def send_data(self, data, compress=False):
try:
send_data(self.sending_socket, data, compress, includelength=True)
address = self.socketaddresses[self.sending_socket]
self.output_(self.sending_socket, self.host, self.port, address)
except:
self.remove_socket(self.sending_socket)
def send_data(self, data, compress=False):
try:
send_data(self.socket, data, compress, address=self.lastaddress)
self.output_(self.socket, self.host, self.port, self.lastaddress)
except:
pass # Client disconnected
print('Initialise.\n')
board.led_red()
master_dict, wakeup_count, data, commands, received_cmd = variables_init(
)
# Module initialisation
while not contact:
wlan, wifi_param = communication.new_connection()
print("First connection\n")
url_send = wifi_param["server"] + suffix_send + wifi_param["uuid"]
print("URL generated\n")
print(url_send)
#Tries to contact server
try:
config, received_cmd = communication.send_data(url_send)
except:
print("WARNING: Couldn't reach server, will try again.\n")
else:
contact = True
print("New config and command:\n")
print(received_cmd)
print(config)
communication.wifi_disconnect(wlan)
# Check if Wifi shall be activated, and activates it if needed and possible
if wakeup_count * config["logging_interval"] >= config["sending_interval"]:
wlan = communication.wifi_init()
print("Trying a normal connection.\n")
co_status = communication.wifi_connect(wifi_param, wlan)
if co_status:
def send_data(self, data, compress=False):
send_data(self.socket, data, compress)
def send_data(self, data, compress=False):
send_data(self.socket, data, compress, includelength=True)