def matchfromword(word):
match(extractendings(words[word]))
def matchfromentry(entry):
match(extractendings(entry))
# full data dict. has trad. as key
from convertpy import extractendings
def gettrad(entry):
return entry.split()[0]
cedict = open("cedictsubset.txt", encoding="utf-8")
words = {} # key is traditional characters
matches = {} # key is word endings
for line in cedict:
trad = gettrad(line)
endings = extractendings(line)
words[trad] = line.strip()
if endings in matches:
matches[endings] += " " + trad
else:
matches[endings] = trad
def match(endings):
for match in matches[endings].split():
print(words[match])
def matchfromentry(entry):
match(extractendings(entry))
def matchfromword(word):
match(extractendings(words[word]))
def matchfromentry(entry):
match(extractendings(entry))
# build Python dictionaries mapping endings to list of matching words
# full data dict. has trad. as key
from convertpy import extractendings
def gettrad(entry):
return entry.split()[0]
cedict = open("cedictsubset.txt", encoding="utf-8")
words = {} # key is traditional characters
matches = {} # key is word endings
for line in cedict:
trad = gettrad(line)
endings = extractendings(line)
words[trad] = line.strip()
if endings in matches:
matches[endings] += " " + trad
else:
matches[endings] = trad
def match(endings):
for match in matches[endings].split():
print(words[match])
def matchfromentry(entry):
match(extractendings(entry))
def matchfromword(word):
match(extractendings(words[word]))
# for simplified, use try block, first attempting trad, then
