def wifi_set_softap_config(ssid, pwd, chnl, ecn, max_conn, ssid_hidden, bw):
set_softap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
set_softap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetSoftAPConfig
if len(ssid) > max_ssid_len :
print("SSID length is more than 32 Bytes")
return failure
if len(pwd) > max_password_len :
print("softAP password length is more than 64 bytes")
return failure
set_softap_config.cmd_set_softap_config.ssid = str(ssid)
set_softap_config.cmd_set_softap_config.pwd = str(pwd)
set_softap_config.cmd_set_softap_config.chnl = chnl
if ecn < esp_hosted_config_pb2.EspHostedEncryptionMode.Type_WPA3_PSK:
set_softap_config.cmd_set_softap_config.ecn = ecn
else:
set_softap_config.cmd_set_softap_config.ecn = esp_hosted_config_pb2.EspHostedEncryptionMode.Type_WPA2_PSK
print("Asked Encryption method is not supported in SoftAP mode, Setting Encryption method as WPA2_PSK")
set_softap_config.cmd_set_softap_config.max_conn = max_conn
set_softap_config.cmd_set_softap_config.ssid_hidden = ssid_hidden
set_softap_config.cmd_set_softap_config.bw = bw
protodata = set_softap_config.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,3)
if response == failure :
return failure
set_softap_config.ParseFromString(response)
status = set_softap_config.resp_set_softap_config.status
return status
def wifi_get_mode():
get_mode = esp_hosted_config_pb2.EspHostedConfigPayload()
get_mode.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetWiFiMode
protodata = get_mode.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
get_mode.ParseFromString(response)
return get_mode.resp_get_wifi_mode.mode
def wifi_get_mac(mode):
get_mac = esp_hosted_config_pb2.EspHostedConfigPayload()
get_mac.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetMACAddress
get_mac.cmd_get_mac_address.mode = mode
protodata = get_mac.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
get_mac.ParseFromString(response)
return get_mac.resp_get_mac_address.resp
def wifi_disconnect_ap():
disconnect_ap = esp_hosted_config_pb2.EspHostedConfigPayload()
disconnect_ap.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdDisconnectAP
protodata = disconnect_ap.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
disconnect_ap.ParseFromString(response)
status = disconnect_ap.resp_disconnect_ap.resp
return status
def wifi_set_mode(mode):
set_mode = esp_hosted_config_pb2.EspHostedConfigPayload()
set_mode.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetWiFiMode
set_mode.cmd_set_wifi_mode.mode = mode
protodata = set_mode.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
set_mode.ParseFromString(response)
return success
def get_wifi_mode():
req_wifi_mode = esp_hosted_config_pb2.EspHostedConfigPayload()
req_wifi_mode.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetWiFiMode
protodata = req_wifi_mode.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
#print("response from slave "+str(response))
req_wifi_mode.ParseFromString(response)
return req_wifi_mode.resp_get_wifi_mode.mode
def wifi_set_power_save_mode(power_save_mode):
set_power_save_mode = esp_hosted_config_pb2.EspHostedConfigPayload()
set_power_save_mode.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetPowerSaveMode
set_power_save_mode.cmd_set_power_save_mode.power_save_mode = power_save_mode
protodata = set_power_save_mode.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure:
return failure
#print("response from slave "+str(response))
set_power_save_mode.ParseFromString(response)
status = set_power_save_mode.resp_set_power_save_mode.resp
return status
def get_mac(mode):
req_sta_mac = esp_hosted_config_pb2.EspHostedConfigPayload()
req_sta_mac.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetMACAddress
#for station mode set cmd as 1
req_sta_mac.cmd_get_mac_address.cmd = str(mode)
protodata = req_sta_mac.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
#print("response from slave "+str(response))
req_sta_mac.ParseFromString(response)
return req_sta_mac.resp_get_mac_address.resp
def wifi_set_mac(mode, mac):
set_mac = esp_hosted_config_pb2.EspHostedConfigPayload()
set_mac.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetMacAddress
set_mac.cmd_set_mac_address.mode = mode
set_mac.cmd_set_mac_address.mac = mac
protodata = set_mac.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure:
return failure
#print("response from slave "+str(response))
set_mac.ParseFromString(response)
status = set_mac.resp_set_mac_address.resp
return status
def wifi_set_ap_config(ssid, pwd, bssid, is_wpa3_supported, listen_interval):
set_ap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
set_ap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetAPConfig
set_ap_config.cmd_set_ap_config.ssid = str(ssid)
set_ap_config.cmd_set_ap_config.pwd = str(pwd)
set_ap_config.cmd_set_ap_config.bssid = str(bssid)
set_ap_config.cmd_set_ap_config.is_wpa3_supported = is_wpa3_supported
set_ap_config.cmd_set_ap_config.listen_interval = listen_interval
protodata = set_ap_config.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,10)
if response == failure :
return failure
set_ap_config.ParseFromString(response)
status = set_ap_config.resp_set_ap_config.status
return status
def wifi_get_ap_config():
get_ap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
get_ap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetAPConfig
protodata = get_ap_config.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure :
return failure
#print("response from slave "+str(response))
get_ap_config.ParseFromString(response)
ssid = str(get_ap_config.resp_get_ap_config.ssid)
bssid = str(get_ap_config.resp_get_ap_config.bssid)
channel = get_ap_config.resp_get_ap_config.chnl
rssi = get_ap_config.resp_get_ap_config.rssi
return ssid,bssid,channel,rssi
def wifi_set_ap_config(ssid, pwd, bssid):
set_ap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
set_ap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetAPConfig
set_ap_config.cmd_set_ap_config.ssid = str(ssid)
set_ap_config.cmd_set_ap_config.pwd = str(pwd)
set_ap_config.cmd_set_ap_config.bssid = str(bssid)
protodata = set_ap_config.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,10)
if response == failure :
return failure
#print("response from slave "+str(response))
set_ap_config.ParseFromString(response)
status = set_ap_config.resp_set_ap_config.status
return status
def wifi_get_power_save_mode():
get_power_save_mode = esp_hosted_config_pb2.EspHostedConfigPayload()
get_power_save_mode.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetPowerSaveMode
protodata = get_power_save_mode.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure:
return failure
#print("response from slave "+str(response))
get_power_save_mode.ParseFromString(response)
status = get_power_save_mode.resp_get_power_save_mode.resp
if status != success:
return failure
else:
return get_power_save_mode.resp_get_power_save_mode.power_save_mode
def wifi_get_softap_config():
get_softap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
get_softap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetSoftAPConfig
protodata = get_softap_config.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,0.3)
if response == failure :
return failure
get_softap_config.ParseFromString(response)
ssid = str(get_softap_config.resp_get_softap_config.ssid)
pwd = str(get_softap_config.resp_get_softap_config.pwd)
ecn = get_softap_config.resp_get_softap_config.ecn
chnl = get_softap_config.resp_get_softap_config.chnl
max_conn = get_softap_config.resp_get_softap_config.max_conn
ssid_hidden = get_softap_config.resp_get_softap_config.ssid_hidden
status = str(get_softap_config.resp_get_softap_config.status)
bw = get_softap_config.resp_get_softap_config.bw
return ssid,pwd,chnl,ecn,max_conn,ssid_hidden,status,bw
def wifi_get_ap_config():
get_ap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
get_ap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetAPConfig
protodata = get_ap_config.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure :
return failure
get_ap_config.ParseFromString(response)
if str(get_ap_config.resp_get_ap_config.status) == not_connected:
return not_connected
elif str(get_ap_config.resp_get_ap_config.status) != success:
return failure
ssid = str(get_ap_config.resp_get_ap_config.ssid)
bssid = str(get_ap_config.resp_get_ap_config.bssid)
channel = get_ap_config.resp_get_ap_config.chnl
rssi = get_ap_config.resp_get_ap_config.rssi
ecn = get_ap_config.resp_get_ap_config.ecn
return ssid,bssid,channel,rssi,ecn
def wifi_ap_scan_list():
get_ap_scan_list = esp_hosted_config_pb2.EspHostedConfigPayload()
get_ap_scan_list.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetAPScanList
protodata = get_ap_scan_list.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,10)
if response == failure :
return failure
get_ap_scan_list.ParseFromString(response)
count = get_ap_scan_list.resp_scan_ap_list.count
ap_list = []
for i in range(count) :
ssid = get_ap_scan_list.resp_scan_ap_list.entries[i].ssid
chnl = get_ap_scan_list.resp_scan_ap_list.entries[i].chnl
rssi = get_ap_scan_list.resp_scan_ap_list.entries[i].rssi
bssid = get_ap_scan_list.resp_scan_ap_list.entries[i].bssid
ecn = get_ap_scan_list.resp_scan_ap_list.entries[i].ecn
ap_list.append(Aplist(ssid,chnl,rssi,bssid,ecn))
return ap_list
def wifi_set_softap_config(ssid, pwd, chnl, ecn, max_conn, ssid_hidden, bw):
set_softap_config = esp_hosted_config_pb2.EspHostedConfigPayload()
set_softap_config.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdSetSoftAPConfig
set_softap_config.cmd_set_softap_config.ssid = str(ssid)
set_softap_config.cmd_set_softap_config.pwd = str(pwd)
set_softap_config.cmd_set_softap_config.chnl = chnl
set_softap_config.cmd_set_softap_config.ecn = ecn
set_softap_config.cmd_set_softap_config.max_conn = max_conn
set_softap_config.cmd_set_softap_config.ssid_hidden = ssid_hidden
set_softap_config.cmd_set_softap_config.bw = bw
protodata = set_softap_config.SerializeToString()
#print("serialized data "+str(protodata))
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,3)
if response == failure :
return failure
#print("response from slave "+str(response))
set_softap_config.ParseFromString(response)
status = set_softap_config.resp_set_softap_config.status
return status
def wifi_connected_stations_list():
get_connected_stations_list = esp_hosted_config_pb2.EspHostedConfigPayload()
get_connected_stations_list.msg = esp_hosted_config_pb2.EspHostedConfigMsgType.TypeCmdGetConnectedSTAList
protodata = get_connected_stations_list.SerializeToString()
tp = transport.Transport_pserial(interface)
response = tp.send_data(endpoint,protodata,1)
if response == failure :
return failure
get_connected_stations_list.ParseFromString(response)
num = get_connected_stations_list.resp_connected_stas_list.num
if (num == 0) :
print("No station is connected")
return failure
else :
stas_list = []
for i in range(num) :
mac = get_connected_stations_list.resp_connected_stas_list.stations[i].mac
rssi = get_connected_stations_list.resp_connected_stas_list.stations[i].rssi
stas_list.append(Stationlist(mac,rssi))
return stas_list
