def fill_class_summaries_from_logs(user_data_coach, students_data, dt_start_utc):
dt_end_utc = dt_start_utc + datetime.timedelta(days = 1)
# Asynchronously grab all student data at once
async_queries = []
for user_data_student in students_data:
query_problem_logs = ProblemLog.get_for_user_data_between_dts(user_data_student, dt_start_utc, dt_end_utc)
query_video_logs = VideoLog.get_for_user_data_between_dts(user_data_student, dt_start_utc, dt_end_utc)
async_queries.append(query_problem_logs)
async_queries.append(query_video_logs)
# Wait for all queries to finish
results = util.async_queries(async_queries, limit=10000)
for i, user_data_student in enumerate(students_data):
logging.info("working on student "+str(user_data_student.user))
problem_and_video_logs = []
problem_logs = results[i * 2].get_result()
video_logs = results[i * 2 + 1].get_result()
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs, key=lambda log: log.time_started())
if problem_and_video_logs:
LogSummary.add_or_update_entry(user_data_coach, problem_and_video_logs, ClassDailyActivitySummary, LogSummaryTypes.CLASS_DAILY_ACTIVITY, 1440)
def get_classtime_table(self, student_emails, dt_start_utc):
dt_start_ctz = self.dt_to_ctz(dt_start_utc)
dt_end_ctz = dt_start_ctz + datetime.timedelta(days=1)
column = 0
classtime_table = ClassTimeTable(dt_start_ctz, dt_end_ctz)
for student_email in student_emails:
student = users.User(email=student_email)
problem_logs = ProblemLog.get_for_user_between_dts(
student, self.dt_to_utc(dt_start_ctz),
self.dt_to_utc(dt_end_ctz))
video_logs = VideoLog.get_for_user_between_dts(
student, self.dt_to_utc(dt_start_ctz),
self.dt_to_utc(dt_end_ctz))
problem_and_video_logs = []
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs,
key=lambda log: log.time_started())
chunk_current = None
for activity in problem_and_video_logs:
if chunk_current is not None and self.dt_to_ctz(
activity.time_started()) > (chunk_current.end +
self.chunk_delta):
classtime_table.drop_into_column(chunk_current, column)
chunk_current.description()
chunk_current = None
if chunk_current is None:
chunk_current = ClassTimeChunk()
chunk_current.student = student
chunk_current.start = self.dt_to_ctz(
activity.time_started())
chunk_current.end = self.dt_to_ctz(activity.time_ended())
chunk_current.activities.append(activity)
chunk_current.end = min(self.dt_to_ctz(activity.time_ended()),
dt_end_ctz)
if chunk_current is not None:
classtime_table.drop_into_column(chunk_current, column)
chunk_current.description()
column += 1
classtime_table.balance()
return classtime_table
def save_video_log(request):
if "facility_user" not in request.session:
return JsonResponse({})
data = simplejson.loads(request.raw_post_data or "{}")
videolog = VideoLog()
videolog.user = request.session["facility_user"]
videolog.youtube_id = data.get("youtube_id", "")
old_videolog = videolog.get_existing_instance() or VideoLog()
videolog.total_seconds_watched = old_videolog.total_seconds_watched + data.get("seconds_watched", 0)
videolog.points = max(old_videolog.points or 0, data.get("points", 0)) or 0
try:
videolog.full_clean()
videolog.save()
return JsonResponse({
"points": videolog.points,
"complete": videolog.complete,
})
except ValidationError as e:
return JsonResponse({"error": "Could not save VideoLog: %s" % e}, status=500)
def get_classtime_table(self, student_emails, dt_start_utc):
dt_start_ctz = self.dt_to_ctz(dt_start_utc)
dt_end_ctz = dt_start_ctz + datetime.timedelta(days = 1)
column = 0
classtime_table = ClassTimeTable(dt_start_ctz, dt_end_ctz)
for student_email in student_emails:
student = users.User(email=student_email)
problem_logs = ProblemLog.get_for_user_between_dts(student, self.dt_to_utc(dt_start_ctz), self.dt_to_utc(dt_end_ctz))
video_logs = VideoLog.get_for_user_between_dts(student, self.dt_to_utc(dt_start_ctz), self.dt_to_utc(dt_end_ctz))
problem_and_video_logs = []
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs, key=lambda log: log.time_started())
chunk_current = None
for activity in problem_and_video_logs:
if chunk_current is not None and self.dt_to_ctz(activity.time_started()) > (chunk_current.end + self.chunk_delta):
classtime_table.drop_into_column(chunk_current, column)
chunk_current.description()
chunk_current = None
if chunk_current is None:
chunk_current = ClassTimeChunk()
chunk_current.student = student
chunk_current.start = self.dt_to_ctz(activity.time_started())
chunk_current.end = self.dt_to_ctz(activity.time_ended())
chunk_current.activities.append(activity)
chunk_current.end = min(self.dt_to_ctz(activity.time_ended()), dt_end_ctz)
if chunk_current is not None:
classtime_table.drop_into_column(chunk_current, column)
chunk_current.description()
column += 1
classtime_table.balance()
return classtime_table
def get(self):
user_data = UserData.current()
video_points_total = 0
if user_data:
video = None
key_str = self.request_string("video_key")
if key_str:
key = db.Key(key_str)
app_id = os.environ['APPLICATION_ID']
if key.app() != app_id:
new_key = db.Key.from_path(key.kind(),
key.id() or key.name(),
_app=app_id)
logging.warning(
"Key '%s' had invalid app_id '%s'. Changed to new key '%s'",
str(key), key.app(), str(new_key))
key = new_key
video = db.get(key)
else:
youtube_id = self.request_string("youtube_id")
if youtube_id:
video = Video.all().filter('youtube_id =',
youtube_id).get()
if video:
# Seconds watched is restricted by both the scrubber's position
# and the amount of time spent on the video page
# so we know how *much* of each video each student has watched
seconds_watched = int(
self.request_float("seconds_watched", default=0))
last_second_watched = int(
self.request_float("last_second_watched", default=0))
user_video, video_log, video_points_total = VideoLog.add_entry(
user_data, video, seconds_watched, last_second_watched)
user_points_html = self.render_jinja2_template_to_string(
"user_points_only.html", user_points(user_data))
json = simplejson.dumps(
{
"user_points_html": user_points_html,
"video_points": video_points_total
},
ensure_ascii=False)
self.response.out.write(json)
def get(self):
user_data = UserData.current()
video_points_total = 0
if user_data:
video = None
key_str = self.request_string("video_key")
if key_str:
key = db.Key(key_str)
app_id = os.environ['APPLICATION_ID']
if key.app() != app_id:
new_key = db.Key.from_path(
key.kind(),
key.id() or key.name(),
_app=app_id)
logging.warning("Key '%s' had invalid app_id '%s'. Changed to new key '%s'", str(key), key.app(), str(new_key))
key = new_key
video = db.get(key)
else:
youtube_id = self.request_string("youtube_id")
if youtube_id:
video = Video.all().filter('youtube_id =', youtube_id).get()
if video:
# Seconds watched is restricted by both the scrubber's position
# and the amount of time spent on the video page
# so we know how *much* of each video each student has watched
seconds_watched = int(self.request_float("seconds_watched", default=0))
last_second_watched = int(self.request_float("last_second_watched", default=0))
user_video, video_log, video_points_total = VideoLog.add_entry(user_data, video, seconds_watched, last_second_watched)
user_points_html = self.render_jinja2_template_to_string("user_points_only.html", user_points(user_data))
json = simplejson.dumps({"user_points_html": user_points_html, "video_points": video_points_total}, ensure_ascii=False)
self.response.out.write(json)
def fill_class_summaries_from_logs(user_data_coach, students_data,
dt_start_utc):
dt_end_utc = dt_start_utc + datetime.timedelta(days=1)
# Asynchronously grab all student data at once
async_queries = []
for user_data_student in students_data:
query_problem_logs = ProblemLog.get_for_user_data_between_dts(
user_data_student, dt_start_utc, dt_end_utc)
query_video_logs = VideoLog.get_for_user_data_between_dts(
user_data_student, dt_start_utc, dt_end_utc)
async_queries.append(query_problem_logs)
async_queries.append(query_video_logs)
# Wait for all queries to finish
results = util.async_queries(async_queries, limit=10000)
for i, user_data_student in enumerate(students_data):
logging.info("working on student " + str(user_data_student.user))
problem_and_video_logs = []
problem_logs = results[i * 2].get_result()
video_logs = results[i * 2 + 1].get_result()
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs,
key=lambda log: log.time_started())
if problem_and_video_logs:
LogSummary.add_or_update_entry(
user_data_coach, problem_and_video_logs,
ClassDailyActivitySummary,
LogSummaryTypes.CLASS_DAILY_ACTIVITY, 1440)
def get(self):
from exercises import attempt_problem
login_user = UserData.current()
exercises_list = [exercise for exercise in Exercise.all()]
videos_list = [video for video in Video.all()]
user_count = self.request_int('users', 5)
for user_id in xrange(0, user_count):
# Create a new user
first_name = random.choice(CreateRandomGoalData.first_names)
last_name = random.choice(CreateRandomGoalData.last_names)
nickname = "%s %s" % (first_name, last_name)
email = 'test_%i@automatedrandomdata' % user_id
user = users.User(email)
logging.info("Creating user %s: (%i/%i)"
% (nickname, user_id + 1, user_count))
user_data = UserData.get_or_insert(
key_name="test_user_%i" % user_id,
user=user,
current_user=user,
user_id=str(user_id),
moderator=False,
last_login=datetime.now(),
proficient_exercises=[],
suggested_exercises=[],
need_to_reassess=True,
points=0,
coaches=[login_user.user_email],
user_email=email,
user_nickname=nickname,
)
user_data.put()
# Delete user exercise & video progress
query = UserExercise.all()
query.filter('user = '******'user = '******'type': 'GoalObjectiveExerciseProficiency',
'exercise': random.choice(exercises_list)})
for objective in xrange(1, random.randint(2, 4)):
obj_descriptors.append({
'type': 'GoalObjectiveWatchVideo',
'video': random.choice(videos_list)})
title = first_name + "'s Goal #" + str(goal_idx)
logging.info("Creating goal " + title)
objectives = GoalObjective.from_descriptors(obj_descriptors,
user_data)
goal = Goal(parent=user_data, title=title,
objectives=objectives)
user_data.save_goal(goal)
for objective in obj_descriptors:
if objective['type'] == 'GoalObjectiveExerciseProficiency':
user_exercise = user_data.get_or_insert_exercise(
objective['exercise'])
chooser = random.randint(1, 120)
if chooser >= 60:
continue
elif chooser > 15:
count = 1
hints = 0
elif chooser < 7:
count = 20
hints = 0
else:
count = 25
hints = 1
logging.info(
"Starting exercise: %s (%i problems, %i hints)" %
(objective['exercise'].name, count, hints * count))
for i in xrange(1, count):
attempt_problem(user_data, user_exercise, i, 1,
'TEST', 'TEST', 'TEST', True, hints, 0, False,
"TEST", 'TEST', '0.0.0.0')
elif objective['type'] == 'GoalObjectiveWatchVideo':
seconds = random.randint(1, 1200)
logging.info("Watching %i seconds of video %s"
% (seconds, objective['video'].title))
VideoLog.add_entry(user_data, objective['video'],
seconds, 0, detect_cheat=False)
self.response.out.write('OK')
def save_video_log(request):
if "facility_user" not in request.session:
return JsonResponse({})
data = simplejson.loads(request.raw_post_data or "{}")
videolog = VideoLog()
videolog.user = request.session["facility_user"]
videolog.youtube_id = data.get("youtube_id", "")
old_videolog = videolog.get_existing_instance() or VideoLog()
videolog.total_seconds_watched = old_videolog.total_seconds_watched + data.get(
"seconds_watched", 0)
videolog.points = max(old_videolog.points or 0, data.get("points", 0)) or 0
try:
videolog.full_clean()
videolog.save()
return JsonResponse({
"points": videolog.points,
"complete": videolog.complete,
})
except ValidationError as e:
return JsonResponse({"error": "Could not save VideoLog: %s" % e},
status=500)
def get_classtime_table_old(self, students_data, dt_start_utc):
dt_start_ctz = self.dt_to_ctz(dt_start_utc)
dt_end_ctz = dt_start_ctz + datetime.timedelta(days=1)
column = 0
classtime_table = ClassTimeTable(dt_start_ctz, dt_end_ctz)
# Asynchronously grab all student data at once
async_queries = []
for user_data_student in students_data:
query_problem_logs = ProblemLog.get_for_user_data_between_dts(
user_data_student, self.dt_to_utc(dt_start_ctz),
self.dt_to_utc(dt_end_ctz))
query_video_logs = VideoLog.get_for_user_data_between_dts(
user_data_student, self.dt_to_utc(dt_start_ctz),
self.dt_to_utc(dt_end_ctz))
async_queries.append(query_problem_logs)
async_queries.append(query_video_logs)
# Wait for all queries to finish
results = util.async_queries(async_queries, limit=10000)
rows = 0
chunks = 0
for i, user_data_student in enumerate(students_data):
problem_logs = results[i * 2].get_result()
video_logs = results[i * 2 + 1].get_result()
problem_and_video_logs = []
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs,
key=lambda log: log.time_started())
rows += len(problem_and_video_logs)
chunk_current = None
for activity in problem_and_video_logs:
if chunk_current is not None and self.dt_to_ctz(
activity.time_started()) > (chunk_current.end +
self.chunk_delta):
chunks += 1
classtime_table.drop_into_column_old(chunk_current, column)
chunk_current.description()
chunk_current = None
if chunk_current is None:
chunk_current = ClassTimeChunk()
chunk_current.user_data_student = user_data_student
chunk_current.start = self.dt_to_ctz(
activity.time_started())
chunk_current.end = self.dt_to_ctz(activity.time_ended())
chunk_current.activities.append(activity)
chunk_current.end = min(self.dt_to_ctz(activity.time_ended()),
dt_end_ctz)
if chunk_current is not None:
chunks += 1
classtime_table.drop_into_column_old(chunk_current, column)
chunk_current.description()
column += 1
logging.info("old rows=" + str(rows) + ", old chunks=" + str(chunks))
classtime_table.balance()
return classtime_table
def get(self):
from exercises import attempt_problem
login_user = UserData.current()
exercises_list = [exercise for exercise in Exercise.all()]
videos_list = [video for video in Video.all()]
user_count = self.request_int('users', 5)
for user_id in xrange(0, user_count):
# Create a new user
first_name = random.choice(CreateRandomGoalData.first_names)
last_name = random.choice(CreateRandomGoalData.last_names)
nickname = "%s %s" % (first_name, last_name)
email = 'test_%i@automatedrandomdata' % user_id
user = users.User(email)
logging.info("Creating user %s: (%i/%i)"
% (nickname, user_id + 1, user_count))
user_data = UserData.get_or_insert(
key_name="test_user_%i" % user_id,
user=user,
current_user=user,
user_id=str(user_id),
moderator=False,
last_login=datetime.now(),
proficient_exercises=[],
suggested_exercises=[],
need_to_reassess=True,
points=0,
coaches=[login_user.user_email],
user_email=email,
user_nickname=nickname,
)
user_data.put()
# Delete user exercise & video progress
query = UserExercise.all()
query.filter('user = '******'user = '******'type': 'GoalObjectiveExerciseProficiency',
'exercise': random.choice(exercises_list)})
for objective in xrange(1, random.randint(2, 4)):
obj_descriptors.append({
'type': 'GoalObjectiveWatchVideo',
'video': random.choice(videos_list)})
title = first_name + "'s Goal #" + str(goal_idx)
logging.info("Creating goal " + title)
objectives = GoalObjective.from_descriptors(obj_descriptors,
user_data)
goal = Goal(parent=user_data, title=title,
objectives=objectives)
user_data.save_goal(goal)
for objective in obj_descriptors:
if objective['type'] == 'GoalObjectiveExerciseProficiency':
user_exercise = user_data.get_or_insert_exercise(
objective['exercise'])
chooser = random.randint(1, 120)
if chooser >= 60:
continue
elif chooser > 15:
count = 1
hints = 0
elif chooser < 7:
count = 20
hints = 0
else:
count = 25
hints = 1
logging.info(
"Starting exercise: %s (%i problems, %i hints)" %
(objective['exercise'].name, count, hints * count))
for i in xrange(1, count):
attempt_problem(user_data, user_exercise, i, 1,
'TEST', 'TEST', 'TEST', True, hints, 0, "TEST",
'TEST', '0.0.0.0')
elif objective['type'] == 'GoalObjectiveWatchVideo':
seconds = random.randint(1, 1200)
logging.info("Watching %i seconds of video %s"
% (seconds, objective['video'].title))
VideoLog.add_entry(user_data, objective['video'],
seconds, 0, detect_cheat=False)
self.response.out.write('OK')
def get(self):
if not hasattr(secrets, 'ka_api_consumer_key') or \
not hasattr(secrets, 'ka_api_consumer_secret') or \
not hasattr(secrets_dev, 'ka_api_token_key') or \
not hasattr(secrets_dev, 'ka_api_token_secret'):
return self.redirect("/")
self.setup_oauth()
self.email = self.request_string("email")
if not self.email:
raise "Must supply email for user to import"
params = copy.copy(self._default_kinds)
params.update(self.request.params)
# get proper user from addition 1 userexercise
user_id_json = json.loads(
self.api("/api/v1/user/exercises/addition_1"))
user = users.User(user_id_json['user'])
# UserData
user_data_json_raw = self.api("/api/v1/user")
user_data = UserData.from_json(json.loads(user_data_json_raw),
user=user)
self.output('user_data', user_data, user_data_json_raw)
user_data.put()
if 'UserVideo' in params:
user_videos_json = json.loads(self.api("/api/v1/user/videos"))
user_videos = []
for user_video_json in user_videos_json[:params['UserVideo']]:
user_video = UserVideo.from_json(user_video_json,
user_data=user_data)
user_videos.append(user_video)
self.output('user_video', user_video, jsonify(user_video_json))
video_logs = defaultdict(list)
if 'VideoLog' in params:
for user_video in user_videos:
ytid = user_video.video.youtube_id
video_logs_json = json.loads(
self.api("/api/v1/user/videos/%s/log" % ytid))
for video_log_json in video_logs_json[:params[
'ProblemLog']]:
video_log = VideoLog.from_json(video_log_json,
user_video.video, user)
video_logs[user_video].append(video_log)
self.output("video_log", video_log,
jsonify(video_log_json))
# delete old video logs
query = VideoLog.all(keys_only=True)
query.filter('user ='******'UserExercise' in params:
user_exercises_json = json.loads(
self.api("/api/v1/user/exercises"))
user_exercises = []
for user_exercise_json in user_exercises_json[:params[
'UserExercise']]:
user_exercise = UserExercise.from_json(user_exercise_json,
user_data)
if user_exercise:
user_exercises.append(user_exercise)
self.output("user_exercise", user_exercise,
jsonify(user_exercise_json))
problem_logs = defaultdict(list)
if 'ProblemLog' in params:
for user_exercise in user_exercises:
problem_logs_json = json.loads(
self.api("/api/v1/user/exercises/%s/log" %
user_exercise.exercise))
for problem_log_json in problem_logs_json[:params[
'ProblemLog']]:
problem_log = ProblemLog.from_json(
problem_log_json,
user_data=user_data,
exercise=user_exercise.exercise_model)
problem_logs[user_exercise].append(problem_log)
self.output("problem_log", problem_log,
jsonify(problem_log_json))
db.put(user_exercises)
for k, v in problem_logs.iteritems():
db.put(v)
if 'Goal' in params:
with AutoNowDisabled(Goal):
goals_json = json.loads(self.api("/api/v1/user/goals"))
goals = []
for goal_json in goals_json[:params['Goal']]:
goal = Goal.from_json(goal_json, user_data=user_data)
goals.append(goal)
self.output("goal", goal, jsonify(goal_json))
db.put(goals)
# need to tell the userdata that it has goals
user_data.has_current_goals = not all(
[g.completed for g in goals])
user_data.put()
def get_classtime_table_old(self, students_data, dt_start_utc):
dt_start_ctz = self.dt_to_ctz(dt_start_utc)
dt_end_ctz = dt_start_ctz + datetime.timedelta(days = 1)
column = 0
classtime_table = ClassTimeTable(dt_start_ctz, dt_end_ctz)
# Asynchronously grab all student data at once
async_queries = []
for user_data_student in students_data:
query_problem_logs = ProblemLog.get_for_user_data_between_dts(user_data_student, self.dt_to_utc(dt_start_ctz), self.dt_to_utc(dt_end_ctz))
query_video_logs = VideoLog.get_for_user_data_between_dts(user_data_student, self.dt_to_utc(dt_start_ctz), self.dt_to_utc(dt_end_ctz))
async_queries.append(query_problem_logs)
async_queries.append(query_video_logs)
# Wait for all queries to finish
results = util.async_queries(async_queries, limit=10000)
rows = 0
chunks = 0
for i, user_data_student in enumerate(students_data):
problem_logs = results[i * 2].get_result()
video_logs = results[i * 2 + 1].get_result()
problem_and_video_logs = []
for problem_log in problem_logs:
problem_and_video_logs.append(problem_log)
for video_log in video_logs:
problem_and_video_logs.append(video_log)
problem_and_video_logs = sorted(problem_and_video_logs, key=lambda log: log.time_started())
rows += len(problem_and_video_logs)
chunk_current = None
for activity in problem_and_video_logs:
if chunk_current is not None and self.dt_to_ctz(activity.time_started()) > (chunk_current.end + self.chunk_delta):
chunks += 1
classtime_table.drop_into_column_old(chunk_current, column)
chunk_current.description()
chunk_current = None
if chunk_current is None:
chunk_current = ClassTimeChunk()
chunk_current.user_data_student = user_data_student
chunk_current.start = self.dt_to_ctz(activity.time_started())
chunk_current.end = self.dt_to_ctz(activity.time_ended())
chunk_current.activities.append(activity)
chunk_current.end = min(self.dt_to_ctz(activity.time_ended()), dt_end_ctz)
if chunk_current is not None:
chunks += 1
classtime_table.drop_into_column_old(chunk_current, column)
chunk_current.description()
column += 1
logging.info("old rows="+str(rows)+", old chunks="+str(chunks))
classtime_table.balance()
return classtime_table
def get(self):
if not hasattr(secrets, 'ka_api_consumer_key') or \
not hasattr(secrets, 'ka_api_consumer_secret') or \
not hasattr(secrets_dev, 'ka_api_token_key') or \
not hasattr(secrets_dev, 'ka_api_token_secret'):
return self.redirect("/")
self.setup_oauth()
self.email = self.request_string("email")
if not self.email:
raise "Must supply email for user to import"
params = copy.copy(self._default_kinds)
params.update(self.request.params)
# get proper user from addition 1 userexercise
user_id_json = json.loads(self.api("/api/v1/user/exercises/addition_1"))
user = users.User(user_id_json['user'])
# UserData
user_data_json_raw = self.api("/api/v1/user")
user_data = UserData.from_json(json.loads(user_data_json_raw), user=user)
self.output('user_data', user_data, user_data_json_raw)
user_data.put()
if 'UserVideo' in params:
user_videos_json = json.loads(self.api("/api/v1/user/videos"))
user_videos = []
for user_video_json in user_videos_json[:params['UserVideo']]:
user_video = UserVideo.from_json(user_video_json, user_data=user_data)
user_videos.append(user_video)
self.output('user_video', user_video, jsonify(user_video_json))
video_logs = defaultdict(list)
if 'VideoLog' in params:
for user_video in user_videos:
ytid = user_video.video.youtube_id
video_logs_json = json.loads(
self.api("/api/v1/user/videos/%s/log" % ytid))
for video_log_json in video_logs_json[:params['ProblemLog']]:
video_log = VideoLog.from_json(video_log_json, user_video.video, user)
video_logs[user_video].append(video_log)
self.output("video_log", video_log, jsonify(video_log_json))
# delete old video logs
query = VideoLog.all(keys_only=True)
query.filter('user ='******'UserExercise' in params:
user_exercises_json = json.loads(self.api("/api/v1/user/exercises"))
user_exercises = []
for user_exercise_json in user_exercises_json[:params['UserExercise']]:
user_exercise = UserExercise.from_json(user_exercise_json, user_data)
if user_exercise:
user_exercises.append(user_exercise)
self.output("user_exercise", user_exercise, jsonify(user_exercise_json))
problem_logs = defaultdict(list)
if 'ProblemLog' in params:
for user_exercise in user_exercises:
problem_logs_json = json.loads(self.api(
"/api/v1/user/exercises/%s/log" % user_exercise.exercise))
for problem_log_json in problem_logs_json[:params['ProblemLog']]:
problem_log = ProblemLog.from_json(problem_log_json,
user_data=user_data,
exercise=user_exercise.exercise_model)
problem_logs[user_exercise].append(problem_log)
self.output("problem_log", problem_log,
jsonify(problem_log_json))
db.put(user_exercises)
for k, v in problem_logs.iteritems():
db.put(v)
if 'Goal' in params:
with AutoNowDisabled(Goal):
goals_json = json.loads(self.api("/api/v1/user/goals"))
goals = []
for goal_json in goals_json[:params['Goal']]:
goal = Goal.from_json(goal_json, user_data=user_data)
goals.append(goal)
self.output("goal", goal, jsonify(goal_json))
db.put(goals)
# need to tell the userdata that it has goals
user_data.has_current_goals = not all([g.completed for g in goals])
user_data.put()
