Pypowerwall

* PyPI 0.1.4
* Changed "Network Scan" default timeout to 400ms for better detection.
* Added Tesla App style "Battery Level Percentage" Conversion option to `level()` to convert the level reading to the 95% scale used by the App. This converts the battery level percentage to be consistent with the Tesla App:

python
>>> pw.level(scale=True)

* PyPI 0.1.3
* Added `temp()` function to pull Powerwall temperatures.

python
pw.temps(jsonformat=True)


json
{
"TETHC--2012170-25-E--TGxxxxxxxxxxxx": 17.5,
"TETHC--3012170-05-B--TGxxxxxxxxxxxx": 17.700000000000003
}

* PyPI 0.1.1
* Added stats to pypowerwall proxy server.py (via URI /stats and /stats/clear)
* Added Information Functions: `site_name()`, `version()`, `din()`, `uptime()`, and `status()`.

python
Display System Info
print("Site Name: %s - Firmware: %s - DIN: %s" % (pw.site_name(), pw.version(), pw.din()))
print("System Uptime: %s\n" % pw.uptime())

* PyPI 0.1.0
* Added *protobuf* handling to support decoding the Powerwall Device Vitals data (requires protobuf package)
* Added function `vitals()` to pull Powerwall Device Vitals
* Added function `strings()` to pull data on solar panel strings (Voltage, Current, Power and State)

python
vitals = pw.vitals(jsonformat=False)
strings = pw.strings(jsonformat=False, verbose=False)

* PyPI 0.0.3
* Added Proxy Server - Useful for metrics gathering tools like telegraf (see [proxy](proxy/)]).
* Added Powerwall Simulator - Mimics Powerwall Gateway responses for testing (see [pwsimulator](pwsimulator/)])
* Added raw binary poll capability to be able to pull *protobuf* formatted payloads like '/api/devices/vitals'.

python
payload = pw.poll('/api/devices/vitals')