Öffentliche Wikis
IPv6 Wiki
Network Engineering
Netzwerksicherheit
Netzwerkprogrammierung
Contiki OS
Linux
FreeBSD
Windows
OSX
Internet of Things
Private Wikis
Öffentliche Wikis
IPv6 Wiki
Network Engineering
Netzwerksicherheit
Netzwerkprogrammierung
Contiki OS
Linux
FreeBSD
Windows
OSX
Internet of Things
Private Wikis
LED-Color: blue
mosquitto_pub -d -h localhost -p 1883 -t "yang/config" -m '{ "device":{ "description": "MQTT-Device identified by UUID", "uuid":{ "type": "string", "value": "F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description": "Identifies the device category", "type": "string", "value":"L-LAMP" } }, "rpc": { "set_color_blue": { "description": "RPC call that sets the LED Color to blue", "mqtt-command": "BLUE", "input": { "uuid": { "description": "Sends request to device specified by uuid", "type": "string" } } }, "switch_off": { "description": "Switches the LIFX-Led off", "mqtt-command": "OFF" } } }'
{ "device":{ "description":"MQTT-Device identified by UUID", "uuid":{ "type":"string", "value":"F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description":"Identifies the device category", "type":"string", "value":"L-LAMP" } }, "rpc":{ "set_color_blue":{ "description":"RPC call that sets the LED Color to blue", "mqtt-command":"BLUE", "input":{ "uuid":{ "description":"Sends request to device specified by uuid", "type":"string" } } }, "switch_off":{ "description":"Switches the LIFX-Led off", "mqtt-command":"OFF" } } }
LED-Color: green
mosquitto_pub -d -h localhost -p 1883 -t "yang/config" -m '{ "device":{ "description": "MQTT-Device identified by UUID", "uuid":{ "type": "string", "value": "F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description": "Identifies the device category", "type": "string", "value":"L-LAMP" } }, "rpc": { "set_color_green": { "description": "RPC call that sets the LED Color to green", "mqtt-command": "GREEN", "input": { "uuid": { "description": "Sends request to device specified by uuid", "type": "string" } } }, "switch_off": { "description": "Switches the LIFX-Led off", "mqtt-command": "OFF" } } }'
{ "device":{ "description":"MQTT-Device identified by UUID", "uuid":{ "type":"string", "value":"F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description":"Identifies the device category", "type":"string", "value":"L-LAMP" } }, "rpc":{ "set_color_green":{ "description":"RPC call that sets the LED Color to green", "mqtt-command":"GREEN", "input":{ "uuid":{ "description":"Sends request to device specified by uuid", "type":"string" } } }, "switch_off":{ "description":"Switches the LIFX-Led off", "mqtt-command":"OFF" } } }
LED-Color: green + blue
mosquitto_pub -d -h localhost -p 1883 -t "yang/config" -m '{ "device":{ "description": "MQTT-Device identified by UUID", "uuid":{ "type": "string", "value": "F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description": "Identifies the device category", "type": "string", "value":"L-LAMP" } }, "rpc": { "set_color_blue": { "description": "RPC call that sets the LED Color to blue", "mqtt-command": "BLUE", "input": { "uuid": { "description": "Sends request to device specified by uuid", "type": "string" } } }, "set_color_green": { "description": "RPC call that sets the LED Color to green", "mqtt-command": "GREEN", "input": { "uuid": { "description": "Sends request to device specified by uuid", "type": "string" } } }, "switch_off": { "description": "Switches the LIFX-Led off", "mqtt-command": "OFF" } } }'
{ "device":{ "description":"MQTT-Device identified by UUID", "uuid":{ "type":"string", "value":"F97dfF79-8A12-4F4F-8F69-6B8F3C2EdadDD" }, "device-category":{ "description":"Identifies the device category", "type":"string", "value":"L-LAMP" } }, "rpc":{ "set_color_blue":{ "description":"RPC call that sets the LED Color to blue", "mqtt-command":"BLUE", "input":{ "uuid":{ "description":"Sends request to device specified by uuid", "type":"string" } } }, "set_color_green":{ "description":"RPC call that sets the LED Color to green", "mqtt-command":"GREEN", "input":{ "uuid":{ "description":"Sends request to device specified by uuid", "type":"string" } } }, "switch_off":{ "description":"Switches the LIFX-Led off", "mqtt-command":"OFF" } } }
m = manager.connect_ssh("localhost", port=44555, username="Thomas", password="admin",allow_agent=False,hostkey_verify=False,look_for_keys=False) n = xml_.to_ele('<get-schema/>') m.dispatch(n)
n = xml_.to_ele('<get/>') n = xml_.to_ele('<set_color_blue><uuid>12345</uuid></set_color_blue>') n = xml_.to_ele('<set_color_green><uuid>12345</uuid></set_color_green>') n = xml_.to_ele('<switch_off><uuid>1fff</uuid></switch_off>')
ACHTUNG: Server stürzt ab, wenn kein UUID tag angegeben wird.
Setup in iTerm: (cd /Users/Thomas/LIFX/demo
):
mqtt/LIFX bridge (./mqtt)
mqtt_publisher (send json)
mqtt_subscriber (mosquitto_sub -d -h localhost -p 1883 -t „#“)
/usr/local/sbin/mosquitto -c ./mqtt.conf
Virtenv starten:
source python-virtenv/bin/activate
NETCONF/MQTT bridge:
python -i netconf_Server.py # Achtung: MQTT Broker muss vorher gestartet sein!
ncclient:
from ncclient import manager from ncclient import xml_
for capability in m.server_capabilities: ... print(capability)
m = manager.connect_ssh('ios-xe-mgmt.cisco.com', port=10000, username="root", password='C!sc0123',allow_agent=False,hostkey_verify=False,look_for_keys=False)