def initiateMeetupScheduling(owner_uuid, meetup_uuid, token):
owner = Profile.objects.get(uuid=owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup",
token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
owner_places = internalDataStore.getAnswerList("RecentPlaces")[0]["value"]
answer = []
for place in [p for p in owner_places if p["key"] not in ["work", "home"]]:
answer.append({
"key": place["key"],
"total_distance": 0,
"total_variance": 0,
"center": (0, 0)
})
#internalDataStore.saveAnswer("Meetup%s"%meetup_uuid, answer)
next_uuid = meetup_request["participants"][0]
print "%s initiating meetup scheduling for %s" % (owner_uuid, meetup_uuid)
next_contribution_url = settings.DEFAULT_PDS_URL + "/meetup/help_schedule?meetup_uuid=%s&bearer_token=%s&datastore_owner__uuid=%s" % (
meetup_uuid, token, next_uuid)
requests.post(next_contribution_url,
data=json.dumps(answer),
headers={"content-type": "application/json"})
def obj_create(self, bundle, request = None, **kwargs):
#pdb.set_trace()
requester = bundle.data["requester"]
owner = request.GET["datastore_owner__uuid"]
token = request.GET["bearer_token"]
profile = Profile.objects.get(uuid=owner)
meetup=None
if "uuid" in bundle.data:
ids = getInternalDataStore(profile, "Living Lab", "Meetup", token)
meetup = ids.getMeetupRequest(bundle.data["uuid"])
else:
bundle.data["uuid"] = str(uuid.uuid4())
if meetup is not None:
# We're updating a pre-existing request instead of creating a new one...
kwargs["pk"] = meetup["_id"]
return self.obj_update(bundle, request, **kwargs)
else:
bundle.data["approved"] = bundle.data.get("approved", False)
bundle.data["approvals"] = bundle.data.get("approvals", [])
if requester == owner:
# If we're the initiator, we need to notify the other participants...
sendMeetupRequestToParticipants.apply_async(args=(bundle.data, token))
#bundle.data["approved"] = True # Owner requesting it implies approva
return super(MeetupRequestResource, self).obj_create(bundle,request, **kwargs)
def update_approval_status(request):
params = get_parameters(request, [
"meetup_uuid", "participant", "bearer_token", "datastore_owner",
"approved"
])
if len(params) == 0:
return HttpResponse("", status=401)
token = params[2]
owner_uuid = params[3]
meetup_uuid = params[0]
participant_uuid = params[1]
approved = params[4]
profile = Profile.objects.get(uuid=owner_uuid)
ids = getInternalDataStore(profile, token)
if approved:
ids.addParticipantToApprovals(meetup_uuid, participant_uuid)
# NOTE: what to do if approved is False? Remove them from approvals or from the participants also? What if the computation has already started?
#else:
# ids.removeParticipantFromMeetupRequest(meetup_uuid, participant_uuid)
meetup_request = ids.getMeetupRequest(meetup_uuid)
if "approvals" in meetup_request and len(
meetup_request["approvals"]) == len(
meetup_request["participants"]):
initiateMeetupScheduling.apply_async(args=(owner_uuid, meetup_uuid,
token))
#scheduleMeetup.apply_async(args=(owner_uuid, meetup_uuid, token))
return HttpResponse("")
def helpScheduleMeetup(owner_uuid, meetup_uuid, running_totals, token):
print "%s contributing to meetup %s" % (owner_uuid, meetup_uuid)
owner = Profile.objects.get(uuid=owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup",
token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
requester_uuid = meetup_request["requester"]
participant_uuids = meetup_request["participants"]
my_index = len(
participant_uuids
) if owner_uuid == requester_uuid else participant_uuids.index(owner_uuid)
owner_places = internalDataStore.getAnswerList("RecentPlaces")[0]["value"]
answer = []
for scores in running_totals:
key = scores["key"]
place = next((p for p in owner_places if p["key"] == key), None)
total_distance = scores["total_distance"]
total_variance = scores["total_variance"]
center = scores["center"]
if place is not None:
new_distance, new_variance, new_center = updateMeetupScore(
total_distance, total_variance, center, my_index, place)
else:
new_distance = total_distance + 99999999
new_variance = total_variance + 99999999
new_center = center
answer.append({
"key": key,
"total_distance": new_distance,
"total_variance": new_variance,
"center": new_center
})
#internalDataStore.saveAnswer("Meetup%s"%meetup_uuid, answer)
if my_index < len(participant_uuids) - 1:
next_uuid = participant_uuids[my_index + 1]
else:
next_uuid = requester_uuid
if owner_uuid == requester_uuid:
chooseMeetupAndPushResult(meetup_request, answer, token)
else:
next_contribution_url = settings.DEFAULT_PDS_URL + "/meetup/help_schedule?meetup_uuid=%s&bearer_token=%s&datastore_owner__uuid=%s" % (
meetup_uuid, token, next_uuid)
requests.post(next_contribution_url,
data=json.dumps(answer),
headers={"content-type": "application/json"})
def scheduleMeetup(owner_uuid="280e418a-8032-4de3-b62a-ad173fea4811", meetup_uuid="", token="b3dbac8916"):
participant_uuids = ["5241576e-43da-4b08-8a71-b477f931e021", "72d9d8e3-3a57-4508-9515-2b881afc0d8e"]
participant_places = {}
owner = Profile.objects.get(uuid=owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup", token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
if meetup_request is None or "approved" not in meetup_request or not meetup_request["approved"]:
return
owner_places = internalDataStore.getAnswerList("RecentPlaces")[0]["value"]
for uuid in participant_uuids:
url = (
settings.DEFAULT_PDS_URL
+ "/api/personal_data/answerlist/?key=RecentPlaces&datastore_owner__uuid=%s&bearer_token=%s" % (uuid, token)
)
headers = {"content-type": "application/json"}
requester_places = requests.get(url, headers=headers)
print "Meetup between %s and %s" % (owner_uuid, uuid)
if requester_places.status_code == requests.codes.ok:
print requester_places.json()
participant_places[uuid] = requester_places.json()["objects"][0]["value"]
min_score = 9999999999 # proxy for int_max or whatever Python calls it
min_score_key = None
meeting_point = None
participant_locations = []
for place in [p for p in owner_places if p["key"] not in ["work", "home"]]:
# print participant_places
places_for_key = [p for uid in participant_uuids for p in participant_places[uid] if p["key"] == place["key"]]
places_for_key.append(place)
score_for_key, point_for_key = scoreMeetup(places_for_key)
if score_for_key < min_score:
print "%s < %s" % (score_for_key, min_score)
min_score = score_for_key
min_score_key = place["key"]
meeting_point = point_for_key
participant_locations = [(p["bounds"][0], p["bounds"][1]) for p in places_for_key]
print "Best Time: %s" % min_score_key
print "Meeting point: %s,%s" % meeting_point
print participant_locations
answer = internalDataStore.getAnswerList("Meetups")
answer = answer[0]["value"] if answer is not None and answer.count() > 0 else []
answer = [v for v in answer if "description" in v and v["description"] != description]
answer.append(
{"description": description, "participants": participant_uuids, "hour": min_score_key, "place": meeting_point}
)
internalDataStore.saveAnswer("Meetups", answer)
def helpScheduleMeetup(owner_uuid, meetup_uuid, running_totals, token):
print "%s contributing to meetup %s" % (owner_uuid, meetup_uuid)
owner = Profile.objects.get(uuid=owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup", token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
requester_uuid = meetup_request["requester"]
participant_uuids = meetup_request["participants"]
my_index = len(participant_uuids) if owner_uuid == requester_uuid else participant_uuids.index(owner_uuid)
owner_places = internalDataStore.getAnswerList("RecentPlaces")[0]["value"]
answer = []
for scores in running_totals:
key = scores["key"]
place = next((p for p in owner_places if p["key"] == key), None)
total_distance = scores["total_distance"]
total_variance = scores["total_variance"]
center = scores["center"]
if place is not None:
new_distance, new_variance, new_center = updateMeetupScore(
total_distance, total_variance, center, my_index, place
)
else:
new_distance = total_distance + 99999999
new_variance = total_variance + 99999999
new_center = center
answer.append(
{"key": key, "total_distance": new_distance, "total_variance": new_variance, "center": new_center}
)
# internalDataStore.saveAnswer("Meetup%s"%meetup_uuid, answer)
if my_index < len(participant_uuids) - 1:
next_uuid = participant_uuids[my_index + 1]
else:
next_uuid = requester_uuid
if owner_uuid == requester_uuid:
chooseMeetupAndPushResult(meetup_request, answer, token)
else:
next_contribution_url = (
settings.DEFAULT_PDS_URL
+ "/meetup/help_schedule?meetup_uuid=%s&bearer_token=%s&datastore_owner__uuid=%s"
% (meetup_uuid, token, next_uuid)
)
requests.post(next_contribution_url, data=json.dumps(answer), headers={"content-type": "application/json"})
def initiateMeetupScheduling(owner_uuid, meetup_uuid, token):
owner = Profile.objects.get(uuid = owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup", token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
owner_places = internalDataStore.getAnswerList("HourlyPlaces")[0]["value"]
answer = []
for place in [p for p in owner_places if p["key"] not in ["work", "home"]]:
answer.append({"key": place["key"], "total_distance": 0, "total_variance": 0, "center": (0,0) })
#internalDataStore.saveAnswer("Meetup%s"%meetup_uuid, answer)
next_uuid = meetup_request["participants"][0]
print "%s initiating meetup scheduling for %s"%(owner_uuid, meetup_uuid)
next_contribution_url = settings.DEFAULT_PDS_URL+"/meetup/help_schedule?meetup_uuid=%s&bearer_token=%s&datastore_owner__uuid=%s"%(meetup_uuid, token, next_uuid)
requests.post(next_contribution_url, data=json.dumps(answer), headers={"content-type":"application/json"})
def update_approval_status(request):
params = get_parameters(request, ["meetup_uuid", "participant", "bearer_token", "datastore_owner", "approved"])
if len(params) == 0:
return HttpResponse("", status = 401)
token = params[2]
owner_uuid = params[3]
meetup_uuid = params[0]
participant_uuid = params[1]
approved = params[4]
profile = Profile.objects.get(uuid = owner_uuid)
ids = getInternalDataStore(profile, token)
if approved:
ids.addParticipantToApprovals(meetup_uuid, participant_uuid)
# NOTE: what to do if approved is False? Remove them from approvals or from the participants also? What if the computation has already started?
#else:
# ids.removeParticipantFromMeetupRequest(meetup_uuid, participant_uuid)
meetup_request = ids.getMeetupRequest(meetup_uuid)
if "approvals" in meetup_request and len(meetup_request["approvals"]) == len(meetup_request["participants"]):
initiateMeetupScheduling.apply_async(args=(owner_uuid, meetup_uuid, token))
#scheduleMeetup.apply_async(args=(owner_uuid, meetup_uuid, token))
return HttpResponse("")
def scheduleMeetup(owner_uuid="280e418a-8032-4de3-b62a-ad173fea4811",
meetup_uuid="",
token="b3dbac8916"):
participant_uuids = [
"5241576e-43da-4b08-8a71-b477f931e021",
"72d9d8e3-3a57-4508-9515-2b881afc0d8e"
]
participant_places = {}
owner = Profile.objects.get(uuid=owner_uuid)
internalDataStore = getInternalDataStore(owner, "Living Lab", "Meetup",
token)
meetup_request = internalDataStore.getMeetupRequest(meetup_uuid)
if meetup_request is None or "approved" not in meetup_request or not meetup_request[
"approved"]:
return
owner_places = internalDataStore.getAnswerList("RecentPlaces")[0]["value"]
for uuid in participant_uuids:
url = settings.DEFAULT_PDS_URL + "/api/personal_data/answerlist/?key=RecentPlaces&datastore_owner__uuid=%s&bearer_token=%s" % (
uuid, token)
headers = {"content-type": "application/json"}
requester_places = requests.get(url, headers=headers)
print "Meetup between %s and %s" % (owner_uuid, uuid)
if requester_places.status_code == requests.codes.ok:
print requester_places.json()
participant_places[uuid] = requester_places.json(
)["objects"][0]["value"]
min_score = 9999999999 #proxy for int_max or whatever Python calls it
min_score_key = None
meeting_point = None
participant_locations = []
for place in [p for p in owner_places if p["key"] not in ["work", "home"]]:
#print participant_places
places_for_key = [
p for uid in participant_uuids for p in participant_places[uid]
if p["key"] == place["key"]
]
places_for_key.append(place)
score_for_key, point_for_key = scoreMeetup(places_for_key)
if score_for_key < min_score:
print "%s < %s" % (score_for_key, min_score)
min_score = score_for_key
min_score_key = place["key"]
meeting_point = point_for_key
participant_locations = [(p["bounds"][0], p["bounds"][1])
for p in places_for_key]
print "Best Time: %s" % min_score_key
print "Meeting point: %s,%s" % meeting_point
print participant_locations
answer = internalDataStore.getAnswerList("Meetups")
answer = answer[0]["value"] if answer is not None and answer.count(
) > 0 else []
answer = [
v for v in answer
if "description" in v and v["description"] != description
]
answer.append({
"description": description,
"participants": participant_uuids,
"hour": min_score_key,
"place": meeting_point
})
internalDataStore.saveAnswer("Meetups", answer)