def deploy(name, zipfile):
print 'deploying %s to sensor %s ...' % (zipfile, name),
# Read file
f = open(zipfile, 'rb')
ba = f.read()
f.close()
# Deploy sensor
transport, client = connect.openClient()
client.deploySensor(name, ba);
connect.closeClient(transport)
print '[OK]'
def deploy(name, zipfile):
print 'deploying %s to sensor %s ...' % (zipfile, name),
# Read file
f = open(zipfile, 'rb')
ba = f.read()
f.close()
# Deploy sensor
transport, client = connect.openClient()
client.deploySensor(name, ba)
connect.closeClient(transport)
print '[OK]'
def configure(sensor, path):
conf = os.path.join(path, 'conf.yaml')
if os.path.exists(conf):
# Reading yaml file
yf = open(conf, 'r')
content = yaml.load(yf)
yf.close()
config = ttypes.SensorConfiguration()
if 'interval' in content:
config.interval = int(content['interval'])
if 'sensorType' in content:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES[
content['sensorType']]
else:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES['METRIC']
parameters = []
if 'params' in content:
for key in content['params'].keys():
param = ttypes.Parameter()
param.key = key
param.value = str(content['params'][key])
parameters.append(param)
config.parameters = parameters
# Connect with management interface
transport, client = connect.openClient()
# Update configuration
client.updateSensorConfiguration(sensor, config, [])
# Close transport
connect.closeClient(transport)
print 'Configuration applied'
def configure(sensor, path):
conf = os.path.join(path, 'conf.yaml')
if os.path.exists(conf):
# Reading yaml file
yf = open(conf, 'r')
content = yaml.load(yf)
yf.close()
config = ttypes.SensorConfiguration()
if 'interval' in content:
config.interval = int(content['interval'])
if 'sensorType' in content:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES[content['sensorType']]
else:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES['METRIC']
parameters = []
if 'params' in content:
for key in content['params'].keys():
param = ttypes.Parameter()
param.key = key
param.value = str(content['params'][key])
parameters.append(param)
config.parameters = parameters
# Connect with management interface
transport, client = connect.openClient()
# Update configuration
client.setSensorConfiguration(sensor, config)
# Close transport
connect.closeClient(transport)
print 'Configuration applied'
def configure(sensor, path):
conf = os.path.join(path, "conf.yaml")
if os.path.exists(conf):
# Reading yaml file
yf = open(conf, "r")
content = yaml.load(yf)
yf.close()
config = ttypes.SensorConfiguration()
if "interval" in content:
config.interval = int(content["interval"])
if "sensorType" in content:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES[content["sensorType"]]
else:
config.sensorType = ttypes.SensorType._NAMES_TO_VALUES["METRIC"]
parameters = []
if "params" in content:
for key in content["params"].keys():
param = ttypes.Parameter()
param.key = key
param.value = str(content["params"][key])
parameters.append(param)
config.parameters = parameters
# Connect with management interface
transport, client = connect.openClient()
# Update configuration
client.updateSensorConfiguration(sensor, config, [])
# Close transport
connect.closeClient(transport)
print "Configuration applied"
