//Get NVRAM wireless mode
int nvram_get_ap_wireless_mode(int radio, int *wmode)
{
//Get WLAN mode first
int wlan_mode = {0};
char buf[NVRAM_BUF_LEN] = { 0 };
int net_mode;
nvram_get_wlan_mode(radio, &wlan_mode);
MID_ASSERT((WLAN_MODE_AP == wlan_mode || WLAN_MODE_STA == wlan_mode), "WLAN mode got from NVRAM illegal");
if(RADIO_2G == radio)
{
if(WLAN_MODE_AP == wlan_mode)
{
ezplib_get_attr_val("wl_ap_basic_rule", 0, "net_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(WLAN_MODE_STA == wlan_mode)
{
ezplib_get_attr_val("wl_basic_rule", 0, "net_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
}
else if(RADIO_5G == radio)
{
if(WLAN_MODE_AP == wlan_mode)
{
ezplib_get_attr_val("wl5g_ap_basic_rule", 0, "net_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(WLAN_MODE_STA == wlan_mode)
{
ezplib_get_attr_val("wl5g_basic_rule", 0, "net_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
}
net_mode = atoi(buf);
switch(net_mode)
{
case WMODE_11BG:
case WMODE_11B:
case WMODE_11A:
case WMODE_11ABG:
case WMODE_11G:
case WMODE_11ABGN:
case WMODE_11N:
case WMODE_11GN:
case WMODE_11AN:
case WMODE_11BGN:
case WMODE_11AGN:
case WMODE_11N5G:
case WMODE_11AC_MIXED:
*wmode = net_mode;
break;
default:
MID_ERROR("Wireless mode illegal or not supported");
return T_FAILURE;
}
return T_SUCCESS;
}
//Get NVRAM WLAN Mode
int nvram_get_wlan_mode(int radio, int *wlan_mode)
{
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_mode_rule", 0, "mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_mode_rule", 0, "mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
if(!strcmp(buf, "ap") || !strcmp(buf, "normal"))
{
*wlan_mode = WLAN_MODE_AP;
}
else if(!strcmp(buf, "client") || !strcmp(buf, "ur"))
{
*wlan_mode = WLAN_MODE_STA;
}
else
{
MID_ERROR("Operation mode got from NVRAM is illegal!!!");
return T_FAILURE;
}
return T_SUCCESS;
}
/**
* \brief Get NVRAM authentication mode
* \return EAP_MODE NONE|TTLS|PEAP
* \param[in] radio RADIO_2G or RADIO_5G
* \author frank
* \date 2014-01-24
*/
int nvram_get_sta_eap_mode(int radio)
{
char buf[32] = {0};
/*Get the Radio*/
if(RADIO_2G == radio) {
ezplib_get_attr_val("wl0_wpa_auth_rule", 0,
"wpa_auth", buf, 32, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_wpa_auth_rule", 0,
"wpa_auth", buf, 32, EZPLIB_USE_CLI);
}
else {
fprintf(stderr, "%d@%s error!\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
if (!strcmp(buf, "1")) {
return EAP_MODE_PEAP;
}
else if (!strcmp(buf, "0")){
return EAP_MODE_TTLS;
}
return EAP_MODE_NONE;
}
int nvram_get_security_encryptype(int radio, int vap_id, int *encryp_type)
{
char buf[TMP_LEN];
char crypto_s[TMP_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "crypto", buf, TMP_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "crypto", buf, TMP_LEN, EZPLIB_USE_CLI);
}
strcpy(crypto_s, buf);
if(!strcmp(crypto_s, "aes"))
{
*encryp_type = ENCRY_AES;
}
else if(!strcmp(crypto_s, "tkip"))
{
*encryp_type = ENCRY_TKIP;
}
else
{
*encryp_type = ENCRY_TKIPAES;
}
return T_SUCCESS;
}
/*Get NVRAM rekey mode*/
int nvram_get_ap_rekey_mode(int radio, int vap_id, int *rekey_mode)
{
char buf[NVRAM_BUF_LEN];
char rekeymode_s[NVRAM_BUF_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "rekey_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "rekey_mode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
strcpy(rekeymode_s, buf);
if(!strcmp(rekeymode_s, "time"))
{
*rekey_mode = REKEY_MODE_TIME;
}
else if(!strcmp(rekeymode_s, "pkt"))
{
*rekey_mode = REKEY_MODE_PKT;
}
else
{
*rekey_mode = REKEY_MODE_DISABLE;
}
return T_SUCCESS;
}
int nvram_get_ap_rekey_packet_interval(int radio, int vap_id, int *interval)
{
char buf[NVRAM_BUF_LEN];
int rekey_mode;
int ret;
/*Get rekey method first*/
ret = nvram_get_ap_rekey_mode(radio, vap_id, &rekey_mode);
if(T_FAILURE == ret)
{
printf("ERRO:Get rekey method failure!\n");
return T_FAILURE;
}
MID_ASSERT((REKEY_MODE_PKT == rekey_mode), "Rekey mode is not pkt");
/*Get the Radio according to rekey method*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "rekey_pkt_interval", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "rekey_pkt_interval", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*interval = atoi(buf);
return T_SUCCESS;
}
/**
* \brief Get NVRAM Security Mode for STA mode
* \return Auth Mode
* \param[in] radio RADIO_2G or RADIO_5G
* \author frank
* \date 2014-01-24
*/
int nvram_get_sta_secmode(int radio)
{
char secmode_s[32] = {0};
if(RADIO_2G == radio) {
ezplib_get_attr_val("wl0_apcli_rule", 0, "secmode", secmode_s, 32, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio) {
ezplib_get_attr_val("wl1_apcli_rule", 0, "secmode", secmode_s, 32, EZPLIB_USE_CLI);
}
else {
return AUTHMODE_UNDEFINED;
}
if(!strcmp(secmode_s, "wep")) {
return AUTHMODE_WEP;
}
else if(!strcmp(secmode_s, "wpa")) {
return AUTHMODE_WPA;
}
else if(!strcmp(secmode_s, "wpa2")) {
return AUTHMODE_WPA2;
}
else if(!strcmp(secmode_s, "psk")) {
return AUTHMODE_WPAPSK;
}
else if(!strcmp(secmode_s, "psk2")) {
return AUTHMODE_WPA2PSK;
}
else if(!strcmp(secmode_s, "disabled")) {
return AUTHMODE_NONE;
}
return AUTHMODE_UNDEFINED;
}
/**
* \brief get WEP related stuff for STA mode
* \return T_SUCCESS on success & T_FAILURE on failure
* \param[in] radio RADIO_2G or RADIO_5G
* \param[out] key WEP key, special chars is processed
* \param[out] key_idx 1~4
* \param[out] key_type 0:HEX, 1:ASCII
* \param[out] key_encmode "open" or "shared"
* \param[out] wep_encry 0:64bits, 1:128bits
* \author frank
* \date 2014-01-20
*/
int nvram_get_sta_wep(int radio, char *key, int *key_idx, int *key_type, char *key_encmode, int*wep_encry)
{
assert(key != NULL);
assert(key_idx != NULL);
assert(key_type != NULL);
assert(key_encmode != NULL);
char buf[27] = {0}; //max length is 2 * ASCII 13 + 1
char wep_tx_keyidx[8] = {0};
char wep_keytype[2] = {0};
char wep_encmode[16] = {0}; // "open", "shared"
char encry[2] = {0};
int keyidx = 0;
/*Get key from NVRAM*/
if(RADIO_2G == radio) {
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, "key_index", wep_tx_keyidx, 8, EZPLIB_USE_CLI);
keyidx = atoi(wep_tx_keyidx);
sprintf(wep_tx_keyidx, "key%d", keyidx);
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, wep_tx_keyidx, buf, 27, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, "keytype", wep_keytype, 2, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, "encmode", wep_encmode, 16, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, "wep_encry", encry, 2, EZPLIB_USE_CLI);
}
else if (RADIO_5G == radio) {
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, "key_index", wep_tx_keyidx, 8, EZPLIB_USE_CLI);
keyidx = atoi(wep_tx_keyidx);
sprintf(wep_tx_keyidx, "key%d", keyidx);
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, wep_tx_keyidx, buf, 27, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, "keytype", wep_keytype, 2, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, "encmode", wep_encmode, 16, EZPLIB_USE_CLI);
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, "wep_encry", encry, 2, EZPLIB_USE_CLI);
}
else {
fprintf(stderr, "__%d@%s error\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
strcpy(key_encmode, wep_encmode);
*key_type = atoi(wep_keytype);
*key_idx = keyidx;
*wep_encry = atoi(encry);
strcpy(key, buf);
#if 0
int i, j;
for(i=0,j=0;j<strlen(buf);i++,j++) {
if( '\"' == buf[j]
|| '`' == buf[j]
|| '\\' == buf[j]) {
key[i] = '\\';
i++;
}
key[i] = buf[j];
}
#endif
return T_SUCCESS;
}
/*Get NVRAM security mode*/
int nvram_get_ap_secmode(int radio, int vap_id, int *secmode)
{
char buf[NVRAM_BUF_LEN] = { 0 };
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_rule", vap_id, "secmode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_rule", vap_id, "secmode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
if(!strcmp(buf, "disabled"))
{
*secmode = AUTHMODE_NONE;
}
else if(!strcmp(buf, "wep"))
{
*secmode = AUTHMODE_WEP;
}
else if(!strcmp(buf, "psk"))
{
*secmode = AUTHMODE_WPAPSK;
}
else if(!strcmp(buf, "psk2"))
{
*secmode = AUTHMODE_WPA2PSK;
}
else if(!strcmp(buf, "psk2mixed"))
{
*secmode = AUTHMODE_WPAPSKWPA2PSK;
}
else if(!strcmp(buf, "wpa"))
{
*secmode = AUTHMODE_WPA;
}
else if(!strcmp(buf, "wpa2"))
{
*secmode = AUTHMODE_WPA2;
}
else if(!strcmp(buf, "wpa2mixed"))
{
*secmode = AUTHMODE_WPAWPA2;
}
else
{
MID_ERROR("Illegal authentication mode got from NVRAM");
return T_FAILURE;
}
return T_SUCCESS;
}
/*Get NVRAM Address Mode*/
int nvram_get_sta_addrmode(int radio, int *addr_mode)
{
char buf[NVRAM_BUF_LEN] = {0};
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_apcli_rule", 0, "addrmode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else
{
ezplib_get_attr_val("wl1_apcli_rule", 0, "addrmode", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*addr_mode = atoi(buf);
return T_SUCCESS;
}
//Get NVRAM if the radio enable or not
int nvram_get_radio_status(int radio, int *radio_status)
{
char buf[NVRAM_BUF_LEN] = { 0 };
int wlan_mode = {0};
nvram_get_wlan_mode(radio, &wlan_mode);
MID_ASSERT((WLAN_MODE_AP == wlan_mode || WLAN_MODE_STA == wlan_mode), "WLAN mode got from NVRAM illegal");
if(RADIO_2G == radio)
{
if(WLAN_MODE_AP == wlan_mode)
{
ezplib_get_attr_val("wl_ap_basic_rule", 0, "enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(WLAN_MODE_STA == wlan_mode)
{
ezplib_get_attr_val("wl_basic_rule", 0, "enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
}
else if(RADIO_5G == radio)
{
if(WLAN_MODE_AP == wlan_mode)
{
ezplib_get_attr_val("wl5g_ap_basic_rule", 0, "enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(WLAN_MODE_STA == wlan_mode)
{
ezplib_get_attr_val("wl5g_basic_rule", 0, "enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
}
if(!strcmp(buf, "1"))
{
*radio_status = RADIO_UP;
}
else if(!strcmp(buf, "0"))
{
*radio_status = RADIO_DOWN;
}
else
{
MID_ERROR("Radio status got from NVRAM illegal");
return T_FAILURE;
}
return T_SUCCESS;
}
/**
* \brief Get NVRAM STA KEY
* \param[in] radio RADIO_2G or RADIO_5G
* \param[out] key Pre-Shared Key (Personal Edition)
* \author frank
* \date 2014-01-24
*/
int nvram_get_sta_psk(int radio, char *key)
{
assert(NULL != key);
char buf[NVRAM_PSK_LEN] = {0};
int secmode = nvram_get_sta_secmode(radio);
if (RADIO_2G == radio) {
switch(secmode) {
case AUTHMODE_WPAPSK:
ezplib_get_attr_val("wl0_apcli_sec_wpa_rule", 0,
"key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
break;
case AUTHMODE_WPA2PSK:
ezplib_get_attr_val("wl0_apcli_sec_wpa2_rule", 0,
"key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
break;
default:
fprintf(stderr, "%d@%s"
" psk is unnecessary for current secmode!\r\n"
, __LINE__, __FUNCTION__);
return T_FAILURE;
}
}
else if (RADIO_5G == radio) {
switch(secmode) {
case AUTHMODE_WPAPSK:
ezplib_get_attr_val("wl1_apcli_sec_wpa_rule", 0,
"key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
break;
case AUTHMODE_WPA2PSK:
ezplib_get_attr_val("wl1_apcli_sec_wpa2_rule", 0,
"key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
break;
default:
fprintf(stderr, "%d@%s"
" psk is unnecessary for current secmode!\r\n"
, __LINE__, __FUNCTION__);
return T_FAILURE;
}
}
else {
fprintf(stderr, "%d@%s error!\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
strcpy(key, buf);
return T_SUCCESS;
}
//Get NVRAM Hidden
int nvram_get_ap_hidden(int radio, int *hidden, int vap_id)
{
char buf[NVRAM_BUF_LEN] = { 0 };
/*Get the hidden value from NVRAM first*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_basic_rule", vap_id, "hidden", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_basic_rule", vap_id, "hidden", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*hidden = atoi(buf);
MID_ASSERT((*hidden == HIDE_SSID_ENABLE || *hidden == HIDE_SSID_DISABLE), "AP hidden got from NVRAM is illegal");
return T_SUCCESS;
}
/**
* \brief Set STA SSID
* \return T_SUCCESS on success & T_FAILURE on failure
* \param[in] radio RADIO_2G or RADIO_5G
* \author frank
* \date 2014-01-20
*/
int set_sta_assoc_ssid(int radio)
{
char ssid[128] = {0};
char cmd[256] = {0};
char TempBuf_opmode[8] = {0};
char ifacename[16] = {0};
ezplib_get_attr_val("system_mode", 0, "name", TempBuf_opmode, 32, EZPLIB_USE_CLI);
if(!strstr(TempBuf_opmode, "sta") && !strstr(TempBuf_opmode, "wisp")) {
fprintf(stderr, "%d@%s unsupported mode error!\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
if(T_FAILURE == construct_vap(ifacename, radio, 0, WLAN_MODE_STA)) {
fprintf(stderr, "%d@%s unsupported mode error!\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
/*Get STA SSID From NVRAM*/
nvram_get_sta_ssid(radio, ssid, 1);
sprintf(cmd, "iwconfig %s essid \"%s\" ", ifacename, ssid);
EXE_COMMAND(cmd);
return T_SUCCESS;
}
/*Get NVRAM radius port*/
int nvram_get_ap_radius_port(int radio, int vap_id, int *port)
{
char buf[NVRAM_BUF_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "radius_port", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "radius_port", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*port = atoi(buf);
return T_SUCCESS;
}
int nvram_get_vap_status(int radio, int vap_id, int *vap_status)
{
char buf[NVRAM_BUF_LEN] = { 0 };
/*Set VAP enable or disable*/
if(RADIO_2G == radio) {
ezplib_get_attr_val("wl_ap_basic_rule", 0,
"enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
if(!strcmp(buf, "0")) {
*vap_status = VAP_DISABLE;
return T_SUCCESS;
}
ezplib_get_attr_val("wl0_basic_rule", vap_id,
"enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio) {
ezplib_get_attr_val("wl5g_ap_basic_rule", 0,
"enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
if(!strcmp(buf, "0")) {
*vap_status = VAP_DISABLE;
return T_SUCCESS;
}
ezplib_get_attr_val("wl1_basic_rule", vap_id,
"enable", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
if(!strcmp(buf, "1"))
{
*vap_status = VAP_ENABLE;
}
else if(!strcmp(buf, "0"))
{
*vap_status = VAP_DISABLE;
}
else
{
MID_ERROR("VAP status got from NVRAM illegal");
return T_FAILURE;
}
return T_SUCCESS;
}
/**
* \brief get RSSI from the associated AP
* \return T_SUCCESS on successfully get BSSID, T_FAILURE on failure
* \param[in] radio RADIO_2G or RADIO_5G
* \param[out] rssi the result RSSI
* \author frank
* \date 2014-01-07
*/
int get_sta_assoc_rssi(int radio, char *rssi)
{
char TempBuf_opmode[8] = {0};
char ifacename[16] = {0};
ezplib_get_attr_val("system_mode", 0, "name", TempBuf_opmode, 32, EZPLIB_USE_CLI);
if(!strstr(TempBuf_opmode, "sta") && !strstr(TempBuf_opmode, "wisp")) {
fprintf(stderr, "%d@%s unsupported mode error!\r\n", __LINE__, __FUNCTION__);
return T_FAILURE;
}
int ret = construct_vap(ifacename, radio, 0, WLAN_MODE_STA);
if(T_FAILURE == ret) {
return ret;
}
int num = 0;
int rssiV = 0;
char rssiStr[8] = {0};
char cmd[256] = {0};
//Chged by Andy Yu in 20140224: Assocapinfo Information Format Chged
sprintf(cmd, "wlanconfig %s list assocapinfo "
"| awk '/Chain/{gsub(\"dBm\",\"\"); print substr($0,13)}' > /tmp/rssi.dat", ifacename);
//EXE_COMMAND(cmd);
system(cmd);
FILE *fp;
if (NULL == (fp = fopen("/tmp/rssi.dat", "r"))) {
return T_FAILURE;
}
else {
assert(NULL!=rssi);
while(!feof(fp))
{
if(EOF == fscanf(fp, "%d", &rssiV))
{
//printf("Get RSSI End\n");
break;
}
sprintf(rssiStr, "%d", rssiV);
if(num!=0)
{
strcat(rssi, "/");
}
strcat(rssi, rssiStr);
num++;
}
if(strcmp(rssi, ""))
{
strcat(rssi, " dBm");
}
}
fclose(fp);
//EXE_COMMAND("rm -fr /tmp/rssi.dat");
system("rm -fr /tmp/rssi.dat");
return T_SUCCESS;
}
/*Get NVRAM radius ip addr*/
int nvram_get_ap_radius_ipaddr(int radio, int vap_id, char *server)
{
char buf[NVRAM_BUF_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "radius_ipaddr", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "radius_ipaddr", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
strcpy(server, buf);
//MID_ASSERT(/*Make sure the format is IP address format*/);
return T_SUCCESS;
}
//int nvram_get_ap_passphrase(int radio, int vap_id, char *key, int key_len)
int nvram_get_ap_passphrase(int radio, int vap_id, char *key)
{
char buf[NVRAM_PSK_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "key", buf, NVRAM_PSK_LEN, EZPLIB_USE_CLI);
}
strcpy(key, buf);
return T_SUCCESS;
}
//Get NVRAM Channel index
int nvram_get_ap_channel(int radio, int *channel)
{
//Get WLAN mode first
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_ap_basic_rule", 0, "channel", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl5g_ap_basic_rule", 0, "channel", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*channel = atoi(buf);
//MID_ASSERT(/*Make sure the channel number is within the llegal scale*/);
return T_SUCCESS;
}
//Get NVRAM Extension Channel
int nvram_get_ap_ext_channel_mode(int radio, int *extcha)
{
//Get WLAN mode first
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_ap_advanced_rule", 0, "extcha", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_ap_advanced_rule", 0, "extcha", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*extcha = atoi(buf);
MID_ASSERT((EXT_CHANNEL_ABOVE == *extcha || EXT_CHANNEL_BELOW == *extcha), "Extension channel got from NVRAM is illegal");
return T_SUCCESS;
}
//Get NVRAM BSS Isolation
int nvram_get_ap_bss_isolation(int radio, int vap_id, int *bss_isolation)
{
char buf[NVRAM_BUF_LEN] = { 0 };
/*Get bss isolation of current SSID from NVRAM*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_basic_rule", vap_id, "isolation", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_basic_rule", vap_id, "isolation", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*bss_isolation = atoi(buf);
MID_ASSERT((BSS_ISOLATION_ENABLE == *bss_isolation || BSS_ISOLATION_DISABLE == *bss_isolation), "BSS isolation got from NVRAM is illegal");
return T_SUCCESS;
}
static int OpenRaCfgSocket(void)
{
struct ifreq ethreq;
struct ifreq ifr;
struct sockaddr_ll addr;
struct in_addr own_ip_addr;
#if defined CONFIG_RAETH_ROUTER || defined CONFIG_MAC_TO_MAC_MODE || defined CONFIG_RT_3052_ESW
char *opmode;
#endif
//if ((sock=socket(PF_PACKET, SOCK_RAW, htons(ETH_P_RACFG)))<0)
if ((sock=socket(PF_PACKET, SOCK_RAW, htons(ETH_P_ALL)))<0) // for testing
{
perror("socket");
return -1;
}
memset(&ifr, 0, sizeof(ifr));
memcpy(ifr.ifr_name, "eth2" , 5);
#ifdef EZP_PROD_BRAND_ABOCOM
ezplib_get_attr_val("wl_mode_rule", 0, "mode",
opmode, sizeof(opmode), EZPLIB_USE_CLI);
if (opmode != NULL && !strcmp(opmode, "normal")) { // gateway mode
memcpy(ifr.ifr_name, "vlan1" , 6);
}
#else
memcpy(ifr.ifr_name, "vlan1" , 6);
#endif
if (ioctl(sock, SIOCGIFINDEX, &ifr) != 0) {
perror("ioctl(SIOCGIFINDEX)(eth_sock)");
goto close;
}
memset(&addr, 0, sizeof(addr));
addr.sll_family = AF_PACKET;
addr.sll_ifindex = ifr.ifr_ifindex;
if_index = ifr.ifr_ifindex;
if (bind(sock, (struct sockaddr *) &addr, sizeof(addr)) < 0)
{
perror("bind");
goto close;
}
if (ioctl(sock, SIOCGIFHWADDR, &ifr) != 0) {
perror("ioctl(SIOCGIFHWADDR)(eth_sock)");
goto close;
}
memcpy(my_eth_addr, ifr.ifr_hwaddr.sa_data, 6);
return 0;
close:
close(sock);
sock = -1;
return (-1);
}
/*Get NVRAM radius key*/
int nvram_get_ap_radius_key(int radio, int vap_id, char *key)
{
char buf[NVRAM_8021X_PWD_LEN];
/*Get the Radio*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_sec_wpa2_rule", vap_id, "radius_key", buf, NVRAM_8021X_PWD_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_sec_wpa2_rule", vap_id, "radius_key", buf, NVRAM_8021X_PWD_LEN, EZPLIB_USE_CLI);
}
strcpy(key, buf);
//Process special characters
return T_SUCCESS;
}
//Get NVRAM BCN
int nvram_get_ap_beacon_interval(int radio, int *bcn)
{
//Get WLAN mode first
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_ap_advanced_rule", 0, "bcn", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_ap_advanced_rule", 0, "bcn", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*bcn = atoi(buf);
//MID_ASSERT(/*Make sure interval is in the llegal scale*/);
return T_SUCCESS;
}
/*Set STA Repeater*/
int set_sta_mac_repeater(int radio)
{
char buf_addrmode[32];
char buf_repeater[32];
int addrmode;
int mac_repeater;
char mac_repeater_s[32];
char addrmode_s[32];
char cmd[128];
char TempBuf_opmode[32];
if(!strcmp(TempBuf_opmode, "wisp0")) {
fprintf(stderr, "MAC Repeater setting is not needed in WISP Mode,disable it.\n");
sprintf(cmd, "iwpriv apclii0 set MACRepeaterEn=0");
EXE_COMMAND(cmd);
return T_SUCCESS;
}
/*Get Addr Mode*/
ezplib_get_attr_val("wl0_apcli_rule", 0, "addrmode", buf_addrmode, 32, EZPLIB_USE_CLI);
/*Get STA Channel From NVRAM*/
strcpy(addrmode_s, buf_addrmode);
addrmode = atoi(addrmode_s);
/*Get MAC Repeater*/
ezplib_get_attr_val("wl0_apcli_rule", 0, "macrepeater", buf_repeater, 32, EZPLIB_USE_CLI);
/*Get STA Channel From NVRAM*/
strcpy(mac_repeater_s, buf_repeater);
mac_repeater = atoi(mac_repeater_s);
if(0 == addrmode) {
if(1 == mac_repeater) {
sprintf(cmd, "iwpriv apclii0 set MACRepeaterEn=%d", MAC_REPEATER_ENABLE);
}
else {
sprintf(cmd, "iwpriv apclii0 set MACRepeaterEn=%d", MAC_REPEATER_DISABLE);
}
}
else {
sprintf(cmd, "iwpriv apclii0 set MACRepeaterEn=%d", MAC_REPEATER_DISABLE);
}
EXE_COMMAND(cmd);
return T_SUCCESS;
}
/*Get NVRAM MAC Repeater*/
int nvram_get_sta_mac_repeater(int radio, int *mac_repeater)
{
char buf[NVRAM_BUF_LEN];
/*Get MAC Repeater*/
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl0_apcli_rule", 0, "macrepeater", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else
{
ezplib_get_attr_val("wl1_apcli_rule", 0, "macrepeater", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
/*Get STA Channel From NVRAM*/
*mac_repeater = atoi(buf);
MID_ASSERT((MAC_REPEATER_ENABLE == *mac_repeater || MAC_REPEATER_DISABLE == *mac_repeater), "MAC repeater got from NVRAM illegal");
return T_SUCCESS;
}
/**
* \brief get selected WEP keyid
* \return the keyid [1~4]
* \param[in] radio RADIO_2G or RADIO_5G
* \author frank
* \date 2014-01-20
*/
int nvram_get_sta_wep_default_keyid(int radio)
{
char wep_tx_keyidx[8] = {0};
int keyidx = 0; //1~4
/*Get key id from NVRAM */
if(RADIO_2G == radio) {
ezplib_get_attr_val("wl0_apcli_sec_wep_rule", 0, "key_index", wep_tx_keyidx, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if (RADIO_5G == radio) {
ezplib_get_attr_val("wl1_apcli_sec_wep_rule", 0, "key_index", wep_tx_keyidx, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else {
fprintf(stderr, "__%d@%s error\r\n", __LINE__, __FUNCTION__);
assert(radio == RADIO_2G || radio == RADIO_5G);
}
keyidx = atoi(wep_tx_keyidx);
return keyidx;
}
//Get NVRAM DTIM
int nvram_get_ap_dtim(int radio, int *dtim)
{
//Get WLAN mode first
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_ap_advanced_rule", 0, "dtim", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl1_ap_advanced_rule", 0, "dtim", buf, NVRAM_BUF_LEN, EZPLIB_USE_CLI);
}
*dtim = atoi(buf);
//MID_ASSERT(/*Make sure dtim is within llegal scale*/);
return T_SUCCESS;
}
//Get NVRAM AP Isolation
int nvram_get_ap_isolation(int radio, int *ap_isolation)
{
//Get WLAN mode first
char buf[NVRAM_BUF_LEN] = { 0 };
if(RADIO_2G == radio)
{
ezplib_get_attr_val("wl_ap_basic_rule",0,"bisolation",buf,NVRAM_BUF_LEN,EZPLIB_USE_CLI);
}
else if(RADIO_5G == radio)
{
ezplib_get_attr_val("wl5g_ap_basic_rule",0,"bisolation",buf,NVRAM_BUF_LEN,EZPLIB_USE_CLI);
}
*ap_isolation = atoi(buf);
MID_ASSERT((AP_ISOLATION_ENABLE == *ap_isolation || AP_ISOLATION_DISABLE == *ap_isolation), "AP isoaltion got from NVRAM is illegal");
return T_SUCCESS;
}