Source file pp.ml
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include Pp_intf
include Pp_intf.Types
open! Import
open Model
let map_theta t ~f ppf = f (fun ppf () -> t ppf) ppf ()
let pp_plural ppf x = Fmt.pf ppf (if x < 2 then "" else "s")
let colour_of_tag = function
| `Ok -> `Green
| `Fail -> `Red
| `Skip | `Todo | `Assert -> `Yellow
let string_of_tag = function
| `Ok -> "OK"
| `Fail -> "FAIL"
| `Skip -> "SKIP"
| `Todo -> "TODO"
| `Assert -> "ASSERT"
let pp_tag ~wrapped ppf typ =
let colour = colour_of_tag typ in
let tag = string_of_tag typ in
let tag = if wrapped then "[" ^ tag ^ "]" else tag in
Fmt.(styled colour string) ppf tag
let tag = pp_tag ~wrapped:false
module Make (P : sig
val stdout_columns : unit -> int option
end) =
struct
include Types
let terminal_width =
lazy (match P.stdout_columns () with Some w -> w | None -> 80)
let rresult_error ppf = function
| `Error (_, e) -> Fmt.pf ppf "%a@," e ()
| `Exn (_, n, e) -> Fmt.pf ppf "[%s] @[<v>%a@]" n e ()
| `Ok | `Todo _ | `Skip -> ()
let color c ppf fmt = Fmt.(styled c string) ppf fmt
let red_s fmt = color `Red fmt
let red ppf fmt = Fmt.kstr (fun str -> red_s ppf str) fmt
let green_s fmt = color `Green fmt
let yellow_s fmt = color `Yellow fmt
let left_gutter = 2
let left_tag = 14
let left_total = left_gutter + left_tag
let left nb pp ppf a =
let s = Fmt.to_to_string pp a in
let nb = nb - String.length_utf8 s in
if nb <= 0 then pp ppf a
else (
pp ppf a;
Fmt.string ppf (String.v ~len:nb (fun _ -> ' ')))
let pp_test_name ~max_label ppf tname =
let name_len = Test_name.length tname in
let index = Test_name.index tname in
let padding =
match max_label + 8 - name_len with
| n when n <= 0 -> ""
| n -> String.v ~len:n (fun _ -> ' ')
in
Fmt.pf ppf "%a%s%3d" Fmt.(styled `Cyan Test_name.pp) tname padding index
let info ?(available_width = Lazy.force terminal_width) ~max_label
~doc_of_test_name ppf tname =
let pp_test_name ppf = Fmt.pf ppf "%a " (pp_test_name ~max_label) tname in
let test_doc =
let test_doc = doc_of_test_name tname in
let available_width =
pp_test_name Format.str_formatter;
let used_width = String.length_utf8 (Format.flush_str_formatter ()) in
available_width - used_width
in
if String.length_utf8 test_doc <= available_width then test_doc
else String.prefix_utf8 (available_width - 3) test_doc ^ "..."
in
Fmt.pf ppf "%t%s" pp_test_name test_doc
let tag_of_result = function
| `Ok -> `Ok
| `Exn _ | `Error _ -> `Fail
| `Skip -> `Skip
| `Todo _ -> `Todo
let pp_result ppf result =
let tag = tag_of_result result in
left left_tag (pp_tag ~wrapped:true) ppf tag
let pp_result_compact ppf result =
let colour = result |> tag_of_result |> colour_of_tag in
let char =
match result with
| `Ok -> '.'
| `Exn _ | `Error _ -> 'F'
| `Skip -> 'S'
| `Todo _ -> 'T'
in
Fmt.(styled colour char) ppf char
let left_padding ~with_selector =
let open Fmt in
(if with_selector then const (styled `Bold (styled `Red char)) '>'
else const char ' ')
++ const char ' '
let pp_result_full ~max_label ~doc_of_test_name ~selector_on_failure ppf
(path, result) =
let with_selector = selector_on_failure && Run_result.is_failure result in
(left_padding ~with_selector) ppf ();
pp_result ppf result;
let available_width = Lazy.force terminal_width - left_total in
(info ~available_width ~max_label ~doc_of_test_name) ppf path;
()
let event_line ~margins ~max_label ~doc_of_test_name ppf = function
| `Result (p, r) ->
pp_result ppf r;
(info
~available_width:(Lazy.force terminal_width - margins - left_total)
~max_label ~doc_of_test_name)
ppf p
| _ -> assert false
let event ~isatty ~compact ~max_label ~doc_of_test_name ~selector_on_failure
~tests_so_far ppf event =
match (compact, isatty, event) with
| true, _, `Start _ | _, false, `Start _ -> ()
| false, true, `Start tname ->
Fmt.(
left_padding ~with_selector:false
++ const (left left_tag yellow_s) "..."
++ const
(info
~available_width:(Lazy.force terminal_width - left_total)
~max_label ~doc_of_test_name)
tname)
ppf ()
| true, _, `Result (_, r) ->
pp_result_compact ppf r;
if (tests_so_far + 1) mod Lazy.force terminal_width = 0 then
Format.pp_force_newline ppf ();
()
| false, _, `Result (tname, r) ->
if isatty then Fmt.pf ppf "\r";
Fmt.pf ppf "%a@,"
(pp_result_full ~max_label ~doc_of_test_name ~selector_on_failure)
(tname, r)
let pp_suite_errors ~show_all = function
| [] -> Fmt.nop
| x :: _ as xs -> (if show_all then xs else [ x ]) |> Fmt.concat
let quoted f = Fmt.(const char '`' ++ f ++ const char '\'')
let with_surrounding_box (type a) (f : a Fmt.t) : a Fmt.t =
fun ppf a ->
let true_width = Fmt.kstr String.length_utf8 "| %a |" f a in
let min_width = Lazy.force terminal_width in
let width = max min_width true_width in
let right_padding = String.v ~len:(width - true_width) (fun _ -> ' ') in
let s = Fmt.(const (styled `Faint string)) in
let bars = List.init (width - 2) (fun _ -> "─") |> String.concat in
let top = s ("┌" ^ bars ^ "┐")
and mid = Fmt.(s "│ " ++ f ++ s (right_padding ^ " │"))
and bottom = s ("└" ^ bars ^ "┘") in
Fmt.(top ++ cut ++ mid ++ cut ++ bottom ++ cut) ppf a
let horizontal_rule (type a) ppf (_ : a) =
let open Fmt in
(const string " "
++ const (styled `Faint string)
(List.init (Lazy.force terminal_width - 2) (fun _ -> "─")
|> String.concat)
++ cut)
ppf ()
let pp_full_logs ppf log_dir =
Fmt.pf ppf "Full test results in %t.@,"
(map_theta ~f:Fmt.(styled `Cyan >> quoted) log_dir)
let pp_summary ppf r =
let pp_failures ppf = function
| 0 -> green_s ppf "Test Successful"
| n -> red ppf "%d failure%a!" n pp_plural n
in
Fmt.pf ppf "%a in %.3fs. %d test%a run.@," pp_failures r.failures r.time
r.success pp_plural r.success
let suite_results ~log_dir config ppf r =
let print_summary = (not config#compact) || r.failures > 0 in
match config#json with
| true ->
Fmt.pf ppf {|{
"success": %i,
"failures": %i,
"time": %f
}
|}
r.success r.failures r.time
| false ->
Format.pp_force_newline ppf ();
Format.pp_open_vbox ppf 0;
if config#compact then Fmt.cut ppf ();
(pp_suite_errors
~show_all:(config#verbose || config#show_errors)
r.errors)
ppf ();
if print_summary then (
if not config#verbose then pp_full_logs ppf log_dir;
pp_summary ppf r);
Format.pp_close_box ppf ()
let user_error msg =
Formatters.epr "%a: %s\n" Fmt.(styled `Red string) "ERROR" msg;
exit 1
end