ENIAM_NKJP.ml
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(*
* ENIAM_NKJP, an interface for National Corpus of Polish (NKJP).
* Copyright (C) 2017 Wojciech Jaworski <wjaworski atSPAMfree mimuw dot edu dot pl>
* Copyright (C) 2017 Institute of Computer Science Polish Academy of Sciences
*
* This library is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This library is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*)
open Xstd
type id = {corref: string; prefix: string; suffix: string; numbers: int list}
let empty_id = {corref = ""; prefix = ""; suffix = ""; numbers = []}
let parse_id id =
(* if String.length s = 0 then empty_id else *)
if String.length id < 6 then failwith "parse_id: za krótkie id" else
let corref,id = match Xstring.split "#" id with
[corref;id] -> corref,id
| [id] -> "",id
| _ -> failwith ("parse_id 1: " ^ id) in
let prefix,id = match Xstring.split "_" id with
[prefix;id] -> prefix,id
| _ -> failwith ("parse_id 2: " ^ id) in
let suffix,id = match Xstring.split "-" id with
[id;suffix] -> suffix,id
| _ -> failwith ("parse_id 3: " ^ id) in
let numbers = try Xlist.map (Xstring.split "\\." id) int_of_string with _ -> failwith ("parse_id 4: " ^ id) in
{corref=corref; prefix=prefix; suffix=suffix; numbers=numbers}
let process_header_type typ =
if Xstring.check_prefix "#typ_" typ then Xstring.cut_prefix "#typ_" typ
else failwith ("process_header_type: " ^ typ)
let process_header_channel c =
if Xstring.check_prefix "#kanal_" c then Xstring.cut_prefix "#kanal_" c
else failwith ("process_header_channel: " ^ c)
let load_header path name =
match Xml.parse_file (path ^ name ^ "/header.xml") with
Xml.Element("teiHeader",_,[Xml.Element("fileDesc",[],_);
Xml.Element("profileDesc",[],[Xml.Element("textClass",[],[
Xml.Element("catRef",["scheme","#taxonomy-NKJP-type";"target",typ],[]);
Xml.Element("catRef",["scheme","#taxonomy-NKJP-channel";"target",channel],[])])]);
Xml.Element("revisionDesc",_,_)]) ->
process_header_type typ,process_header_channel channel
| _ -> failwith "load_header"
let get_folders path =
Xlist.sort (Xlist.fold (Array.to_list (Sys.readdir path)) [] (fun l folder ->
if Sys.is_directory (path ^ folder) then folder :: l else l)) compare
let load_paragraph = function
Xml.Element("ab",["n",_;"xml:id",id_ab],[Xml.PCData paragraph]) ->
parse_id id_ab,paragraph
| xml -> failwith ("load_text_entry: " ^ Xml.to_string_fmt xml)
let load_text_entry = function
Xml.Element("div",["xml:id",id_div;"decls",_],paragraphs) ->
parse_id id_div,List.rev (Xlist.rev_map paragraphs load_paragraph)
| xml -> failwith ("load_text_entry: " ^ Xml.to_string_fmt xml)
let load_text path name =
match Xml.parse_file (path ^ name ^ "/text.xml") with
Xml.Element("teiCorpus", _,[Xml.Element("xi:include",_,_);
Xml.Element("TEI",[],[Xml.Element("xi:include",_,_);
Xml.Element("text",["xml:id","txt_text";"xml:lang","pl"],[Xml.Element("body",["xml:id","txt_body"],entries)])])]) ->
List.rev (Xlist.rev_map entries load_text_entry)
| _ -> failwith "load_text"
let remove_rejected rev = function
Xml.Element("seg",["corresp",_;"nkjp:rejected","true";"xml:id",_],[]) -> rev
| Xml.Element("seg",["corresp",_;"nkjp:nps","true";"nkjp:rejected","true";"xml:id",_],[]) -> rev
| Xml.Element("seg",["corresp",_;"xml:id",_],[]) as xml -> xml :: rev
| Xml.Element("seg",["corresp",_;"nkjp:nps","true";"xml:id",_],[]) as xml -> xml :: rev
| Xml.Element("nkjp:paren",[],Xml.Element("seg",["corresp",_;"nkjp:rejected","true";"xml:id",_],[]) :: _) -> rev
| Xml.Element("nkjp:paren",[],Xml.Element("seg",["corresp",_;"nkjp:nps","true";"nkjp:rejected","true";"xml:id",_],[]) :: _) -> rev
| Xml.Element("nkjp:paren",[],Xml.Element("seg",["corresp",_;"xml:id",_],[]) :: _) as xml -> xml :: rev
| Xml.Element("nkjp:paren",[],Xml.Element("seg",["corresp",_;"nkjp:nps","true";"xml:id",_],[]) :: _) as xml -> xml :: rev
| xml -> failwith ("remove_rejected: " ^ Xml.to_string_fmt xml)
let rec load_segm_token = function
Xml.Element("seg",["corresp",corresp;"xml:id",id_seg],[]) ->
[corresp,false,parse_id id_seg]
| Xml.Element("seg",["corresp",corresp;"nkjp:nps","true";"xml:id",id_seg],[]) ->
[corresp,true,parse_id id_seg]
| Xml.Element("nkjp:paren",[],tokens) -> List.flatten (Xlist.map tokens load_segm_token)
| Xml.Element("choice",[],alt) as xml ->
let alt = Xlist.fold alt [] remove_rejected in
(match alt with
[token] -> load_segm_token token
| _ -> failwith ("load_segm_token 2: " ^ Xml.to_string_fmt xml))
| xml -> failwith ("load_segm_token 1: " ^ Xml.to_string_fmt xml)
let load_segm_sentence = function
Xml.Element("s",["xml:id",id_s],tokens) ->
parse_id id_s,List.flatten (List.rev (Xlist.rev_map tokens load_segm_token))
| xml -> failwith ("load_segm_sentence: " ^ Xml.to_string_fmt xml)
let load_segm_entry = function
Xml.Element("p",["corresp",corresp;"xml:id",id_p],sentences) ->
parse_id corresp,parse_id id_p,List.rev (Xlist.rev_map sentences load_segm_sentence)
| xml -> failwith ("load_segm_entry: " ^ Xml.to_string_fmt xml)
let load_segmentation path name =
match Xml.parse_file (path ^ name ^ "/ann_segmentation.xml") with
Xml.Element("teiCorpus", _,[Xml.Element("xi:include",_,_);
Xml.Element("TEI",[],[Xml.Element("xi:include",_,_);
Xml.Element("text",["xml:id","segm_text";"xml:lang","pl"],[Xml.Element("body",["xml:id","segm_body"],entries)])])]) ->
List.rev (Xlist.rev_map entries load_segm_entry)
| _ -> failwith "load_segmentation"
let load_disamb = function
Xml.Element("fs",["feats",_;"type","tool_report"],
[Xml.Element("f",["fVal",_;"name","choice"],_);
Xml.Element("f",["name","interpretation"],[Xml.Element("string",[],[Xml.PCData interp])])]) ->
interp
| xml -> failwith ("load_disamb: " ^ Xml.to_string_fmt xml)
let load_morph_token = function
Xml.Element("seg",["corresp",corresp;"xml:id",id_seg],[Xml.Element("fs",["type","morph"],
[Xml.Element("f",["name","orth"],[Xml.Element("string",[],[Xml.PCData orth])]);
Xml.Element("f",["name","interps"],_);Xml.Element("f",["name","disamb"],[disamb])])]) ->
parse_id corresp,parse_id id_seg,orth,load_disamb disamb
| Xml.Element("seg",["corresp",corresp;"xml:id",id_seg],[Xml.Element("fs",["type","morph"],
[Xml.Element("f",["name","orth"],[Xml.Element("string",[],[Xml.PCData orth])]);
Xml.Element("f",["name","nps"],[Xml.Element("binary",["value","true"],[])]);
Xml.Element("f",["name","interps"],_);Xml.Element("f",["name","disamb"],[disamb])])]) ->
parse_id corresp,parse_id id_seg,orth,load_disamb disamb
| xml -> failwith ("load_morph_token: " ^ Xml.to_string_fmt xml)
let load_morph_sentence = function
Xml.Element("s",["corresp",corresp;"xml:id",id_s],tokens) ->
parse_id corresp,parse_id id_s,List.rev (Xlist.rev_map tokens load_morph_token)
| xml -> failwith ("load_morph_sentence: " ^ Xml.to_string_fmt xml)
let load_morph_entry = function
Xml.Element("p",["corresp",corresp;"xml:id",id_p],sentences) ->
parse_id corresp,parse_id id_p,List.rev (Xlist.rev_map sentences load_morph_sentence)
| xml -> failwith ("load_morph_entry: " ^ Xml.to_string_fmt xml)
let load_morphosyntax path name =
match Xml.parse_file (path ^ name ^ "/ann_morphosyntax.xml") with
Xml.Element("teiCorpus", _,[Xml.Element("xi:include",_,_);
Xml.Element("TEI",[],[Xml.Element("xi:include",_,_);
Xml.Element("text",[],[Xml.Element("body",[],entries)])])]) ->
List.rev (Xlist.rev_map entries load_morph_entry)
| _ -> failwith "load_morphosyntax"
let parse_seg_corresp corresp =
if not (Xstring.check_prefix "text.xml#string-range(" corresp) then failwith "parse_seg_corresp" else
if not (Xstring.check_sufix ")" corresp) then failwith "parse_seg_corresp" else
let corresp = Xstring.cut_prefix "text.xml#string-range(" corresp in
let corresp = Xstring.cut_sufix ")" corresp in
let id,beg,len = match Xstring.split "," corresp with
[id;beg;len] -> parse_id id, int_of_string beg, int_of_string len
| _ -> failwith "parse_seg_corresp" in
let id_div,id_ab = match id with
{corref=""; prefix="txt"; numbers=[id_div;id_ab]; suffix="ab"} -> id_div,id_ab
| _ -> failwith "parse_seg_corresp" in
id_div,id_ab,beg,len
let pos_set = StringSet.of_list
["subst";"depr";"ppron12";"ppron3";"siebie";"prep";"adj";"adjc";"adjp";"adja";"num";
"adv";"ger";"pact";"ppas";"fin";"bedzie";"praet";"winien";"impt";
"imps";"pred";"aglt";"inf";"pcon";"pant";"qub";"comp";"conj";"interj";"burk";"interp";
"brev";"xxx";"numcol"]
let parse_disamb disamb =
if disamb = "::interp" then ":","interp",[] else
if disamb = ":-):interp" then ":-)","interp",[] else
(* if Xstring.check_sufix ":interp" disamb then Xstring.cut_sufix ":interp" disamb, "interp", [] else *)
match Xstring.split_delim ":" disamb with
lemma1 :: lemma2 :: "subst" :: interp -> lemma1 ^ ":" ^ lemma2,"subst",interp
| lemma1 :: lemma2 :: lemma3 :: "subst" :: interp -> lemma1 ^ ":" ^ lemma2 ^ ":" ^ lemma3,"subst",interp
| lemma :: pos :: interp ->
if StringSet.mem pos_set pos then lemma,pos,interp
else failwith ("parse_disamb: " ^ disamb)
| _ -> failwith "parse_disamb"
let rec merge_tokens name id_p rev = function
(corresp,nps,{corref=""; prefix="segm"; numbers=[id_segm_p;id_segm_s]; suffix="seg"}) :: segmentation,
({corref="ann_segmentation.xml"; prefix="segm"; numbers=[c_segm_p;c_segm_s]; suffix="seg"},
{corref=""; prefix="morph"; numbers=[id_morph_p;id_morph_s]; suffix="seg"},orth,disamb) :: morphosyntax ->
(* if id_p <> id_segm_p then Printf.printf "merge_tokens inconsistent numbering: %s segm_%d-p segm_%d.%d-s\n" name id_p id_segm_p id_segm_s; *)
if id_segm_p <> c_segm_p || id_segm_p <> id_morph_p then failwith "merge_tokens 2" else
if id_segm_s <> c_segm_s || c_segm_s <> id_morph_s then failwith "merge_tokens 3" else
let id_div,id_ab,beg,len = parse_seg_corresp corresp in(
(* if id_div <> id_p then (*failwith*)print_endline (Printf.sprintf "merge_tokens 4: %s %d %s" name id_p corresp); (*else*) *)
let lemma,cat,interp = parse_disamb disamb in
merge_tokens name id_p ((id_div,id_ab,(beg,len,nps,orth,lemma,cat,interp)) :: rev) (segmentation,morphosyntax))
| [],[] -> List.rev rev
| _ -> failwith "merge_tokens 1"
let rec split_sentences id_div id_ab rev rev2 = function
(id_div2,id_ab2,token) :: l ->
if id_div = id_div2 && id_ab = id_ab2 then split_sentences id_div id_ab (token :: rev) rev2 l else
split_sentences id_div2 id_ab2 [token] ((id_div,id_ab,List.rev rev) :: rev2) l
| [] -> List.rev ((id_div,id_ab,List.rev rev) :: rev2)
let rec merge_sentences name id_p rev = function
({corref=""; prefix="segm"; numbers=[id_segm_p;id_segm_s]; suffix="s"},segm_tokens) :: segmentation,
({corref="ann_segmentation.xml"; prefix="segm"; numbers=[c_segm_p;c_segm_s]; suffix="s"},
{corref=""; prefix="morph"; numbers=[id_morph_p;id_morph_s]; suffix="s"},morph_tokens) :: morphosyntax ->
(* if id_p <> id_segm_p then Printf.printf "merge_sentences inconsistent numbering: %s segm_%d-p segm_%d.%d-s\n" name id_p id_segm_p id_segm_s; *)
if id_segm_p <> c_segm_p || id_segm_p <> id_morph_p then failwith "merge_sentences 2" else
if id_segm_s <> c_segm_s || c_segm_s <> id_morph_s then failwith "merge_sentences 3" else
let tokens = merge_tokens name id_p [] (segm_tokens,morph_tokens) in
let id_s = string_of_int id_segm_p ^ "." ^ string_of_int id_segm_s in
if tokens = [] then failwith "merge_sentences 4" else
let id_div,id_ab,token = List.hd tokens in
let l = match split_sentences id_div id_ab [token] [] tokens with
[id_div,id_ab,tokens] -> [id_div,id_ab,id_s,tokens]
| [id_div1,id_ab1,tokens1;id_div2,id_ab2,tokens2] -> [id_div2,id_ab2,id_s^"b",tokens2;id_div1,id_ab1,id_s^"a",tokens1]
| [id_div1,id_ab1,tokens1;id_div2,id_ab2,tokens2;id_div3,id_ab3,tokens3] -> [id_div3,id_ab3,id_s^"c",tokens3;id_div2,id_ab2,id_s^"b",tokens2;id_div1,id_ab1,id_s^"a",tokens1]
| _ -> failwith (Printf.sprintf "merge_sentences 5: %s %d %d" name id_div id_ab) in
merge_sentences name id_p (l @ rev) (segmentation,morphosyntax)
| [],[] -> List.rev rev
| _ -> failwith "merge_sentences"
let rec merge_paragraph id_div id_ab rev = function
(id_div2,id_ab2,id_s,tokens) :: sentences ->
if id_div <> id_div2 || id_ab <> id_ab2 then List.rev rev, (id_div2,id_ab2,id_s,tokens) :: sentences
else merge_paragraph id_div id_ab ((id_s,tokens) :: rev) sentences
| [] -> List.rev rev, []
let rec merge_paragraphs name id_p rev = function
({corref=""; prefix="txt"; numbers=[id_div;id_ab]; suffix="ab"},paragraph) :: paragraphs,
(id_div2,id_ab2,id_s,tokens) :: sentences ->
if id_div <> id_div2 && id_ab <> id_ab2 then failwith "merge_paragraphs 1" else
let l,sentences = merge_paragraph id_div id_ab [id_s,tokens] sentences in
(* Printf.printf "%d.%d: %s\n" id_div id_ab (String.concat " " (Xlist.map l fst)); *)
merge_paragraphs name id_p ((paragraph,l) :: rev) (paragraphs,sentences)
| [],[] -> List.rev rev
| _ -> failwith ("merge_paragraphs 2: " ^ name ^ " " ^ string_of_int id_p)
let rec merge_entries name rev = function
({corref=""; prefix="txt"; numbers=[id_div]; suffix="div"},paragraphs) :: text,
({corref="text.xml"; prefix="txt"; numbers=[c_div]; suffix="div"},
{corref=""; prefix="segm"; numbers=[id_segm_p]; suffix="p"},segm_sentences) :: segmentation,
({corref="ann_segmentation.xml"; prefix="segm"; numbers=[c_segm_p]; suffix="p"},
{corref=""; prefix="morph"; numbers=[id_morph_p]; suffix="p"},morph_sentences) :: morphosyntax ->
if id_div <> c_div || c_div <> id_segm_p || id_segm_p <> c_segm_p || c_segm_p <> id_morph_p then failwith "merge_entries 2" else
let sentences = merge_sentences name id_div [] (segm_sentences,morph_sentences) in
let paragraphs = merge_paragraphs name id_div [] (paragraphs,sentences) in
merge_entries name ((id_div,paragraphs) :: rev) (text,segmentation,morphosyntax)
| [],[],[] -> List.rev rev
| _ -> failwith "merge_entries"
let nkjp_path = "../../NLP resources/NKJP-PodkorpusMilionowy-1.2/"
let _ =
let names = get_folders nkjp_path in
Xlist.iter names (fun name ->
if name = "030-2-000000012" then () else
(* print_endline name; *)
let typ,channel = load_header nkjp_path name in
(* print_endline typ; *)
(* print_endline channel; *)
(* print_endline (typ ^ "\t" ^ channel); *)
let text = load_text nkjp_path name in
let segmentation = load_segmentation nkjp_path name in
let morphosyntax = load_morphosyntax nkjp_path name in
let entries = merge_entries name [] (text,segmentation,morphosyntax) in
())
(*
frekwencje typów:
127 fakt
56 inf-por
283 konwers
2 listy
376 lit
1 lit_poezja
80 media
175 nd
161 net_interakt
227 net_nieinterakt
20 nklas
1986 publ
8 qmow
387 urzed
frekwencje kanałów
388 internet
817 ksiazka
363 mowiony
146 prasa
1744 prasa_dziennik
398 prasa_inne
5 prasa_miesiecznik
28 prasa_tygodnik
frekwencje łączne typów-kanałów
127 fakt ksiazka
56 inf-por ksiazka
283 konwers mowiony
2 listy ksiazka
376 lit ksiazka
1 lit_poezja ksiazka
80 media mowiony
175 nd ksiazka
161 net_interakt internet
227 net_nieinterakt internet
20 nklas ksiazka
60 publ ksiazka
146 publ prasa
1744 publ prasa_dziennik
3 publ prasa_inne
5 publ prasa_miesiecznik
28 publ prasa_tygodnik
8 qmow prasa_inne
387 urzed prasa_inne
*)