def markThread(uid, payload):
mtype = int(payload["type"])
lid = int(payload["id_location"])
#comment_id = None if "comment_id" not in payload or payload["comment_id"] is None else int(payload["comment_id"])
comment_id = int(payload["comment_id"])
mark = M.ThreadMark.objects.filter(user__id=uid, type=mtype, location__id=lid, active=True)
if mark.count()>0: # only allow one active threadmark of a given type per thread
mark = mark[0]
mh = M.ThreadMarkHistory()
mh.active = mark.active
mh.comment_id = mark.comment_id
mh.ctime = mark.ctime
mh.location_id = mark.location_id
mh.user_id = mark.user_id
mh.type = mark.type
mh.save()
mark.ctime = datetime.datetime.now()
active_default = True
if comment_id != mark.comment_id:
#there was a real change of comment_id: don't update active default value
active_default = mark.active
else: #then probably just a toggle
active_default = not mark.active
mark.comment_id = comment_id
mark.active = payload["active"] if "active" in payload else active_default # if no arg given, toggle
else:
mark = M.ThreadMark()
mark.user_id = uid
mark.location_id = lid
mark.comment_id = comment_id
mark.type = mtype
mark.active = payload["active"] if "active" in payload else True
mark.save()
return UR.model2dict(mark)
def markThread(uid, payload):
mtype = int(payload["type"])
lid = int(payload["id_location"])
#comment_id = None if "comment_id" not in payload or payload["comment_id"] is None else int(payload["comment_id"])
comment_id = int(payload["comment_id"])
mark = M.ThreadMark.objects.filter(user__id=uid, type=mtype, location__id=lid, active=True)
if mark.count()>0: # only allow one active threadmark of a given type per thread
mark = mark[0]
mh = M.ThreadMarkHistory()
mh.active = mark.active
mh.comment_id = mark.comment_id
mh.ctime = mark.ctime
mh.location_id = mark.location_id
mh.user_id = mark.user_id
mh.type = mark.type
mh.save()
mark.ctime = datetime.datetime.now()
active_default = True
if comment_id != mark.comment_id:
#there was a real change of comment_id: don't update active default value
active_default = mark.active
else: #then probably just a toggle
active_default = not mark.active
mark.comment_id = comment_id
mark.active = payload["active"] if "active" in payload else active_default # if no arg given, toggle
else:
mark = M.ThreadMark()
mark.user_id = uid
mark.location_id = lid
mark.comment_id = comment_id
mark.type = mtype
mark.active = payload["active"] if "active" in payload else True
mark.save()
return UR.model2dict(mark)
def getLocation(id):
"""Returns an "enriched" location"""
o = M.Comment.objects.select_related("location").filter(location__id=id, parent__id=None, deleted=False)
loc_dict = UR.qs2dict(o, __NAMES["location_v_comment2"], "ID")
h5l = None
try:
h5l = o[0].location.html5location if len(o) else None
except M.HTML5Location.DoesNotExist:
pass
h5l_dict = UR.model2dict(h5l, __NAMES["html5location"], "ID") if h5l else {}
return (loc_dict, h5l_dict)
def get_guestfileinfo(id_source):
ownership = M.Ownership.objects.select_related("source", "ensemble", "folder").filter(source__id=id_source, deleted=False)
o = {
"files": UR.qs2dict(ownership, __NAMES["files2"] , "ID"),
"ensembles": UR.qs2dict(ownership, __NAMES["ensembles2"] , "ID") ,
"folders": UR.qs2dict(ownership, __NAMES["folders2"] , "ID") ,
}
if len(ownership)==1:
if ownership[0].source.type == M.Source.TYPE_YOUTUBE:
o["youtubeinfos"]= UR.model2dict(ownership[0].source.youtubeinfo, None, "id")
return o
def getLocation(id):
"""Returns an "enriched" location"""
o = M.Comment.objects.select_related("location").filter(location__id=id, parent__id=None, deleted=False)
loc_dict = UR.qs2dict(o, __NAMES["location_v_comment2"], "ID")
h5l = None
try:
h5l = o[0].location.html5location if len(o) else None
except M.HTML5Location.DoesNotExist:
pass
h5l_dict = UR.model2dict(h5l, __NAMES["html5location"], "ID") if h5l else {}
return (loc_dict, h5l_dict)
def get_guestfileinfo(id_source):
ownership = M.Ownership.objects.select_related("source", "ensemble", "folder").filter(source__id=id_source, deleted=False)
o = {
"files": UR.qs2dict(ownership, __NAMES["files2"] , "ID"),
"ensembles": UR.qs2dict(ownership, __NAMES["ensembles2"] , "ID") ,
"folders": UR.qs2dict(ownership, __NAMES["folders2"] , "ID") ,
}
if len(ownership)==1:
if ownership[0].source.type == M.Source.TYPE_YOUTUBE:
o["youtubeinfos"]= UR.model2dict(ownership[0].source.youtubeinfo, None, "id")
return o
def getComment(id, uid):
names = __NAMES["comment2"]
comment = (
M.Comment.objects.select_related("location", "author")
.extra(
select={
"admin": "select cast(admin as integer) from base_membership, base_location where base_membership.user_id=base_comment.author_id and base_membership.ensemble_id = base_location.ensemble_id and base_location.id=base_comment.location_id"
}
)
.get(pk=id)
)
return UR.model2dict(comment, names, "ID")
def set_grade_assignment(uid, P):
id_user = P["id_user"]
id_source = P["id_source"]
record = None
try:
record = M.AssignmentGrade.objects.get(user__id=id_user, source__id=id_source)
rh = M.AssignmentGradeHistory()
rh.user_id = record.user_id
rh.grade = record.grade
rh.source_id = record.source_id
rh.grader = record.grader
rh.ctime = record.ctime
rh.save()
record.ctime = datetime.datetime.now()
except M.AssignmentGrade.DoesNotExist:
record = M.AssignmentGrade()
record.user_id = id_user
record.source_id = id_source
record.grade = P["grade"]
record.grader_id = uid
record.save()
return UR.model2dict(record, __NAMES["assignment_grade"], "id")
def set_grade_assignment(uid, P):
id_user = P["id_user"]
id_source = P["id_source"]
record = None
try:
record = M.AssignmentGrade.objects.get(user__id=id_user, source__id=id_source)
rh = M.AssignmentGradeHistory()
rh.user_id = record.user_id
rh.grade = record.grade
rh.source_id = record.source_id
rh.grader = record.grader
rh.ctime = record.ctime
rh.save()
record.ctime = datetime.datetime.now()
except M.AssignmentGrade.DoesNotExist:
record = M.AssignmentGrade()
record.user_id = id_user
record.source_id = id_source
record.grade = P["grade"]
record.grader_id = uid
record.save()
return UR.model2dict(record, __NAMES["assignment_grade"], "id")
def getComment(id, uid):
names = __NAMES["comment2"]
comment = M.Comment.objects.select_related("location", "author").extra(select={"admin": 'select cast(admin as integer) from base_membership, base_location where base_membership.user_id=base_comment.author_id and base_membership.ensemble_id = base_location.ensemble_id and base_location.id=base_comment.location_id'}).get(pk=id)
return UR.model2dict(comment, names, "ID")