def processBLEBeacon(data):
# While I'm not a fan of globals, not sure how else we can store state here easily
global opts
global reload_objects_at
global tilts
global uuids
ev = aiobs.HCI_Event()
xx = ev.decode(data)
# To make things easier, let's convert the byte string to a hex string first
raw_data_hex = ev.raw_data.hex()
if len(raw_data_hex) < 80: # Very quick filter to determine if this is a valid Tilt device
return False
if "1370f02d74de" not in raw_data_hex: # Another very quick filter (honestly, might not be faster than just looking at uuid below)
return False
# For testing/viewing raw announcements, uncomment the following
# print("Raw data (hex) {}: {}".format(len(raw_data_hex), raw_data_hex))
# ev.show(0)
try:
# Let's use some of the functions of aioblesscan to tease out the mfg_specific_data payload
payload = ev.retrieve("Payload for mfg_specific_data")[0].val.hex()
# ...and then dissect said payload into a UUID, temp, gravity, and rssi (which isn't actually rssi)
uuid = payload[8:40]
temp = int.from_bytes(bytes.fromhex(payload[40:44]), byteorder='big')
gravity = int.from_bytes(bytes.fromhex(payload[44:48]), byteorder='big')
# tx_pwr = int.from_bytes(bytes.fromhex(payload[48:49]), byteorder='big')
# rssi = int.from_bytes(bytes.fromhex(payload[49:50]), byteorder='big')
rssi = 0 # TODO - Fix this
except:
return
if verbose:
print("Tilt Payload (hex): {}".format(payload))
color = TiltHydrometer.color_lookup(uuid) # Map the uuid back to our TiltHydrometer object
tilts[color].process_decoded_values(gravity, temp, rssi) # Process the data sent from the Tilt
# The Fermentrack specific stuff:
reload = False
if datetime.datetime.now() > reload_objects_at:
# Doing this so that as time passes while we're polling objects, we still end up reloading everything
reload = True
reload_objects_at = datetime.datetime.now() + datetime.timedelta(seconds=15)
for this_tilt in tilts:
if tilts[this_tilt].should_save():
tilts[this_tilt].save_value_to_fermentrack(verbose=verbose)
if reload: # Users editing/changing objects in Fermentrack doesn't signal this process so reload on a timer
tilts[this_tilt].load_obj_from_fermentrack()
def callback(bt_addr, rssi, packet, additional_info):
# Although beacontools provides a device filter option, we're not going to use it as it doesn't currently allow
# specifying a list of UUIDs (I don't think, at least). Instead, we'll filter here.
if additional_info['uuid'] in uuids:
color = TiltHydrometer.color_lookup(
additional_info['uuid']
) # Map the uuid back to our TiltHydrometer object
tilts[color].process_ibeacon_info(
packet, rssi) # Process the data sent from the Tilt
if verbose:
# If we're in 'verbose' mode, also go ahead and print out the data we received
tilts[color].print_data()
def processBLEBeacon(data):
# While I'm not a fan of globals, not sure how else we can store state here easily
global verbose
global reload_objects_at
global tilts
ev = aiobs.HCI_Event()
xx = ev.decode(data)
# To make things easier, let's convert the byte string to a hex string first
if ev.raw_data is None:
if verbose:
LOG.error("Event has no raw data")
return False
raw_data_hex = ev.raw_data.hex()
if len(
raw_data_hex
) < 80: # Very quick filter to determine if this is a valid Tilt device
# if verbose:
# LOG.info("Small raw_data_hex: {}".format(raw_data_hex))
return False
if "1370f02d74de" not in raw_data_hex: # Another very quick filter (honestly, might not be faster than just looking at uuid below)
# if verbose:
# LOG.info("Missing key in raw_data_hex: {}".format(raw_data_hex))
return False
# For testing/viewing raw announcements, uncomment the following
# print("Raw data (hex) {}: {}".format(len(raw_data_hex), raw_data_hex))
# ev.show(0)
# try:
# mac_addr = ev.retrieve("peer")[0].val
# except:
# pass
try:
# Let's use some of the functions of aioblesscan to tease out the mfg_specific_data payload
manufacturer_data = ev.retrieve("Manufacturer Specific Data")
payload = manufacturer_data[0].payload
payload = payload[1].val.hex()
# ...and then dissect said payload into a UUID, temp, and gravity
uuid = payload[4:36]
temp = int.from_bytes(bytes.fromhex(payload[36:40]), byteorder='big')
gravity = int.from_bytes(bytes.fromhex(payload[40:44]),
byteorder='big')
# On the latest tilts, TX power is used for battery
tx_pwr = int.from_bytes(bytes.fromhex(payload[44:46]),
byteorder='big',
signed=False)
rssi = ev.retrieve("rssi")[-1].val
except Exception as e:
LOG.error(e)
capture_exception(e)
exit(1)
return False # This can't be called, but it's here to make Pycharm happy
if verbose:
LOG.info("Tilt Payload (hex): {}".format(raw_data_hex))
color = TiltHydrometer.color_lookup(
uuid) # Map the uuid back to our TiltHydrometer object
tilts[color].process_decoded_values(
gravity, temp, rssi, tx_pwr) # Process the data sent from the Tilt
if verbose:
# print("Color {} - MAC {}".format(color, mac_addr))
print("Raw Data: `{}`".format(raw_data_hex))
print(
f"{color} - Temp: {temp}, Gravity: {gravity}, RSSI: {rssi}, TX Pwr: {tx_pwr}"
)
# The Fermentrack specific stuff:
reload = False
if datetime.datetime.now() > reload_objects_at:
# Doing this so that as time passes while we're polling objects, we still end up reloading everything
reload = True
reload_objects_at = datetime.datetime.now() + datetime.timedelta(
seconds=30)
for this_tilt in tilts:
if tilts[this_tilt].should_save():
if verbose:
LOG.info("Saving {} to Fermentrack".format(this_tilt))
tilts[this_tilt].save_value_to_fermentrack(verbose=verbose)
if reload: # Users editing/changing objects in Fermentrack doesn't signal this process so reload on a timer
if verbose:
LOG.info("Loading {} from Fermentrack".format(this_tilt))
tilts[this_tilt].load_obj_from_fermentrack()
application = get_wsgi_application()
from gravity.tilt.TiltHydrometer import TiltHydrometer
import gravity.models
# import django.core.exceptions
tilt_monitor_utils.process_monitor_options()
verbose = tilt_monitor_utils.verbose
mydev = tilt_monitor_utils.bluetooth_device
#### The main loop
# Create a list of TiltHydrometer objects for us to use
tilts = {x: TiltHydrometer(x)
for x in TiltHydrometer.tilt_colors
} # type: Dict[str, TiltHydrometer]
# Create the default
reload_objects_at = datetime.datetime.now() + datetime.timedelta(seconds=15)
def processBLEBeacon(data):
# While I'm not a fan of globals, not sure how else we can store state here easily
global verbose
global reload_objects_at
global tilts
ev = aiobs.HCI_Event()
xx = ev.decode(data)
def centralManager_didDiscoverPeripheral_advertisementData_RSSI_(
self, manager, peripheral, advertisementData, rssi):
#is it an iBeacon?
# print(advertisementData)
if advertisementData == None:
return
# advertisementData is an NSDictionary
manufacturerData = advertisementData.objectForKey_(
"kCBAdvDataManufacturerData")
if manufacturerData == None:
return
# see if we have an iBeacon
if manufacturerData.length() != 25:
return
data = manufacturerData.bytes()
if data[0] != 0x4C or data[1] != 0x00:
return # { return nil } // Apple identifier
if data[2] != 0x02:
return #{ return nil } // iBeacon subtype identifier
if data[3] != 0x15:
return # { return nil } // Subtype length (fixed)
uuid_data = data[4:20]
# how to better convert bytes to a string?
uuid = ""
for i in range(16):
uuid = uuid + "{0:x}".format(uuid_data[i])
# is this a tilt?
color = TiltHydrometer.color_lookup(
uuid) # Map the uuid back to our TiltHydrometer object
if color == None:
return
temp = int.from_bytes(data[20:22], byteorder='big')
gravity = int.from_bytes(data[22:24], byteorder='big')
transmitPower = int.from_bytes(data[24:2], byteorder='big')
global tilts
global reload_objects_at
tilts[color].process_decoded_values(
gravity, temp,
transmitPower) # Process the data sent from the Tilt
# This stuff below seems racy..
# The Fermentrack specific stuff:
reload = False
if datetime.datetime.now() > reload_objects_at:
# Doing this so that as time passes while we're polling objects, we still end up reloading everything
reload = True
reload_objects_at = datetime.datetime.now() + datetime.timedelta(
seconds=30)
for this_tilt in tilts:
if tilts[this_tilt].should_save():
tilts[this_tilt].save_value_to_fermentrack(
verbose=tilt_monitor_utils.verbose)
if reload: # Users editing/changing objects in Fermentrack doesn't signal this process so reload on a timer
tilts[this_tilt].load_obj_from_fermentrack()
from gravity.tilt.TiltHydrometer import TiltHydrometer
import gravity.models
# import django.core.exceptions
tilt_monitor_utils.process_monitor_options()
verbose = tilt_monitor_utils.verbose
mydev = tilt_monitor_utils.bluetooth_device
#### The main loop
# Create a list of TiltHydrometer objects for us to use
tilts = {x: TiltHydrometer(x) for x in TiltHydrometer.tilt_colors} # type: Dict[str, TiltHydrometer]
# Create the default
reload_objects_at = datetime.datetime.now() + datetime.timedelta(seconds=15)
def processBLEBeacon(data):
# While I'm not a fan of globals, not sure how else we can store state here easily
global verbose
global reload_objects_at
global tilts
ev = aiobs.HCI_Event()
xx = ev.decode(data)
# To make things easier, let's convert the byte string to a hex string first
