from bleuio_lib.bleuio_funcs import BleuIo
import time
my_dongle = BleuIo()
my_dongle.start_daemon()
print("\n\nConnected to Dongle.\n")
print("\nWelcome to the iBeacon example!\n\n")
success = ""
while True:
if not success:
new_input = input(
"Enter the iBeacon UUID (x) string with Major (j), "
"Minor (n) and TX (t)\n"
"Example: ebbaaf47-0e4f-4c65-8b08-dd07c98c41ca0000000000\n>> ")
success = my_dongle.at_advdatai(new_input)
time.sleep(0.1)
if "OK" in str(success):
advstart = my_dongle.at_advstart()
print(advstart)
if not input("Press any key to exit."):
my_dongle.at_advstop()
break
else:
print("Error, try again.")
success = ""
from bleuio_lib.bleuio_funcs import BleuIo
from serial import SerialException
from time import sleep
# This script will receive data from a central dongle
# and echo it back to the central
my_dongle = None
connected_to_dongle = False
connected_to_central = False
message = ''
while not connected_to_dongle:
try:
# Specify the COM PORT connected to the dongle
my_dongle = BleuIo()
# Start the deamon (background process handler) for RX and TX data.
my_dongle.start_daemon()
connected_to_dongle = True
except SerialException:
print('Dongle not found. Please connect your dongle')
sleep(5)
print('Connected to dongle\n\n'
'Welcome to the BleuIO SPS example!\n\n') # //TODO byt namn på de andra
# Starts advertising so it can be detected
my_dongle.at_advstart()
try:
my_dongle = None
connected_to_dongle = False
connected_to_peripheral = False
message = ""
target_device_address = ""
# This script will send data from a central dongle(my_dongle)
# to a peripheral device(target_device_address)
# which in turn will echo it back to the central
# Target device needs to be set in peripheral role and be advertising
while not connected_to_dongle:
try:
# Specify the COM PORT connected to the dongle
my_dongle = BleuIo(port="COM3")
# Start the deamon (background process handler) for RX and TX data.
my_dongle.start_daemon()
connected_to_dongle = True
except SerialException:
print("Dongle not found. Please connect your dongle")
sleep(5)
print(
"Connected to dongle\n\n" "Welcome to the BleuIO SPS example!\n\n"
) # //TODO byt namn på de andra
# Set the dongle in central role
my_dongle.at_central()
import time
from bleuio_lib.bleuio_funcs import BleuIo
reciever_dongle_port = "COM74" # Change this to your dongle's COM port
mac_addr_to_repeater = (
"[0]40:48:FD:E5:2D:74" # Change this to your repeater dongle's mac address
)
buffer = ""
connected = False
connecting = ""
reciever_dongle = BleuIo(port=reciever_dongle_port)
reciever_dongle.start_daemon()
print("Dongle found.")
def save_msg(buffer):
"""
Parses incomming data string for just the data and prints it out.
"""
result = buffer
result_array1 = result.split("\r\n")
result_array = result_array1[2].split(" ")
msg_to_save = str(result_array[0])
print("Recieved = " + msg_to_save)
try:
from bleuio_lib.bleuio_funcs import BleuIo
from time import sleep
my_dongle = BleuIo()
my_dongle.start_daemon()
print("\nConnected to dongle\n\n"
"Welcome to the Bluetooth device Scanning example!\n\n")
# Set the dongle in central role
my_dongle.at_central()
user_input = input("Enter:\n"
'"1" Continuous scan\n'
'"2" Scan for a limited time\n'
'"3" Scan a target device\n')
if user_input == "1":
# "Continuous scan" option
# Start scanning for bluetooth devices
my_dongle.at_gapscan()
log = []
try:
while True:
# Fetch response from the dongle
response = my_dongle.rx_scanning_results
# Iterate the response for every device found
for device in response:
# Add and print the device if its not already found
import time
from bleuio_lib.bleuio_funcs import BleuIo
import random
sender_dongle_port = "COM73" # Change this to your dongle's COM port
mac_addr_to_repeater = (
"[0]40:48:FD:E5:2D:74" # Change this to your repeater dongle's mac address
)
sender_dongle = BleuIo(port=sender_dongle_port)
sender_dongle.start_daemon()
connected = False
data = ""
buffer = ""
def scan_and_get_results():
"""
Starts a BLE scan for three seconds, looking for results including the 'FF' flag in the advertising data.
Then it saves the results in a list and returns one of the results as a string.
:return: string
"""
print("Scanning...")
return_data = ""
result_list = []
time.sleep(0.5)
try:
scanning = sender_dongle.at_findscandata("FF")
if "SCANNING" in scanning[0]:
time.sleep(4)
from bleuio_lib.bleuio_funcs import BleuIo
from serial import SerialException
from time import sleep
# This script will receive data from a central dongle
# and echo it back to the central
my_dongle = None
connected_to_dongle = False
connected_to_central = False
message = ""
while not connected_to_dongle:
try:
# Specify the COM PORT connected to the dongle
my_dongle = BleuIo(port="COM6")
# Start the deamon (background process handler) for RX and TX data.
my_dongle.start_daemon()
connected_to_dongle = True
except SerialException:
print("Dongle not found. Please connect your dongle")
sleep(5)
print("Connected to dongle\n\n" "Welcome to the BleuIO SPS example!\n\n")
# Starts advertising so it can be detected
my_dongle.at_advstart()
try:
time_out_counter = 0
from bleuio_lib.bleuio_funcs import BleuIo # //FIXME går det att importera endast BleuIO?
from serial import SerialException
from time import sleep
my_dongle = None
connected = False
while not connected:
try:
# Connect to dongle
my_dongle = BleuIo()
# Start the deamon (background process handler) for RX and TX data.
my_dongle.start_daemon()
connected = True
except SerialException:
print('Dongle not found. Please connect your dongle')
sleep(5)
print('\nConnected to dongle\n' 'Welcome to iBeacon example!\n')
# Prompting user to enter a iBeacon UUID url to be broadcast
user_input = input(
'Enter the iBeacon UUID (x) string with Major (j), '
'Minor (n) and TX (t)\n'
'(Example: ebbaaf47-0e4f-4c65-8b08-dd07c98c41ca0000000000):\n')
while user_input.casefold() != 'stop':
# Starts the beacon if the UUID matches the correct format
# Sets the UUID as data to be advertised
import time
from bleuio_lib.bleuio_funcs import BleuIo
my_dongle = BleuIo()
my_dongle.start_daemon()
print("\n\nConnected to Dongle.\n")
print("\nWelcome to the Eddystone example!\n\n")
success = ""
while True:
if not success:
new_input = input("Enter the Eddystone formatted url:\n"
"Example: 0d:16:aa:fe:10:00:03:67:6f:6f:67:6c:65:07 "
"(https://google.com)\n>> ")
success = my_dongle.at_advdata("03:03:aa:fe " + new_input)
time.sleep(0.1)
if "OK" in str(success):
advstart = my_dongle.at_advstart()
print(advstart)
if not input("Press any key to exit."):
my_dongle.at_advstop()
break
else:
print("Error, try again.")
success = ""
import time
from bleuio_lib.bleuio_funcs import BleuIo
repeter_dongle_port = "COM38" # Change this to your dongle's COM port
repeter_dongle = BleuIo(port=repeter_dongle_port)
repeter_dongle.start_daemon()
buffer = ""
num_of_connected_devices = 0
connection_list = []
print("Dongle found.")
repeter_dongle.at_dual()
repeter_dongle.at_advstart()
repeter_dongle.rx_state = "rx_waiting"
print("Waiting for other dongles to connect...")
def send_msg(buffer):
"""
Parses incomming data string for just the data and sends it forward via the Serial Port Service.
"""
try:
result = buffer
msg_to_send = ""
result_array1 = result.split("\r\n")
for line in result_array1:
if "[Received]:" in line:
msg_to_send = line.split(" ")
from datetime import datetime
from bleuio_lib.bleuio_funcs import BleuIo
# from serial import SerialException
from time import sleep
my_dongle = BleuIo()
my_dongle.start_daemon()
print("Connected to dongle\n\n"
"Welcome to the Bluetooth device Scan and Store example!\n\n")
# Set the dongle in central role
my_dongle.at_central()
user_input = input(
"Enter something such as a Manufacturer Specific (MFS) ID to scan for "
"and store in a file or just leave it blank to scan all:\n")
# Scans with a specific id or all devices if none is provided
my_dongle.at_findscandata(user_input)
log = ""
while user_input.casefold() != "stop":
user_input = input('Enter "STOP" to stop scanning\n')
# If the user stops the scan log reformat and log the response
if user_input.casefold() == "stop":
# Stop the scan