def create_playlist_progress(cls, user, quiz=True):
default_playlist = "g4_u401_p1"
playlist = [pl for pl in Playlist.all() if pl.id == default_playlist]
assert (
playlist[0].id == default_playlist
), "Unexpected playlist ID. Update tests to match new playlists.json"
playlist = playlist[0]
# Creating one specific entry for a specific item in the playlist
# Note (aron): The new nalanda playlists don't have any videos now
# So I commented those out
# VideoLog(**{
# "user": user,
# "video_id": "nFsQA2Zvy1o",
# "youtube_id": "nFsQA2Zvy1o",
# "total_seconds_watched": 290,
# "points": 750,
# "complete": True,
# }).save()
ExerciseLog(
**{
"user": user,
"exercise_id": "telling_time",
"streak_progress": 50,
"attempts": 25,
"points": 100,
"complete": False,
"struggling": True,
}).save()
if quiz:
QuizLog(
**{
"user": user,
"quiz": default_playlist,
"complete": True,
"attempts": 1,
"response_log": "[4]",
"total_correct": 4,
"total_number": 6,
}).save()
return playlist
def create_playlist_progress(cls, user, quiz=True):
default_playlist = "g4_u401_p1"
playlist = [pl for pl in Playlist.all() if pl.id == default_playlist]
assert(playlist[0].id == default_playlist), "Unexpected playlist ID. Update tests to match new playlists.json"
playlist = playlist[0]
# Creating one specific entry for a specific item in the playlist
# Note (aron): The new nalanda playlists don't have any videos now
# So I commented those out
# VideoLog(**{
# "user": user,
# "video_id": "nFsQA2Zvy1o",
# "youtube_id": "nFsQA2Zvy1o",
# "total_seconds_watched": 290,
# "points": 750,
# "complete": True,
# }).save()
ExerciseLog(**{
"user": user,
"exercise_id": "telling_time",
"streak_progress": 50,
"attempts": 25,
"points": 100,
"complete": False,
"struggling": True,
}).save()
if quiz:
QuizLog(**{
"user": user,
"quiz": default_playlist,
"complete": True,
"attempts": 1,
"response_log": "[4]",
"total_correct": 4,
"total_number": 6,
}).save()
return playlist
def tabular_view(request, report_type="exercise"):
"""Tabular view also gets data server-side."""
# important for setting the defaults for the coach nav bar
language = lcode_to_django_lang(request.language)
facility, group_id, context = coach_nav_context(request, "tabular")
# Define how students are ordered--used to be as efficient as possible.
student_ordering = ["last_name", "first_name", "username"]
# Get a list of topics (sorted) and groups
topics = [get_node_cache("Topic", language=language).get(tid["id"]) for tid in get_knowledgemap_topics(language=language) if report_type.title() in tid["contains"]]
playlists = Playlist.all()
(groups, facilities, ungrouped_available) = get_accessible_objects_from_logged_in_user(request, facility=facility)
context.update(plotting_metadata_context(request, facility=facility))
context.update({
# For translators: the following two translations are nouns
"report_types": ({"value": "exercise", "name":_("exercise")}, {"value": "video", "name": _("video")}),
"request_report_type": report_type,
"topics": [{"id": t["id"], "title": t["title"]} for t in topics if t],
"playlists": [{"id": p.id, "title": p.title, "tag": p.tag} for p in playlists if p],
})
# get querystring info
topic_id = request.GET.get("topic", "")
playlist_id = request.GET.get("playlist", "")
# No valid data; just show generic
# Exactly one of topic_id or playlist_id should be present
if not ((topic_id or playlist_id) and not (topic_id and playlist_id)):
if playlists:
messages.add_message(request, WARNING, _("Please select a playlist."))
elif topics:
messages.add_message(request, WARNING, _("Please select a topic."))
return context
playlist = (filter(lambda p: p.id == playlist_id, Playlist.all()) or [None])[0]
if group_id:
# Narrow by group
if group_id == control_panel_api_resources.UNGROUPED_KEY:
users = FacilityUser.objects.filter(group__isnull=True, is_teacher=False)
if facility:
# filter only those ungrouped students for the facility
users = users.filter(facility=facility)
users = users.order_by(*student_ordering)
else:
# filter all ungroup students
users = FacilityUser.objects.filter(group__isnull=True, is_teacher=False).order_by(*student_ordering)
else:
users = FacilityUser.objects.filter(
group=group_id, is_teacher=False).order_by(*student_ordering)
elif facility:
# Narrow by facility
search_groups = [groups_dict["groups"] for groups_dict in groups if groups_dict["facility"] == facility.id]
assert len(search_groups) <= 1, "Should only have one or zero matches."
# Return groups and ungrouped
search_groups = search_groups[0] # make sure to include ungrouped students
users = FacilityUser.objects.filter(
Q(group__in=search_groups) | Q(group=None, facility=facility), is_teacher=False).order_by(*student_ordering)
else:
# Show all (including ungrouped)
search_groups = []
for groups_dict in groups:
search_groups += groups_dict["groups"]
users = FacilityUser.objects.filter(
Q(group__in=search_groups) | Q(group=None), is_teacher=False).order_by(*student_ordering)
# We have enough data to render over a group of students
# Get type-specific information
if report_type == "exercise":
# Fill in exercises
if topic_id:
exercises = get_topic_exercises(topic_id=topic_id)
elif playlist:
exercises = playlist.get_playlist_entries("Exercise", language=language)
context["exercises"] = exercises
# More code, but much faster
exercise_names = [ex["id"] for ex in context["exercises"]]
# Get students
context["students"] = []
exlogs = ExerciseLog.objects \
.filter(user__in=users, exercise_id__in=exercise_names) \
.order_by(*["user__%s" % field for field in student_ordering]) \
.values("user__id", "struggling", "complete", "exercise_id")
exlogs = list(exlogs) # force the query to be evaluated
exlog_idx = 0
for user in users:
log_table = {}
while exlog_idx < len(exlogs) and exlogs[exlog_idx]["user__id"] == user.id:
log_table[exlogs[exlog_idx]["exercise_id"]] = exlogs[exlog_idx]
exlog_idx += 1
context["students"].append({ # this could be DRYer
"first_name": user.first_name,
"last_name": user.last_name,
"username": user.username,
"name": user.get_name(),
"id": user.id,
"exercise_logs": log_table,
})
elif report_type == "video":
# Fill in videos
if topic_id:
context["videos"] = get_topic_videos(topic_id=topic_id)
elif playlist:
context["videos"] = playlist.get_playlist_entries("Video", language=language)
# More code, but much faster
video_ids = [vid["id"] for vid in context["videos"]]
# Get students
context["students"] = []
vidlogs = VideoLog.objects \
.filter(user__in=users, video_id__in=video_ids) \
.order_by(*["user__%s" % field for field in student_ordering])\
.values("user__id", "complete", "video_id", "total_seconds_watched", "points")
vidlogs = list(vidlogs) # force the query to be executed now
vidlog_idx = 0
for user in users:
log_table = {}
while vidlog_idx < len(vidlogs) and vidlogs[vidlog_idx]["user__id"] == user.id:
log_table[vidlogs[vidlog_idx]["video_id"]] = vidlogs[vidlog_idx]
vidlog_idx += 1
context["students"].append({ # this could be DRYer
"first_name": user.first_name,
"last_name": user.last_name,
"username": user.username,
"name": user.get_name(),
"id": user.id,
"video_logs": log_table,
})
else:
raise Http404(_("Unknown report_type: %(report_type)s") % {"report_type": report_type})
# Validate results by showing user messages.
if not users:
# 1. check group facility groups
if len(groups) > 0 and not groups[0]['groups']:
# 1. No groups available (for facility) and "no students" returned.
messages.add_message(request, WARNING,
_("No learner accounts have been created for selected facility/group."))
elif topic_id and playlist_id:
# 2. Both topic and playlist are selected.
messages.add_message(request, WARNING, _("Please select either a topic or a playlist above, but not both."))
elif not topic_id and not playlist_id:
# 3. Group was selected, but data not queried because a topic or playlist was not selected.
if playlists:
# 4. No playlist was selected.
messages.add_message(request, WARNING, _("Please select a playlist."))
elif topics:
# 5. No topic was selected.
messages.add_message(request, WARNING, _("Please select a topic."))
else:
# 6. Everything specified, but no users fit the query.
messages.add_message(request, WARNING, _("No learner accounts in this group have been created."))
# End: Validate results by showing user messages.
log_coach_report_view(request)
return context
def user_progress(cls, user_id):
"""
Return a list of PlaylistProgress objects associated with the user.
"""
user = FacilityUser.objects.get(id=user_id)
all_playlists = [getattr(pl, "__dict__", pl) for pl in Playlist.all() + get_leafed_topics()]
# Retrieve video, exercise, and quiz logs that appear in this playlist
user_vid_logs, user_ex_logs = cls.get_user_logs(user)
exercise_ids = set([ex_log["exercise_id"] for ex_log in user_ex_logs])
video_ids = set([get_id2slug_map().get(vid_log["video_id"]) for vid_log in user_vid_logs])
quiz_log_ids = [ql_id["quiz"] for ql_id in QuizLog.objects.filter(user=user).values("quiz")]
# Build a list of playlists for which the user has at least one data point
## TODO(dylanjbarth) this won't pick up playlists the user is assigned but has not started yet.
user_playlists = list()
for p in all_playlists:
for e in (p.get("entries") or p.get("children")):
if (e.get("entity_kind") or e.get("kind")) == "Video" or (e.get("entity_kind") or e.get("kind")) == "Exercise":
entity_id = convert_leaf_url_to_id((e.get("entity_id") or e.get("id")))
if entity_id in exercise_ids or entity_id in video_ids:
user_playlists.append(p)
break
elif e.get("entity_kind") == "Quiz":
if p.get("id") in quiz_log_ids:
user_playlists.append(p)
# Store stats for each playlist
user_progress = list()
for i, p in enumerate(user_playlists):
# Playlist entry totals
pl_video_ids, pl_exercise_ids = cls.get_playlist_entry_ids(p)
n_pl_videos = float(len(pl_video_ids))
n_pl_exercises = float(len(pl_exercise_ids))
# Vid & exercise logs in this playlist
pl_ex_logs = [ex_log for ex_log in user_ex_logs if ex_log["exercise_id"] in pl_exercise_ids]
pl_vid_logs = [vid_log for vid_log in user_vid_logs if vid_log["video_id"] in pl_video_ids]
# Compute video stats
n_vid_complete = len([vid for vid in pl_vid_logs if vid["complete"]])
n_vid_started = len([vid for vid in pl_vid_logs if (vid["total_seconds_watched"] > 0) and (not vid["complete"])])
vid_pct_complete = int(float(n_vid_complete) / n_pl_videos * 100) if n_pl_videos else 0
vid_pct_started = int(float(n_vid_started) / n_pl_videos * 100) if n_pl_videos else 0
if vid_pct_complete == 100:
vid_status = "complete"
elif n_vid_started > 0:
vid_status = "inprogress"
else:
vid_status = "notstarted"
# Compute exercise stats
n_ex_mastered = len([ex for ex in pl_ex_logs if ex["complete"]])
n_ex_started = len([ex for ex in pl_ex_logs if ex["attempts"] > 0])
n_ex_incomplete = len([ex for ex in pl_ex_logs if (ex["attempts"] > 0 and not ex["complete"])])
n_ex_struggling = len([ex for ex in pl_ex_logs if ex["struggling"]])
ex_pct_mastered = int(float(n_ex_mastered) / n_pl_exercises * 100)
ex_pct_incomplete = int(float(n_ex_incomplete) / n_pl_exercises * 100)
ex_pct_struggling = int(float(n_ex_struggling) / n_pl_exercises * 100)
if not n_ex_started:
ex_status = "notstarted"
elif ex_pct_struggling > 0:
# note: we want to help students prioritize areas they need to focus on
# therefore if they are struggling in this exercise group, we highlight it for them
ex_status = "struggling"
elif ex_pct_mastered < 99:
ex_status = "inprogress"
else:
ex_status = "complete"
# Compute quiz stats
quiz_exists, quiz_log, quiz_pct_score = cls.get_quiz_log(user, (p.get("entries") or p.get("children")), p.get("id"))
if quiz_log:
if quiz_pct_score <= 50:
quiz_status = "struggling"
elif quiz_pct_score <= 79:
quiz_status = "borderline"
else:
quiz_status = "complete"
else:
quiz_status = "notstarted"
progress = {
"title": p.get("title"),
"id": p.get("id"),
"tag": p.get("tag"),
"vid_pct_complete": vid_pct_complete,
"vid_pct_started": vid_pct_started,
"vid_status": vid_status,
"ex_pct_mastered": ex_pct_mastered,
"ex_pct_incomplete": ex_pct_incomplete,
"ex_pct_struggling": ex_pct_struggling,
"ex_status": ex_status,
"quiz_status": quiz_status,
"quiz_exists": quiz_exists,
"quiz_pct_score": quiz_pct_score,
"n_pl_videos": n_pl_videos,
"n_pl_exercises": n_pl_exercises,
}
try:
progress["url"] = reverse("view_playlist", kwargs={"playlist_id": p.get("id")})
except NoReverseMatch:
progress["url"] = reverse("learn") + p.get("path")
user_progress.append(cls(**progress))
return user_progress
def user_progress_detail(cls, user_id, playlist_id):
"""
Return a list of video, exercise, and quiz log PlaylistProgressDetail
objects associated with a specific user and playlist ID.
"""
user = FacilityUser.objects.get(id=user_id)
playlist = next((pl for pl in [plist.__dict__ for plist in Playlist.all()] + get_leafed_topics() if pl.get("id") == playlist_id), None)
pl_video_ids, pl_exercise_ids = cls.get_playlist_entry_ids(playlist)
# Retrieve video, exercise, and quiz logs that appear in this playlist
user_vid_logs, user_ex_logs = cls.get_user_logs(user, pl_video_ids, pl_exercise_ids)
# Format & append quiz the quiz log, if it exists
quiz_exists, quiz_log, quiz_pct_score = cls.get_quiz_log(user, (playlist.get("entries") or playlist.get("children")), playlist.get("id"))
# Finally, sort an ordered list of the playlist entries, with user progress
# injected where it exists.
progress_details = list()
for ent in (playlist.get("entries") or playlist.get("children")):
entry = {}
kind = ent.get("entity_kind") or ent.get("kind")
if kind == "Divider":
continue
elif kind == "Video":
entity_id = get_slug2id_map().get(ent.get("entity_id")) or ent.get("id")
vid_log = next((vid_log for vid_log in user_vid_logs if vid_log["video_id"] == entity_id), None)
if vid_log:
if vid_log.get("complete"):
status = "complete"
elif vid_log.get("total_seconds_watched"):
status = "inprogress"
else:
status = "notstarted"
leaf_node = get_content_cache().get(vid_log["video_id"])
entry = {
"id": entity_id,
"kind": kind,
"status": status,
"score": int(float(vid_log.get("points")) / float(750) * 100),
"title": leaf_node["title"],
"path": leaf_node["path"],
}
elif kind == "Exercise":
entity_id = (ent.get("entity_id") or ent.get("id"))
ex_log = next((ex_log for ex_log in user_ex_logs if ex_log["exercise_id"] == entity_id), None)
if ex_log:
if ex_log.get("struggling"):
status = "struggling"
elif ex_log.get("complete"):
status = "complete"
elif ex_log.get("attempts"):
status = "inprogress"
ex_log_id = ex_log.get("exercise_id")
leaf_node = get_exercise_cache().get(ex_log_id)
entry = {
"id": ex_log_id,
"kind": kind,
"status": status,
"score": ex_log.get("streak_progress"),
"title": leaf_node["title"],
"path": leaf_node["path"],
}
elif kind == "Quiz":
entity_id = playlist["id"]
if quiz_log:
if quiz_log.complete:
if quiz_pct_score <= 59:
status = "fail"
elif quiz_pct_score <= 79:
status = "borderline"
else:
status = "pass"
elif quiz_log.attempts:
status = "inprogress"
else:
status = "notstarted"
quiz_log_id = quiz_log.quiz
entry = {
"id": quiz_log_id,
"kind": "Quiz",
"status": status,
"score": quiz_pct_score,
"title": playlist.get("title"),
"path": "",
}
if not entry:
entry = cls.create_empty_entry(entity_id, kind, playlist)
progress_details.append(cls(**entry))
return progress_details
def tabular_view(request, report_type="exercise"):
"""Tabular view also gets data server-side."""
# important for setting the defaults for the coach nav bar
language = lcode_to_django_lang(request.language)
facility, group_id, context = coach_nav_context(request, "tabular")
# Define how students are ordered--used to be as efficient as possible.
student_ordering = ["last_name", "first_name", "username"]
# Get a list of topics (sorted) and groups
topics = [
get_node_cache("Topic", language=language).get(tid["id"])
for tid in get_knowledgemap_topics(language=language)
if report_type.title() in tid["contains"]
]
playlists = Playlist.all()
(groups, facilities,
ungrouped_available) = get_accessible_objects_from_logged_in_user(
request, facility=facility)
context.update(plotting_metadata_context(request, facility=facility))
context.update({
# For translators: the following two translations are nouns
"report_types": ({
"value": "exercise",
"name": _("exercise")
}, {
"value": "video",
"name": _("video")
}),
"request_report_type":
report_type,
"topics": [{
"id": t["id"],
"title": t["title"]
} for t in topics if t],
"playlists": [{
"id": p.id,
"title": p.title,
"tag": p.tag
} for p in playlists if p],
})
# get querystring info
topic_id = request.GET.get("topic", "")
playlist_id = request.GET.get("playlist", "")
# No valid data; just show generic
# Exactly one of topic_id or playlist_id should be present
if not ((topic_id or playlist_id) and not (topic_id and playlist_id)):
if playlists:
messages.add_message(request, WARNING,
_("Please select a playlist."))
elif topics:
messages.add_message(request, WARNING, _("Please select a topic."))
return context
playlist = (filter(lambda p: p.id == playlist_id, Playlist.all())
or [None])[0]
if group_id:
# Narrow by group
if group_id == control_panel_api_resources.UNGROUPED_KEY:
users = FacilityUser.objects.filter(group__isnull=True,
is_teacher=False)
if facility:
# filter only those ungrouped students for the facility
users = users.filter(facility=facility)
users = users.order_by(*student_ordering)
else:
# filter all ungroup students
users = FacilityUser.objects.filter(
group__isnull=True,
is_teacher=False).order_by(*student_ordering)
else:
users = FacilityUser.objects.filter(
group=group_id, is_teacher=False).order_by(*student_ordering)
elif facility:
# Narrow by facility
search_groups = [
groups_dict["groups"] for groups_dict in groups
if groups_dict["facility"] == facility.id
]
assert len(search_groups) <= 1, "Should only have one or zero matches."
# Return groups and ungrouped
search_groups = search_groups[
0] # make sure to include ungrouped students
users = FacilityUser.objects.filter(
Q(group__in=search_groups) | Q(group=None, facility=facility),
is_teacher=False).order_by(*student_ordering)
else:
# Show all (including ungrouped)
search_groups = []
for groups_dict in groups:
search_groups += groups_dict["groups"]
users = FacilityUser.objects.filter(
Q(group__in=search_groups) | Q(group=None),
is_teacher=False).order_by(*student_ordering)
# We have enough data to render over a group of students
# Get type-specific information
if report_type == "exercise":
# Fill in exercises
if topic_id:
exercises = get_topic_exercises(topic_id=topic_id)
elif playlist:
exercises = playlist.get_playlist_entries("Exercise",
language=language)
context["exercises"] = exercises
# More code, but much faster
exercise_names = [ex["id"] for ex in context["exercises"]]
# Get students
context["students"] = []
exlogs = ExerciseLog.objects \
.filter(user__in=users, exercise_id__in=exercise_names) \
.order_by(*["user__%s" % field for field in student_ordering]) \
.values("user__id", "struggling", "complete", "exercise_id")
exlogs = list(exlogs) # force the query to be evaluated
exlog_idx = 0
for user in users:
log_table = {}
while exlog_idx < len(
exlogs) and exlogs[exlog_idx]["user__id"] == user.id:
log_table[exlogs[exlog_idx]["exercise_id"]] = exlogs[exlog_idx]
exlog_idx += 1
context["students"].append({ # this could be DRYer
"first_name": user.first_name,
"last_name": user.last_name,
"username": user.username,
"name": user.get_name(),
"id": user.id,
"exercise_logs": log_table,
})
elif report_type == "video":
# Fill in videos
if topic_id:
context["videos"] = get_topic_videos(topic_id=topic_id)
elif playlist:
context["videos"] = playlist.get_playlist_entries(
"Video", language=language)
# More code, but much faster
video_ids = [vid["id"] for vid in context["videos"]]
# Get students
context["students"] = []
vidlogs = VideoLog.objects \
.filter(user__in=users, video_id__in=video_ids) \
.order_by(*["user__%s" % field for field in student_ordering])\
.values("user__id", "complete", "video_id", "total_seconds_watched", "points")
vidlogs = list(vidlogs) # force the query to be executed now
vidlog_idx = 0
for user in users:
log_table = {}
while vidlog_idx < len(
vidlogs) and vidlogs[vidlog_idx]["user__id"] == user.id:
log_table[vidlogs[vidlog_idx]
["video_id"]] = vidlogs[vidlog_idx]
vidlog_idx += 1
context["students"].append({ # this could be DRYer
"first_name": user.first_name,
"last_name": user.last_name,
"username": user.username,
"name": user.get_name(),
"id": user.id,
"video_logs": log_table,
})
else:
raise Http404(
_("Unknown report_type: %(report_type)s") %
{"report_type": report_type})
# Validate results by showing user messages.
if not users:
# 1. check group facility groups
if len(groups) > 0 and not groups[0]['groups']:
# 1. No groups available (for facility) and "no students" returned.
messages.add_message(
request, WARNING,
_("No learner accounts have been created for selected facility/group."
))
elif topic_id and playlist_id:
# 2. Both topic and playlist are selected.
messages.add_message(
request, WARNING,
_("Please select either a topic or a playlist above, but not both."
))
elif not topic_id and not playlist_id:
# 3. Group was selected, but data not queried because a topic or playlist was not selected.
if playlists:
# 4. No playlist was selected.
messages.add_message(request, WARNING,
_("Please select a playlist."))
elif topics:
# 5. No topic was selected.
messages.add_message(request, WARNING,
_("Please select a topic."))
else:
# 6. Everything specified, but no users fit the query.
messages.add_message(
request, WARNING,
_("No learner accounts in this group have been created."))
# End: Validate results by showing user messages.
log_coach_report_view(request)
return context
def user_progress_detail(cls, user_id, playlist_id):
"""
Return a list of video, exercise, and quiz log PlaylistProgressDetail
objects associated with a specific user and playlist ID.
"""
user = FacilityUser.objects.get(id=user_id)
playlist = next(
(
pl
for pl in [plist.__dict__ for plist in Playlist.all()] + get_leafed_topics()
if pl.get("id") == playlist_id
),
None,
)
pl_video_ids, pl_exercise_ids = cls.get_playlist_entry_ids(playlist)
# Retrieve video, exercise, and quiz logs that appear in this playlist
user_vid_logs, user_ex_logs = cls.get_user_logs(user, pl_video_ids, pl_exercise_ids)
# Format & append quiz the quiz log, if it exists
quiz_exists, quiz_log, quiz_pct_score = cls.get_quiz_log(
user, (playlist.get("entries") or playlist.get("children")), playlist.get("id")
)
# Finally, sort an ordered list of the playlist entries, with user progress
# injected where it exists.
progress_details = list()
for ent in playlist.get("entries") or playlist.get("children"):
entry = {}
kind = ent.get("entity_kind") or ent.get("kind")
if kind == "Divider":
continue
elif kind == "Video":
entity_id = get_slug2id_map().get(ent.get("entity_id")) or ent.get("id")
vid_log = next((vid_log for vid_log in user_vid_logs if vid_log["video_id"] == entity_id), None)
if vid_log:
if vid_log.get("complete"):
status = "complete"
elif vid_log.get("total_seconds_watched"):
status = "inprogress"
else:
status = "notstarted"
leaf_node = get_content_cache().get(vid_log["video_id"])
entry = {
"id": entity_id,
"kind": kind,
"status": status,
"score": int(float(vid_log.get("points")) / float(750) * 100),
"title": leaf_node["title"],
"path": leaf_node["path"],
}
elif kind == "Exercise":
entity_id = ent.get("entity_id") or ent.get("id")
ex_log = next((ex_log for ex_log in user_ex_logs if ex_log["exercise_id"] == entity_id), None)
if ex_log:
if ex_log.get("struggling"):
status = "struggling"
elif ex_log.get("complete"):
status = "complete"
elif ex_log.get("attempts"):
status = "inprogress"
ex_log_id = ex_log.get("exercise_id")
leaf_node = get_exercise_cache().get(ex_log_id)
entry = {
"id": ex_log_id,
"kind": kind,
"status": status,
"score": ex_log.get("streak_progress"),
"title": leaf_node["title"],
"path": leaf_node["path"],
}
elif kind == "Quiz":
entity_id = playlist["id"]
if quiz_log:
if quiz_log.complete:
if quiz_pct_score <= 59:
status = "fail"
elif quiz_pct_score <= 79:
status = "borderline"
else:
status = "pass"
elif quiz_log.attempts:
status = "inprogress"
else:
status = "notstarted"
quiz_log_id = quiz_log.quiz
entry = {
"id": quiz_log_id,
"kind": "Quiz",
"status": status,
"score": quiz_pct_score,
"title": playlist.get("title"),
"path": "",
}
if not entry:
entry = cls.create_empty_entry(entity_id, kind, playlist)
progress_details.append(cls(**entry))
return progress_details
def user_progress(cls, user_id):
"""
Return a list of PlaylistProgress objects associated with the user.
"""
user = FacilityUser.objects.get(id=user_id)
all_playlists = [getattr(pl, "__dict__", pl) for pl in Playlist.all() + get_leafed_topics()]
# Retrieve video, exercise, and quiz logs that appear in this playlist
user_vid_logs, user_ex_logs = cls.get_user_logs(user)
exercise_ids = set([ex_log["exercise_id"] for ex_log in user_ex_logs])
video_ids = set([get_id2slug_map().get(vid_log["video_id"]) for vid_log in user_vid_logs])
quiz_log_ids = [ql_id["quiz"] for ql_id in QuizLog.objects.filter(user=user).values("quiz")]
# Build a list of playlists for which the user has at least one data point
## TODO(dylanjbarth) this won't pick up playlists the user is assigned but has not started yet.
user_playlists = list()
for p in all_playlists:
for e in p.get("entries") or p.get("children"):
if (e.get("entity_kind") or e.get("kind")) == "Video" or (
e.get("entity_kind") or e.get("kind")
) == "Exercise":
entity_id = convert_leaf_url_to_id((e.get("entity_id") or e.get("id")))
if entity_id in exercise_ids or entity_id in video_ids:
user_playlists.append(p)
break
elif e.get("entity_kind") == "Quiz":
if p.get("id") in quiz_log_ids:
user_playlists.append(p)
# Store stats for each playlist
user_progress = list()
for i, p in enumerate(user_playlists):
# Playlist entry totals
pl_video_ids, pl_exercise_ids = cls.get_playlist_entry_ids(p)
n_pl_videos = float(len(pl_video_ids))
n_pl_exercises = float(len(pl_exercise_ids))
# Vid & exercise logs in this playlist
pl_ex_logs = [ex_log for ex_log in user_ex_logs if ex_log["exercise_id"] in pl_exercise_ids]
pl_vid_logs = [vid_log for vid_log in user_vid_logs if vid_log["video_id"] in pl_video_ids]
# Compute video stats
n_vid_complete = len([vid for vid in pl_vid_logs if vid["complete"]])
n_vid_started = len(
[vid for vid in pl_vid_logs if (vid["total_seconds_watched"] > 0) and (not vid["complete"])]
)
vid_pct_complete = int(float(n_vid_complete) / n_pl_videos * 100) if n_pl_videos else 0
vid_pct_started = int(float(n_vid_started) / n_pl_videos * 100) if n_pl_videos else 0
if vid_pct_complete == 100:
vid_status = "complete"
elif n_vid_started > 0:
vid_status = "inprogress"
else:
vid_status = "notstarted"
# Compute exercise stats
n_ex_mastered = len([ex for ex in pl_ex_logs if ex["complete"]])
n_ex_started = len([ex for ex in pl_ex_logs if ex["attempts"] > 0])
n_ex_incomplete = len([ex for ex in pl_ex_logs if (ex["attempts"] > 0 and not ex["complete"])])
n_ex_struggling = len([ex for ex in pl_ex_logs if ex["struggling"]])
ex_pct_mastered = int(float(n_ex_mastered) / n_pl_exercises * 100)
ex_pct_incomplete = int(float(n_ex_incomplete) / n_pl_exercises * 100)
ex_pct_struggling = int(float(n_ex_struggling) / n_pl_exercises * 100)
if not n_ex_started:
ex_status = "notstarted"
elif ex_pct_struggling > 0:
# note: we want to help students prioritize areas they need to focus on
# therefore if they are struggling in this exercise group, we highlight it for them
ex_status = "struggling"
elif ex_pct_mastered < 99:
ex_status = "inprogress"
else:
ex_status = "complete"
# Compute quiz stats
quiz_exists, quiz_log, quiz_pct_score = cls.get_quiz_log(
user, (p.get("entries") or p.get("children")), p.get("id")
)
if quiz_log:
if quiz_pct_score <= 50:
quiz_status = "struggling"
elif quiz_pct_score <= 79:
quiz_status = "borderline"
else:
quiz_status = "complete"
else:
quiz_status = "notstarted"
progress = {
"title": p.get("title"),
"id": p.get("id"),
"tag": p.get("tag"),
"vid_pct_complete": vid_pct_complete,
"vid_pct_started": vid_pct_started,
"vid_status": vid_status,
"ex_pct_mastered": ex_pct_mastered,
"ex_pct_incomplete": ex_pct_incomplete,
"ex_pct_struggling": ex_pct_struggling,
"ex_status": ex_status,
"quiz_status": quiz_status,
"quiz_exists": quiz_exists,
"quiz_pct_score": quiz_pct_score,
"n_pl_videos": n_pl_videos,
"n_pl_exercises": n_pl_exercises,
}
try:
progress["url"] = reverse("view_playlist", kwargs={"playlist_id": p.get("id")})
except NoReverseMatch:
progress["url"] = reverse("learn") + p.get("path")
user_progress.append(cls(**progress))
return user_progress
