def main(args, opts):
global KW, tokens, Encoding
Encoding = opts.encoding or sys.getdefaultencoding()
cur = jdb.dbOpen('jmdict')
# Get local ref to the keyword tables...
KW = jdb.KW
lexer, tokens = jellex.create_lexer(debug=opts.debug >> 8)
parser = jelparse.create_parser(lexer, tokens, tabmodule='jelparse_tab')
parser.debug = opts.debug
if opts.seq:
seq = opts.seq
#FIXME: Corpid (used for xref resolution) is hardwired
# to 1 (jmdict) below.
srctxt, parsedtxt = _roundtrip(cur, lexer, parser, seq, 1)
if not srctxt:
print("Entry %s not found" % seq)
else:
print(srctxt)
print("----")
print(parsedtxt)
else:
_interactive(cur, lexer, parser)
def parse(krstext):
entr = None
errs = []
lexer, tokens = jellex.create_lexer()
parser = jelparse.create_parser(lexer, tokens)
jellex.lexreset(lexer, krstext)
try:
entr = parser.parse(krstext, lexer=lexer, tracking=True)
except jelparse.ParseError as e:
errs.append((e.args[0], e.loc))
return entr, errs
def globalSetup():
global Cur, KW, Lexer, Parser
if Cur: return False
try:
import dbauth
kwargs = dbauth.auth
except ImportError:
kwargs = {'database': 'jmdict'}
kwargs['autocommit'] = True
Cur = jdb.dbOpen(None, **kwargs)
KW = jdb.KW
Lexer, tokens = jellex.create_lexer()
Parser = jelparse.create_parser(Lexer, tokens)
return True
def main(args, opts):
global KW, tokens
encoding = opts.encoding or sys.getdefaultencoding()
lexer, tokens = jellex.create_lexer(debug=opts.debug)
if opts.seq:
instr = _get_text_from_database(opts.seq, 1)
print(instr)
print("----------")
test(lexer, instr)
else:
while 1:
instr = _get_text_interactively(encoding)
if not instr: break
test(lexer, instr)
def setup(_):
global Lexer, Tokens
_.lexer, _.tokens = jellex.create_lexer()
return True
def main():
jdb.KW = jdb.Kwds (jdb.std_csv_dir())
lexer, tokens = jellex.create_lexer (debug=0>>8)
jelparse.create_parser (lexer, tokens, module=jelparse,
tabmodule='jelparse_tab',
write_tables=1, optimize=0, debug=1)