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init-broadcom.c
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init-broadcom.c
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/*
Copyright 2005, Broadcom Corporation
All Rights Reserved.
THIS SOFTWARE IS OFFERED "AS IS", AND BROADCOM GRANTS NO WARRANTIES OF ANY
KIND, EXPRESS OR IMPLIED, BY STATUTE, COMMUNICATION OR OTHERWISE. BROADCOM
SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS
FOR A SPECIFIC PURPOSE OR NONINFRINGEMENT CONCERNING THIS SOFTWARE.
*/
#include "rc.h"
#include "shared.h"
#include "version.h"
#include "interface.h"
#include <termios.h>
#include <dirent.h>
#include <sys/ioctl.h>
#include <sys/mount.h>
#include <time.h>
#include <errno.h>
#include <paths.h>
#include <sys/wait.h>
#include <sys/reboot.h>
#include <sys/klog.h>
#ifdef LINUX26
#include <sys/types.h>
#include <sys/stat.h>
#include <sys/sysinfo.h>
#endif
#include <wlutils.h>
#include <bcmdevs.h>
#include <linux/major.h>
int wan_phyid = -1;
void init_devs(void)
{
}
void generate_switch_para(void)
{
int model, cfg;
char lan[SWCFG_BUFSIZE], wan[SWCFG_BUFSIZE];
#ifdef RTCONFIG_GMAC3
char glan[2*SWCFG_BUFSIZE];
char var[32], *lists, *next;
int gmac3_enable = nvram_get_int("gmac3_enable");
memset(glan, 0, sizeof(glan));
#endif
// generate nvram nvram according to system setting
model = get_model();
if (is_routing_enabled()) {
cfg = nvram_get_int("switch_stb_x");
if (cfg < SWCFG_DEFAULT || cfg > SWCFG_STB34)
cfg = SWCFG_DEFAULT;
#ifdef RTCONFIG_MULTICAST_IPTV
if (cfg == 7)
cfg = SWCFG_STB3;
#endif
}
/* don't do this to save ports */
//else if (nvram_get_int("sw_mode") == SW_MODE_REPEATER ||
// ((nvram_get_int("sw_mode") == SW_MODE_AP) && (nvram_get_int("wlc_psta")))
// cfg = SWCFG_PSTA;
else if (nvram_get_int("sw_mode") == SW_MODE_AP)
cfg = SWCFG_BRIDGE;
else
cfg = SWCFG_DEFAULT; // keep wan port, but get ip from bridge
switch(model) {
/* BCM5325 series */
case MODEL_APN12HP:
{ /* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 4, 3, 2, 1, 0, 5 };
/* TODO: switch_wantag? */
wan_phyid = ports[0]; // record the phy num of the wan port on the case
//if (!is_routing_enabled())
// nvram_set("lan_ifnames", "eth0 eth1"); // override
switch_gen_config(lan, ports, SWCFG_BRIDGE, 0, "*");
switch_gen_config(wan, ports, SWCFG_BRIDGE, 1, "u");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
#ifdef RTCONFIG_LANWAN_LED
// for led, always keep original port map
cfg = SWCFG_DEFAULT;
#endif
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, cfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
break;
}
/* BCM5325 series */
case MODEL_RTN14UHP:
{
/* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 4, 0, 1, 2, 3, 5 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
#ifdef RTCONFIG_DUALWAN
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan1ports");
nvram_unset("vlan1hwname");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
wan_phyid = ports[0]; // record the phy num of the wan port on the case
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan0ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
else {
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
#ifdef RTCONFIG_LANWAN_LED
// for led, always keep original port map
wancfg = SWCFG_DEFAULT;
#endif
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
/* BCM5325 series */
case MODEL_RTN53:
case MODEL_RTN12:
case MODEL_RTN12B1:
case MODEL_RTN12C1:
case MODEL_RTN12D1:
case MODEL_RTN12VP:
case MODEL_RTN12HP:
case MODEL_RTN12HP_B1:
case MODEL_RTN10P:
case MODEL_RTN10D1:
case MODEL_RTN10PV2:
{ /* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 4, 3, 2, 1, 0, 5 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan1ports");
nvram_unset("vlan1hwname");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan0ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
else {
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
#ifdef RTCONFIG_LANWAN_LED
// for led, always keep original port map
cfg = SWCFG_DEFAULT;
#endif
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_RTN10U:
{ /* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 0, 4, 3, 2, 1, 5 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan1ports");
nvram_unset("vlan1hwname");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan0ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
else {
nvram_set("vlan1ports", wan);
nvram_set("vlan1hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan0ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan0ports", lan);
nvram_set("vlan1ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
/* BCM53125 series */
case MODEL_RTN15U:
{ /* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 4, 3, 2, 1, 0, 8 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan3ports", wan);
nvram_set("vlan3hwname", "et0");
}
else {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_RTN16:
{ /* WAN L1 L2 L3 L4 CPU */
const int ports[SWPORT_COUNT] = { 0, 4, 3, 2, 1, 8 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan3ports", wan);
nvram_set("vlan3hwname", "et0");
}
else {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_RTAC3200:
{ /* WAN L1 L2 L3 L4 CPU */ /*vision: WAN L4 L3 L2 L1 */
int ports[SWPORT_COUNT] = { 0, 4, 3, 2, 1, 5 };
#ifdef RTCONFIG_GMAC3
if (gmac3_enable)
ports[SWPORT_COUNT-1] = 8;
#endif
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan3ports", wan);
nvram_set("vlan3hwname", "et0");
}
else {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_RPAC68U: /* 0 1 2 3 4 */
case MODEL_RTAC68U: /* 0 1 2 3 4 */
case MODEL_RTN18U: /* 0 1 2 3 4 */
case MODEL_RTAC53U:
{ /* WAN L1 L2 L3 L4 CPU */ /*vision: WAN L1 L2 L3 L4 */
const int ports[SWPORT_COUNT] = { 0, 1, 2, 3, 4, 5 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan3ports", wan);
nvram_set("vlan3hwname", "et0");
}
else {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "u");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_DSLAC68U:
{
const int ports[SWPORT_COUNT] = { 0, 1, 2, 3, 4, 5 };
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
nvram_unset("vlan4ports");
nvram_unset("vlan4hwname");
switch_gen_config(wan, ports, wancfg, 1, "t");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et0");
// port for DSL
if (get_wans_dualwan()&WANSCAP_DSL) {
switch_gen_config(wan, ports, wancfg, 1, "t");
nvram_set("vlan100ports", wan);
nvram_set("vlan100hwname", "et0");
}
// port for LAN/WAN
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, "t");
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
nvram_unset("wan1ports");
}
#else
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "t");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);
nvram_set("wanports", wan);
#endif
break;
}
case MODEL_RTAC87U: /* 0 1 2 3 4 */
{ /* WAN L1 L2 L3 L4 CPU */ /*vision: WAN L1 L2 L3 L4 */
int ports[SWPORT_COUNT] = { 0, 5, 3, 2, 1, 7 };
#ifdef RTCONFIG_GMAC3
if (gmac3_enable)
ports[SWPORT_COUNT-1] = 8;
#endif
int wancfg = (!nvram_match("switch_wantag", "none")&&!nvram_match("switch_wantag", "")) ? SWCFG_DEFAULT : cfg;
wan_phyid = ports[0]; // record the phy num of the wan port on the case
#ifdef RTCONFIG_DUALWAN
if (cfg != SWCFG_BRIDGE) {
int wan1cfg = nvram_get_int("wans_lanport");
nvram_unset("vlan2ports");
nvram_unset("vlan2hwname");
nvram_unset("vlan3ports");
nvram_unset("vlan3hwname");
// The first WAN port.
if (get_wans_dualwan()&WANSCAP_WAN) {
switch_gen_config(wan, ports, wancfg, 1, (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4)?"":"u");
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et1");
}
// The second WAN port.
if (get_wans_dualwan()&WANSCAP_LAN && wan1cfg >= 1 && wan1cfg <= 4) {
wan1cfg += WAN1PORT1-1;
if (wancfg != SWCFG_DEFAULT) {
gen_lan_ports(lan, ports, wancfg, wan1cfg, "*");
nvram_set("vlan1ports", lan);
gen_lan_ports(lan, ports, wancfg, wan1cfg, NULL);
nvram_set("lanports", lan);
}
else {
switch_gen_config(lan, ports, wan1cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, wan1cfg, 0, NULL);
nvram_set("lanports", lan);
}
switch_gen_config(wan, ports, wan1cfg, 1, (get_wans_dualwan()&WANSCAP_WAN)?"":"u");
if (get_wans_dualwan()&WANSCAP_WAN) {
nvram_set("vlan3ports", wan);
nvram_set("vlan3hwname", "et1");
}
else {
nvram_set("vlan2ports", wan);
nvram_set("vlan2hwname", "et1");
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
nvram_set("vlan1ports", lan);
switch_gen_config(lan, ports, cfg, 0, NULL);
nvram_set("lanports", lan);
}
int unit;
char prefix[8], nvram_ports[16];
for (unit = WAN_UNIT_FIRST; unit < WAN_UNIT_MAX; ++unit) {
memset(prefix, 0, 8);
sprintf(prefix, "%d", unit);
memset(nvram_ports, 0, 16);
sprintf(nvram_ports, "wan%sports", (unit == WAN_UNIT_FIRST)?"":prefix);
if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_WAN) {
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else if (get_dualwan_by_unit(unit) == WANS_DUALWAN_IF_LAN) {
switch_gen_config(wan, ports, wan1cfg, 1, NULL);
nvram_set(nvram_ports, wan);
}
else
nvram_unset(nvram_ports);
}
}
else {
switch_gen_config(lan, ports, cfg, 0, "*");
switch_gen_config(wan, ports, wancfg, 1, "");
nvram_set("vlan1ports", lan);
nvram_set("vlan2ports", wan);
switch_gen_config(lan, ports, cfg, 0, NULL);
switch_gen_config(wan, ports, wancfg, 1, NULL);
nvram_set("lanports", lan);