{ "compile_date", vtype_stringptr, &version_date },
{ "compile_number", vtype_stringptr, &version_cnumber },
{ "csa_status", vtype_stringptr, &csa_status },
{ "compile_date", vtype_stringptr, &version_date },
{ "compile_number", vtype_stringptr, &version_cnumber },
{ "csa_status", vtype_stringptr, &csa_status },
+#ifdef EXPERIMENTAL_DCC
+ { "dcc_header", vtype_stringptr, &dcc_header },
+ { "dcc_result", vtype_stringptr, &dcc_result },
+#endif
#ifdef WITH_OLD_DEMIME
{ "demime_errorlevel", vtype_int, &demime_errorlevel },
{ "demime_reason", vtype_stringptr, &demime_reason },
#ifdef WITH_OLD_DEMIME
{ "demime_errorlevel", vtype_int, &demime_errorlevel },
{ "demime_reason", vtype_stringptr, &demime_reason },
{ "dk_signsall", vtype_dk_verify, NULL },
{ "dk_status", vtype_dk_verify, NULL },
{ "dk_testing", vtype_dk_verify, NULL },
{ "dk_signsall", vtype_dk_verify, NULL },
{ "dk_status", vtype_dk_verify, NULL },
{ "dk_testing", vtype_dk_verify, NULL },
+#endif
+#ifdef EXPERIMENTAL_DKIM
+ { "dkim_domain", vtype_stringptr, &dkim_signing_domain },
+ { "dkim_selector", vtype_stringptr, &dkim_signing_selector },
#endif
{ "dnslist_domain", vtype_stringptr, &dnslist_domain },
#endif
{ "dnslist_domain", vtype_stringptr, &dnslist_domain },
{ "dnslist_text", vtype_stringptr, &dnslist_text },
{ "dnslist_value", vtype_stringptr, &dnslist_value },
{ "domain", vtype_stringptr, &deliver_domain },
{ "dnslist_text", vtype_stringptr, &dnslist_text },
{ "dnslist_value", vtype_stringptr, &dnslist_value },
{ "domain", vtype_stringptr, &deliver_domain },
#ifdef WITH_CONTENT_SCAN
{ "malware_name", vtype_stringptr, &malware_name },
#endif
#ifdef WITH_CONTENT_SCAN
{ "malware_name", vtype_stringptr, &malware_name },
#endif
{ "message_age", vtype_int, &message_age },
{ "message_body", vtype_msgbody, &message_body },
{ "message_body_end", vtype_msgbody_end, &message_body_end },
{ "message_age", vtype_int, &message_age },
{ "message_body", vtype_msgbody, &message_body },
{ "message_body_end", vtype_msgbody_end, &message_body_end },
{ "smtp_command", vtype_stringptr, &smtp_cmd_buffer },
{ "smtp_command_argument", vtype_stringptr, &smtp_cmd_argument },
{ "smtp_count_at_connection_start", vtype_int, &smtp_accept_count },
{ "smtp_command", vtype_stringptr, &smtp_cmd_buffer },
{ "smtp_command_argument", vtype_stringptr, &smtp_cmd_argument },
{ "smtp_count_at_connection_start", vtype_int, &smtp_accept_count },
{ "sn0", vtype_filter_int, &filter_sn[0] },
{ "sn1", vtype_filter_int, &filter_sn[1] },
{ "sn2", vtype_filter_int, &filter_sn[2] },
{ "sn0", vtype_filter_int, &filter_sn[0] },
{ "sn1", vtype_filter_int, &filter_sn[1] },
{ "sn2", vtype_filter_int, &filter_sn[2] },
{ "spam_score_int", vtype_stringptr, &spam_score_int },
#endif
#ifdef EXPERIMENTAL_SPF
{ "spam_score_int", vtype_stringptr, &spam_score_int },
#endif
#ifdef EXPERIMENTAL_SPF
{ "spf_header_comment", vtype_stringptr, &spf_header_comment },
{ "spf_received", vtype_stringptr, &spf_received },
{ "spf_result", vtype_stringptr, &spf_result },
{ "spf_header_comment", vtype_stringptr, &spf_header_comment },
{ "spf_received", vtype_stringptr, &spf_received },
{ "spf_result", vtype_stringptr, &spf_result },
sub[0] = expand_string_internal(s, TRUE, &s, (yield == NULL));
if (sub[0] == NULL) return NULL;
if (*s++ != '}') goto COND_FAILED_CURLY_END;
sub[0] = expand_string_internal(s, TRUE, &s, (yield == NULL));
if (sub[0] == NULL) return NULL;
if (*s++ != '}') goto COND_FAILED_CURLY_END;
{
expand_string_message = string_sprintf("%s inside \"%s\" condition",
expand_string_message, name);
{
expand_string_message = string_sprintf("%s inside \"%s\" condition",
expand_string_message, name);
use that without copying. This is helpful for expanding strings like
$message_headers which can get very long.
use that without copying. This is helpful for expanding strings like
$message_headers which can get very long.
+There's a problem if a ${dlfunc item has side-effects that cause allocation,
+since resetting the store at the end of the expansion will free store that was
+allocated by the plugin code as well as the slop after the expanded string. So
+we skip any resets if ${dlfunc has been used. This is an unfortunate
+consequence of string expansion becoming too powerful.
+
*domain++ = '\0';
yield = string_cat(yield,&size,&ptr,US"prvs=",5);
*domain++ = '\0';
yield = string_cat(yield,&size,&ptr,US"prvs=",5);
- string_cat(yield,&size,&ptr,sub_arg[0],Ustrlen(sub_arg[0]));
- string_cat(yield,&size,&ptr,US"/",1);
string_cat(yield,&size,&ptr,(sub_arg[2] != NULL) ? sub_arg[2] : US"0", 1);
string_cat(yield,&size,&ptr,prvs_daystamp(7),3);
string_cat(yield,&size,&ptr,p,6);
string_cat(yield,&size,&ptr,(sub_arg[2] != NULL) ? sub_arg[2] : US"0", 1);
string_cat(yield,&size,&ptr,prvs_daystamp(7),3);
string_cat(yield,&size,&ptr,p,6);
+ string_cat(yield,&size,&ptr,US"=",1);
+ string_cat(yield,&size,&ptr,sub_arg[0],Ustrlen(sub_arg[0]));
string_cat(yield,&size,&ptr,US"@",1);
string_cat(yield,&size,&ptr,domain,Ustrlen(domain));
string_cat(yield,&size,&ptr,US"@",1);
string_cat(yield,&size,&ptr,domain,Ustrlen(domain));
TRUE,FALSE);
if (regex_match_and_setup(re,sub_arg[0],0,-1))
{
TRUE,FALSE);
if (regex_match_and_setup(re,sub_arg[0],0,-1))
{
- uschar *local_part = string_copyn(expand_nstring[1],expand_nlength[1]);
- uschar *key_num = string_copyn(expand_nstring[2],expand_nlength[2]);
- uschar *daystamp = string_copyn(expand_nstring[3],expand_nlength[3]);
- uschar *hash = string_copyn(expand_nstring[4],expand_nlength[4]);
+ uschar *local_part = string_copyn(expand_nstring[4],expand_nlength[4]);
+ uschar *key_num = string_copyn(expand_nstring[1],expand_nlength[1]);
+ uschar *daystamp = string_copyn(expand_nstring[2],expand_nlength[2]);
+ uschar *hash = string_copyn(expand_nstring[3],expand_nlength[3]);
uschar *domain = string_copyn(expand_nstring[5],expand_nlength[5]);
DEBUG(D_expand) debug_printf("prvscheck localpart: %s\n", local_part);
uschar *domain = string_copyn(expand_nstring[5],expand_nlength[5]);
DEBUG(D_expand) debug_printf("prvscheck localpart: %s\n", local_part);
{
prvscheck_result = US"1";
DEBUG(D_expand) debug_printf("prvscheck: success, $pvrs_result set to 1\n");
{
prvscheck_result = US"1";
DEBUG(D_expand) debug_printf("prvscheck: success, $pvrs_result set to 1\n");
expand_string_message = string_sprintf("%s inside \"%s\" condition",
expand_string_message, name);
goto EXPAND_FAILED;
expand_string_message = string_sprintf("%s inside \"%s\" condition",
expand_string_message, name);
goto EXPAND_FAILED;
temp = expand_string_internal(expr, TRUE, NULL, skipping);
if (temp == NULL)
{
temp = expand_string_internal(expr, TRUE, NULL, skipping);
if (temp == NULL)
{
expand_string_message = string_sprintf("%s inside \"%s\" item",
expand_string_message, name);
goto EXPAND_FAILED;
expand_string_message = string_sprintf("%s inside \"%s\" item",
expand_string_message, name);
goto EXPAND_FAILED;
returns OK, we have a replacement string; if it returns DEFER then
expansion has failed in a non-forced manner; if it returns FAIL then
failure was forced; if it returns ERROR or any other value there's a
returns OK, we have a replacement string; if it returns DEFER then
expansion has failed in a non-forced manner; if it returns FAIL then
failure was forced; if it returns ERROR or any other value there's a
- problem, so panic slightly. */
+ problem, so panic slightly. In any case, assume that the function has
+ side-effects on the store that must be preserved. */
result = NULL;
for (argc = 0; argv[argc] != NULL; argc++);
status = func(&result, argc - 2, &argv[2]);
result = NULL;
for (argc = 0; argv[argc] != NULL; argc++);
status = func(&result, argc - 2, &argv[2]);
In many cases the final string will be the first one that was got and so there
will be optimal store usage. */
In many cases the final string will be the first one that was got and so there
will be optimal store usage. */
DEBUG(D_expand)
{
debug_printf("expanding: %.*s\n result: %s\n", (int)(s - string), string,
DEBUG(D_expand)
{
debug_printf("expanding: %.*s\n result: %s\n", (int)(s - string), string,