/*************************************************
* Exim - an Internet mail transport agent *
*************************************************/
/*************************************************
* Exim - an Internet mail transport agent *
*************************************************/
/* See the file NOTICE for conditions of use and distribution. */
/* All the global variables are defined together in this one module, so
/* See the file NOTICE for conditions of use and distribution. */
/* All the global variables are defined together in this one module, so
-/* The OSF1 linker puts out a worrying warning if any sections contain no
-executable code. It says
-
-Warning: Linking some objects which contain exception information sections
- and some which do not. This may cause fatal runtime exception handling
- problems.
-
-As this may cause people to worry needlessly, include a dummy function here
-to stop the message from appearing. Make it reference itself to stop picky
-compilers complaining that it is unused, and put in a dummy argument to stop
-even pickier compilers complaining about infinite loops. */
-
-static void dummy(int x) { dummy(x-1); }
-
-
/* Generic options for auths, all of which live inside auth_instance
data blocks and hence have the opt_public flag set. */
optionlist optionlist_auths[] = {
/* Generic options for auths, all of which live inside auth_instance
data blocks and hence have the opt_public flag set. */
optionlist optionlist_auths[] = {
{ "driver", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, driver_name)) },
{ "public_name", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, public_name)) },
{ "server_advertise_condition", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, advertise_condition))},
{ "driver", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, driver_name)) },
{ "public_name", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, public_name)) },
{ "server_advertise_condition", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, advertise_condition))},
{ "server_debug_print", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, server_debug_string)) },
{ "server_mail_auth_condition", opt_stringptr | opt_public,
{ "server_debug_print", opt_stringptr | opt_public,
(void *)(offsetof(auth_instance, server_debug_string)) },
{ "server_mail_auth_condition", opt_stringptr | opt_public,
+uschar *eldap_ca_cert_dir = NULL;
+uschar *eldap_ca_cert_file = NULL;
+uschar *eldap_cert_file = NULL;
+uschar *eldap_cert_key = NULL;
+uschar *eldap_cipher_suite = NULL;
BOOL tls_certificate_verified = FALSE;
uschar *tls_cipher = NULL;
BOOL tls_on_connect = FALSE;
BOOL tls_certificate_verified = FALSE;
uschar *tls_cipher = NULL;
BOOL tls_on_connect = FALSE;
+BOOL gnutls_compat_mode = FALSE;
+uschar *gnutls_require_mac = NULL;
+uschar *gnutls_require_kx = NULL;
+uschar *gnutls_require_proto = NULL;
+uschar *openssl_options = NULL;
const pcre *regex_STARTTLS = NULL;
uschar *tls_advertise_hosts = NULL; /* This is deliberate */
uschar *tls_certificate = NULL;
uschar *tls_crl = NULL;
const pcre *regex_STARTTLS = NULL;
uschar *tls_advertise_hosts = NULL; /* This is deliberate */
uschar *tls_certificate = NULL;
uschar *tls_crl = NULL;
+/* This default matches NSS DH_MAX_P_BITS value at current time (2012), because
+that's the interop problem which has been observed: GnuTLS suggesting a higher
+bit-count as "NORMAL" (2432) and Thunderbird dropping connection. */
+int tls_dh_max_bits = 2236;
BOOL tls_offered = FALSE;
uschar *tls_privatekey = NULL;
BOOL tls_remember_esmtp = FALSE;
uschar *tls_require_ciphers = NULL;
BOOL tls_offered = FALSE;
uschar *tls_privatekey = NULL;
BOOL tls_remember_esmtp = FALSE;
uschar *tls_require_ciphers = NULL;
uschar *tls_try_verify_hosts = NULL;
uschar *tls_verify_certificates= NULL;
uschar *tls_verify_hosts = NULL;
uschar *tls_try_verify_hosts = NULL;
uschar *tls_verify_certificates= NULL;
uschar *tls_verify_hosts = NULL;
int (*receive_ungetc)(int) = stdin_ungetc;
int (*receive_feof)(void) = stdin_feof;
int (*receive_ferror)(void) = stdin_ferror;
int (*receive_ungetc)(int) = stdin_ungetc;
int (*receive_feof)(void) = stdin_feof;
int (*receive_ferror)(void) = stdin_ferror;
uschar *acl_smtp_auth = NULL;
uschar *acl_smtp_connect = NULL;
uschar *acl_smtp_data = NULL;
uschar *acl_smtp_auth = NULL;
uschar *acl_smtp_connect = NULL;
uschar *acl_smtp_data = NULL;
uschar *acl_smtp_etrn = NULL;
uschar *acl_smtp_expn = NULL;
uschar *acl_smtp_helo = NULL;
uschar *acl_smtp_etrn = NULL;
uschar *acl_smtp_expn = NULL;
uschar *acl_smtp_helo = NULL;
uschar *acl_smtp_predata = NULL;
uschar *acl_smtp_quit = NULL;
uschar *acl_smtp_rcpt = NULL;
uschar *acl_smtp_starttls = NULL;
uschar *acl_smtp_vrfy = NULL;
uschar *acl_smtp_predata = NULL;
uschar *acl_smtp_quit = NULL;
uschar *acl_smtp_rcpt = NULL;
uschar *acl_smtp_starttls = NULL;
uschar *acl_smtp_vrfy = NULL;
string_item *acl_warn_logged = NULL;
/* Names of SMTP places for use in ACL error messages, and corresponding SMTP
string_item *acl_warn_logged = NULL;
/* Names of SMTP places for use in ACL error messages, and corresponding SMTP
-int acl_wherecodes[] = { 550, /* RCPT */
- 550, /* MAIL */
- 550, /* PREDATA */
- 550, /* MIME */
- 550, /* DATA */
- 0, /* not SMTP; not relevant */
- 503, /* AUTH */
- 550, /* connect */
- 458, /* ETRN */
- 550, /* EXPN */
- 550, /* HELO/EHLO */
- 0, /* MAILAUTH; not relevant */
- 0, /* QUIT; not relevant */
- 550, /* STARTTLS */
- 252 /* VRFY */
+uschar *acl_wherecodes[] = { US"550", /* RCPT */
+ US"550", /* MAIL */
+ US"550", /* PREDATA */
+ US"550", /* MIME */
+ US"550", /* DKIM */
+ US"550", /* DATA */
+ US"0", /* not SMTP; not relevant */
+ US"503", /* AUTH */
+ US"550", /* connect */
+ US"458", /* ETRN */
+ US"550", /* EXPN */
+ US"550", /* HELO/EHLO */
+ US"0", /* MAILAUTH; not relevant */
+ US"0", /* not SMTP; not relevant */
+ US"0", /* NOTQUIT; not relevant */
+ US"0", /* QUIT; not relevant */
+ US"550", /* STARTTLS */
+ US"252" /* VRFY */
BOOL allow_domain_literals = FALSE;
BOOL allow_mx_to_ip = FALSE;
BOOL allow_unqualified_recipient = TRUE; /* For local messages */
BOOL allow_domain_literals = FALSE;
BOOL allow_mx_to_ip = FALSE;
BOOL allow_unqualified_recipient = TRUE; /* For local messages */
NULL, /* private options block pointer */
NULL, /* driver_name */
NULL, /* advertise_condition */
NULL, /* private options block pointer */
NULL, /* driver_name */
NULL, /* advertise_condition */
NULL, /* public_name */
NULL, /* set_id */
NULL, /* server_mail_auth_condition */
NULL, /* server_debug_string */
NULL, /* public_name */
NULL, /* set_id */
NULL, /* server_mail_auth_condition */
NULL, /* server_debug_string */
int callout_cache_positive_expire = 24*60*60;
int callout_cache_negative_expire = 2*60*60;
uschar *callout_random_local_part = US"$primary_hostname-$tod_epoch-testing";
int callout_cache_positive_expire = 24*60*60;
int callout_cache_negative_expire = 2*60*60;
uschar *callout_random_local_part = US"$primary_hostname-$tod_epoch-testing";
uschar *daemon_smtp_port = US"smtp";
int daemon_startup_retries = 9;
int daemon_startup_sleep = 30;
uschar *daemon_smtp_port = US"smtp";
int daemon_startup_retries = 9;
int daemon_startup_sleep = 30;
+
+#ifdef EXPERIMENTAL_DCC
+BOOL dcc_direct_add_header = FALSE;
+uschar *dcc_header = NULL;
+uschar *dcc_result = NULL;
+uschar *dccifd_address = US"/usr/local/dcc/var/dccifd";
+uschar *dccifd_options = US"header";
+#endif
+
int debug_options_count = sizeof(debug_options)/sizeof(bit_table);
unsigned int debug_selector = 0;
int delay_warning[DELAY_WARNING_SIZE] = { DELAY_WARNING_SIZE, 1, 24*60*60 };
int debug_options_count = sizeof(debug_options)/sizeof(bit_table);
unsigned int debug_selector = 0;
int delay_warning[DELAY_WARNING_SIZE] = { DELAY_WARNING_SIZE, 1, 24*60*60 };
-uschar *delay_warning_condition= US"${if match{$h_precedence:}{(?i)bulk|list|junk}{no}{yes}}";
+uschar *delay_warning_condition=
+ US"${if or {"
+ "{ !eq{$h_list-id:$h_list-post:$h_list-subscribe:}{} }"
+ "{ match{$h_precedence:}{(?i)bulk|list|junk} }"
+ "{ match{$h_auto-submitted:}{(?i)auto-generated|auto-replied} }"
+ "} {no}{yes}}";
BOOL delivery_date_remove = TRUE;
uschar *deliver_address_data = NULL;
int deliver_datafile = -1;
BOOL delivery_date_remove = TRUE;
uschar *deliver_address_data = NULL;
int deliver_datafile = -1;
+BOOL disable_callout_flush = FALSE;
+BOOL disable_delay_flush = FALSE;
+#ifdef ENABLE_DISABLE_FSYNC
+BOOL disable_fsync = FALSE;
+#endif
+BOOL disable_ipv6 = FALSE;
-#ifdef EXPERIMENTAL_DOMAINKEYS
-uschar *dk_signing_domain = NULL;
-uschar *dk_signing_selector = NULL;
-int dk_do_verify = 0;
+#ifndef DISABLE_DKIM
+uschar *dkim_cur_signer = NULL;
+uschar *dkim_signers = NULL;
+uschar *dkim_signing_domain = NULL;
+uschar *dkim_signing_selector = NULL;
+uschar *dkim_verify_signers = US"$dkim_signers";
+BOOL dkim_collect_input = FALSE;
+BOOL dkim_disable_verify = FALSE;
uschar *dnslist_text = NULL;
uschar *dnslist_value = NULL;
tree_node *domainlist_anchor = NULL;
uschar *dnslist_text = NULL;
uschar *dnslist_value = NULL;
tree_node *domainlist_anchor = NULL;
-uschar *fake_response_text = US"Your message has been rejected but is being kept for evaluation.\nIf it was a legitimate message, it may still be delivered to the target recipient(s).";
+uschar *fake_response_text = US"Your message has been rejected but is "
+ "being kept for evaluation.\nIf it was a "
+ "legitimate message, it may still be "
+ "delivered to the target recipient(s).";
int filter_n[FILTER_VARIABLE_COUNT];
BOOL filter_running = FALSE;
int filter_sn[FILTER_VARIABLE_COUNT];
int filter_n[FILTER_VARIABLE_COUNT];
BOOL filter_running = FALSE;
int filter_sn[FILTER_VARIABLE_COUNT];
BOOL helo_verified = FALSE;
BOOL helo_verify_failed = FALSE;
uschar *helo_verify_hosts = NULL;
BOOL helo_verified = FALSE;
BOOL helo_verify_failed = FALSE;
uschar *helo_verify_hosts = NULL;
uschar *hold_domains = NULL;
BOOL host_checking = FALSE;
BOOL host_checking_callout = FALSE;
uschar *hold_domains = NULL;
BOOL host_checking = FALSE;
BOOL host_checking_callout = FALSE;
int ignore_bounce_errors_after = 10*7*24*60*60; /* 10 weeks */
BOOL ignore_fromline_local = FALSE;
uschar *ignore_fromline_hosts = NULL;
int ignore_bounce_errors_after = 10*7*24*60*60; /* 10 weeks */
BOOL ignore_fromline_local = FALSE;
uschar *ignore_fromline_hosts = NULL;
/* Those log options with L_xxx identifiers have values less than 0x800000 and
are the ones that get put into log_write_selector. They can be used in calls to
log_write() to test for the bit. The options with LX_xxx identifiers have
/* Those log options with L_xxx identifiers have values less than 0x800000 and
are the ones that get put into log_write_selector. They can be used in calls to
log_write() to test for the bit. The options with LX_xxx identifiers have
top bit). They are never used in calls to log_write(), but are tested
independently. This separation became necessary when the number of log
selectors was getting close to filling a 32-bit word. */
top bit). They are never used in calls to log_write(), but are tested
independently. This separation became necessary when the number of log
selectors was getting close to filling a 32-bit word. */
bit_table log_options[] = {
{ US"acl_warn_skipped", LX_acl_warn_skipped },
{ US"address_rewrite", L_address_rewrite },
bit_table log_options[] = {
{ US"acl_warn_skipped", LX_acl_warn_skipped },
{ US"address_rewrite", L_address_rewrite },
{ US"incoming_port", LX_incoming_port },
{ US"lost_incoming_connection", L_lost_incoming_connection },
{ US"outgoing_port", LX_outgoing_port },
{ US"incoming_port", LX_incoming_port },
{ US"lost_incoming_connection", L_lost_incoming_connection },
{ US"outgoing_port", LX_outgoing_port },
{ US"queue_run", L_queue_run },
{ US"queue_time", LX_queue_time },
{ US"queue_time_overall", LX_queue_time_overall },
{ US"queue_run", L_queue_run },
{ US"queue_time", LX_queue_time },
{ US"queue_time_overall", LX_queue_time_overall },
{ US"retry_defer", L_retry_defer },
{ US"return_path_on_delivery", LX_return_path_on_delivery },
{ US"sender_on_delivery", LX_sender_on_delivery },
{ US"retry_defer", L_retry_defer },
{ US"return_path_on_delivery", LX_return_path_on_delivery },
{ US"sender_on_delivery", LX_sender_on_delivery },
{ US"size_reject", L_size_reject },
{ US"skip_delivery", L_skip_delivery },
{ US"smtp_confirmation", LX_smtp_confirmation },
{ US"smtp_connection", L_smtp_connection },
{ US"smtp_incomplete_transaction", L_smtp_incomplete_transaction },
{ US"size_reject", L_size_reject },
{ US"skip_delivery", L_skip_delivery },
{ US"smtp_confirmation", LX_smtp_confirmation },
{ US"smtp_connection", L_smtp_connection },
{ US"smtp_incomplete_transaction", L_smtp_incomplete_transaction },
{ US"smtp_protocol_error", L_smtp_protocol_error },
{ US"smtp_syntax_error", L_smtp_syntax_error },
{ US"subject", LX_subject },
{ US"tls_certificate_verified", LX_tls_certificate_verified },
{ US"tls_cipher", LX_tls_cipher },
{ US"tls_peerdn", LX_tls_peerdn },
{ US"smtp_protocol_error", L_smtp_protocol_error },
{ US"smtp_syntax_error", L_smtp_syntax_error },
{ US"subject", LX_subject },
{ US"tls_certificate_verified", LX_tls_certificate_verified },
{ US"tls_cipher", LX_tls_cipher },
{ US"tls_peerdn", LX_tls_peerdn },
{ US"unknown_in_list", LX_unknown_in_list }
};
int log_options_count = sizeof(log_options)/sizeof(bit_table);
{ US"unknown_in_list", LX_unknown_in_list }
};
int log_options_count = sizeof(log_options)/sizeof(bit_table);
uschar *log_selector_string = NULL;
FILE *log_stderr = NULL;
BOOL log_testing_mode = FALSE;
BOOL log_timezone = FALSE;
uschar *log_selector_string = NULL;
FILE *log_stderr = NULL;
BOOL log_testing_mode = FALSE;
BOOL log_timezone = FALSE;
uschar *login_sender_address = NULL;
int lookup_open_max = 25;
uschar *lookup_value = NULL;
uschar *login_sender_address = NULL;
int lookup_open_max = 25;
uschar *lookup_value = NULL;
int max_username_length = 0;
int message_age = 0;
uschar *message_body = NULL;
uschar *message_body_end = NULL;
int max_username_length = 0;
int message_age = 0;
uschar *message_body = NULL;
uschar *message_body_end = NULL;
int message_body_size = 0;
int message_body_visible = 500;
int message_ended = END_NOTSTARTED;
int message_body_size = 0;
int message_body_visible = 500;
int message_ended = END_NOTSTARTED;
uschar *mime_boundary = NULL;
uschar *mime_charset = NULL;
uschar *mime_content_description = NULL;
uschar *mime_boundary = NULL;
uschar *mime_charset = NULL;
uschar *mime_content_description = NULL;
uschar *percent_hack_domains = NULL;
uschar *pid_file_path = US PID_FILE_PATH
"\0<--------------Space to patch pid_file_path->";
uschar *percent_hack_domains = NULL;
uschar *pid_file_path = US PID_FILE_PATH
"\0<--------------Space to patch pid_file_path->";
uschar *pipelining_advertise_hosts = US"*";
BOOL preserve_message_logs = FALSE;
uschar *primary_hostname = NULL;
BOOL print_topbitchars = FALSE;
uschar process_info[PROCESS_INFO_SIZE];
uschar *pipelining_advertise_hosts = US"*";
BOOL preserve_message_logs = FALSE;
uschar *primary_hostname = NULL;
BOOL print_topbitchars = FALSE;
uschar process_info[PROCESS_INFO_SIZE];
uschar *process_log_path = NULL;
BOOL prod_requires_admin = TRUE;
uschar *prvscheck_address = NULL;
uschar *process_log_path = NULL;
BOOL prod_requires_admin = TRUE;
uschar *prvscheck_address = NULL;
BOOL queue_only_override = TRUE;
BOOL queue_only_policy = FALSE;
BOOL queue_run_first_delivery = FALSE;
BOOL queue_only_override = TRUE;
BOOL queue_only_policy = FALSE;
BOOL queue_run_first_delivery = FALSE;
const pcre *regex_IGNOREQUOTA = NULL;
const pcre *regex_PIPELINING = NULL;
const pcre *regex_SIZE = NULL;
const pcre *regex_IGNOREQUOTA = NULL;
const pcre *regex_PIPELINING = NULL;
const pcre *regex_SIZE = NULL;
BOOL return_path_remove = TRUE;
int rewrite_existflags = 0;
uschar *rfc1413_hosts = US"*";
BOOL return_path_remove = TRUE;
int rewrite_existflags = 0;
uschar *rfc1413_hosts = US"*";
that compilers are now clever, and share constant strings if they can.
Elsewhere in Exim the string "<" is used. The compiler optimization seems to
make use of the end of this string in order to save space. So the patching then
that compilers are now clever, and share constant strings if they can.
Elsewhere in Exim the string "<" is used. The compiler optimization seems to
make use of the end of this string in order to save space. So the patching then
address_item *sender_verified_failed = NULL;
int sender_verified_rc = -1;
BOOL sender_verified_responded = FALSE;
address_item *sender_verified_failed = NULL;
int sender_verified_rc = -1;
BOOL sender_verified_responded = FALSE;
uschar **sighup_argv = NULL;
int smtp_accept_count = 0;
BOOL smtp_accept_keepalive = TRUE;
uschar **sighup_argv = NULL;
int smtp_accept_count = 0;
BOOL smtp_accept_keepalive = TRUE;
"\0<---------------Space to patch smtp_banner->";
BOOL smtp_batched_input = FALSE;
BOOL smtp_check_spool_space = TRUE;
"\0<---------------Space to patch smtp_banner->";
BOOL smtp_batched_input = FALSE;
BOOL smtp_check_spool_space = TRUE;
int smtp_connect_backlog = 20;
double smtp_delay_mail = 0.0;
double smtp_delay_rcpt = 0.0;
int smtp_connect_backlog = 20;
double smtp_delay_mail = 0.0;
double smtp_delay_rcpt = 0.0;
BOOL smtp_etrn_serialize = TRUE;
int smtp_max_synprot_errors= 3;
int smtp_max_unknown_commands = 3;
BOOL smtp_etrn_serialize = TRUE;
int smtp_max_synprot_errors= 3;
int smtp_max_unknown_commands = 3;
uschar *smtp_ratelimit_hosts = NULL;
uschar *smtp_ratelimit_mail = NULL;
uschar *smtp_ratelimit_rcpt = NULL;
uschar *smtp_ratelimit_hosts = NULL;
uschar *smtp_ratelimit_mail = NULL;
uschar *smtp_ratelimit_rcpt = NULL;
uschar *spf_header_comment = NULL;
uschar *spf_received = NULL;
uschar *spf_result = NULL;
uschar *spf_header_comment = NULL;
uschar *spf_received = NULL;
uschar *spf_result = NULL;
BOOL strip_excess_angle_brackets = FALSE;
BOOL strip_trailing_dot = FALSE;
uschar *submission_domain = NULL;
BOOL strip_excess_angle_brackets = FALSE;
BOOL strip_trailing_dot = FALSE;
uschar *submission_domain = NULL;
int thismessage_size_limit = 0;
int timeout_frozen_after = 0;
BOOL timestamps_utc = FALSE;
int thismessage_size_limit = 0;
int timeout_frozen_after = 0;
BOOL timestamps_utc = FALSE;
uschar **transport_filter_argv = NULL;
int transport_filter_timeout;
BOOL transport_filter_timed_out = FALSE;
uschar **transport_filter_argv = NULL;
int transport_filter_timeout;
BOOL transport_filter_timed_out = FALSE;
gid_t *trusted_groups = NULL;
uid_t *trusted_users = NULL;
uschar *timezone_string = US TIMEZONE_DEFAULT;
gid_t *trusted_groups = NULL;
uid_t *trusted_users = NULL;
uschar *timezone_string = US TIMEZONE_DEFAULT;
-uschar *version_copyright = US"Copyright (c) University of Cambridge 2005";
+uschar *version_copyright =
+ US"Copyright (c) University of Cambridge, 1995 - 2012\n"
+ "(c) The Exim Maintainers and contributors in ACKNOWLEDGMENTS file, 2007 - 1012";
uschar *version_date = US"?";
uschar *version_cnumber = US"????";
uschar *version_string = US"?";
uschar *version_date = US"?";
uschar *version_cnumber = US"????";
uschar *version_string = US"?";