def handle(self, *args, **kwargs):
MALFORMED_IDS = []
video_slugs = set(video_dict_by_video_id().keys())
exercise_slugs = set(get_flat_topic_tree()["Exercise"].keys())
all_playlists = json.load(open(os.path.join(settings.PROJECT_PATH, 'playlist/playlists.json')))
# for pl in Playlist.all():
for pl in all_playlists:
# entries = pl.entries
entries = pl.get("entries")
# Find video ids in the playlists that are not in the topic tree
video_entry_slugs = [enforce_and_strip_slug(pl.get("id"), e['entity_id']) for e in entries if e['entity_kind'] == 'Video']
nonexistent_video_slugs = set(filter(None, video_entry_slugs)) - video_slugs
# Find exercise ids in the playlists that are not in the topic tree
ex_entry_slugs = [enforce_and_strip_slug(pl.get("id"), e['entity_id']) for e in entries if e['entity_kind'] == 'Exercise']
nonexistent_ex_slugs = set(filter(None, ex_entry_slugs)) - exercise_slugs
# Print malformed videos
for slug in nonexistent_video_slugs:
errormsg = "Video slug in playlist {0} not found in videos: {1}"
# print errormsg.format(pl.id, slug)
print errormsg.format(pl.get("id"), slug)
# Print malformed exercises
for slug in nonexistent_ex_slugs:
errormsg = "Exercise slug in playlist {0} not found in exercises: {1}"
# print errormsg.format(pl.id, slug)
print errormsg.format(pl.get("id"), slug)
# Print misspelled ids
for m in MALFORMED_IDS:
errormsg = "Malformed slug in playlist {0}. Please investigate: {1}"
# print errormsg.format(pl.id, slug)
print errormsg.format(pl.get("id"), m)
MALFORMED_IDS = []
def add_full_title_from_topic_tree(entry, video_title_dict):
# TODO (aron): Add i18n by varying the language of the topic tree here
topictree = get_flat_topic_tree(alldata=True)
entry_kind = entry["entity_kind"]
entry_name = entry["entity_id"]
try:
if entry_kind == "Exercise":
nodedict = topictree["Exercise"]
elif entry_kind == "Video":
# TODO-blocker: move use of video_dict_by_id to slug2id_map
nodedict = video_title_dict
else:
nodedict = {}
entry["title"] = nodedict[entry_name]["title"]
entry["description"] = nodedict[entry_name].get("description", "")
except KeyError:
# TODO: edit once we get the properly labeled entity ids from Nalanda
entry["title"] = entry["description"] = entry["entity_id"]
return entry
def add_full_title_from_topic_tree(entry, video_title_dict):
# TODO (aron): Add i18n by varying the language of the topic tree here
topictree = get_flat_topic_tree(alldata=True)
entry_kind = entry['entity_kind']
entry_name = entry['entity_id']
try:
if entry_kind == 'Exercise':
nodedict = topictree['Exercise']
elif entry_kind == 'Video':
# TODO-blocker: move use of video_dict_by_id to slug2id_map
nodedict = video_title_dict
else:
nodedict = {}
entry['title'] = nodedict[entry_name]['title']
entry['description'] = nodedict[entry_name].get('description', '')
except KeyError:
# TODO: edit once we get the properly labeled entity ids from Nalanda
entry['title'] = entry['description'] = entry['entity_id']
return entry
def flat_topic_tree(request, lang_code):
return JsonResponse(get_flat_topic_tree(lang_code=lang_code))
def flat_topic_tree(request, lang_code):
return JsonResponse(get_flat_topic_tree(lang_code=lang_code))
