static void
raise_ZipError(YogEnv* env, YogVal pkg, const char* msg)
{
SAVE_ARG(env, pkg);
YogVal eZipError = YUNDEF;
YogVal e = YUNDEF;
YogVal s = YUNDEF;
PUSH_LOCALS3(env, eZipError, e, s);
if (!IS_PTR(pkg) || (BASIC_OBJ_TYPE(pkg) != TYPE_ZIP_PKG)) {
YogError_raise_TypeError(env, "package type must be TYPE_ZIP_PKG");
}
eZipError = PTR_AS(Package, pkg)->eZipError;
if (msg != NULL) {
s = YogString_from_string(env, msg);
e = YogEval_call_method1(env, eZipError, "new", s);
}
else {
e = YogEval_call_method0(env, eZipError, "new");
}
YogError_raise(env, e);
/* NOTREACHED */
RETURN_VOID(env);
}
static void
exec_get_attr(YogEnv* env, YogVal self, ID name)
{
SAVE_ARG(env, self);
YogVal klass = YUNDEF;
YogVal attr = YUNDEF;
PUSH_LOCALS2(env, klass, attr);
klass = YogVal_get_class(env, self);
attr = YogClass_get_attr(env, klass, name);
if (!IS_UNDEF(attr)) {
attr = YogVal_get_descr(env, attr, self, klass);
YogScriptFrame_push_stack(env, env->frame, attr);
RETURN_VOID(env);
}
attr = YogObj_get_attr(env, self, name);
if (!IS_UNDEF(attr)) {
attr = YogVal_get_descr(env, attr, YNIL, self);
YogScriptFrame_push_stack(env, env->frame, attr);
RETURN_VOID(env);
}
YogError_raise_AttributeError(env, "%C object has no attribute \"%I\"", self, name);
/* NOTREACHED */
RETURN_VOID(env);
}
void
YogVM_remove_thread(YogEnv* env, YogVM* vm, YogVal thread)
{
SAVE_ARG(env, thread);
YogVM_acquire_global_interp_lock(env, vm);
gc(env, vm);
YogVal prev = PTR_AS(YogThread, thread)->prev;
YogVal next = PTR_AS(YogThread, thread)->next;
if (IS_PTR(prev)) {
YogGC_UPDATE_PTR(env, PTR_AS(YogThread, prev), next, next);
}
else {
vm->running_threads = next;
}
if (IS_PTR(next)) {
YogGC_UPDATE_PTR(env, PTR_AS(YogThread, next), prev, prev);
}
if (!IS_PTR(vm->running_threads)) {
pthread_cond_signal(&vm->vm_finish_cond);
}
RESTORE_LOCALS(env);
YogVM_release_global_interp_lock(env, vm);
}
ID
YogVM_intern2(YogEnv* env, YogVM* vm, YogVal name)
{
SAVE_ARG(env, name);
YogVal value = YUNDEF;
PUSH_LOCAL(env, value);
#define FIND_SYM do { \
if (YogTable_lookup(env, vm->name2id, name, &value)) { \
release_symbols_lock(env, vm); \
RETURN(env, VAL2ID(value)); \
} \
} while (0)
acquire_symbols_read_lock(env, vm);
FIND_SYM;
release_symbols_lock(env, vm);
acquire_symbols_write_lock(env, vm);
FIND_SYM;
#undef FIND_SYM
YogHandle* clone = VAL2HDL(env, YogString_clone(env, name));
ID id = vm->next_id;
YogVal symbol = ID2VAL(id);
YogTable_add_direct(env, vm->name2id, HDL2VAL(clone), symbol);
YogTable_add_direct(env, vm->id2name, symbol, HDL2VAL(clone));
vm->next_id++;
release_symbols_lock(env, vm);
RETURN(env, id);
}
void
YogRegexp_define_classes(YogEnv* env, YogVal pkg)
{
SAVE_ARG(env, pkg);
YogVal cRegexp = YUNDEF;
YogVal cMatch = YUNDEF;
PUSH_LOCALS2(env, cRegexp, cMatch);
YogVM* vm = env->vm;
cRegexp = YogClass_new(env, "Regexp", vm->cObject);
#define DEFINE_METHOD(name, ...) do { \
YogClass_define_method2(env, cRegexp, pkg, (name), __VA_ARGS__); \
} while (0)
DEFINE_METHOD("match", match, "s", "|", "pos", NULL);
DEFINE_METHOD("search", search, "s", "|", "pos", NULL);
#undef DEFINE_METHOD
vm->cRegexp = cRegexp;
cMatch = YogClass_new(env, "Match", vm->cObject);
#define DEFINE_METHOD(name, f) do { \
YogClass_define_method(env, cMatch, pkg, (name), (f)); \
} while (0)
DEFINE_METHOD("start", start);
DEFINE_METHOD("end", end);
#undef DEFINE_METHOD
#define DEFINE_METHOD2(name, ...) do { \
YogClass_define_method2(env, cMatch, pkg, (name), __VA_ARGS__); \
} while (0)
DEFINE_METHOD2("group", group, "|", "group", NULL);
#undef DEFINE_METHOD2
vm->cMatch = cMatch;
RETURN_VOID(env);
}
static void
raise_invalid_group(YogEnv* env, YogVal group)
{
SAVE_ARG(env, group);
YogError_raise_TypeError(env, "group must be a Fixnum, String or nil, not %C", group);
/* NOTREACHED */
RETURN_VOID(env);
}
static void
close_zip(YogEnv* env, YogVal pkg, struct zip* archive)
{
SAVE_ARG(env, pkg);
if (zip_close(archive) != 0) {
raise_ZipError(env, pkg, zip_strerror(archive));
}
RETURN_VOID(env);
}
YogVal
YogClass_alloc(YogEnv* env, YogVal klass)
{
SAVE_ARG(env, klass);
YogVal obj = YUNDEF;
PUSH_LOCAL(env, obj);
obj = ALLOC_OBJ(env, YogClass_keep_children, NULL, YogClass);
YogClass_init(env, obj, TYPE_CLASS, klass);
RETURN(env, obj);
}
static void
register_encoding(YogEnv* env, YogVM* vm, const char* name, YogVal enc)
{
SAVE_ARG(env, enc);
YogVal s = YUNDEF;
PUSH_LOCAL(env, s);
s = YogString_from_string(env, name);
YogDict_set(env, vm->encodings, s, enc);
RETURN_VOID(env);
}
void
YogEnumerable_define_classes(YogEnv* env, YogVal pkg)
{
SAVE_ARG(env, pkg);
YogVal mEnumerable = YUNDEF;
PUSH_LOCAL(env, mEnumerable);
YogVM* vm = env->vm;
mEnumerable = YogModule_of_name(env, "Enumerable");
vm->mEnumerable = mEnumerable;
RETURN_VOID(env);
}
YogVal
YogClass_new(YogEnv* env, const char* name, YogVal super)
{
SAVE_ARG(env, super);
YogVal obj = YUNDEF;
PUSH_LOCAL(env, obj);
obj = YogClass_alloc(env, env->vm->cClass);
YogGC_UPDATE_PTR(env, PTR_AS(YogClass, obj), super, super);
ID id = name == NULL ? INVALID_ID : YogVM_intern(env, env->vm, name);
PTR_AS(YogClass, obj)->name = id;
RETURN(env, obj);
}
static void
wait_package(YogEnv* env, YogVal pkg)
{
SAVE_ARG(env, pkg);
pthread_cond_t* cond = &PTR_AS(ImportingPackage, pkg)->cond;
pthread_mutex_t* lock = &PTR_AS(ImportingPackage, pkg)->lock;
while (!IS_PTR(PTR_AS(ImportingPackage, pkg)->pkg)) {
YogGC_free_from_gc(env);
pthread_cond_wait(cond, lock);
YogGC_bind_to_gc(env);
}
RETURN_VOID(env);
}
void
YogEncoding_define_classes(YogEnv* env, YogVal pkg)
{
SAVE_ARG(env, pkg);
YogVal cEncoding = YUNDEF;
PUSH_LOCAL(env, cEncoding);
YogVM* vm = env->vm;
cEncoding = YogClass_new(env, "Encoding", vm->cObject);
YogClass_define_allocator(env, cEncoding, alloc);
YogClass_define_method(env, cEncoding, pkg, "create_string", create_string);
vm->cEncoding = cEncoding;
RETURN_VOID(env);
}
void
YogVM_add_thread(YogEnv* env, YogVM* vm, YogVal thread)
{
SAVE_ARG(env, thread);
YogVM_acquire_global_interp_lock(env, vm);
gc(env, vm);
YogGC_UPDATE_PTR(env, PTR_AS(YogThread, vm->running_threads), prev, thread);
YogGC_UPDATE_PTR(env, PTR_AS(YogThread, thread), next, vm->running_threads);
vm->running_threads = thread;
YogVM_release_global_interp_lock(env, vm);
RETURN_VOID(env);
}
void
YogProperty_define_classes(YogEnv* env, YogVal pkg)
{
SAVE_ARG(env, pkg);
YogVal cProperty = YUNDEF;
PUSH_LOCAL(env, cProperty);
YogVM* vm = env->vm;
cProperty = YogClass_new(env, "Property", vm->cObject);
YogClass_define_descr_get_executor(env, cProperty, exec_get_descr);
YogClass_define_descr_get_caller(env, cProperty, call_get_descr);
YogClass_define_descr_set_executor(env, cProperty, exec_set_descr);
vm->cProperty = cProperty;
RETURN_VOID(env);
}
static void
setup_classes(YogEnv* env, YogVM* vm, YogVal builtins)
{
SAVE_ARG(env, builtins);
YogProperty_define_classes(env, builtins);
YogFunction_define_classes(env, builtins);
YogObj_class_init(env, vm->cObject, builtins);
YogClass_class_init(env, vm->cClass, builtins);
YogComparable_define_classes(env, builtins);
YogEnumerable_define_classes(env, builtins);
YogString_define_classes(env, builtins);
YogHandle* h_builtins = YogHandle_REGISTER(env, builtins);
YogArray_define_classes(env, builtins);
YogBignum_define_classes(env, builtins);
YogBinary_define_classes(env, builtins);
YogBool_define_classes(env, builtins);
YogClassMethod_define_classes(env, builtins);
YogCode_define_classes(env, h_builtins);
YogCoroutine_define_classes(env, builtins);
YogDatetime_define_classes(env, h_builtins);
YogDict_define_classes(env, builtins);
YogDir_define_classes(env, h_builtins);
YogEncoding_define_classes(env, builtins);
YogEnv_define_classes(env, h_builtins);
YogFFI_define_classes(env, builtins);
YogFile_define_classes(env, builtins);
YogFixnum_define_classes(env, builtins);
YogFloat_define_classes(env, builtins);
YogModule_define_classes(env, builtins);
YogNil_define_classes(env, builtins);
YogPackage_define_classes(env, builtins);
YogPath_define_classes(env, h_builtins);
YogProcess_define_classes(env, h_builtins);
YogRegexp_define_classes(env, builtins);
YogSet_define_classes(env, builtins);
YogStat_define_classes(env, h_builtins);
YogSymbol_define_classes(env, builtins);
YogThread_define_classes(env, builtins);
RETURN_VOID(env);
}
static YogVal
call_get_attr(YogEnv* env, YogVal self, ID name)
{
SAVE_ARG(env, self);
YogVal klass = YUNDEF;
YogVal attr = YUNDEF;
PUSH_LOCALS2(env, klass, attr);
klass = YogVal_get_class(env, self);
attr = YogClass_get_attr(env, klass, name);
if (!IS_UNDEF(attr)) {
attr = YogVal_get_descr(env, attr, self, klass);
RETURN(env, attr);
}
attr = YogObj_get_attr(env, self, name);
if (!IS_UNDEF(attr)) {
attr = YogVal_get_descr(env, attr, YNIL, self);
RETURN(env, attr);
}
RETURN(env, YUNDEF);
}
/* Parse a string of one of the forms:
* "domain[,[any][,bltype]]
* "domain[,[IPaddr[&IPmask]][,bltype]]
* "domain[,[IPaddr[/xx][&IPmask]][,bltype]]
* "domain[,[IPaddrLO-IPaddrHI[&IPmask]][,name|ipv4|ipv6]]
* where bltype is "name", "all-names", "IPv4", or "IPv6"
*
* set:[no-]client client IP address checks
* set:[no-]mail_host envelope mail_from checks
* set:[no-]URL body URL checks
* set:[no-]MX MX checks
* set:[no-]NS NS checks
* set:white DNS whitelist
* set:black DNS blacklist
* set:defaults restore defaults
* set:group=X start group of lists
* set:debug=X more logging
* set:msg-secs=S total seconds checking blacklists/message
* set:url-secs=S total seconds per host name
*
* set:rej-msg="rejection message"
* set:progpath path of helper program
* set:max_helpers=X override dccm or dccifd max_work
*
* set:[no-]body body URL checks
* set:[no-]envelope obsolete mail host and client
*
* set:helper=soc,fd,X start DNS resolver process
*/
u_char /* 0=bad */
dcc_parse_dnsbl(DCC_EMSG emsg, const char *entry, const char *progpath)
{
DNSBL *dp1, **dpp;
const char *tgt_ip_start;
char tgt_ip_buf[INET6_ADDRSTRLEN*3+10];
DNSBL_TYPE type;
int dom_len, tgt_ip_len;
char *p;
int val;
u_char seen_dp;
#ifdef HAVE_HELPERS
int soc;
int fd;
int total_helpers;
# define SAVE_ARG(arg) helper_save_arg("-B", arg)
#else
# define SAVE_ARG(arg)
#endif
if (progpath && dnsbl_progpath[0] == '\0') {
const char *slash = strrchr(progpath, '/');
if (slash)
++slash;
else
slash = progpath;
snprintf(dnsbl_progpath, sizeof(dnsbl_progpath),
"%.*sdns-helper", (int)(slash-progpath), progpath);
}
/* handle parameter settings */
if (!CLITCMP(entry, "set:")) {
const char *parm = entry+LITZ("set:");
#ifdef HAVE_HELPERS
/* start running a helper process on the last, magic -B */
if (3 == sscanf(parm, HELPER_PAT, &soc, &fd, &total_helpers)) {
helper_child(soc, fd, total_helpers);
}
#endif
if (!strcasecmp(parm, "client")) {
parse_tgts |= DNSBL_HIT_CLIENT;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "no-client")) {
parse_tgts &= ~DNSBL_HIT_CLIENT;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "mail_host")
|| !strcasecmp(parm, "mail-host")) {
parse_tgts |= DNSBL_HIT_MHOST;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "no-mail_host")
|| !strcasecmp(parm, "no-mail-host")) {
parse_tgts &= ~DNSBL_HIT_MHOST;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "url")) {
parse_tgts |= DNSBL_HIT_URL;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "no-URL")) {
parse_tgts &= ~DNSBL_HIT_URL;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "mx")) {
#ifdef MXNS_DNSBL
parse_mx_ok = 1;
SAVE_ARG(entry);
return 1;
#else
dcc_pemsg(EX_USAGE, emsg,
"MX DNS blacklist checks"
" not supported on "DCC_TARGET_SYS);
return 0;
#endif
}
if (!strcasecmp(parm, "no-mx")) {
parse_mx_ok = 0;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "ns")) {
#ifdef MXNS_DNSBL
parse_ns_ok = 1;
SAVE_ARG(entry);
return 1;
#else
dcc_pemsg(EX_USAGE, emsg,
"NS DNS blacklist checks"
" not supported on "DCC_TARGET_SYS);
return 0;
#endif
}
if (!strcasecmp(parm, "no-ns")) {
parse_ns_ok = 0;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "white")) {
parse_tgts |= DNSBL_HIT_WHITE;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "black")) {
parse_tgts &= ~DNSBL_HIT_WHITE;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "defaults")) {
parse_tgts = DNSBL_HIT_SRCS;
parse_mx_ok = 1;
parse_ns_ok = 1;
parse_reply = 0;
SAVE_ARG(entry);
return 1;
}
if (!CLITCMP(parm, "rej-msg=")) {
parm += LITZ("rej-msg=");
if (*parm == '\0')
parse_reply = 0;
else
parse_reply = dnsbl_parse_reply(parm);
/* do not save for helpers */
return 1;
}
if (!CLITCMP(parm, "msg-secs=")) {
parm += LITZ("msg-secs=");
val = strtoul(parm, &p, 10);
if (*p != '\0'
|| val < MIN_MSG_SECS || val > MAX_MSG_SECS) {
dcc_pemsg(EX_USAGE, emsg,
"bad number of seconds in \"-B %s\"",
entry);
return 0;
}
if (msg_secs != val) {
msg_secs = val;
SAVE_ARG(entry);
}
return 1;
}
if (!CLITCMP(parm, "url-secs=")) {
parm += LITZ("url-secs=");
val = strtoul(parm, &p, 10);
if (*p != '\0'
|| val < MIN_URL_SECS || val > MAX_MSG_SECS) {
dcc_pemsg(EX_USAGE, emsg,
"bad number of seconds in \"-B %s\"",
entry);
return 0;
}
if (url_secs != val) {
url_secs = val;
SAVE_ARG(entry);
}
return 1;
}
if (1 == sscanf(parm, "group=%d", &val)
&& val >= 1 && val <= NUM_DNSBL_GROUPS) {
parse_gnum = val-1;
have_dnsbl_groups = 1;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "debug")) {
++helper.debug;
SAVE_ARG(entry);
return 1;
}
if (1 == sscanf(parm, "debug=%d", &val)) {
helper.debug = val;
SAVE_ARG(entry);
return 1;
}
if (!CLITCMP(parm, "progpath=")) {
BUFCPY(dnsbl_progpath, parm+LITZ("progpath="));
return 1;
}
if (1 == sscanf(parm, "max_helpers=%d", &val)
&& val >= 1 && val < 1000) {
helper.max_helpers = val;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "body")) { /* obsolete */
parse_tgts |= DNSBL_HIT_URL;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "no-body")) { /* obsolete */
parse_tgts &= ~DNSBL_HIT_URL;
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "envelope")) { /* obsolete */
parse_tgts |= (DNSBL_HIT_CLIENT | DNSBL_HIT_MHOST);
SAVE_ARG(entry);
return 1;
}
if (!strcasecmp(parm, "no-envelope")) { /* obsolete */
parse_tgts &= ~(DNSBL_HIT_CLIENT | DNSBL_HIT_MHOST);
SAVE_ARG(entry);
return 1;
}
dcc_pemsg(EX_USAGE, emsg, "unrecognized \"-B %s\"",
entry);
return 0;
}
/* we have a DNSDBL specification instead of an option setting */
if (!parse_dp)
parse_dp = dcc_malloc(sizeof(*parse_dp));
memset(parse_dp, 0, sizeof(*parse_dp));
type = DNSBL_TYPE_IPV4; /* assume it is a simple IPv4 list */
tgt_ip_start = strchr(entry, ',');
if (!tgt_ip_start) {
dom_len = strlen(entry);
have_ipv4_dnsbl = 1;
tgt_ip_len = 0;
} else {
dom_len = tgt_ip_start - entry;
++tgt_ip_start;
/* notice trailing ",name" or ",IPv4" */
p = strchr(tgt_ip_start, ',');
if (!p) {
tgt_ip_len = strlen(tgt_ip_start);
have_ipv4_dnsbl = 1;
} else {
tgt_ip_len = p - tgt_ip_start;
++p;
if (!strcasecmp(p, "name")) {
type = DNSBL_TYPE_NAME;
have_name_dnsbl = 1;
} else if (!strcasecmp(p, "all-names")
|| !strcasecmp(p, "all_names")) {
type = DNSBL_TYPE_ALL_NAMES;
have_name_dnsbl = 1;
} else if (!strcasecmp(p, "IPV4")) {
type = DNSBL_TYPE_IPV4;
have_ipv4_dnsbl = 1;
} else if (!strcasecmp(p, "IPV6")) {
type = DNSBL_TYPE_IPV6;
have_ipv6_dnsbl = 1;
} else {
dcc_pemsg(EX_NOHOST, emsg,
"unknown DNSBL type in \"%s\"",
entry);
return 0;
}
}
}
/* assume 127.0.0.2 if the target address is missing */
if (tgt_ip_len == 0) {
BUFCPY(tgt_ip_buf, "127.0.0.2");
} else {
if (tgt_ip_len > ISZ(tgt_ip_buf)-1)
tgt_ip_len = ISZ(tgt_ip_buf)-1;
memcpy(tgt_ip_buf, tgt_ip_start, tgt_ip_len);
tgt_ip_buf[tgt_ip_len] = '\0';
}
if (entry[0] == '.') {
++entry;
--dom_len;
}
if (dom_len >= ISZ(DNSBL_DOM) - INET6_ADDRSTRLEN*2) {
/* we cannot fit the list and target names or address
* into a DNSBL_DOM field. We need to do DNS lookups of
* names like 33.22.11.10.dnsbl.example.com or
* domain.dom.bl.example.com */
dcc_pemsg(EX_NOHOST, emsg, "DNSBL name \"%s\" too long", entry);
return 0;
}
memcpy(&parse_dp->dom.c, entry, dom_len);
parse_dp->dom.c[dom_len] = '\0';
if (!parse_dnsbl_addrs(emsg, entry, tgt_ip_buf))
return 0;
parse_dp->type = type;
parse_tgts &= ~(DNSBL_HIT_MHOST_MX | DNSBL_HIT_URL_MX
| DNSBL_HIT_MHOST_NS | DNSBL_HIT_URL_NS);
#ifdef MXNS_DNSBL
if (parse_mx_ok) {
if (parse_tgts & DNSBL_HIT_MHOST)
parse_tgts |= DNSBL_HIT_MHOST_MX;
if (parse_tgts & DNSBL_HIT_URL)
parse_tgts |= DNSBL_HIT_URL_MX;
}
if (parse_ns_ok) {
if (parse_tgts & DNSBL_HIT_MHOST)
parse_tgts |= DNSBL_HIT_MHOST_NS;
if (parse_tgts & DNSBL_HIT_URL)
parse_tgts |= DNSBL_HIT_URL_NS;
}
#endif
parse_dp->tgt_hits = parse_tgts;
parse_dp->gnum = parse_gnum;
if (parse_tgts & DNSBL_HIT_WHITE)
group_tgt_hits.w[parse_dp->gnum] |= parse_tgts;
else
group_tgt_hits.b[parse_dp->gnum] |= parse_tgts;
parse_dp->reply = parse_reply;
parse_dp->dom_len = dom_len+1; /* count trailing '\0' */
parse_dp->num = ++parse_dnum;
/* link the lists as they were declared except that
* all whitelist must precede all blacklists */
for (dpp = &dnsbls; ; dpp = &dp1->fwd) {
dp1 = *dpp;
if (!dp1
|| ((parse_tgts & DNSBL_HIT_WHITE)
&& !(dp1->tgt_hits & DNSBL_HIT_WHITE))) {
parse_dp->fwd = dp1;
*dpp = parse_dp;
break;
}
}
/* notice lists that duplicate previous lists
* and so can use previous look-up results */
seen_dp = 0;
for (dp1 = dnsbls; dp1; dp1 = dp1->fwd) {
if (dp1 == parse_dp) {
seen_dp = 1;
continue;
}
if (parse_dp->type == dp1->type
&& parse_dp->tgt_use_ipv46 == dp1->tgt_use_ipv46
&& parse_dp->dom_len == dp1->dom_len
&& parse_dp->dom_len != 0
&& !memcmp(parse_dp->dom.c, dp1->dom.c,
parse_dp->dom_len)) {
if (seen_dp) {
dp1->tgt_hits |= DNSBL_HIT_DUP;
parse_dp->dup_fwd = dp1;
} else {
parse_dp->tgt_hits |= DNSBL_HIT_DUP;
parse_dp->dup_fwd = dp1->dup_fwd;
dp1->dup_fwd = parse_dp;
}
break;
}
}
parse_dp = 0;
SAVE_ARG(entry);
return 1;
#undef SAVE_ARG
}
