
blah blah
*)
()
(*
* foo
* bar
*)
(*
* foo
bar
*)
let _ =
(* It is very confusing - same expression has two different types in two contexts:*)
(* 1. if passed as parameter it's RETURN_TYPE* since we are passing it as rvalue *)
(* 2. for return expression it's RETURN_TYPE since backend allows to treat it as lvalue*)
(* of RETURN_TYPE *)
(* Implications: *)
(* Fields: field_deref_trans relies on it - if exp has RETURN_TYPE then *)
(* it means that it's not lvalue in clang's AST (it'd be reference otherwise) *)
(* Methods: method_deref_trans actually wants a pointer to the object, which is*)
(* equivalent of value of ret_param. Since ret_exp has type RETURN_TYPE,*)
(* we optionally add pointer there to avoid backend confusion. *)
(* It works either way *)
(* Passing by value: may cause problems - there needs to be extra Sil.Load, but*)
(* doing so would create problems with methods. Passing structs by*)
(* value doesn't work good anyway. This may need to be revisited later*)
let x = y in
z
let _ =
(* It is very confusing - same expression has two different types in two contexts:
* 1. if passed as parameter it's RETURN_TYPE* since we are passing it as rvalue
* 2. for return expression it's RETURN_TYPE since backend allows to treat it as lvalue
* of RETURN_TYPE
* Implications:
* Fields: field_deref_trans relies on it - if exp has RETURN_TYPE then
* it means that it's not lvalue in clang's AST (it'd be reference otherwise)
* Methods: method_deref_trans actually wants a pointer to the object, which is
* equivalent of value of ret_param. Since ret_exp has type RETURN_TYPE,
* we optionally add pointer there to avoid backend confusion.
* It works either way
* Passing by value: may cause problems - there needs to be extra Sil.Load, but
* doing so would create problems with methods. Passing structs by
* value doesn't work good anyway. This may need to be revisited later*)
let x = y in
z
let _ = f (* foo
*) a
(* 1
* + 2
* ---
* 3
*)
(* Multiline comment with the comment close on its own line
*)
|
