def main():
filename,limit, output_format, wordtype, version= grabargs()
#print "#--",filename,limit,display_format, wordtype;
#exit();
try:
fl = open(filename);
except:
print " Error :No such file or directory: %s" % filename
sys.exit(0)
#~ print "#",filename,limit, output_format, wordtype, version
#~ sys.exit()
#display_format="txt"
line = fl.readline().decode("utf8");
text = u""
noun_table = [];
nb_field = 2;
while line :
line = line.strip('\n')#.strip()
if not line.startswith("#"):
liste = line.split(Separator);
if len(liste) >= nb_field:
noun_table.append(liste);
line = fl.readline().decode("utf8");
fl.close();
#print "#", (u'\t'.join(field_id.keys())).encode('utf8');
model = 0;
if output_format == "sql":
import sqldict
mydict = sqldict.SqlDict(wordtype, version);
elif output_format == "xml":
import xmldict
mydict = xmldict.XmlDict(wordtype, version);
elif output_format == "stardict":
import stardict
mydict = stardict.StarDict(wordtype, version);
elif output_format == "tags":
import tagsdict
mydict = tagsdict.TagsDict(wordtype, version);
elif output_format == "spell":
import spelldict
mydict = spelldict.SpellDict(wordtype, version);
else:
import csvdict
mydict = csvdict.CsvDict(wordtype, version)
# create header
h = mydict.add_header()
if h:
print h.encode('utf8')
for tuple_noun in noun_table[:limit]:
l = mydict.add_record(tuple_noun)
if l:
print l.encode('utf8')
# create footer
f = mydict.add_footer()
if f:
print f.encode('utf8')
def __init__ (self, filepath, threshold=0):
self.dbname = "stardict.db"
self.filepath = filepath
self.sd = stardict.StarDict(self.dbname)
self.lemma = stardict.LemmaDB()
self.lemma.load('lemma.en.txt')
self.worddict = OrderedDict()
self.threshold = threshold
self.find_uncapword_sent=False
self.myvocab = [line.split("\t")[0] for line in open("myvocab.txt", 'r').read().split('\n')
if not line.startswith("#")]
def Python_QueryWord(word):
vim.command('redraw!')
sqlitename = os.path.join(os.path.dirname(__file__), 'stardict.db')
sd = stardict.StarDict(sqlitename, False)
result = sd.query(word)
if result is None:
print("Can't find, %s !!!" % word)
return
print(result['word'])
if len(result['definition']) > 0:
print(result['definition'])
if len(result['translation']) > 0:
print(result['translation'])
def main():
filename, limit, output_format, version = grabargs()
try:
fl = open(filename)
except:
print " Error :No such file or directory: %s" % filename
sys.exit(0)
verb_field_number = 2
verb_cat_field_number = 3
line = fl.readline().decode("utf")
text = u""
verb_table = []
nb_field = 12
if output_format == "sql":
import sqldict
mydict = sqldict.SqlDict(version)
elif output_format == "xml":
import xmldict
mydict = xmldict.XmlDict(version)
elif output_format == "stardict":
import stardict
mydict = stardict.StarDict(version)
elif output_format == "spell":
import spelldict
elif output_format == "tags":
import tagsdict
mydict = tagsdict.TagsDict(version)
else:
import csvdict
mydict = csvdict.CsvDict(version)
while line:
line = line.strip('\n').strip()
if not line.startswith("#"):
liste = line.split("\t")
if len(liste) >= nb_field:
verb_table.append(liste)
line = fl.readline().decode("utf8")
fl.close()
# create header
print mydict.add_header().encode('utf8')
for tuple_verb in verb_table[:limit]:
#~ verb_dict = decode_tuple_verb(tuple_verb);
print mydict.add_record(tuple_verb).encode('utf8')
# create footer
print mydict.add_footer().encode('utf8')
def main():
if len(sys.argv) < 2:
print("Usage: dictquery.py {word}")
return
sqlitename = os.path.join(os.path.dirname(__file__), 'stardict.db')
sd = stardict.StarDict(sqlitename, False)
result = sd.query(sys.argv[1])
if result is None:
print("Can't find!!!")
return
print(result['word'])
if len(result['definition']) > 0:
print(result['definition'])
if len(result['translation']) > 0:
print(result['translation'])
def factory(output_format, version):
import csvdict
mydict = csvdict.CsvDict(version)
if output_format == "sql":
import sqldict
mydict = sqldict.SqlDict(version)
elif output_format == "xml":
import xmldict
mydict = xmldict.XmlDict(version)
elif output_format == "stardict":
import stardict
mydict = stardict.StarDict(version)
elif output_format == "spell":
import spelldict
elif output_format == "tags":
import tagsdict
mydict = tagsdict.TagsDict(version)
elif output_format == "check":
import checkdict
mydict = checkdict.checkDict(version)
else:
import csvdict
mydict = csvdict.CsvDict(version)
return mydict
def main():
args = grabargs()
filename = args.filename
limit = args.limit
output_format = args.outformat
wordtype = args.wordtype
version = args.version
#print "#--",filename,limit,display_format, wordtype;
#exit();
try:
fl = open(filename, encoding='utf-8')
except:
print(" Error :No such file or directory: %s" % filename)
sys.exit(0)
#~ print "#",filename,limit, output_format, wordtype, version
#~ sys.exit()
#display_format="txt"
line = fl.readline()
text = u""
noun_table = []
nb_field = 2
while line:
line = line.strip('\n') #.strip()
if not line.startswith("#"):
liste = line.split(Separator)
if len(liste) >= nb_field:
noun_table.append(liste)
line = fl.readline()
fl.close()
#print "#", (u'\t'.join(field_id.keys())).encode('utf8');
model = 0
if output_format == "sql":
import sqldict
mydict = sqldict.SqlDict(wordtype, version)
elif output_format == "xml":
import xmldict
mydict = xmldict.XmlDict(wordtype, version)
elif output_format == "stardict":
import stardict
mydict = stardict.StarDict(wordtype, version)
elif output_format == "tags":
import tagsdict
mydict = tagsdict.TagsDict(wordtype, version)
elif output_format == "spell":
import spelldict
mydict = spelldict.SpellDict(wordtype, version)
elif output_format == "check":
import checkdict
mydict = checkdict.checkDict(version)
else:
import csvdict
mydict = csvdict.CsvDict(wordtype, version)
# create header
h = "" # mydict.add_header()
if h:
print(h)
for tuple_noun in noun_table[:limit]:
l = mydict.add_record(tuple_noun)
if l:
print(l)
# create footer
f = mydict.add_footer()
if f:
print(f)
def dictionary(self):
if self._dict is None:
db = ccinit.path_home('share/dict/dictionary.db')
self._dict = stardict.StarDict(db)
return self._dict
