# </segments>
###
for _tasks_file in args.tasks_file:
tasks_xml_string = None
with open(_tasks_file) as infile:
tasks_xml_string = unicode(infile.read(), "utf-8")
_tree = fromstring(tasks_xml_string.encode("utf-8"))
for _child in _tree:
segment_id = _child.attrib["id"]
source_language = _child.attrib["source-language"]
target_language = _child.attrib["target-language"]
system_id = _child.findall("system-id")[0].text
reference_text = _child.findall("reference")[0].text
for candidate in _child.findall("candidate"):
candidate_text = candidate.text
print candidate_text.encode('utf-8')
new_meta = MetaData()
new_meta.save()
new_task = AbsoluteScoringTask()
new_task.segment_id = segment_id
new_task.source_language = source_language
new_task.target_language = target_language
new_task.system_id = system_id
new_task.reference = reference_text
new_task.candidate = candidate_text
new_task.save()
def scoring_handler(request):
"""
Renders a random AbsoluteScoringTask for testing.
"""
if request.method == "POST":
try:
score = int(request.POST['score'])
if score != -1:
user = request.user
task_id = request.POST['task_id']
task = AbsoluteScoringTask.objects.get(id=task_id)
# Create new AbsoluteScoringData object
scoring_data = AbsoluteScoringData()
scoring_data.user = request.user
scoring_data.task = task
scoring_data.score = score
scoring_data.save()
scoring_data.metadata.completed = True
scoring_data.metadata.end_time = datetime.now()
scoring_data.metadata.save()
except:
print format_exc()
pass
# Check if there are one or more orphaned MetaData records for this user.
# If so, these should be annotated first to make sure we get results :)
try:
incomplete_metadata = request.user.metadata_set.filter(completed=False)
latest_unfinished_metadata = list(incomplete_metadata)[0]
except:
latest_unfinished_metadata = None
# Otherwise, get a random, unassigned AbsoluteScoringTask for annotation.
if not latest_unfinished_metadata:
open_tasks = AbsoluteScoringTask.objects.filter(metadata__isnull=True)
scoring_task_ids = list(open_tasks.values_list('id', flat=True))
shuffle(scoring_task_ids)
# We have an orphaned MetaData record, so we process the respetive task.
else:
related_task = latest_unfinished_metadata.absolutescoringtask_set.get()
scoring_task_ids = [related_task.id]
try:
current_task = AbsoluteScoringTask.objects.get(id=scoring_task_ids[0])
except:
current_task = None
if not current_task:
return HttpResponse("No scoring task available yet...")
if current_task.metadata:
current_meta = current_task.metadata
else:
current_meta = MetaData()
current_meta.save()
current_meta.users.add(request.user)
current_meta.assigned = datetime.now()
current_task.metadata = current_meta
current_task.save()
dictionary = {
'action_url': request.path,
'task_id': current_task.id,
'segment_id': current_task.segment_id,
'language_pair': '{0}→{1}'.format(current_task.source_language, current_task.target_language),
'reference_text': current_task.reference,
'candidate_text': current_task.candidate,
'title': 'Scoring'
}
dictionary.update(BASE_CONTEXT)
return render(request, 'beta16/scoring.html', dictionary)
def scoring_handler(request):
"""
Renders a random AbsoluteScoringTask for testing.
"""
if request.method == "POST":
try:
score = int(request.POST['score'])
if score != -1:
user = request.user
task_id = request.POST['task_id']
task = AbsoluteScoringTask.objects.get(id=task_id)
# Create new AbsoluteScoringData object
scoring_data = AbsoluteScoringData()
scoring_data.user = request.user
scoring_data.task = task
scoring_data.score = score
scoring_data.save()
scoring_data.metadata.completed = True
scoring_data.metadata.end_time = datetime.now()
scoring_data.metadata.save()
except:
print format_exc()
pass
# Check if there are one or more orphaned MetaData records for this user.
# If so, these should be annotated first to make sure we get results :)
try:
incomplete_metadata = request.user.metadata_set.filter(completed=False)
latest_unfinished_metadata = list(incomplete_metadata)[0]
except:
latest_unfinished_metadata = None
# Otherwise, get a random, unassigned AbsoluteScoringTask for annotation.
if not latest_unfinished_metadata:
open_tasks = AbsoluteScoringTask.objects.filter(metadata__isnull=True)
scoring_task_ids = list(open_tasks.values_list('id', flat=True))
shuffle(scoring_task_ids)
# We have an orphaned MetaData record, so we process the respetive task.
else:
related_task = latest_unfinished_metadata.absolutescoringtask_set.get()
scoring_task_ids = [related_task.id]
try:
current_task = AbsoluteScoringTask.objects.get(id=scoring_task_ids[0])
except:
current_task = None
if not current_task:
return HttpResponse("No scoring task available yet...")
if current_task.metadata:
current_meta = current_task.metadata
else:
current_meta = MetaData()
current_meta.save()
current_meta.users.add(request.user)
current_meta.assigned = datetime.now()
current_task.metadata = current_meta
current_task.save()
dictionary = {
'action_url':
request.path,
'task_id':
current_task.id,
'segment_id':
current_task.segment_id,
'language_pair':
'{0}→{1}'.format(current_task.source_language,
current_task.target_language),
'reference_text':
current_task.reference,
'candidate_text':
current_task.candidate,
'title':
'Scoring'
}
dictionary.update(BASE_CONTEXT)
return render(request, 'beta16/scoring.html', dictionary)
# </segments>
###
for _tasks_file in args.tasks_file:
tasks_xml_string = None
with open(_tasks_file) as infile:
tasks_xml_string = unicode(infile.read(), "utf-8")
_tree = fromstring(tasks_xml_string.encode("utf-8"))
for _child in _tree:
segment_id = _child.attrib["id"]
source_language = _child.attrib["source-language"]
target_language = _child.attrib["target-language"]
system_id = _child.findall("system-id")[0].text
reference_text = _child.findall("reference")[0].text
for candidate in _child.findall("candidate"):
candidate_text = candidate.text
print candidate_text.encode('utf-8')
new_meta = MetaData()
new_meta.save()
new_task = AbsoluteScoringTask()
new_task.segment_id = segment_id
new_task.source_language = source_language
new_task.target_language = target_language
new_task.system_id = system_id
new_task.reference = reference_text
new_task.candidate = candidate_text
new_task.save()
