def open_ust(file_name):
song = []
instance = {}
bpm = 0.0
for strm in open(file_name, "r"):
if strm.strip().startswith("["):
if len(instance) > 0:
if instance.get("Tempo", None):
bpm = float(".".join(instance["Tempo"].split(",")))
if instance.get("Lyric", None):
if len(instance["Lyric"].split(" ")) > 1:
instance["Lyric"] = instance["Lyric"].split(" ")[-1]
if "R" in instance["Lyric"] or "息" in instance["Lyric"]:
instance["Lyric"] = ""
if hira_p.search(unicode(instance["Lyric"])):
instance["Lyric"] = re.sub("[A-Za-z]+", "",
instance["Lyric"])
else:
instance["Lyric"] = romkan.to_katakana(
instance["Lyric"])
instance["Lyric"] = re.sub(
u"[^ァ-ン]", "",
unicode(instance["Lyric"])).encode("utf8")
instance["Tempo"] = str(bpm)
if "NoteNum" in instance:
if instance["Lyric"] == "":
instance["NoteNum"] = "rest"
song.append(instance)
instance = {"InstanceIdx": strm.strip().lstrip("[#").rstrip("]")}
else:
if len(strm.strip().split("=")) < 2:
continue
key, value = strm.strip().split("=")
if key == "Lyric":
value = jaconv.hira2kata(unicode(value)).encode("utf8")
if key in ("NoteNum", "Lyric", "Length", "Tempo"):
instance[key] = value
if len(instance) > 0:
if instance.get("Tempo", None):
bpm = float(".".join(instance["Tempo"].split(",")))
if instance.get("Lyric", None):
if len(instance["Lyric"].split(" ")) > 1:
instance["Lyric"] = instance["Lyric"].split(" ")[-1]
if "R" in instance["Lyric"] or "息" in instance["Lyric"]:
instance["Lyric"] = ""
if hira_p.search(unicode(instance["Lyric"])):
instance["Lyric"] = re.sub("[A-Za-z]+", "", instance["Lyric"])
else:
instance["Lyric"] = romkan.to_katakana(instance["Lyric"])
instance["Lyric"] = re.sub(u"[^ァ-ン]", "", unicode(
instance["Lyric"])).encode("utf8")
instance["Tempo"] = str(bpm)
if "NoteNum" in instance:
if instance["Lyric"] == "":
instance["NoteNum"] = "rest"
song.append(instance)
return song
def reading_form(cls, text):
tokens = cls.sudachi.tokenize(text, cls._mode)
for t in (x for x in tokens if x.part_of_speech()[0] not in {"空白", "補助記号"}):
if not (v := t.reading_form()):
# 読みが存在しない場合はromkanでカタカナへの変換を試みる 例： tarou
v = romkan.to_katakana(t.surface())
else:
# カタカナでなく英数字が返ることがあるので変換する 例： shi
v = romkan.to_katakana(v)
# 半角カタカナを全角にしておく
# 辞書に読みが存在しない場合、半角カタカナが混じり、romkan.to_hepburnが反応しなくなるため
v = jaconv.h2z(v, ignore="", kana=True, ascii=False, digit=False)
yield v
def search(jisho, all_mode, rounds, verbose):
"""Dictionary mode, where kanji previously read can be searched"""
if all_mode:
show_all(jisho)
elif rounds > 0:
game(jisho, rounds)
else:
for x in sys.argv[1:]:
if x in jisho:
jisho[x]()
else:
hiragana = romkan.to_hiragana(x)
katakana = romkan.to_katakana(x)
for kanji in jisho:
if x in jisho[kanji].meaning:
if verbose is False:
print(kanji, "=", x)
else:
jisho[kanji]()
elif hiragana in jisho[kanji].kunyomi:
if verbose is False:
print(kanji, "->", hiragana)
else:
jisho[kanji]()
elif katakana in jisho[kanji].onyomi:
if verbose is False:
print(kanji, "~>", katakana)
else:
jisho[kanji]()
def subvert(expr, t):
import romkan
expr = re.sub(u'\u014D|\u00F4', 'ou', expr, re.UNICODE)
expr = re.sub(u'\u016B', 'uu', expr, re.UNICODE)
expr = re.sub(u'\u0113', 'ee', expr, re.UNICODE)
expr = re.sub(u'\u0101', 'aa', expr, re.UNICODE)
if t == KATA: kana = romkan.to_katakana(expr)
else: kana = romkan.to_hiragana(expr)
return kana
def calculatePartsKana(self, aString):
s = set()
kana = romkan.to_katakana(romkan.to_roma(aString))
for e in aString.split(" "):
s |= self.calculatePartsElement(kana)
return self.serializeSet(s)
def converter():
frase = ent_romaji.get()
ent_hiraga.delete(0, tk.END)
ent_hiraga.insert(0, romkan.to_hiragana(frase))
ent_kataka.delete(0, tk.END)
ent_kataka.insert(0, romkan.to_katakana(frase))
pass
def romaji_to_kana(request):
"""
Converts romaji in either katakana or hiragana.
"""
word = request.query_params.get('word', '')[0:1000]
return Response(
{
'hiragana': romkan.to_hiragana(word),
'katakana': romkan.to_katakana(word)
},
status=status.HTTP_200_OK)
def kana(self, msg, args):
"""Converts Romazi to kana"""
result = "Am I supposed to guess the word you want?..."
word = None
if len(args) == 1:
word = args[0]
elif len(args) > 1:
word = " ".join(args)
if word is not None:
if word.isupper():
result = romkan.to_katakana(word)
elif word.islower():
result = romkan.to_hiragana(word)
return result
def lookup(self, romaji, channel, use_romkan=False):
'''
Initiate an asynchronous transform of romaji to katakana
This can be done by a local handler (use_romkan=True)
Or a network service www.
'''
if use_romkan:
katakana = romkan.to_katakana(romaji)
self.callback(romaji, channel, katakana)
else:
#initiate a network lookup of romaji to katakana
result = getPage('http://www.sljfaq.org/cgi/e2k.cgi?word={romaji}'.format(romaji=romaji))
result.addCallbacks(
callback = GetKatakana.HTMLResponse(self.callback, romaji, channel),
errback = GetKatakana.HTMLError(self.error_callback))
async def romkan(self, ctx, *, text: commands.clean_content):
"""Convert romaji into hiragana or katakana, or vice-versa."""
if text[:3] in ["hg ", "kk ", "ro "]:
tp, text = text[:2], text[3:]
else:
tp = ctx.invoked_with
if tp == "romkan":
return await ctx.send(
"Please either use `!hg`, `!kk` or `!ro` (for hiragana, katakana and romaji respectively), or pass the type as an argument: `!romkan hg LyricLy wa baka desu yo`"
)
if tp == "hg":
await ctx.send(romkan.to_hiragana(text))
elif tp == "kk":
await ctx.send(romkan.to_katakana(text))
elif tp == "ro":
await ctx.send(romkan.to_hepburn(text))
def command_ja(self, event):
'''Usage: ~ja <k/h/r> <arg> displays katakana/hiragana/romaji for a given argument, converting between romaji and kana'''
try:
dest, phrase = event.params.split(' ', 1)
dest = dest.lower()
if dest == 'k':
resp = romkan.to_katakana(phrase)
elif dest == 'h':
resp = romkan.to_hiragana(phrase)
elif dest == 'r':
resp = romkan.to_roma(phrase.decode('utf-8'))
else:
raise
self.send_message(event.respond, resp)
except:
self.send_message(event.respond, 'Invalid input, please check syntax.')
raise
def command_ja(self, event):
'''Usage: ~ja <k/h/r> <arg> displays katakana/hiragana/romaji for a given argument, converting between romaji and kana'''
try:
dest, phrase = event.params.split(' ', 1)
dest = dest.lower()
if dest == 'k':
resp = romkan.to_katakana(phrase)
elif dest == 'h':
resp = romkan.to_hiragana(phrase)
elif dest == 'r':
resp = romkan.to_roma(phrase.decode('utf-8'))
else:
raise
self.send_message(event.respond, resp)
except:
self.send_message(event.respond, 'Invalid input, please check syntax.')
raise
def lookup(rad_dawg, dict_dawg, pattern):
components = []
# sanity
if len(pattern) > 40 and pattern.count('[') > 20:
return []
# romaji => kana
pattern = re.sub('[-A-Z]+', lambda m: romkan.to_katakana(m.group(0)), pattern)
pattern = re.sub('[-a-z]+', lambda m: romkan.to_hiragana(m.group(0)), pattern)
for c in PATTERN_RE.findall(pattern):
if c[0] == '[' and c[-1] == ']':
s = rad_dawg.lookup_kanji(u''.join(c[1:-1]))
components.append(s)
else:
components.append(set([c]))
return dict_dawg.lookup_word(components)[:MAX_RESULTS]
def strings(input):
global raw
raw = input
global kunrei
kunrei = romkan.to_kunrei(input)
# Using "kunrei" because hiragana <> katakana conversion doesn't work
global hiragana
hiragana = romkan.to_hiragana(kunrei)
global katakana
katakana = romkan.to_katakana(kunrei)
global hepburn
hepburn = romkan.to_hepburn(hiragana)
global onoma
onoma = kunrei
changes_dict = {'ch': 'C', 'ty':'T', 'sy':'S', 'ny': 'N', 'zy':'Z', \
'dj':'D', 'l':'r','xtu':'Q', 'aa':'a-','ee':'e-','ii':'i-', \
'oo':'o-','uu':'u-'}
for key in changes_dict:
onoma = onoma.replace(key, changes_dict[key])
if onoma.endswith('tto'):
onoma = onoma[:-3] + 'Q'
return(hiragana + ' ' + katakana + ' ' + hepburn + ' ' + onoma)
def strings(input):
global raw
raw = input
global kunrei
kunrei = romkan.to_kunrei(input)
# Using "kunrei" because hiragana <> katakana conversion doesn't work
global hiragana
hiragana = romkan.to_hiragana(kunrei)
global katakana
katakana = romkan.to_katakana(kunrei)
global hepburn
hepburn = romkan.to_hepburn(hiragana)
global onoma
onoma = kunrei
changes_dict = {'ch': 'C', 'ty':'T', 'sy':'S', 'ny': 'N', 'zy':'Z', \
'dj':'D', 'l':'r','xtu':'Q', 'aa':'a-','ee':'e-','ii':'i-', \
'oo':'o-','uu':'u-'}
for key in changes_dict:
onoma = onoma.replace(key, changes_dict[key])
if onoma.endswith('tto'):
onoma = onoma[:-3] + 'Q'
return (hiragana + ' ' + katakana + ' ' + hepburn + ' ' + onoma)
def game(jisho, rounds):
"""Plays the random kanji game!"""
correct = 0
count = rounds
while count > 0:
count -= 1
kanji = random.choice(list(jisho.keys()))
quiz = random.randint(0, 2)
if quiz == 0:
answer = input("What does " + kanji + " mean? ")
if answer in jisho[kanji].meaning:
print("Correct! :D")
correct += 1
else:
print("Incorrect!", kanji, "=", jisho[kanji].meaning)
if quiz == 1:
answer = input("Type in one of the kunyomi of " + kanji + " : ")
if romkan.to_hiragana(answer) in jisho[kanji].kunyomi:
print("Correct! :D")
correct += 1
else:
print("Incorrect!")
print(kanji, "=", jisho[kanji].kunyomi)
if quiz == 2:
answer = input("Type in one of the onyomi of " + kanji + " : ")
if romkan.to_katakana(answer) in jisho[kanji].onyomi:
print("Correct! :D")
correct += 1
else:
print("Incorrect!")
print(kanji, "=", jisho[kanji].onyomi)
print(">> You got " + str(correct) + " out of " + str(rounds)
+ " (" + str(100*correct/rounds) + "%)!\n")
def open_ust(file_name):
song = []
instance = {}
currentBeat = defaultdict(float)
bpm = 0.0
currentTime = 0.0
for strm in open(file_name, "r"):
if strm.strip().startswith("["):
if len(instance) > 0:
if instance.get("Tempo", None):
bpm = float(".".join(instance["Tempo"].split(",")))
if instance.get("Length", None):
currentTime = get_beat2time(currentBeat)
instance["StartTime"] = currentTime
currentRhythm = get_beat2rhythm(currentBeat)
instance["Beat"] = currentRhythm
currentBeat[bpm] += float(instance["Length"])
m, s = divmod(currentTime, 60)
h, m = divmod(m, 60)
instance["StartTimeReadable"] = "%d/%d/%s" % (h, m, s)
instance["Duration"] = str(
60.0 / bpm * (float(instance["Length"]) / 480.0))
if instance.get("Lyric", None):
if len(instance["Lyric"].split(" ")) > 1:
instance["Lyric"] = instance["Lyric"].split(" ")[-1]
if "R" in instance["Lyric"] or "息" in instance["Lyric"]:
instance["Lyric"] = ""
if hira_p.search(unicode(instance["Lyric"])):
instance["Lyric"] = re.sub("[A-Za-z]+", "",
instance["Lyric"])
else:
instance["Lyric"] = romkan.to_katakana(
instance["Lyric"])
instance["Lyric"] = re.sub(
u"[^ァ-ン]", "",
unicode(instance["Lyric"])).encode("utf8")
instance["Tempo"] = str(bpm)
song.append(instance)
instance = {"InstanceIdx": strm.strip().lstrip("[#").rstrip("]")}
else:
if len(strm.strip().split("=")) < 2:
continue
key, value = strm.strip().split("=")
if key == "Lyric":
value = jaconv.hira2kata(unicode(value)).encode("utf8")
instance[key] = value
if len(instance) > 0:
if instance.get("Tempo", None):
bpm = float(".".join(instance["Tempo"].split(",")))
if instance.get("Length", None):
currentTime = get_beat2time(currentBeat)
instance["StartTime"] = currentTime
currentRhythm = get_beat2rhythm(currentBeat)
instance["Beat"] = currentRhythm
currentBeat[bpm] += float(instance["Length"])
m, s = divmod(currentTime, 60)
h, m = divmod(m, 60)
instance["StartTimeReadable"] = "%d/%d/%s" % (h, m, s)
instance["Duration"] = str(60.0 / bpm *
(float(instance["Length"]) / 480.0))
if instance.get(
"Lyric", None
): # extract HIRAGANA (NOTE: Sometimes VOCALOID-specific characters are included)
if len(instance["Lyric"].split(" ")) > 1:
instance["Lyric"] = instance["Lyric"].split(" ")[-1]
if "R" in instance["Lyric"] or "息" in instance["Lyric"]:
instance["Lyric"] = ""
if hira_p.search(unicode(instance["Lyric"])):
instance["Lyric"] = re.sub("[A-Za-z]+", "", instance["Lyric"])
else:
instance["Lyric"] = romkan.to_katakana(instance["Lyric"])
instance["Lyric"] = re.sub(u"[^ァ-ン]", "", unicode(
instance["Lyric"])).encode("utf8")
instance["Tempo"] = str(bpm)
song.append(instance)
return song
def generate_search_conditions(args):
'''args = command-line argument dict (argparse object)'''
if args.regexp:
regexp_flags = (True,)
elif tt.has_regexp_special(args.query_s):
regexp_flags = (False, True)
else:
regexp_flags = (False,)
if args.field != 'auto':
fields = (args.field,)
else:
if tt.is_kana(args.query_s):
fields = ('kanji', 'reading')
else:
fields = ('kanji', 'reading', 'gloss')
if args.extent != 'auto':
extents = (args.extent,)
else:
extents = ('whole', 'word', 'beginning', 'partial')
conditions = []
for regexp in regexp_flags:
for field in fields:
for extent in extents:
if field == 'gloss' and extent == 'beginning' and args.extent == 'auto':
# when we search for e.g. 'man' in auto guesses, we
# typically don't want 'manatee' but not 'humanity'
continue
elif field in ('kanji', 'reading') and extent == 'word':
if args.extent == 'auto':
# useless combination generated, skip
continue
else:
# useless combination requested, adjust
extent = 'whole'
if field == 'reading' and tt.is_latin(args.query_s):
# 'reading' field auto-convert romaji to kana. as of this
# writing, JMdict has no romaji in readingfields.
queries = ([romkan.to_hiragana(s) for s in args.query],
[romkan.to_katakana(s) for s in args.query])
# romkan will convert ASCII hyphen-minus to CJKV long 'ー'
# we back-convert it in start position, to preserve FTS
# operator '-'.
def fix_hyphen(s):
if len(s) > 1 and s[0] == 'ー':
s = '-' + s[1:]
return s
queries = [[fix_hyphen(s) for s in query]
for query in queries]
else:
queries = (args.query,)
# TODO: add wide-char
for query in queries:
conditions.append(SearchConditions(args, query, regexp, field, extent))
return conditions
(current[1] + 1):i]
correct += " " + roma[current[0]:(current[1] + 1)] + " " + roma[
(current[1] + 1):i]
current = [i, i]
if current is not None:
result += "[" + answer[current[0]:(current[1] + 1)] + "]" + answer[
(current[1] + 1):]
correct += " " + roma[current[0]:(current[1] +
1)] + " " + roma[(current[1] + 1):]
return result, correct
while True:
i = random.randint(0, len(words))
to_write = words[i]
roma = romkan.to_roma(to_write).strip()
if mode == 2:
to_write = romkan.to_katakana(roma) + "\n"
tries = 0
while tries < max_tries:
answer = input(to_write + "> ").strip()
if answer == roma:
print("\tcorrect!")
break
else:
print("\tWRONG!")
tries += 1
if tries == max_tries:
errors, correct = find_error(answer, roma)
print("\tAnswer was " + correct + "\n\tYou wrote: " + errors)
def to_katakana(romaji: str) -> str:
return romkan.to_katakana(romaji)
def _to_katakana(self):
return romkan.to_katakana(self.word)
def render(self):
super(SearchResults,self).clear();
(h,w) = self.win.getmaxyx();
for i,entry in enumerate(self.results):
kele = entry.get("k_ele");
kele = ([kele] if not isinstance(kele,list) else kele) if kele is not None else [];
rele = entry.get("r_ele");
rele = ([rele] if not isinstance(rele,list) else rele) if rele is not None else [];
index = 0; #re_restr kanji index
#create kanji->reading dictionary for read restrictions
kett = {};
for r in rele:
try:
for restr in loopOn(r["re_restr"]):
if kett.get(restr) is None:
kett[restr] = index;
index += 1;
except KeyError:
continue;
#construct the lines for the list view
fln = "";
for k in kele:
if len(fln) > 0:
fln += ", ";
fln += k["keb"];
try:
fln += "["+str(kett[k["keb"]])+"]";
except KeyError:
pass;
for r in rele:
if len(fln) > 0:
fln += ", ";
fln += r["reb"];
try:
for restr in loopOn(r["re_restr"]):
fln += "["+str(kett[restr])+"]";
except KeyError:
pass;
sense = entry["sense"];
gln = "";
for s in loopOn(sense):
for g in loopOn(s["gloss"]):
if len(gln) > 0:
gln += ", ";
gln += g["#text"];
tagged = False;
for te in self.jisho.tagdict:
if entry["ent_seq"] in self.jisho.tagdict[te]:
fln += " ["+u"\u2764 "+te+"]";
tagged = True;
hiragana = romkan.to_hiragana(self.query);
hiragana = self.kr.sub("",hiragana);
katakana = romkan.to_katakana(self.query);
katakana = self.kr.sub("",katakana);
qs = [(self.query,len(self.query)),(hiragana,len(hiragana)),(katakana,len(katakana))];
for s in [fln,gln]:
try:
#highlight the query
c = [(1,4),
[(2+i%2,5+i%2),(20,21)][tagged]
][self.sel != i];
q = 0;
while qs[0][1] > 0:
Q = -1;
l = +0;
for qe in qs:
if qe[1] == 0:
continue;
Q1 = s.find(qe[0],q);
l1 = qe[1];
if Q1 != -1 and (Q1 < Q or Q == -1):
Q = Q1;
l = l1;
if Q == -1:
break;
self.win.addstr(s[q:Q],curses.color_pair(c[0]));
self.win.addstr(s[Q:Q+l],curses.color_pair(c[1]));
q = Q+l;
self.win.addstr(s[q:],curses.color_pair(c[0]));
#self.win.addstr(s,curses.color_pair(c[0]));
(_,x) = self.win.getyx();
self.win.addstr(' '*(w-x),curses.color_pair(c[0]));
except curses.error:
break;
else:
continue;
break;
self.win.refresh();
def process(cls, v: str):
v = romkan.to_hepburn(v)
v = romkan.to_katakana(v)
return v
correct = roma[:i]
elif i - 1 == current[1]:
current[1] = i
else:
result += "[" + answer[current[0]:(current[1] + 1)] + "]" + answer[(current[1] + 1):i]
correct += " " + roma[current[0]:(current[1] + 1)] + " " + roma[(current[1] + 1):i]
current = [i, i]
if current is not None:
result += "["+answer[current[0]:(current[1]+1)]+"]"+answer[(current[1]+1):]
correct += " "+roma[current[0]:(current[1]+1)]+" " + roma[(current[1]+1):]
return result, correct
while True:
i = random.randint(0, len(words))
to_write = words[i]
roma = romkan.to_roma(to_write).strip()
if mode == 2:
to_write = romkan.to_katakana(roma)+"\n"
tries = 0
while tries < max_tries:
answer = input(to_write+"> ").strip()
if answer == roma:
print("\tcorrect!")
break
else:
print("\tWRONG!")
tries += 1
if tries == max_tries:
errors, correct = find_error(answer, roma)
print("\tAnswer was "+correct+"\n\tYou wrote: "+errors)
def parse_single(txt):
if txt.isupper():
return romkan.to_katakana(txt)
else:
return romkan.to_hiragana(txt)
def _to_katakana(self):
return romkan.to_katakana(self.word).encode("utf-8")
elif i == 57:
char = 'JI'
alt = '"DI"'
elif i == 58:
char = 'ZU'
alt = '"DU"'
if alt is None:
alt = 'null'
fixture = '{ "model": "kana.character", "pk": %(pk)s, "fields": { "romaji": "%(romaji)s", ' \
'"hiragana": "%(hiragana)s", "katakana": "%(katakana)s", "is_plain": %(is_plain)s,' \
'"is_dakuten": %(is_dakuten)s, "is_handakuten": %(is_handakuten)s, "is_youon": %(is_youon)s,' \
'"gojuon_row": %(gojuon_row)s, "gojuon_col": %(gojuon_col)s, "alternate_romaji": %(alt)s, ' \
'"notes": null } },'
args = {
'pk': i,
'romaji': char,
'hiragana': romkan.to_hiragana(char),
'katakana': romkan.to_katakana(char),
'is_plain': str(is_plain).lower(),
'is_dakuten': str(is_dakuten).lower(),
'is_handakuten': str(is_handakuten).lower(),
'is_youon': str(is_youon).lower(),
'gojuon_row': str(gojuon_row),
'gojuon_col': str(gojuon_col),
'alt': alt
}
print(fixture % args)
def __convertToKatakana(self, match):
if match.group() == "N":
return "N"
return to_katakana(match.group()).upper()
def onromaji_to_katakana(reading):
return reading
return romkan.to_katakana(reading).replace(':', 'ウ')
def generate_search_conditions(args):
'''args = command-line argument dict (argparse object)'''
if args.regexp:
regexp_flags = (True,)
elif tt.has_regexp_special(args.query_s):
regexp_flags = (False, True)
else:
regexp_flags = (False,)
if args.field != 'auto':
fields = (args.field,)
else:
if tt.is_kana(args.query_s):
fields = ('kanji', 'reading')
else:
fields = ('kanji', 'reading', 'gloss')
if args.extent != 'auto':
extents = (args.extent,)
else:
extents = ('whole', 'word', 'beginning', 'partial')
conditions = []
for regexp in regexp_flags:
for field in fields:
for extent in extents:
if field == 'gloss' and extent == 'beginning' and args.extent == 'auto':
# when we search for e.g. 'man' in auto guesses, we
# typically don't want 'manatee' but not 'humanity'
continue
elif field in ('kanji', 'reading') and extent == 'word':
if args.extent == 'auto':
# useless combination generated, skip
continue
else:
# useless combination requested, adjust
extent = 'whole'
if field == 'reading' and tt.is_latin(args.query_s):
# 'reading' field auto-convert romaji to kana. as of this
# writing, JMdict has no romaji in readingfields.
queries = ([romkan.to_hiragana(s) for s in args.query],
[romkan.to_katakana(s) for s in args.query])
# romkan will convert ASCII hyphen-minus to CJKV long 'ー'
# we back-convert it in start position, to preserve FTS
# operator '-'.
def fix_hyphen(s):
if len(s) > 1 and s[0] == 'ー':
s = '-' + s[1:]
return s
queries = [[fix_hyphen(s) for s in query]
for query in queries]
else:
queries = (args.query,)
# TODO: add wide-char
for query in queries:
conditions.append(SearchConditions(
args, query, regexp, field, extent))
return conditions
def multiscrape(self, name, shy=False):
if shy and self.config.has_key(name) and self.config[name]['ja']:
return
if name != u'名前' and name != u'ふりがな':
nodes = self.root.xpath("//_:li/_:strong[contains(text(), '%s')]/following-sibling::_:ul/_:li|//_:h4[contains(text(), '%s')]/following-sibling::_:p" % (name, name), namespaces=NS)
else:
nodes = self.root.xpath("//_:h3", namespaces=NS)
if not nodes:
return
iterator = nodes[0].itertext()
val = ''
l = []
while 1:
try:
val = iterator.next()
val = re.sub(u'^[ \r\n]+', '', val)
val = re.sub(u'[ \r\n]+$', '', val)
if val:
l.append(val)
except:
break
val = re.sub('^[ \n]*(.*?)[ \n]*$', '\\1', '\n'.join(l))
val = val.strip()
val = makeHankaku(val)
if name == u'名前':
lst = val.split('\n')
if not self.config.has_key(name):
self.config[name] = {}
self.config[name]['ja'] = lst[0]
elif name == u'ふりがな' and not shy:
if not self.config.has_key(u'名前'):
self.config[u'名前'] = {}
lst = val.split('\n')
if len(lst) > 1:
suzure = lst[1].replace(u' ', '').replace(' ', '')
self.config[u'名前']['kana'] = lst[1]
self.config[u'名前']['en'] = titleCase(lst[1])
self.config[u'並べ替え']['ja'] = romkan.to_katakana(romkan.to_kunrei(suzure))
self.config[u'並べ替え']['en'] = romkan.to_roma(suzure)
else:
self.config[u'名前']['kana'] = ''
elif name == u'所属':
if not self.config.has_key(u'所属'):
self.config[u'所属'] = {}
if self.staffType == 'LS' or self.staffType == 'PRO':
self.config[u'所属']['ja'] = u'法科大学院'
self.config[u'所属']['en'] = 'Law School (professional course)'
elif name == u'役職':
if not self.config.has_key(u'役職'):
self.config[u'役職'] = {}
self.config[u'役職']['ja'] = getPostJapanese(val)
self.config[u'役職']['en'] = getPostEnglish(self.config[u'役職']['ja'])
elif name == u'所属学会':
if not self.config.has_key(u'学会'):
self.config[u'学会'] = {}
if len(val.split('\n')) > 1:
self.config[u'学会']['ja'] = val.split('\n')
else:
self.config[u'学会']['ja'] = val
elif name == u'教員からのメッセージ':
if not self.config.has_key(u'法科大学院メッセージ'):
self.config[u'法科大学院メッセージ'] = {}
self.config[u'法科大学院メッセージ']['ja'] = val.split('\n')
elif name == u'リンク':
for node in nodes:
subnode = node.xpath('.//_:a[@href]', namespaces=NS)
if subnode and len(subnode):
self.config[u'ホームページ']['ja'] = subnode[0].text
self.config[u'ホームページ'][u'リンク'] = subnode[0].attrib['href']
break
else:
if not self.config.has_key(name):
self.config[name] = {}
if len(val.split('\n')) > 1:
self.config[name]['ja'] = val.split('\n')
if name == u'専門分野' and self.config[name]['ja'][0]:
self.config[name]['en'] = fieldsMap[self.config[name]['ja'][0]]
else:
self.config[name]['ja'] = val
if name == u'専門分野' and self.config[name]['ja']:
self.config[name]['en'] = fieldsMap[self.config[name]['ja']]
alt = '"TI"'
elif i == 17:
char = 'TSU'
alt = '"TU"'
elif i == 52:
char = 'JI'
alt = '"ZI"'
elif i == 57:
char = 'JI'
alt = '"DI"'
elif i == 58:
char = 'ZU'
alt = '"DU"'
if alt is None:
alt = 'null'
fixture = '{ "model": "kana.character", "pk": %(pk)s, "fields": { "romaji": "%(romaji)s", ' \
'"hiragana": "%(hiragana)s", "katakana": "%(katakana)s", "is_plain": %(is_plain)s,' \
'"is_dakuten": %(is_dakuten)s, "is_handakuten": %(is_handakuten)s, "is_youon": %(is_youon)s,' \
'"gojuon_row": %(gojuon_row)s, "gojuon_col": %(gojuon_col)s, "alternate_romaji": %(alt)s, ' \
'"notes": null } },'
args = {
'pk': i, 'romaji': char, 'hiragana': romkan.to_hiragana(char), 'katakana': romkan.to_katakana(char),
'is_plain': str(is_plain).lower(), 'is_dakuten': str(is_dakuten).lower(),
'is_handakuten': str(is_handakuten).lower(), 'is_youon': str(is_youon).lower(),
'gojuon_row': str(gojuon_row), 'gojuon_col': str(gojuon_col), 'alt': alt
}
print(fixture % args)
def eval_force_romaji_to_kana_v1(self, text, kana_ref, nbest=20):
p_ = jaconv.z2h(text, digit=True, ascii=True, kana=False) # hankaku
p = romkan.to_katakana(p_) # romanize as possible
if p_ == p: # 変化がないものは以下の処理を行わずに戻る。戻り値は十分大きければなんでも良い。
return 12345
return self.eval_normal(p, kana_ref, nbest)
def toKana(self, aString):
return romkan.to_katakana(romkan.to_roma(aString))
def execute(self, aTerm):
if self.convertKana:
return DictionaryDisplayElement.objects.raw(query_base.format(self.select), [self.order, romkan.to_katakana(romkan.to_hepburn(aTerm))])
else:
return DictionaryDisplayElement.objects.raw(query_base.format(self.select), [self.order, aTerm])
def multiscrape(self, name, shy=False):
if shy and self.config.has_key(name) and self.config[name]['ja']:
return
if name != u'名前' and name != u'ふりがな':
nodes = self.root.xpath("//_:h4[contains(text(), '%s')]/following-sibling::_:p" % name, namespaces=NS)
else:
nodes = self.root.xpath("//_:h3", namespaces=NS)
if not nodes:
return
iterator = nodes[0].itertext()
val = ''
l = []
while 1:
try:
val = iterator.next()
val = re.sub(u'^[ \r\n]+', '', val)
val = re.sub(u'[ \r\n]+$', '', val)
if val:
l.append(val)
except:
break
val = re.sub('^[ \n]*(.*?)[ \n]*$', '\\1', '\n'.join(l))
val = val.strip()
val = makeHankaku(val)
if name == u'名前':
lst = val.split('\n')
if not self.config.has_key(name):
self.config[name] = {}
self.config[name]['ja'] = lst[0]
elif name == u'ふりがな' and not shy:
if not self.config.has_key(u'名前'):
self.config[u'名前'] = {}
lst = val.split('\n')
if len(lst) > 1:
suzure = lst[1].replace(u' ', '').replace(' ', '')
self.config[u'名前']['kana'] = lst[1]
self.config[u'名前']['en'] = titleCase(romkan.to_hepburn(lst[1].replace(u' ', ' ')))
self.config[u'並べ替え']['ja'] = romkan.to_katakana(romkan.to_kunrei(suzure))
self.config[u'並べ替え']['en'] = romkan.to_roma(suzure)
else:
self.config[u'名前']['kana'] = ''
elif name == u'教員からのメッセージ':
if not self.config.has_key(u'学部メセージ'):
self.config[u'学部メッセージ'] = {}
self.config[u'学部メッセージ']['ja'] = val.split('\n')
elif name == u'役職':
if not self.config.has_key(u'役職'):
self.config[u'役職'] = {}
self.config[u'役職']['ja'] = getPostJapanese(val)
self.config[u'役職']['en'] = getPostEnglish(self.config[u'役職']['ja'])
elif name == u'主要':
if len(val.split('\n')) > 1:
self.config[u'主要業績']['ja'] = val.split('\n')
else:
self.config[u'主要業績']['ja'] = val
else:
if not self.config.has_key(name):
self.config[name] = {}
if len(val.split('\n')) > 1:
self.config[name]['ja'] = val.split('\n')
if name == u'専門分野' and self.config[name]['ja'][0]:
self.config[name]['en'] = fieldsMap[self.config[name]['ja'][0]]
else:
self.config[name]['ja'] = val
if name == u'専門分野' and self.config[name]['ja']:
self.config[name]['en'] = fieldsMap[self.config[name]['ja']]
def to_katakana(self):
self.lang_mode = 1
for item in self.get_japanese_items():
item.setText(romkan.to_katakana(romkan.to_roma(item.text())))