static void init_device_pppoe(void)
{
struct filter *filt;
unsigned int size=0;
ses=(void *)malloc(sizeof(struct session));
if(!ses){
fatal("No memory for new PPPoE session");
}
memset(ses,0,sizeof(struct session));
if ((ses->filt=malloc(sizeof(struct filter))) == NULL) {
poe_error (ses,"failed to malloc for Filter ");
poe_die (-1);
}
filt=ses->filt; /* makes the code more readable */
memset(filt,0,sizeof(struct filter));
if (pppoe_ac_name !=NULL) {
if (strlen (pppoe_ac_name) > 255) {
poe_error (ses," AC name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->ntag = make_filter_tag(PTT_AC_NAME,
strlen(pppoe_ac_name),
pppoe_ac_name);
if ( ses->filt->ntag== NULL) {
poe_error (ses,"failed to malloc for AC name");
poe_die(-1);
}
}
if (pppoe_srv_name !=NULL) {
if (strlen (pppoe_srv_name) > 255) {
poe_error (ses," Service name too long
(maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->stag = make_filter_tag(PTT_SRV_NAME,
strlen(pppoe_srv_name),
pppoe_srv_name);
if ( ses->filt->stag == NULL) {
poe_error (ses,"failed to malloc for service name");
poe_die(-1);
}
}
static void init_device_pppoe(void)
{
struct filter *filt;
unsigned int size=0;
ses=(void *)malloc(sizeof(struct session));
if(!ses){
fatal("No memory for new PPPoE session");
}
memset(ses,0,sizeof(struct session));
ses->log_to_fd = -1;
if ((ses->filt=malloc(sizeof(struct filter))) == NULL) {
poe_error (ses,"failed to malloc for Filter ");
poe_die (-1);
}
filt=ses->filt; /* makes the code more readable */
memset(filt,0,sizeof(struct filter));
if (pppoe_ac_name !=NULL) {
if (strlen (pppoe_ac_name) > 255) {
poe_error (ses," AC name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->ntag = make_filter_tag(PTT_AC_NAME,
strlen(pppoe_ac_name),
pppoe_ac_name);
if ( ses->filt->ntag== NULL) {
poe_error (ses,"failed to malloc for AC name");
poe_die(-1);
}
}
if (pppoe_srv_name !=NULL) {
if (strlen (pppoe_srv_name) > 255) {
poe_error (ses," Service name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->stag = make_filter_tag(PTT_SRV_NAME,
strlen(pppoe_srv_name),
pppoe_srv_name);
if ( ses->filt->stag == NULL) {
poe_error (ses,"failed to malloc for service name");
poe_die(-1);
}
}
if (hostuniq) {
ses->filt->htag = make_filter_tag(PTT_HOST_UNIQ,
strlen(hostuniq),
hostuniq);
if ( ses->filt->htag == NULL) {
poe_error (ses,"failed to malloc for Uniq Host Id ");
poe_die(-1);
}
}
if (retries) {
ses->retries=retries;
}
memcpy( ses->name, devnam, IFNAMSIZ);
ses->opt_debug=1;
}
static void init_device_pppoe(void)
{
struct filter *filt;
// unsigned int size=0;
ses=(void *)malloc(sizeof(struct session));
if(!ses){
fatal("No memory for new PPPoE session");
}
memset(ses,0,sizeof(struct session));
if ((ses->filt=malloc(sizeof(struct filter))) == NULL) {
poe_error (ses,"failed to malloc for Filter ");
poe_die (-1);
}
filt=ses->filt; /* makes the code more readable */
memset(filt,0,sizeof(struct filter));
#ifdef AEI_VDSL_CUSTOMER_NCS
if (strlen(pppoe_ac_name)) {
#else
if (pppoe_ac_name !=NULL) {
#endif
if (strlen (pppoe_ac_name) > 255) {
poe_error (ses," AC name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->ntag = make_filter_tag(PTT_AC_NAME,
strlen(pppoe_ac_name),
pppoe_ac_name);
if ( ses->filt->ntag== NULL) {
poe_error (ses,"failed to malloc for AC name");
poe_die(-1);
}
}
// cwu
if (strlen(pppoe_srv_name)) {
if (strlen (pppoe_srv_name) > 255) {
poe_error (ses," Service name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->stag = make_filter_tag(PTT_SRV_NAME,
strlen(pppoe_srv_name),
pppoe_srv_name);
if ( ses->filt->stag == NULL) {
poe_error (ses,"failed to malloc for service name");
poe_die(-1);
}
}
if (hostuniq) {
ses->filt->htag = make_filter_tag(PTT_HOST_UNIQ,
strlen(hostuniq),
hostuniq);
if ( ses->filt->htag == NULL) {
poe_error (ses,"failed to malloc for Uniq Host Id ");
poe_die(-1);
}
}
if (retries) {
ses->retries=retries;
}
memcpy( ses->name, devnam, IFNAMSIZ);
ses->opt_debug=1;
}
static void pppoe_extra_options()
{
// int ret;
char buf[256];
snprintf(buf, 256, _PATH_ETHOPT "%s",devnam);
if(!options_from_file(buf, 0, 0, 1))
exit(EXIT_OPTION_ERROR);
}
static void init_device_pppoe(void)
{
struct filter *filt;
unsigned int size=0;
ses=(void *)malloc(sizeof(struct session));
if(!ses){
fatal("No memory for new PPPoE session");
}
memset(ses,0,sizeof(struct session));
ses->log_to_fd = -1;
if ((ses->filt=malloc(sizeof(struct filter))) == NULL) {
poe_error (ses,"failed to malloc for Filter ");
poe_die (-1);
}
filt=ses->filt; /* makes the code more readable */
memset(filt,0,sizeof(struct filter));
if (pppoe_ac_name !=NULL) {
if (strlen (pppoe_ac_name) > 255) {
poe_error (ses," AC name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->ntag = make_filter_tag(PTT_AC_NAME,
strlen(pppoe_ac_name),
pppoe_ac_name);
if ( ses->filt->ntag== NULL) {
poe_error (ses,"failed to malloc for AC name");
poe_die(-1);
}
}
if (pppoe_srv_name !=NULL) {
if (strlen (pppoe_srv_name) > 255) {
poe_error (ses," Service name too long (maximum allowed 256 chars)");
poe_die(-1);
}
ses->filt->stag = make_filter_tag(PTT_SRV_NAME,
strlen(pppoe_srv_name),
pppoe_srv_name);
if ( ses->filt->stag == NULL) {
poe_error (ses,"failed to malloc for service name");
poe_die(-1);
}
}
if (hostuniq) {
ses->filt->htag = make_filter_tag(PTT_HOST_UNIQ,
strlen(hostuniq),
hostuniq);
if ( ses->filt->htag == NULL) {
poe_error (ses,"failed to malloc for Uniq Host Id ");
poe_die(-1);
}
}
if (retries > 0) {
ses->retries=retries;
poe_info(ses, "PPPOE: Setting retries to %d", ses->retries);
} else if (retries == 0) {
poe_info(ses, "PPPOE: Will retry forever");
ses->retries=-1;
} else {
ses->retries=CONFIG_USER_PPPD_PPPOE_RETRIES;
poe_info(ses, "PPPOE: Setting retries to %d", ses->retries);
}
if (pppoe_kill) {
ses->pppoe_kill = pppoe_kill;
poe_info(ses, "Will send PADT if already in data stream");
}
memcpy( ses->name, devnam, IFNAMSIZ);
ses->opt_debug=1;
}
