def upload_data(self, cluster, node, sensor_t, sensor_q, sensor_u, measurements):
x = Videk(videk_token)
x.api_url = videk_api_url
cluster_id = x.getClusterID(cluster)
if cluster_id == None:
x.createCluster(cluster)
cluster_id = x.getClusterID(cluster)
node_id = x.getNodeID(node)
if node_id == None:
x.createNode(node, cluster_id)
node_id = x.getNodeID(node)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
if sensor_id == None:
x.createSensor(node_id, sensor_t, sensor_q, sensor_u)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
videk_m = """{"latitude":"","longitude":"","ts":"","value":""}"""
preparedData = []
for measurement in measurements:
data = json.loads(videk_m)
data["value"] = measurement["v"]
data["ts"] = datetime.fromtimestamp(int(measurement["t"])).isoformat()
data["latitude"] = measurement["lat"]
data["longitude"] = measurement["lon"]
preparedData.append(data)
x.uploadMesurements(preparedData, node_id, sensor_id)
def upload_data(self, cluster, node, sensor_t, \
sensor_q, sensor_u, measurements):
x = Videk(videk_token)
x.api_url = videk_api_url
cluster_id = x.getClusterID(cluster)
if cluster_id == None:
x.createCluster(cluster)
cluster_id = x.getClusterID(cluster)
node_id = x.getNodeID(node)
if node_id == None:
x.createNode(node, cluster_id)
node_id = x.getNodeID(node)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
if sensor_id == None:
x.createSensor(node_id, sensor_t, sensor_q, sensor_u)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
videk_m = '''{"latitude":"","longitude":"","ts":"","value":""}'''
preparedData = []
for measurement in measurements:
data = json.loads(videk_m)
data['value'] = measurement["v"]
data['ts'] = datetime.fromtimestamp(int(measurement["t"])) \
.isoformat()
data['latitude'] = measurement["lat"]
data['longitude'] = measurement["lon"]
preparedData.append(data)
x.uploadMesurements(preparedData, node_id, sensor_id)
x.api_url = "http://localhost/api"
cluster = "example";
node = "example.com"
sensor_t = "test"
sensor_q = "test_value"
sensor_u = "t"
cluster_id = x.getClusterID(cluster)
if cluster_id == None:
x.createCluster(cluster)
cluster_id = x.getClusterID(cluster)
node_id = x.getNodeID(node)
if node_id == None:
x.createNode(node, cluster_id)
node_id = x.getNodeID(node)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
if sensor_id == None:
x.createSensor(node_id, sensor_t, sensor_q, sensor_u)
sensor_id = x.getSensorID(node, sensor_t, sensor_q)
measurement = '''{"latitude":"","longitude":"","ts":"","value":""}'''
while True:
try:
v = randint(1, 10)
preparedData = []
data = json.loads(measurement)
sensor_t = "beep"
sensor_q1 = "voltage"
sensor_u1 = "mV"
sensor_q2 = "signal"
sensor_u2 = "dBm"
sensor_q3 = "weight"
sensor_u3 = "g"
cluster_id = x.getClusterID(cluster)
if cluster_id == None:
x.createCluster(cluster)
cluster_id = x.getClusterID(cluster)
node_id = x.getNodeID(node)
if node_id == None:
x.createNode(node, cluster_id)
node_id = x.getNodeID(node)
sensor_id_v = x.getSensorID(node, sensor_t, sensor_q1)
if sensor_id_v == None:
x.createSensor(node_id, sensor_t, sensor_q1, sensor_u1)
sensor_id_v = x.getSensorID(node, sensor_t, sensor_q1)
sensor_id_s = x.getSensorID(node, sensor_t, sensor_q2)
if sensor_id_s == None:
x.createSensor(node_id, sensor_t, sensor_q2, sensor_u2)
sensor_id_s = x.getSensorID(node, sensor_t, sensor_q2)
sensor_id_w = x.getSensorID(node, sensor_t, sensor_q3)
if sensor_id_w == None:
x.createSensor(node_id, sensor_t, sensor_q3, sensor_u3)
spm_file_name = "/tmp/spm-data"
videk.latitude = lat
videk.longitude = lon
cluster_id = videk.getClusterID(cluster)
if cluster_id == None:
videk.createCluster(cluster)
cluster_id = videk.getClusterID(cluster)
node_id_by_node_name = videk.getNode(node)
node_id_by_node_machine_id = videk.getNodeByHardwareId(machine_id)
node_model_update = {}
if node_id_by_node_name == None and node_id_by_node_machine_id == None:
videk.createNode(node, cluster_id)
node_id = videk.getNodeID(node)
videk.updateSingleNodeParam(node_id, "machine_id", machine_id)
videk.addNodeExtraField(node, "MAC", mac)
videk.addNodeExtraField(node, "Software", sw_version)
node_model = videk.getNode(node)
elif node_id_by_node_name == None and node_id_by_node_machine_id != None:
node_model = videk.getNodeByHardwareId(machine_id)
if node_model['name'] != node:
node_model['name'] = node
node_model_update['name'] = node
print "updated node name"
if node_model['cluster'] != cluster:
node_model['cluster'] = cluster
node_model['cluster_name'] = cluster
node_model_update['cluster'] = cluster
#!/usr/bin/env python
# encoding: utf-8
import subprocess
import re
import time
import json
import datetime
from videk_rest_client import Videk
x = Videk('TOKEN')
x.createCluster('clusterName')
cluster_id = x.getClusterID('clusterName')
x.createNode('nodeName', cluster_id)
node_id = x.getNodeID('nodeName')
x.createSensor(node_id, 'sensorType', 'sensorQuantity', 'sensorUnit')
sensor_id = x.getSensorID('nodeName', 'sensorType', 'sensorQuantity')
measurement = '''{"latitude": 99.999999 , "longitude": 99.999999 ,"ts": "2014-07-24T15:14:30.850Z","value": 0 }'''
while True:
#Get CPU temperature
sensors = subprocess.check_output("sensors")
temperatures = {
match[0]: float(match[1])
for match in re.findall("^(.*?)\:\s+\+?(.*?)°C", sensors, re.MULTILINE)
}
preparedData = []
data = json.loads(measurement)
#!/usr/bin/env python
# encoding: utf-8
import subprocess
import re
import time
import json
import datetime
from videk_rest_client import Videk
x = Videk('TOKEN')
x.createCluster('clusterName')
cluster_id = x.getClusterID('clusterName')
x.createNode('nodeName', cluster_id)
node_id = x.getNodeID('nodeName')
x.createSensor(node_id, 'sensorType', 'sensorQuantity', 'sensorUnit')
sensor_id = x.getSensorID('nodeName', 'sensorType', 'sensorQuantity')
measurement = '''{"latitude": 99.999999 , "longitude": 99.999999 ,"ts": "2014-07-24T15:14:30.850Z","value": 0 }'''
while True:
#Get CPU temperature
sensors = subprocess.check_output("sensors")
temperatures = {match[0]: float(match[1]) for match in re.findall("^(.*?)\:\s+\+?(.*?)°C", sensors, re.MULTILINE)}
preparedData = []
data = json.loads(measurement)
data['value'] = temperatures['Core 0']
data['ts'] = datetime.utcnow().isoformat()
data['latitude'] = 11.111111
