forked from kristjan/cjvt-valency
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285 lines
8.9 KiB
285 lines
8.9 KiB
from bs4 import BeautifulSoup as BS
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import re
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from collections import defaultdict
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from time import time
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import pickle
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import json
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from copy import deepcopy as DC
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# Match sese ordinals (1., 2., ...)
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rord = re.compile(r"^ *[0-9]+\. *$")
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# Get rid of accented characters.
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intab = "ÁÉÍÓÚàáäçèéêìíîñòóôöùúüčŔŕ"
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outtb = "AEIOUaaaceeeiiinoooouuučRr"
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transtab = str.maketrans(intab, outtb)
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class Seqparser:
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def __init__(self):
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pass
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# main functions
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def html_to_raw_pickle(self, sskj_html_filepath, raw_pickle_filepath):
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entries = dict(self.parse_file(sskj_html_filepath, self.parse_line))
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print("entries len: " + str(len(entries)))
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with open(raw_pickle_filepath, "wb") as f:
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tmpstr = json.dumps(dict(entries))
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pickle.dump(tmpstr, f)
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# debugging
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def raw_pickle_to_parsed_pickle(
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self, raw_pickle_filepath, parsed_pickle_filepath,
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se_list_filepath
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):
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data = self.load_raw_pickle(raw_pickle_filepath)
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print("raw_pickle data len: " + str(len(data)))
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se_list = self.gen_se_list(data)
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print("se_list len: " + str(len(se_list)))
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with open(se_list_filepath, "wb") as f:
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pickle.dump(se_list, f)
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data1 = self.remove_se(data)
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data2 = self.reorganize(data1, se_list)
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print("data2 len: " + str(len(data2.keys())))
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with open(parsed_pickle_filepath, "wb") as f:
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pickle.dump(data2, f)
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# helper html reading functions
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def parse_file(self, path, f_parse_line):
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tstart = time()
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entries = defaultdict(list)
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with open(path, "r") as f:
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for line in f:
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data = f_parse_line(line)
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if data is not None:
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entries[data["izt_clean"]].append(data)
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print("parse_file({}) in {:.2f}s".format(path, time() - tstart))
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return entries
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def parse_line(self, line):
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def helper_bv_set(g_or_p):
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if g_or_p not in ["G", "P"]:
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print("Err g_or_p.")
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exit(1)
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if data.get("bv") is not None:
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if data["bv"] != g_or_p:
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print(str(line))
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# exit(1)
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data["bv"] = g_or_p
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data = {
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"izt": "",
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"izt_clean": "",
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"senses": defaultdict(list)
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}
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soup = BS(line, "html.parser")
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current_sense_id = "0"
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for span in soup.find_all("span"):
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# sense id
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if span.string is not None:
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rmatch = rord.match(span.string)
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if rmatch is not None:
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current_sense_id = rmatch.group().strip()
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title = span.attrs.get("title")
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if title is not None:
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title = title.lower()
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# only verbs and adjectives
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if "glagol" in title:
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helper_bv_set("G")
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data["bv_full"] = title
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elif "pridevn" in title:
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helper_bv_set("P")
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data["bv_full"] = title
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# žšč
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if title == "iztočnica":
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data["izt"] = span.string
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data["izt_clean"] = span.string.translate(transtab).lower()
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# sense description
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if title == "razlaga" and span.string is not None:
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data["senses"][current_sense_id].append(
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("razl", span.string))
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if "pridevnik od" in span.string:
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helper_bv_set("P")
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if title == "sopomenka":
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subspan = span.find_all("a")[0]
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if subspan.string is not None:
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data["senses"][current_sense_id].append(
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("sopo", subspan.string))
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# save verbs and adjectives
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if (
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("bv" not in data) or
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(data["bv"] != "P" and data["bv"] != "G")
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):
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return None
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# sanity check
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if data["bv"] == "P" and " se" in data["izt_clean"]:
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print(data)
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exit(1)
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# append _ to adjective keywords
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if data["bv"] == "P":
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data["izt_clean"] = data["izt_clean"] + "_"
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# cleanup
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if "bv" not in data:
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print("Should not be here (no bv).")
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exit(1)
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del(data["bv"])
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if "bv_full" in data:
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del(data["bv_full"])
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return data
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# helper functions
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def load_raw_pickle(self, raw_pickle_filepath):
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with open(raw_pickle_filepath, "rb") as f:
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tmpstr = pickle.load(f)
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return json.loads(tmpstr)
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def helper_loop(self, data, fnc):
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for k, lst in data.items():
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for el in lst:
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fnc(el)
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def gen_se_list(self, data):
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def fnc1(el):
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ic = el["izt_clean"]
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if " se" in ic:
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se_list.append(ic)
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def fnc2(el):
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ic = el["izt_clean"]
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if ic in se_pruned:
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se_pruned.remove(ic)
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# hw entries that only exist with " se"
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se_list = []
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self.helper_loop(data, fnc1)
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se_pruned = set([hw.split(" se")[0] for hw in se_list])
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self.helper_loop(data, fnc2)
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return sorted(list(se_pruned))
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def remove_se(self, data):
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def fnc1(el):
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nel = DC(el)
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ic = nel["izt_clean"]
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if " se" in ic:
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nic = ic.split(" se")[0]
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nel["izt_clean"] = nic
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data_new[nel["izt_clean"]].append(nel)
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data_new = defaultdict(list)
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self.helper_loop(data, fnc1)
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return dict(data_new)
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def reorganize(self, data, se_list):
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# some hw entries have several headwords,
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# some senses have subsenses
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# index everything, make 1 object per hw
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def helper_prune(sense_str):
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# remove space padding
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sense_str = sense_str.strip()
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if len(sense_str) == 1:
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return sense_str
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# remove banned characters from string ending
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banned = ": ; . , - ! ?".split(" ")
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if sense_str[-1] in banned:
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return sense_str[:-1]
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return sense_str
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data_new = {}
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for k, lst in data.items():
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new_el = {
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"hw": k,
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"has_se": k in se_list,
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"senses": []
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}
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# if there is a single hw entry, hw_id is 0
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if len(lst) == 1:
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homonym_id = -1
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else:
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homonym_id = 0
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# loop homonyms
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for el in lst:
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homonym_id += 1
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# loop top lvl sense ids
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for sense_id, sens_lst in el["senses"].items():
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# loop subsenses
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for i, sens in enumerate(sens_lst):
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nsid = sense_id.split(".")[0]
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if len(sens_lst) == 1:
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nsid += "-0"
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else:
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nsid += ("-" + str(i + 1))
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new_sense = {
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"homonym_id": homonym_id,
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# sense_id: sense_id-subsense_id
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"sense_id": nsid,
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"sense_type": sens[0],
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"sense_desc": helper_prune(sens[1]),
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}
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new_el["senses"].append(new_sense)
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hw = new_el["hw"]
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if hw in data_new:
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print("Shouldn't be here.")
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print(new_el)
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exit(1)
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data_new[hw] = DC(new_el)
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# return data_new
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# check
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for hw, el in data_new.items():
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for sens in el["senses"]:
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if sens["sense_desc"] is None:
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print(sens)
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return data_new
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def plst(lst):
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for el in lst:
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print(el)
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if __name__ == "__main__":
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datapath = "../../../data"
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html_filepath = datapath + "/sskj/sskj2_v1.html"
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raw_pickle_filepath = datapath + "/tmp_pickles/raw_sskj.pickle"
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parsed_pickle_filepath = datapath + "/no_del_pickles/sskj_senses.pickle"
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se_list_filepath = datapath + "/no_del_pickles/se_list.pickle"
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p = Seqparser()
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if True:
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print("html_to_raw_pickle({}, {})".format(
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html_filepath, raw_pickle_filepath))
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print("Big file, this might take a while (2 min).")
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tstart = time()
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p.html_to_raw_pickle(html_filepath, raw_pickle_filepath)
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print("Finished in {:.2f}.".format(time() - tstart))
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if True:
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print("raw_pickle_to_parsed_pickle({}, {}, {})".format(
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raw_pickle_filepath, parsed_pickle_filepath, se_list_filepath))
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tstart = time()
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p.raw_pickle_to_parsed_pickle(
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raw_pickle_filepath, parsed_pickle_filepath, se_list_filepath)
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print("Finished in {:.2f}.".format(time() - tstart))
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print("Done.")
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