def get_sensor_id(s, hostname, type):
if sensor_ids.has_key((hostname, type)):
sensor_id = sensor_ids[(hostname, type)]
else:
sensor = lookup_sensor(s, name=hostname, type=type)
if sensor is not None:
sensor_id = sensor.id
sensor_ids[(hostname, type)] = sensor_id
else:
logger.debug("No sensor associated with %s (%s)", hostname, type)
return None
return sensor_id
def get_sensor_id(s, hostname, type):
if sensor_ids.has_key((hostname, type)):
sensor_id = sensor_ids[(hostname, type)]
else:
sensor = lookup_sensor(s, name=hostname, type=type)
if sensor is not None:
sensor_id = sensor.id
sensor_ids[(hostname, type)] = sensor_id
else:
logger.debug("No sensor associated with %s (%s)", hostname, type)
return None
return sensor_id
def get_sensor_id(s, mac, type):
if sensor_ids.has_key((mac, type)):
sensor_id = sensor_ids[(mac, type)]
else:
sensor = lookup_sensor(s, name=mac, type=type)
if sensor is not None:
sensor_id = sensor.id
sensor_ids[(mac, type)] = sensor_id
else:
logger.debug("No sensor associated with %s (%s)", mac, type)
#print "NONE SENSOR", (mac, type)
return None
return sensor_id
def get_sensor_id(s, mac, type):
if sensor_ids.has_key((mac, type)):
sensor_id = sensor_ids[(mac, type)]
else:
sensor = lookup_sensor(s, name=mac, type=type)
if sensor is not None:
sensor_id = sensor.id
sensor_ids[(mac, type)] = sensor_id
else:
logger.debug("No sensor associated with %s (%s)", mac, type)
#print "NONE SENSOR", (mac, type)
return None
return sensor_id
#!/usr/bin/python
from doppelserver.models import Event, load_session
from datetime import datetime
import json, urllib, time
import doppelserver.utils as utils
rooms = [274,333,348,445,474,514,548,674]
if __name__ == "__main__":
s = load_session()
sensors = {}
for room in rooms:
sensors[room] = utils.lookup_sensor(s, "rfid_%d" % room, "rfid")
while True:
now = datetime.now()
for room in rooms:
url = "http://tagnet.media.mit.edu/getRfidUserProfiles?readerid=e14-%d-1" % room
tags = json.load(urllib.urlopen(url))["tags"]
event_json = {"tags": []}
for tag in tags:
tag_json = {}
for k in "first_name", "last_name", "id", "picture_url", "user_name":
if k in tag:
tag_json[k] = tag[k]
if tag_json:
event_json["tags"].append(tag_json)
# in order to save on row space, we deduplicate empty entries
last_entry = s.query(Event).filter_by(sensor=sensors[room]).order_by(Event.time.desc()).first()
if last_entry.json["tags"] == [] and tags == []:
# deal with AM/PM
if time_data["PM"] == 1:
time_data["hour"] += 12
del time_data["PM"]
json["ms"] = time_data["ms"]
del time_data["ms"]
dt = datetime(**time_data)
return Event(sensor=sensor, time=dt, json=json)
if __name__ == "__main__":
s = load_session()
s.autoflush = False
sensor = utils.lookup_sensor(s, "Ping pong table", "ping_pong")
while True:
# last_time is the most recent ping pong update
last_event = s.query(Event).filter_by(sensor=sensor).order_by(Event.time.desc()).first()
xml = etree.XML(urllib.urlopen("http://18.111.48.39/~tmg/pppp/hits.txt").read())
for hit in xml:
event = hit_to_event(hit, sensor=sensor)
# don't add stuff that's older than the last update
if event.time <= last_event.time:
s.expunge(event)
s.commit()
time.sleep(1)
#!/usr/bin/python
from doppelserver.models import Event, load_session
from datetime import datetime
import json, urllib, time
import doppelserver.utils as utils
rooms = [274, 333, 348, 445, 474, 514, 548, 674]
if __name__ == "__main__":
s = load_session()
sensors = {}
for room in rooms:
sensors[room] = utils.lookup_sensor(s, "rfid_%d" % room, "rfid")
while True:
now = datetime.now()
for room in rooms:
url = "http://tagnet.media.mit.edu/getRfidUserProfiles?readerid=e14-%d-1" % room
tags = json.load(urllib.urlopen(url))["tags"]
event_json = {"tags": []}
for tag in tags:
tag_json = {}
for k in "first_name", "last_name", "id", "picture_url", "user_name":
if k in tag:
tag_json[k] = tag[k]
if tag_json:
event_json["tags"].append(tag_json)
# in order to save on row space, we deduplicate empty entries
last_entry = s.query(Event).filter_by(
sensor=sensors[room]).order_by(Event.time.desc()).first()
#!/usr/bin/python
from doppelserver.models import load_session, StaticSample
import urllib, time
import doppelserver.utils as utils
from lxml import etree
if __name__ == "__main__":
s = load_session()
while True:
f = urllib.urlopen("http://tac.mit.edu/E14/data.asp")
xml = etree.XML(f.read())
f.close()
power = int(xml.xpath("string()").strip())
sensor = utils.lookup_sensor(s, "Building power usage", "power")
sample = StaticSample(time=None, data=power, sensor=sensor)
s.add(sample)
s.commit()
time.sleep(45)
# deal with AM/PM
if time_data["PM"] == 1:
time_data["hour"] += 12
del time_data["PM"]
json["ms"] = time_data["ms"]
del time_data["ms"]
dt = datetime(**time_data)
return Event(sensor=sensor, time=dt, json=json)
if __name__ == "__main__":
s = load_session()
s.autoflush = False
sensor = utils.lookup_sensor(s, "Ping pong table", "ping_pong")
while True:
# last_time is the most recent ping pong update
last_event = s.query(Event).filter_by(sensor=sensor).order_by(
Event.time.desc()).first()
xml = etree.XML(
urllib.urlopen("http://18.111.48.39/~tmg/pppp/hits.txt").read())
for hit in xml:
event = hit_to_event(hit, sensor=sensor)
# don't add stuff that's older than the last update
if event.time <= last_event.time:
s.expunge(event)
s.commit()