struct fw3_state *state)
{
struct fw3_defaults *defs = &state->defaults;
+ uint16_t mask = ~0;
#define policy(t) \
((t == FW3_TARGET_REJECT) ? "DROP" : fw3_flag_names[t])
fw3_pr(":OUTPUT %s [0:0]\n", policy(defs->policy_output));
}
- print_chains(table, family, ":%s - [0:0]\n", defs->flags,
+ /* user chains already loaded, don't create again */
+ if (hasbit(state->running_defaults.flags, FW3_DEFAULT_CUSTOM_CHAINS))
+ delbit(mask, FW3_DEFAULT_CUSTOM_CHAINS);
+
+ print_chains(table, family, ":%s - [0:0]\n", defs->flags & mask,
default_chains, ARRAY_SIZE(default_chains));
}
bool pass2, struct fw3_state *state)
{
struct fw3_defaults *d = &state->running_defaults;
+ uint16_t mask = ~0;
if (!hasbit(d->flags, family))
return;
+ /* don't touch user chains on selective stop */
+ delbit(mask, FW3_DEFAULT_CUSTOM_CHAINS);
+
if (!pass2)
{
reset_policy(table);
- print_chains(table, family, "-D %s\n", state->running_defaults.flags,
+ print_chains(table, family, "-D %s\n", d->flags & mask,
toplevel_rules, ARRAY_SIZE(toplevel_rules));
- print_chains(table, family, "-F %s\n", state->running_defaults.flags,
+ print_chains(table, family, "-F %s\n", d->flags & mask,
default_chains, ARRAY_SIZE(default_chains));
}
else
{
- print_chains(table, family, "-X %s\n", state->running_defaults.flags,
+ print_chains(table, family, "-X %s\n", d->flags & mask,
default_chains, ARRAY_SIZE(default_chains));
delbit(d->flags, family);
struct fw3_state *state = NULL;
struct uci_package *p = NULL;
+ if (!fw3_ubus_connect())
+ error("Failed to connect to ubus");
+
state = malloc(sizeof(*state));
if (!state)
static int
usage(void)
{
- fprintf(stderr, "fw3 [-4] [-6] [-q] {start|stop|flush|restart|print}\n");
+ fprintf(stderr, "fw3 [-4] [-6] [-q] {start|stop|flush|reload|restart|print}\n");
fprintf(stderr, "fw3 [-q] network {net}\n");
fprintf(stderr, "fw3 [-q] device {dev}\n");
}
}
- if (!fw3_ubus_connect())
- error("Failed to connect to ubus");
-
state = build_state();
defs = &state->defaults;
rv = stop(state, true, false);
}
else if (!strcmp(argv[optind], "restart"))
+ {
+ stop(state, true, false);
+ free_state(state);
+
+ state = build_state();
+ rv = start(state, false);
+ }
+ else if (!strcmp(argv[optind], "reload"))
{
rv = stop(state, false, true);
rv = start(state, !rv);