int
lb_create(struct net * ifp, void * bindinfo)
{
USE_VOID(bindinfo);
lb_ifsetup(ifp);
ifp->name[2] = '0' + ifNumber; /* tag name with device index */
return 0;
}
void ftpc_callback(void *fc,int logstate, int cmdstate)
{
/*
dprintf("logstate=%d, cmdstate=%d\n",logstate,cmdstate);
*/
USE_VOID(fc);
USE_ARG(logstate);
USE_ARG(cmdstate);
}
int
tk_stats(void * pio)
{
#ifdef NET_STATS
task *tk;
char * state;
ns_printf(pio, "tasking status:");
ns_printf(pio, "task wakeups: %D\n", tk_wakeups);
ns_printf(pio, " name \tstate \tstack\tused\twakes\n");
tk = tk_cur;
do /* measure stack usage using guardword pattern */
{
stack_t * up;
int i; /* number of unused words in stack area */
up = tk->tk_guard;
#ifdef STK_TOPDOWN
for (i = tk->tk_size/sizeof(stack_t) -1; i; i--)
if (*up++ != GUARDWORD) break;
#else /* BOTTOMUP */
for (i = tk->tk_size/sizeof(stack_t) -1; i; i--)
if (*up-- != GUARDWORD) break;
#endif
if (tk == tk_cur)
state = "running ";
else if(tk->tk_event)
state = "event_wt";
else if(tk->tk_waketick)
state = "sleeping";
else if(tk->tk_flags & TF_AWAKE)
state = "ready ";
else
state = "blocked ";
ns_printf(pio, "%-18s\t%s\t%u\t%u\t%lu\n",
tk->tk_name, state,
tk->tk_size, i*sizeof(stack_t), tk->tk_count);
tk = tk->tk_next;
} while (tk != tk_cur);
#else
USE_VOID(pio);
#endif
return 0;
}
