def parseSentences(sent, HOME_DIR = BASE_PATH):
orig_Stdin = sys.stdin
strIn = StringIO(sent)
sys.stdin = strIn
strOut = StringIO()
parseInput(parser, opts, outputFile=strOut)
sys.stdin = orig_Stdin
# Now we can retrieve the output as a string:
result = strOut.getvalue()
#print >>sys.stderr, result
#print result
tmp_fn = "./tmp.tmp"
fout = open(tmp_fn,'w')
fout.write(result)
fout.close()
graphs = read_dep_graphs_file(tmp_fn,False,HOME_DIR)
ret = []
for graph in graphs:
g = convert(graph)
ret.append((g,g.tree_str))
if not graphs:#Berkley bug?
ret.append((GraphWrapper("",HOME_DIR),""))
strIn.close()
strOut.close()
return ret
def parseSentences(sent, HOME_DIR = BASE_PATH):
orig_Stdin = sys.stdin
strIn = StringIO(sent)
sys.stdin = strIn
strOut = StringIO()
parseInput(parser, opts, outputFile=strOut)
sys.stdin = orig_Stdin
# Now we can retrieve the output as a string:
result = strOut.getvalue()
# print result
tmp_fn = "./tmp.tmp"
fout = open(tmp_fn,'w')
fout.write(result)
fout.close()
graphs = read_dep_graphs_file(tmp_fn,False,HOME_DIR)
ret = []
for graph in graphs:
g = convert(graph)
ret.append((g,g.tree_str))
if not graphs:#Berkley bug?
ret.append((GraphWrapper("",HOME_DIR),""))
strIn.close()
strOut.close()
return ret
def parseSentences(sent, HOME_DIR=BASE_PATH, stanford_json_sent=None):
if stanford_json_sent:
# Use Stanford json notation
result = sent['parse'].replace("\n", "") + "\n"
else:
# Use default berkeley parser
from BerkeleyInterface import parseInput
orig_Stdin = sys.stdin
strIn = StringIO(sent)
sys.stdin = strIn
strOut = StringIO()
parseInput(parser, opts, outputFile=strOut)
sys.stdin = orig_Stdin
result = strOut.getvalue()
tmp_fn = "./tmp.parse"
fout = open(tmp_fn, 'w')
fout.write(result)
fout.close()
graphs = read_dep_graphs_file(tmp_fn,
False,
HOME_DIR,
stanford_json_sent = sent \
if stanford_json_sent \
else False)
ret = []
for graph in graphs:
g = convert(graph)
ret.append((g, g.tree_str))
if not graphs: #Berkley bug?
ret.append((GraphWrapper("", HOME_DIR), ""))
if (not stanford_json_sent):
strIn.close()
strOut.close()
return ret
def parseSentences(sent, HOME_DIR = BASE_PATH, stanford_json_sent = None):
resetCounter()
if stanford_json_sent:
# Use Stanford json notation
result = sent['parse'].replace("\n","") + "\n"
else:
# Use default berkeley parser
from BerkeleyInterface import parseInput
orig_Stdin = sys.stdin
strIn = StringIO(sent)
sys.stdin = strIn
strOut = StringIO()
parseInput(parser, opts, outputFile=strOut)
sys.stdin = orig_Stdin
result = strOut.getvalue()
tmp_fn = "./tmp.parse"
fout = open(tmp_fn,'w')
fout.write(result)
fout.close()
graphs = read_dep_graphs_file(tmp_fn,
False,
HOME_DIR,
stanford_json_sent = sent \
if stanford_json_sent \
else False)
ret = []
for graph in graphs:
g = convert(graph)
ret.append((g,g.tree_str))
if not graphs:#Berkley bug?
ret.append((GraphWrapper("",HOME_DIR),""))
if (not stanford_json_sent):
strIn.close()
strOut.close()
return ret