def update_video_log(cls,
facility_user,
video_id,
youtube_id,
total_seconds_watched,
language,
complete,
completion_timestamp,
points=0):
assert facility_user and video_id and youtube_id, "Updating a video log requires a facility user, video ID, and a YouTube ID"
ds = load_dynamic_settings(user=facility_user)
# retrieve the previous video log for this user for this video, or make one if there isn't already one
(videolog, _) = cls.get_or_initialize(user=facility_user,
video_id=video_id)
# combine the previously watched counts with the new counts
#
# Set total_seconds_watched directly, rather than incrementally, for robustness
# as sometimes an update request fails, and we'd miss the time update!
videolog.total_seconds_watched = total_seconds_watched
videolog.points = min(max(points, videolog.points),
ds["distributed"].points_per_video)
videolog.language = language
videolog.youtube_id = youtube_id
videolog.complete = complete
videolog.completion_timestamp = completion_timestamp
# write the video log to the database, overwriting any old video log with the same ID
# (and since the ID is computed from the user ID and YouTube ID, this will behave sanely)
videolog.full_clean()
videolog.save(update_userlog=True)
return videolog
def update_video_log(cls, facility_user, video_id, youtube_id, total_seconds_watched, language, complete, completion_timestamp, points=0):
assert facility_user and video_id and youtube_id, "Updating a video log requires a facility user, video ID, and a YouTube ID"
ds = load_dynamic_settings(user=facility_user)
# retrieve the previous video log for this user for this video, or make one if there isn't already one
(videolog, _) = cls.get_or_initialize(user=facility_user, video_id=video_id)
# combine the previously watched counts with the new counts
#
# Set total_seconds_watched directly, rather than incrementally, for robustness
# as sometimes an update request fails, and we'd miss the time update!
videolog.total_seconds_watched = total_seconds_watched
videolog.points = min(max(points, videolog.points), ds["distributed"].points_per_video)
videolog.language = language
videolog.youtube_id = youtube_id
videolog.complete = complete
videolog.completion_timestamp = completion_timestamp
# write the video log to the database, overwriting any old video log with the same ID
# (and since the ID is computed from the user ID and YouTube ID, this will behave sanely)
videolog.full_clean()
videolog.save(update_userlog=True)
return videolog
def handle_exam_unset(sender, **kwargs):
test_id = kwargs.get("test_id")
if test_id:
testlogs = TestLog.objects.filter(test=test_id)
for testlog in testlogs:
facility_user = testlog.user
facility = facility_user.facility
unit_id = get_current_unit_settings_value(facility.id)
ds = load_dynamic_settings(user=facility_user)
if ds["student_testing"].turn_on_points_for_practice_exams:
transaction_log, created = StoreTransactionLog.objects.get_or_create(user=testlog.user, context_id=unit_id, context_type="output_condition", item="gift_card")
try:
transaction_log.value = int(round(settings.UNIT_POINTS * float(testlog.total_correct)/testlog.total_number))
except ZeroDivisionError: # one of the students just hasn't started answering a test when we turn it off
continue
transaction_log.save()
def handle_exam_unset(sender, **kwargs):
test_id = kwargs.get("test_id")
if test_id:
testlogs = TestLog.objects.filter(test=test_id)
for testlog in testlogs:
facility_user = testlog.user
facility = facility_user.facility
unit_id = get_current_unit_settings_value(facility.id)
ds = load_dynamic_settings(user=facility_user)
if ds["student_testing"].turn_on_points_for_practice_exams:
transaction_log, created = StoreTransactionLog.objects.get_or_create(user=testlog.user, context_id=unit_id, context_type="output_condition", item="gift_card")
try:
transaction_log.value = int(round(settings.UNIT_POINTS * float(testlog.total_correct)/testlog.total_number))
except ZeroDivisionError: # one of the students just hasn't started answering a test when we turn it off
continue
transaction_log.save()
