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|
(**************************************************************************)
(* *)
(* Ocamlviz --- real-time profiling tools for Objective Caml *)
(* Copyright (C) by INRIA - CNRS - Universite Paris Sud *)
(* Authors: Julien Robert *)
(* Guillaume Von Tokarski *)
(* Sylvain Conchon *)
(* Jean-Christophe Filliatre *)
(* Fabrice Le Fessant *)
(* GNU Library General Public License version 2 *)
(* See file LICENSE for details *)
(* *)
(**************************************************************************)
open Format
open Thread
open Db
open Protocol
let rec go_file_tree fmt i v =
let fct s =
for j = 0 to i do
fprintf fmt " "
done;
fprintf fmt " -%s\n" s
in
match v with
| Node (s,l) -> if List.length l = 0
then
fct s
else
begin
fct s;
List.iter (fun j -> go_file_tree fmt (i+3) j) l;
end
let go_file_h fmt = function
| Int i -> fprintf fmt "%s " (string_of_int i)
| _ -> assert false
let go_file_value fmt = function
| t,Int i -> fprintf fmt "t:%f " t; fprintf fmt "value:Int %s " (string_of_int i)
| t,Float f -> fprintf fmt "t:%f " t; fprintf fmt "value:Float %s " (string_of_float f)
| t,String s -> fprintf fmt "t:%f " t; fprintf fmt "value:String %s " s
| t,Bool b -> fprintf fmt "t:%f " t; fprintf fmt "value:Bool %s " (string_of_bool b)
| t,Int64 i -> fprintf fmt "t:%f " t; fprintf fmt "value:Int %s " (Int64.to_string i)
| t,No_value -> fprintf fmt "t:%f " t; fprintf fmt "value:No_value "
| t,Collected -> fprintf fmt "t:%f " t; fprintf fmt "value:Collected "
| t,Killed -> fprintf fmt "t:%f " t; fprintf fmt "value:Killed "
| t,Tree tr -> fprintf fmt "t:%f " t; fprintf fmt "value:\n";go_file_tree fmt 0 tr;fprintf fmt "\n "
| t,Hashtable (l,nb,empty,max) -> fprintf fmt "t:%f " t; fprintf fmt "value:Hashtable (";go_file_h fmt l;go_file_h fmt nb;go_file_h fmt empty;go_file_h fmt max; fprintf fmt ") "
| t,Log l -> fprintf fmt "t:%f " t; fprintf fmt "value:Log\n"; List.iter (fun (t,l) -> fprintf fmt "%f : %s \n" t l) l
let go_file_status fmt = function
| St_active -> fprintf fmt "status:active "
| St_killed -> fprintf fmt "status:killed "
| St_collected -> fprintf fmt "status:collected "
let go_file_tag fmt {id=id; name=n; value=v; status = st} =
let _,st = st in
fprintf fmt "{id:%d name:%s " id n;
go_file_value fmt v;
go_file_status fmt st;
fprintf fmt "}\n"
let go_file_table fmt=
let ts,size = Db.get_heap_total_size () in
let ta,alive = Db.get_heap_alive_size () in
let tm,max = Db.get_heap_max_size () in
let size,alive,max =
match size,alive,max with
| Int64 s,Int64 a,Int64 m -> Int64.to_string s,Int64.to_string a,Int64.to_string m
| _ -> assert false
in
fprintf fmt "\nGC:\n";
fprintf fmt "\nsize:%s\nalive:%s\nmax_size:%s\n"size alive max;
let l = Db.get_point_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nPoint:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_time_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nTime:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_tag_count_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nTag_count:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_tag_size_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nTag_size:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_value_int_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nValue_int:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_value_float_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nValue_float:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_value_string_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nValue_string:\n";
List.iter (go_file_tag fmt) l;
end;
let l = Db.get_value_bool_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nValue_bool:\n";
List.iter (go_file_tag fmt) l
end;
let l = Db.get_tree_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nTree:\n";
List.iter (go_file_tag fmt) l
end;
let l = Db.get_hash_list () in
if List.length l <> 0 then
begin
fprintf fmt "\nHash:\n";
List.iter (go_file_tag fmt) l
end;
let l = Db.get_tag 3 in
begin
fprintf fmt "\nLog:\n";
go_file_tag fmt l
end;
fprintf fmt "\n#######################################@?\n"
let rec print_tree i v =
let fct s =
for j = 0 to i do
eprintf " "
done;
eprintf " -%s\n" s
in
match v with
| Node (s,l) -> if List.length l = 0
then
fct s
else
begin
fct s;
List.iter (fun j -> print_tree (i+3) j) l;
end
let print_h = function
| Int i -> eprintf "%s " (string_of_int i)
| _ -> assert false
let print_value = function
| t,Int i -> eprintf "t:%f " t; eprintf "value: %s " (string_of_int i)
| t,Float f -> eprintf "t:%f " t; eprintf "value: %s " (string_of_float f)
| t,String s -> eprintf "t:%f " t; eprintf "value: \"%s\" " s
| t,Bool b -> eprintf "t:%f " t; eprintf "value: %s " (string_of_bool b)
| t,Int64 i -> eprintf "t:%f " t; eprintf "value: %s " (Int64.to_string i)
| t,No_value -> eprintf "t:%f " t; eprintf "value:No_value "
| t,Collected -> eprintf "t:%f " t; eprintf "value:Collected "
| t,Killed -> eprintf "t:%f " t; eprintf "value:Killed "
| t,Tree tr -> eprintf "t:%f " t; eprintf "value:Tree\n";print_tree 0 tr;eprintf "\n "
| t,Hashtable (l,nb,empty,max) -> eprintf "t:%f " t;eprintf "value:Hashtable ("; print_h l;print_h nb;print_h empty;print_h max; eprintf ")"
| t,Log l -> eprintf "t:%f " t; eprintf "value:Log\n"; List.iter (fun (t,l) -> eprintf "%f : %s \n" t l) l
let print_status = function
| St_active -> eprintf "status:active "
| St_killed -> eprintf "status:killed "
| St_collected -> eprintf "status:collected "
let print_tag {id=id; name=n; value=v; status = st} =
eprintf "{id:%d name:%s " id n;
print_value v;
let _,st = st in
print_status st;
eprintf "}\n"
let print_table fmt=
let ts,size = Db.get_heap_total_size () in
let ta,alive = Db.get_heap_alive_size () in
let tm,max = Db.get_heap_max_size () in
let size,alive,max =
match size,alive,max with
| Int64 s,Int64 a,Int64 m -> Int64.to_string s,Int64.to_string a,Int64.to_string m
| No_value,_,_ |_,No_value,_ |_,_,No_value -> "0","0","0"
| _ -> assert false
in
eprintf "\nGC:\n";
eprintf "\nsize:%s\nalive:%s\nmax_size:%s\n"size alive max;
let l = Db.get_point_list () in
if List.length l <> 0 then
begin
eprintf "\nPoint:\n";
List.iter print_tag l;
end;
let l = Db.get_time_list () in
if List.length l <> 0 then
begin
eprintf "\nTime:\n";
List.iter print_tag l;
end;
let l = Db.get_tag_count_list () in
if List.length l <> 0 then
begin
eprintf "\nTag_count:\n";
List.iter print_tag l;
end;
let l = Db.get_tag_size_list () in
if List.length l <> 0 then
begin
eprintf "\nTag_size:\n";
List.iter print_tag l;
end;
let l = Db.get_value_int_list () in
if List.length l <> 0 then
begin
eprintf "\nValue_int:\n";
List.iter print_tag l;
end;
let l = Db.get_value_float_list () in
if List.length l <> 0 then
begin
eprintf "\nValue_float:\n";
List.iter print_tag l;
end;
let l = Db.get_value_string_list () in
if List.length l <> 0 then
begin
eprintf "\nValue_string:\n";
List.iter print_tag l;
end;
let l = Db.get_value_bool_list () in
if List.length l <> 0 then
begin
eprintf "\nValue_bool:\n";
List.iter print_tag l
end;
let l = Db.get_tree_list () in
if List.length l <> 0 then
begin
eprintf "\nTree:\n";
List.iter print_tag l
end;
let l = Db.get_hash_list () in
if List.length l <> 0 then
begin
eprintf "\nHash:\n";
List.iter print_tag l
end;
let l = Db.get_tag 3 in
begin
eprintf "\nLog:\n";
print_tag l
end;
eprintf "\n#######################################@?\n"
let () =
let _ = Thread.create Net.read_data () in
let f = open_out !Options.output in
let fmt = Format.formatter_of_out_channel f in
while true do
Unix.sleep 1;
go_file_table fmt;
if !Options.terminal then print_table ();
done;
close_out f
(*
Local Variables:
compile-command: "unset LANG; make -C .."
End:
*)
|
