This is a Python client library for SensorBee REST / WebSocket API.
This library also provides utility commands (sbstat and sbpeek) which can be used to inspect SensorBee topology.
pip install sensorbee-python
To use WebSocket Client API, you also need to install websocket-client:
pip install websocket-client
- Python 2.7, 3.3, 3.4, 3.5 or 3.6.
In most cases the only class you need to use is pysensorbee.api.SensorBeeAPI.
Here is an example:
from pysensorbee import SensorBeeAPI api = SensorBeeAPI('127.0.0.1', 15601) api.create_topology('test') api.query('test', 'CREATE SOURCE ns TYPE node_statuses;') for r in api.query('test', 'SELECT RSTREAM * FROM ns [RANGE 1 TUPLES];'): print(r)
See pydoc pysensorbee.api for details.
sbstat provides a brief summary of the topology status.
$ sbstat -H 127.0.0.1 -P 15601 -t test
Node Status Received Error Output Sent Queued Dropped
-> node_stats running (total) 5381 0
sensorbee_tmp_8 5381 0 (0.0%)
:: sensorbee_tmp_8 running 5381 0 (total) 5381 0
sensorbee_tmp_select_sink_7 5381 0 (0.0%)
<- sensorbee_tmp_select_sink_7 running 5381 0
Sources, streams and sinks are indicated by ->, :: and <-, respectively.
sbpeek can be used to peek what tuple is currently running through the specified source or stream.
$ sbpeek -H 127.0.0.1 -P 15601 -t test -1 node_stats
{"behaviors": {"remove_on_stop": false, "stop_on_disconnect": false}, "node_type": "source", "output_stats": {"num_sent_total": 5893, "outputs": {"sensorbee_tmp_58": {"queue_size": 1024, "num_sent": 0, "num_queued": 0}, "sensorbee_tmp_8": {"queue_size": 1024, "num_sent": 5893, "num_queued": 0}}, "num_dropped": 0}, "state": "running", "node_name": "node_stats"}
See sbstat --help and sbpeek --help for details.
- This library is not a part of the official SensorBee project.
- In addition to APIs documented in the API Specification Version 1, this library supports some undocumented APIs, including WebSocket API.
- This project is a successor of beepy.
MIT License