int wrap_mpcall(unsigned int c, char **argv, int inv, struct xtables_match *m, struct xt_entry_match *mm, void *fw) { int rv = 1; int err; if ((err = setjmp(env)) == 0) { m->m = mm; // FIXME: See above. xtables_option_mpcall(c, argv, inv, m, fw); } else { errno = err; } return rv; }
int command_default(struct iptables_command_state *cs, struct xtables_globals *gl) { struct xtables_rule_match *matchp; struct xtables_match *m; if (cs->target != NULL && (cs->target->parse != NULL || cs->target->x6_parse != NULL) && cs->c >= cs->target->option_offset && cs->c < cs->target->option_offset + XT_OPTION_OFFSET_SCALE) { xtables_option_tpcall(cs->c, cs->argv, cs->invert, cs->target, &cs->fw); return 0; } for (matchp = cs->matches; matchp; matchp = matchp->next) { m = matchp->match; if (matchp->completed || (m->x6_parse == NULL && m->parse == NULL)) continue; if (cs->c < matchp->match->option_offset || cs->c >= matchp->match->option_offset + XT_OPTION_OFFSET_SCALE) continue; xtables_option_mpcall(cs->c, cs->argv, cs->invert, m, &cs->fw); return 0; } /* Try loading protocol */ m = load_proto(cs); if (m != NULL) { size_t size; cs->proto_used = 1; size = XT_ALIGN(sizeof(struct xt_entry_match)) + m->size; m->m = xtables_calloc(1, size); m->m->u.match_size = size; strcpy(m->m->u.user.name, m->name); m->m->u.user.revision = m->revision; xs_init_match(m); if (m->x6_options != NULL) gl->opts = xtables_options_xfrm(gl->orig_opts, gl->opts, m->x6_options, &m->option_offset); else gl->opts = xtables_merge_options(gl->orig_opts, gl->opts, m->extra_opts, &m->option_offset); if (gl->opts == NULL) xtables_error(OTHER_PROBLEM, "can't alloc memory!"); optind--; /* Indicate to rerun getopt *immediately* */ return 1; } if (cs->c == ':') xtables_error(PARAMETER_PROBLEM, "option \"%s\" " "requires an argument", cs->argv[optind-1]); if (cs->c == '?') xtables_error(PARAMETER_PROBLEM, "unknown option " "\"%s\"", cs->argv[optind-1]); xtables_error(PARAMETER_PROBLEM, "Unknown arg \"%s\"", optarg); return 0; }