def get_adhoc_tokens(request):
sentence = request.GET.get('sentence')
module = request.GET.get('module')
if not (sentence and module):
raise APIException("Please provide a 'sentence', 'module' and optional 'codebook' parameter")
saf = get_adhoc_result(module, sentence)
serializer = ArticleLemmataSerializer()
data = list(serializer.get_xtas_results(None, saf))
return Response(data)
def get_adhoc_tokens(request):
sentence = request.GET.get('sentence')
module = request.GET.get('module')
if not (sentence and module):
raise APIException(
"Please provide a 'sentence', 'module' and optional 'codebook' parameter"
)
saf = get_adhoc_result(module, sentence)
serializer = ArticleLemmataSerializer()
data = list(serializer.get_xtas_results(None, saf))
return Response(data)
def form_valid(self, form):
from saf.saf import SAF
from saf.clause import match_codes
# Get parse
sent = form.cleaned_data['sentence']
parse = get_adhoc_result('clauses_en', sent)
saf = SAF(parse)
tokens = saf._tokens
# add codebook
if 'codebook' in self.request.GET:
codebook = Codebook.objects.get(
pk=int(self.request.GET['codebook']))
saf.saf['codes'] = list(match_codes(saf, codebook))
# get tokens and clauses
tokens = saf.resolve()
clauses = list(saf.get_reduced_clauses())
# add frames
for clause in clauses:
add_frames(saf, clause)
# provide list of all codes
codes = set(flatten(t.get('codes', []) for t in tokens))
# resolve all places in the clauses
for clause in clauses:
for place in ['source', 'subject', 'predicate']:
clause[place] = saf.resolve(clause[place])
print clauses
# make tree
from saf import visualize
tree = visualize.get_png_bytes(saf)
ctx = dict(form=form,
clauses=clauses,
tokens=tokens,
saf=json.dumps(saf.saf, indent=2),
codes=codes,
tree=tree)
return self.render_to_response(self.get_context_data(**ctx))
def form_valid(self, form):
from saf.saf import SAF
from saf.clause import match_codes
# Get parse
sent = form.cleaned_data['sentence']
parse = get_adhoc_result('clauses_en', sent)
saf = SAF(parse)
tokens = saf._tokens
# add codebook
if 'codebook' in self.request.GET:
codebook = Codebook.objects.get(pk=int(self.request.GET['codebook']))
saf.saf['codes'] = list(match_codes(saf, codebook))
# get tokens and clauses
tokens = saf.resolve()
clauses = list(saf.get_reduced_clauses())
# add frames
for clause in clauses:
add_frames(saf, clause)
# provide list of all codes
codes = set(flatten(t.get('codes', []) for t in tokens))
# resolve all places in the clauses
for clause in clauses:
for place in ['source', 'subject', 'predicate']:
clause[place] = saf.resolve(clause[place])
print clauses
# make tree
from saf import visualize
tree = visualize.get_png_bytes(saf)
ctx = dict(form=form,
clauses=clauses,
tokens=tokens,
saf=json.dumps(saf.saf, indent=2),
codes=codes,
tree=tree)
return self.render_to_response(self.get_context_data(**ctx))
