def GET(self,rname):
conn = Connector('localhost',27017,'receipts','receipt')
temparr = conn.read()
arr = []
for x in temparr:
arr.append(str(x['_id']))
for v in arr:
if (rname == v):
return "Hello World! %s" % rname
return arr
def GET(self, rname):
conn = Connector('localhost', 27017, 'receipts', 'receipt')
temparr = conn.read()
arr = []
for x in temparr:
arr.append(str(x['_id']))
for v in arr:
if (rname == v):
return "Hello World! %s" % rname
return arr
def main():
#establish a new connection
x = Connector('localhost',27017,'receipts','receipt')
#create a new document for the collection
a = {"storeName": 'Hemköp',"amountCurrency": 1260,"typeOfCurrency": 'SEK',"date": '29.10.2015',"typeOfReceipt": 'Food',"deprecated": False}
#call the create method
#x.create(a)
store = 'Pressbyrån'
b = {"storeName":store,"typeOfReceipt":"Entertainment"}
#print(b)
#x.update('56eead25316a1164283b8733',b)
#reads all current documents
b = x.read()
#prints the store name of the first array value
print b[0]['storeName']
def main():
#establish a new connection
x = Connector('localhost', 27017, 'receipts', 'receipt')
#create a new document for the collection
a = {
"storeName": 'Hemköp',
"amountCurrency": 1260,
"typeOfCurrency": 'SEK',
"date": '29.10.2015',
"typeOfReceipt": 'Food',
"deprecated": False
}
#call the create method
#x.create(a)
store = 'Pressbyrån'
b = {"storeName": store, "typeOfReceipt": "Entertainment"}
#print(b)
#x.update('56eead25316a1164283b8733',b)
#reads all current documents
b = x.read()
#prints the store name of the first array value
print b[0]['storeName']
class Index:
def __init__(self):
#create a new connection to the db
self.conn = Connector('localhost',27017,'receipts','receipt')
def GET(self, name='None'):
#read the names from the database
names = self.conn.read()
#return the render of index with the array
return render.index(names)
def POST(self,name):
return "post"
class Index:
def __init__(self):
#create a new connection to the db
self.conn = Connector('localhost', 27017, 'receipts', 'receipt')
def GET(self, name='None'):
#read the names from the database
names = self.conn.read()
#return the render of index with the array
return render.index(names)
def POST(self, name):
return "post"
def run(self):
"""
Main thread loop
"""
self.running = True
# start progress event queue hander thread
progressOpEventRunner = threading.Thread(
target=self.progressOpsEventThread)
progressOpEventRunner.start()
# Add connectors
for c in list(Connector.select().where(Connector.state > -1).dicts()):
self.addConnector(c)
while self.running:
for i in range(0, self.heartbeatInterval):
if not self.running: break
time.sleep(1)
self.pumpEvent({'eventType': 'heartbeat', 'eventSource': 'vcube'})
self.connectorsLock.acquire(True)
try:
""" join event queue runner """
progressOpEventRunner.join()
""" Stop event listener clients """
for cid, c in self.connectorEventListeners.iteritems():
logger.info("Stopping connector client %s" % (cid, ))
c.stop()
""" Stop action pool clients """
for cid, c in self.connectorActionPool.iteritems():
logger.info("Stopping connector client %s" % (cid, ))
c.stop()
""" Join event listeners """
for cid, c in self.connectorEventListeners.iteritems():
c.join()
""" Join clients """
for cid, c in self.connectorActionPool.iteritems():
c.join()
self.connectorActionPool = {}
self.connectorEventListeners = {}
finally:
self.connectorsLock.release()
def __init__(self):
#create a new connection to the db
self.conn = Connector('localhost',27017,'receipts','receipt')
def get(self):
connectors = list(Connector.objects())
if not connectors:
abort(404, "networks not found")
return connectors
def __init__(self):
#create a new connection to the db
self.conn = Connector('localhost', 27017, 'receipts', 'receipt')
def onConnectorStatusChange(self, cid, state, message=''):
"""
Pump event to clients first
"""
self.pumpEvent({
'eventSource': 'vcube',
'eventType': 'ConnectorStateChanged',
'connector_id': cid,
'state': state,
'state_text': message
})
logEvent = False
try:
c = Connector.get(Connector.id == int(cid)
and Connector.state > -1)
if int(c.state) != int(state):
logEvent = True
c.state = state
c.state_text = message
c.save()
except Connector.DoesNotExist:
return
except Exception as e:
traceback.print_exc()
logger.exception(e)
if logEvent:
sevLookups = {
constants.CONNECTOR_STATES['DISABLED']:
constants.SEVERITY['WARNING'],
constants.CONNECTOR_STATES['DISCONNECTED']:
constants.SEVERITY['INFO'],
constants.CONNECTOR_STATES['ERROR']:
constants.SEVERITY['CRITICAL'],
constants.CONNECTOR_STATES['REGISTERING']:
constants.SEVERITY['WARNING'],
constants.CONNECTOR_STATES['RUNNING']:
constants.SEVERITY['INFO']
}
try:
self.logEvent({
'name':
'Connector state changed to ' +
constants.CONNECTOR_STATES_TEXT.get(state, 'Unknown'),
'details':
message,
'connector':
cid,
'severity':
sevLookups.get(state, constants.SEVERITY['INFO']),
'category':
constants.LOG_CATEGORY['CONNECTOR']
})
except Exception as e:
traceback.print_exc()
logger.exception(e)
def createBuilding(self, building):
db.begin()
try:
Building(name=building.get("name")).save()
if building.get("floors") is not None:
for floor in building.get("floors"):
Floor(level=floor.get("level"),
buildingName=building.get("name")).save()
if floor.get("waypoints") is not None:
for waypoint in floor.get("waypoints"):
if ("type" in waypoint):
if (waypoint.get("type") ==
WAYPOINT_TYPES["ClassRoom"]):
classRoom = ClassRoom(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
for schedule in waypoint["schedule"]:
group = Group.nodes.get_or_none(
name=schedule["group"],
buildingName=building.get("name"))
if group is None:
group = Group(
name=schedule["group"],
buildingName=building.get(
"name")).save()
group.classes.connect(
classRoom, {
'course':
schedule["course"],
'dayOfWeek':
schedule["dayOfWeek"],
'startTime':
schedule["startTime"],
'finishTime':
schedule["finishTime"]
})
elif (waypoint.get("type") ==
WAYPOINT_TYPES["Office"]):
office = Office(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
for prof in waypoint["professors"]:
teacher = Teacher.nodes.get_or_none(
name=prof,
buildingName=building.get("name"))
if teacher is None:
teacher = Teacher(
name=prof,
buildingName=building.get(
"name")).save()
teacher.office.connect(office)
elif (waypoint.get("type") ==
WAYPOINT_TYPES["Connector"]):
Connector(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
else:
Waypoint(
name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
else:
Waypoint(name=waypoint.get("name"),
markerId=waypoint.get("markerId"),
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=waypoint.get("shapeType"),
color=waypoint.get("color"),
width=waypoint.get("width"),
length=waypoint.get("length"),
x=waypoint.get("x"),
y=waypoint.get("y")).save()
if floor.get("hallways") is not None:
for hallway in floor.get("hallways"):
Hallway(name=hallway["name"],
markerId=hallway["markerId"],
buildingName=building.get("name"),
floorLevel=floor.get("level"),
shapeType=hallway["shapeType"],
color=hallway["color"],
width=hallway["width"],
length=hallway["length"],
x=hallway["x"],
y=hallway["y"]).save()
if building.get("floors") is not None:
for floor in building.get("floors"):
if floor.get("waypoints") is not None:
for waypoint in floor.get("waypoints"):
base = Waypoint.nodes.get(
name=waypoint.get("name"),
floorLevel=floor.get("level"),
buildingName=building.get("name"))
for neighbor in waypoint["neighbors"]:
base.neighbors.connect(
Waypoint.nodes.get(
name=neighbor.get("name"),
floorLevel=floor.get("level"),
buildingName=building.get("name")),
{
'direction':
neighbor.get("direction")
})
self.checkBuilding(building.get("name"))
db.commit()
return self.get(building.get("name")), 200
except Exception as e:
db.rollback()
return str(e), 500