def rootConcepts(self, mlf):
mlf = ConceptMLF.readFromFile(mlf)
s = set()
for fn, tree in mlf.iteritems():
for t in tree:
s.add(t.label)
for label in sorted(s):
print label
def rootConcepts(self, mlf):
mlf = ConceptMLF.readFromFile(mlf)
s = set()
for fn, tree in mlf.iteritems():
for t in tree:
s.add(t.label)
for label in sorted(s):
print label
def __extractIntentionsFile(self, fn, data_dir, out_fn):
self.logger.info('Making intention level from: %s', fn)
if not os.path.exists(fn):
self.logger.warn('File does not exists, skipping: %s', fn)
return
mlf = ConceptMLF.readFromFile(fn)
fw = MLF()
processor = NadraziProcessor([data_dir])
for mlf_fn, tree in mlf.iteritems():
fw[mlf_fn] = ['%s\n' % processor.process(mlf_fn, tree)]
dirname = os.path.split(fn)[0]
fw.writeToFile(os.path.join(dirname, out_fn))
def __extractIntentionsFile(self, fn, data_dir, out_fn):
self.logger.info('Making intention level from: %s', fn)
if not os.path.exists(fn):
self.logger.warn('File does not exists, skipping: %s', fn)
return
mlf = ConceptMLF.readFromFile(fn)
fw = MLF()
processor = NadraziProcessor([data_dir])
for mlf_fn, tree in mlf.iteritems():
fw[mlf_fn] = ['%s\n' % processor.process(mlf_fn, tree)]
dirname = os.path.split(fn)[0]
fw.writeToFile(os.path.join(dirname, out_fn))
