def main():
"""Main function for the project.
"""
# Call CreateConfig class
cc = CreateConfig()
# Read config.ini file
config = cc.read()
cd_port = config["Card_Reader"]["Port"]
cd_id = config["Card_Reader"]["ID"]
io_port = config["Controller"]["Port"]
io_id = config["Controller"]["ID"]
# Create card reader one
card_reader = ACT230(cd_port, cd_id)
# Call class Tokens and get_tokens method
tokens = Tokens()
# Create controller
controller = IOController(io_port, io_id)
# Call AccessControl class
ac = AccessControl(card_reader, tokens, controller)
#call update method in a while cycle to check for token input non-stop
while (1):
ac.update()
def __init__(self, ip='192.168.43.186', port=2026):
self.ip = ip
self.port = port
self._run = True
self.io_controller = IOController()
self.start()
def main():
gc.enable()
# Get the config from json config file
with open("config.json") as fd:
config = ujson.loads(fd.read())
# Disable wifi access point
wifi.access_point(disable=True)
# Connect to WIFI and wait for IP
wifi.connect(config["wifi"]["ssid"], config["wifi"]["password"], True,
True)
gc.collect()
# Use the NTP to prime the local offset
ntp = SimpleNTP()
ntp.request_time()
print("Time synced from NTP, local: %d, offset: %d" %
(ntp.get_local_time(), ntp.get_offset()))
# Make a MQTT connection
mqtt = MQTTClient(config["mqtt"].get("name"), config["mqtt"]["prefix"],
config["mqtt"]["server"], config["mqtt"].get("port", 0))
# Start an IO controller module (if enabled in config)
io_conf = config.get("io")
if io_conf:
io_controller = IOController(mqtt, io_conf)
# Start publishing MQTT-messages
coordinator = PublisherCoordinator(mqtt, config["publisher"])
# Update the time from NTP every 6th iteration
coordinator.add_callback(ntp.request_time, divider=30)
# Check for incoming mqtt messages for the IOContoroller every iteration
if io_conf:
coordinator.add_callback(io_controller.iterate, divider=1)
# The run-call blocks untill an exception is thrown (e.g. ctrl+C)
print("Free / Available: %d / %d" %
(gc.mem_free(), gc.mem_free() + gc.mem_alloc()))
coordinator.run()
def main():
"""Main function for the project.
"""
# Create card reader one
card_reader = ACT230("COM3")
# Call class Tokens and get_database method
tokens = Tokens()
tbase = tokens.get_database()
# Create controller
controller = IOController()
# Call AccessControl class
ac = AccessControl(card_reader, tbase, controller)
#call update method in a while cycle to check for token input non-stop
while (1):
ac.update()
