static void parse_initstr(void)
{
// struct cos_array *data;
char *c;
static int parsed = 0;
if (parsed) return;
parsed = 1;
/* data = cos_argreg_alloc(sizeof(struct cos_array) + 52); */
/* assert(data); */
/* data->sz = 52; */
/* if (sched_comp_config_initstr(cos_spd_id(), data)) { */
/* printc("No initstr found.\n"); */
/* return; */
/* } */
/* //printc("%s\n", data->mem); */
/* c = data->mem; */
c = cos_init_args();
while ('\0' != *c) c = parse_step(c);
// cos_argreg_free(data);
}
void
cos_init(void *arg)
{
int c, accept_fd, ret;
long eid;
char *init_str = cos_init_args(), *create_str;
int lag, nthds, prio;
cvect_init_static(&evts);
cvect_init_static(&tor_from);
cvect_init_static(&tor_to);
lock_static_init(&sc_lock);
sscanf(init_str, "%d:%d:%d", &lag, &nthds, &prio);
printc("lag: %d, nthds:%d, prio:%d\n", lag, nthds, prio);
create_str = strstr(init_str, "/");
assert(create_str);
eid = evt_get();
ret = c = from_tsplit(cos_spd_id(), td_root, create_str, strlen(create_str), TOR_ALL, eid);
if (ret <= td_root) BUG();
accept_fd = c;
evt_add(c, eid);
/* event loop... */
while (1) {
struct tor_conn tc;
int t;
long evt;
memset(&tc, 0, sizeof(struct tor_conn));
evt = evt_wait_all();
t = evt_torrent(evt);
if (t > 0) {
tc.feid = evt;
tc.from = t;
if (t == accept_fd) {
tc.to = 0;
accept_new(accept_fd);
} else {
tc.to = tor_get_to(t, &tc.teid);
assert(tc.to > 0);
from_data_new(&tc);
}
} else {
t *= -1;
tc.teid = evt;
tc.to = t;
tc.from = tor_get_from(t, &tc.feid);
assert(tc.from > 0);
to_data_new(&tc);
}
cos_mpd_update();
}
}
void
cos_init(void *arg)
{
int c, accept_fd, ret;
long eid;
char *init_str = cos_init_args();
char __create_str[128];
static volatile int first = 1, off = 0;
int port;
u64_t start, end;
if (cos_get_thd_id() == pid_thd) {
pid_process();
}
union sched_param sp;
if (first) {
first = 0;
sp.c.type = SCHEDP_PRIO;
sp.c.value = 10;
pid_thd = sched_create_thd(cos_spd_id(), sp.v, 0, 0);
init(init_str);
return;
}
printc("Thread %d, port %d\n", cos_get_thd_id(), __port+off);
port = off++;
port += __port;
eid = evt_get();
if (snprintf(__create_str, 128, create_str, port) < 0) BUG();
ret = c = from_tsplit(cos_spd_id(), td_root, __create_str, strlen(__create_str), TOR_ALL, eid);
if (ret <= td_root) BUG();
accept_fd = c;
printc("accept_fd %d (eid %d)\n", accept_fd, eid);
evt_add(c, eid);
/* event loop... */
while (1) {
int t;
long evt;
evt = evt_wait_all();
t = evt_torrent(evt);
printc("an interrupt comes in (thd %d, evt %d t %d)\n",
cos_get_thd_id(), evt, t);
accept_new(accept_fd);
break;
}
}
void parse_args(int *p, int *n)
{
char *c;
int i = 0, s = 0;
c = cos_init_args();
while (c[i] != ' ') {
s = 10*s+c[i]-'0';
i++;
}
*p = s;
s = 0;
i++;
while (c[i] != '\0') {
s = 10*s+c[i]-'0';
i++;
}
*n = s;
return ;
}
int parse_initstr(void)
{
// struct cos_array *data;
char *c;
c = cos_init_args();
while ('\0' != *c) c = parse_step(c);
/* data = cos_argreg_alloc(sizeof(struct cos_array) + 52); */
/* assert(data); */
/* data->sz = 52; */
/* if (sched_comp_config_initstr(cos_spd_id(), data)) { */
/* printc("No initstr found.\n"); */
/* return -1; */
/* } */
/* c = data->mem; */
/* while ('\0' != *c) c = parse_step(c); */
/* cos_argreg_free(data); */
return 0;
}