2 * Copyright (c) 1998-2002 Sendmail, Inc. and its suppliers.
4 * Copyright (c) 1983, 1995-1997 Eric P. Allman. All rights reserved.
5 * Copyright (c) 1988, 1993
6 * The Regents of the University of California. All rights reserved.
8 * By using this file, you agree to the terms and conditions set
9 * forth in the LICENSE file which can be found at the top level of
10 * the sendmail distribution.
16 SM_RCSID("@(#)$Id: conf.c,v 1.1.1.12 2002/04/10 03:04:48 gshapiro Exp $")
20 #include <sendmail/pathnames.h>
22 # include <sys/ioctl.h>
23 # include <sys/param.h>
26 #if NETINET || NETINET6
27 # include <arpa/inet.h>
28 #endif /* NETINET || NETINET6 */
29 #if HASULIMIT && defined(HPUX11)
31 #endif /* HASULIMIT && defined(HPUX11) */
34 static void setupmaps __P((void));
35 static void setupmailers __P((void));
36 static void setupqueues __P((void));
37 static int get_num_procs_online __P((void));
41 ** CONF.C -- Sendmail Configuration Tables.
43 ** Defines the configuration of this installation.
45 ** Configuration Variables:
46 ** HdrInfo -- a table describing well-known header fields.
47 ** Each entry has the field name and some flags,
48 ** which are described in sendmail.h.
51 ** I have tried to put almost all the reasonable
52 ** configuration information into the configuration
53 ** file read at runtime. My intent is that anything
54 ** here is a function of the version of UNIX you
55 ** are running, or is really static -- for example
56 ** the headers are a superset of widely used
57 ** protocols. If you find yourself playing with
58 ** this file too much, you may be making a mistake!
64 ** Final (null) entry contains the flags used for any other field.
66 ** Not all of these are actually handled specially by sendmail
67 ** at this time. They are included as placeholders, to let
68 ** you know that "someday" I intend to have sendmail do
69 ** something with them.
72 struct hdrinfo HdrInfo[] =
74 /* originator fields, most to least significant */
75 { "resent-sender", H_FROM|H_RESENT, NULL },
76 { "resent-from", H_FROM|H_RESENT, NULL },
77 { "resent-reply-to", H_FROM|H_RESENT, NULL },
78 { "sender", H_FROM, NULL },
79 { "from", H_FROM, NULL },
80 { "reply-to", H_FROM, NULL },
81 { "errors-to", H_FROM|H_ERRORSTO, NULL },
82 { "full-name", H_ACHECK, NULL },
83 { "return-receipt-to", H_RECEIPTTO, NULL },
84 { "disposition-notification-to", H_FROM, NULL },
86 /* destination fields */
87 { "to", H_RCPT, NULL },
88 { "resent-to", H_RCPT|H_RESENT, NULL },
89 { "cc", H_RCPT, NULL },
90 { "resent-cc", H_RCPT|H_RESENT, NULL },
91 { "bcc", H_RCPT|H_BCC, NULL },
92 { "resent-bcc", H_RCPT|H_BCC|H_RESENT, NULL },
93 { "apparently-to", H_RCPT, NULL },
95 /* message identification and control */
96 { "message-id", 0, NULL },
97 { "resent-message-id", H_RESENT, NULL },
98 { "message", H_EOH, NULL },
99 { "text", H_EOH, NULL },
103 { "resent-date", H_RESENT, NULL },
106 { "received", H_TRACE|H_FORCE, NULL },
107 { "x400-received", H_TRACE|H_FORCE, NULL },
108 { "via", H_TRACE|H_FORCE, NULL },
109 { "mail-from", H_TRACE|H_FORCE, NULL },
111 /* miscellaneous fields */
112 { "comments", H_FORCE|H_ENCODABLE, NULL },
113 { "return-path", H_FORCE|H_ACHECK|H_BINDLATE, NULL },
114 { "content-transfer-encoding", H_CTE, NULL },
115 { "content-type", H_CTYPE, NULL },
116 { "content-length", H_ACHECK, NULL },
117 { "subject", H_ENCODABLE, NULL },
118 { "x-authentication-warning", H_FORCE, NULL },
129 struct prival PrivacyValues[] =
131 { "public", PRIV_PUBLIC },
132 { "needmailhelo", PRIV_NEEDMAILHELO },
133 { "needexpnhelo", PRIV_NEEDEXPNHELO },
134 { "needvrfyhelo", PRIV_NEEDVRFYHELO },
135 { "noexpn", PRIV_NOEXPN },
136 { "novrfy", PRIV_NOVRFY },
137 { "restrictexpand", PRIV_RESTRICTEXPAND },
138 { "restrictmailq", PRIV_RESTRICTMAILQ },
139 { "restrictqrun", PRIV_RESTRICTQRUN },
140 { "noetrn", PRIV_NOETRN },
141 { "noverb", PRIV_NOVERB },
142 { "authwarnings", PRIV_AUTHWARNINGS },
143 { "noreceipts", PRIV_NORECEIPTS },
144 { "nobodyreturn", PRIV_NOBODYRETN },
145 { "goaway", PRIV_GOAWAY },
150 ** DontBlameSendmail values
153 struct dbsval DontBlameSendmailValues[] =
155 { "safe", DBS_SAFE },
156 { "assumesafechown", DBS_ASSUMESAFECHOWN },
157 { "groupwritabledirpathsafe", DBS_GROUPWRITABLEDIRPATHSAFE },
158 { "groupwritableforwardfilesafe",
159 DBS_GROUPWRITABLEFORWARDFILESAFE },
160 { "groupwritableincludefilesafe",
161 DBS_GROUPWRITABLEINCLUDEFILESAFE },
162 { "groupwritablealiasfile", DBS_GROUPWRITABLEALIASFILE },
163 { "worldwritablealiasfile", DBS_WORLDWRITABLEALIASFILE },
164 { "forwardfileinunsafedirpath", DBS_FORWARDFILEINUNSAFEDIRPATH },
165 { "includefileinunsafedirpath", DBS_INCLUDEFILEINUNSAFEDIRPATH },
166 { "mapinunsafedirpath", DBS_MAPINUNSAFEDIRPATH },
167 { "linkedaliasfileinwritabledir",
168 DBS_LINKEDALIASFILEINWRITABLEDIR },
169 { "linkedclassfileinwritabledir",
170 DBS_LINKEDCLASSFILEINWRITABLEDIR },
171 { "linkedforwardfileinwritabledir",
172 DBS_LINKEDFORWARDFILEINWRITABLEDIR },
173 { "linkedincludefileinwritabledir",
174 DBS_LINKEDINCLUDEFILEINWRITABLEDIR },
175 { "linkedmapinwritabledir", DBS_LINKEDMAPINWRITABLEDIR },
176 { "linkedserviceswitchfileinwritabledir",
177 DBS_LINKEDSERVICESWITCHFILEINWRITABLEDIR },
178 { "filedeliverytohardlink", DBS_FILEDELIVERYTOHARDLINK },
179 { "filedeliverytosymlink", DBS_FILEDELIVERYTOSYMLINK },
180 { "writemaptohardlink", DBS_WRITEMAPTOHARDLINK },
181 { "writemaptosymlink", DBS_WRITEMAPTOSYMLINK },
182 { "writestatstohardlink", DBS_WRITESTATSTOHARDLINK },
183 { "writestatstosymlink", DBS_WRITESTATSTOSYMLINK },
184 { "forwardfileingroupwritabledirpath",
185 DBS_FORWARDFILEINGROUPWRITABLEDIRPATH },
186 { "includefileingroupwritabledirpath",
187 DBS_INCLUDEFILEINGROUPWRITABLEDIRPATH },
188 { "classfileinunsafedirpath", DBS_CLASSFILEINUNSAFEDIRPATH },
189 { "errorheaderinunsafedirpath", DBS_ERRORHEADERINUNSAFEDIRPATH },
190 { "helpfileinunsafedirpath", DBS_HELPFILEINUNSAFEDIRPATH },
191 { "forwardfileinunsafedirpathsafe",
192 DBS_FORWARDFILEINUNSAFEDIRPATHSAFE },
193 { "includefileinunsafedirpathsafe",
194 DBS_INCLUDEFILEINUNSAFEDIRPATHSAFE },
195 { "runprograminunsafedirpath", DBS_RUNPROGRAMINUNSAFEDIRPATH },
196 { "runwritableprogram", DBS_RUNWRITABLEPROGRAM },
197 { "nonrootsafeaddr", DBS_NONROOTSAFEADDR },
198 { "truststickybit", DBS_TRUSTSTICKYBIT },
199 { "dontwarnforwardfileinunsafedirpath",
200 DBS_DONTWARNFORWARDFILEINUNSAFEDIRPATH },
201 { "insufficiententropy", DBS_INSUFFICIENTENTROPY },
202 { "groupreadablesasldbfile", DBS_GROUPREADABLESASLDBFILE },
203 { "groupwritablesasldbfile", DBS_GROUPWRITABLESASLDBFILE },
204 { "groupwritableforwardfile", DBS_GROUPWRITABLEFORWARDFILE },
205 { "groupwritableincludefile", DBS_GROUPWRITABLEINCLUDEFILE },
206 { "worldwritableforwardfile", DBS_WORLDWRITABLEFORWARDFILE },
207 { "worldwritableincludefile", DBS_WORLDWRITABLEINCLUDEFILE },
208 { "groupreadablekeyfile", DBS_GROUPREADABLEKEYFILE },
209 #if _FFR_GROUPREADABLEAUTHINFOFILE
210 { "groupreadableadefaultauthinfofile",
211 DBS_GROUPREADABLEAUTHINFOFILE },
212 #endif /* _FFR_GROUPREADABLEAUTHINFOFILE */
217 ** Miscellaneous stuff.
220 int DtableSize = 50; /* max open files; reset in 4.2bsd */
222 ** SETDEFAULTS -- set default values
224 ** Some of these must be initialized using direct code since they
225 ** depend on run-time values. So let's do all of them this way.
228 ** e -- the default envelope.
234 ** Initializes a bunch of global variables to their
239 #define HOURS * 60 MINUTES
240 #define DAYS * 24 HOURS
242 #ifndef MAXRULERECURSION
243 # define MAXRULERECURSION 50 /* max ruleset recursion depth */
244 #endif /* ! MAXRULERECURSION */
248 register ENVELOPE *e;
254 numprocs = get_num_procs_online();
255 SpaceSub = ' '; /* option B */
256 QueueLA = 8 * numprocs; /* option x */
257 RefuseLA = 12 * numprocs; /* option X */
258 WkRecipFact = 30000L; /* option y */
259 WkClassFact = 1800L; /* option z */
260 WkTimeFact = 90000L; /* option Z */
261 QueueFactor = WkRecipFact * 20; /* option q */
263 QueueMode = QM_NORMAL; /* what queue items to act upon */
264 #endif /* _FFR_QUARANTINE */
265 FileMode = (RealUid != geteuid()) ? 0644 : 0600;
267 QueueFileMode = (RealUid != geteuid()) ? 0644 : 0600;
268 /* option QueueFileMode */
270 if (((pw = sm_getpwnam("mailnull")) != NULL && pw->pw_uid != 0) ||
271 ((pw = sm_getpwnam("sendmail")) != NULL && pw->pw_uid != 0) ||
272 ((pw = sm_getpwnam("daemon")) != NULL && pw->pw_uid != 0))
274 DefUid = pw->pw_uid; /* option u */
275 DefGid = pw->pw_gid; /* option g */
276 DefUser = newstr(pw->pw_name);
280 DefUid = 1; /* option u */
281 DefGid = 1; /* option g */
286 sm_dprintf("setdefaults: DefUser=%s, DefUid=%d, DefGid=%d\n",
287 DefUser != NULL ? DefUser : "<1:1>",
288 (int) DefUid, (int) DefGid);
289 CheckpointInterval = 10; /* option C */
290 MaxHopCount = 25; /* option h */
291 set_delivery_mode(SM_FORK, e); /* option d */
292 e->e_errormode = EM_PRINT; /* option e */
295 e->e_xfqgrp = NOQGRP;
296 e->e_xfqdir = NOQDIR;
297 e->e_ctime = curtime();
298 SevenBitInput = false; /* option 7 */
299 MaxMciCache = 1; /* option k */
300 MciCacheTimeout = 5 MINUTES; /* option K */
301 LogLevel = 9; /* option L */
305 inittimeouts(NULL, false); /* option r */
306 PrivacyFlags = PRIV_PUBLIC; /* option p */
307 MeToo = true; /* option m */
308 SendMIMEErrors = true; /* option f */
309 SuperSafe = SAFE_REALLY; /* option s */
310 clrbitmap(DontBlameSendmail); /* DontBlameSendmail option */
312 MimeMode = MM_CVTMIME|MM_PASS8BIT; /* option 8 */
314 MimeMode = MM_PASS8BIT;
315 #endif /* MIME8TO7 */
316 for (i = 0; i < MAXTOCLASS; i++)
318 TimeOuts.to_q_return[i] = 5 DAYS; /* option T */
319 TimeOuts.to_q_warning[i] = 0; /* option T */
321 ServiceSwitchFile = "/etc/mail/service.switch";
322 ServiceCacheMaxAge = (time_t) 10;
323 HostsFile = _PATH_HOSTS;
324 PidFile = newstr(_PATH_SENDMAILPID);
325 MustQuoteChars = "@,;:\\()[].'";
326 MciInfoTimeout = 30 MINUTES;
327 MaxRuleRecursion = MAXRULERECURSION;
328 MaxAliasRecursion = 10;
329 MaxMacroRecursion = 10;
330 ColonOkInAddr = true;
331 DontLockReadFiles = true;
332 DontProbeInterfaces = DPI_PROBEALL;
333 DoubleBounceAddr = "postmaster";
334 MaxHeadersLength = MAXHDRSLEN;
335 MaxForwardEntries = 0;
338 AuthMechanisms = newstr(AUTH_MECHANISMS);
342 TLS_Srv_Opts = TLS_I_SRV;
343 #endif /* STARTTLS */
345 HesiodContext = NULL;
346 #endif /* HESIOD_INIT */
348 /* Detect if IPv6 is available at run time */
349 i = socket(AF_INET6, SOCK_STREAM, 0);
359 #endif /* NETINET6 */
360 ControlSocketName = NULL;
361 memset(&ConnectOnlyTo, '\0', sizeof ConnectOnlyTo);
362 DataFileBufferSize = 4096;
363 XscriptFileBufferSize = 4096;
364 for (i = 0; i < MAXRWSETS; i++)
365 RuleSetNames[i] = NULL;
367 InputFilters[0] = NULL;
377 ** SETDEFUSER -- set/reset DefUser using DefUid (for initgroups())
383 struct passwd *defpwent;
384 static char defuserbuf[40];
386 DefUser = defuserbuf;
387 defpwent = sm_getpwuid(DefUid);
388 (void) sm_strlcpy(defuserbuf,
389 (defpwent == NULL || defpwent->pw_name == NULL)
390 ? "nobody" : defpwent->pw_name,
393 sm_dprintf("setdefuser: DefUid=%d, DefUser=%s\n",
394 (int) DefUid, DefUser);
397 ** SETUPQUEUES -- initialize default queues
399 ** The mqueue QUEUE structure gets filled in after readcf() but
400 ** we need something to point to now for the mailer setup,
401 ** which use "mqueue" as default queue.
409 MaxRunnersPerQueue = 1;
410 (void) sm_strlcpy(buf, "mqueue, P=/var/spool/mqueue", sizeof buf);
411 makequeue(buf, false);
414 ** SETUPMAILERS -- initialize default mailers
422 (void) sm_strlcpy(buf, "prog, P=/bin/sh, F=lsouDq9, T=X-Unix/X-Unix/X-Unix, A=sh -c \201u",
426 (void) sm_strlcpy(buf, "*file*, P=[FILE], F=lsDFMPEouq9, T=X-Unix/X-Unix/X-Unix, A=FILE \201u",
430 (void) sm_strlcpy(buf, "*include*, P=/dev/null, F=su, A=INCLUDE \201u",
436 ** SETUPMAPS -- set up map classes
439 #define MAPDEF(name, ext, flags, parse, open, close, lookup, store) \
441 extern bool parse __P((MAP *, char *)); \
442 extern bool open __P((MAP *, int)); \
443 extern void close __P((MAP *)); \
444 extern char *lookup __P((MAP *, char *, char **, int *)); \
445 extern void store __P((MAP *, char *, char *)); \
446 s = stab(name, ST_MAPCLASS, ST_ENTER); \
447 s->s_mapclass.map_cname = name; \
448 s->s_mapclass.map_ext = ext; \
449 s->s_mapclass.map_cflags = flags; \
450 s->s_mapclass.map_parse = parse; \
451 s->s_mapclass.map_open = open; \
452 s->s_mapclass.map_close = close; \
453 s->s_mapclass.map_lookup = lookup; \
454 s->s_mapclass.map_store = store; \
463 MAPDEF("hash", ".db", MCF_ALIASOK|MCF_REBUILDABLE,
464 map_parseargs, hash_map_open, db_map_close,
465 db_map_lookup, db_map_store);
467 MAPDEF("btree", ".db", MCF_ALIASOK|MCF_REBUILDABLE,
468 map_parseargs, bt_map_open, db_map_close,
469 db_map_lookup, db_map_store);
473 MAPDEF("dbm", ".dir", MCF_ALIASOK|MCF_REBUILDABLE,
474 map_parseargs, ndbm_map_open, ndbm_map_close,
475 ndbm_map_lookup, ndbm_map_store);
479 MAPDEF("nis", NULL, MCF_ALIASOK,
480 map_parseargs, nis_map_open, null_map_close,
481 nis_map_lookup, null_map_store);
485 MAPDEF("nisplus", NULL, MCF_ALIASOK,
486 map_parseargs, nisplus_map_open, null_map_close,
487 nisplus_map_lookup, null_map_store);
491 MAPDEF("ldap", NULL, MCF_ALIASOK|MCF_NOTPERSIST,
492 ldapmap_parseargs, ldapmap_open, ldapmap_close,
493 ldapmap_lookup, null_map_store);
497 MAPDEF("ph", NULL, MCF_NOTPERSIST,
498 ph_map_parseargs, ph_map_open, ph_map_close,
499 ph_map_lookup, null_map_store);
503 /* IRIX 6.5 nsd support */
504 MAPDEF("nsd", NULL, MCF_ALIASOK,
505 map_parseargs, null_map_open, null_map_close,
506 nsd_map_lookup, null_map_store);
510 MAPDEF("hesiod", NULL, MCF_ALIASOK|MCF_ALIASONLY,
511 map_parseargs, hes_map_open, hes_map_close,
512 hes_map_lookup, null_map_store);
516 MAPDEF("netinfo", NULL, MCF_ALIASOK,
517 map_parseargs, ni_map_open, null_map_close,
518 ni_map_lookup, null_map_store);
522 MAPDEF("dns", NULL, 0,
523 dns_map_init, null_map_open, null_map_close,
524 dns_map_lookup, null_map_store);
529 # if _FFR_DNSMAP_ALIASABLE
530 MAPDEF("dns", NULL, MCF_ALIASOK,
531 dns_map_parseargs, dns_map_open, null_map_close,
532 dns_map_lookup, null_map_store);
533 # else /* _FFR_DNSMAP_ALIASABLE */
534 MAPDEF("dns", NULL, 0,
535 dns_map_parseargs, dns_map_open, null_map_close,
536 dns_map_lookup, null_map_store);
537 # endif /* _FFR_DNSMAP_ALIASABLE */
539 #endif /* NAMED_BIND */
542 /* best MX DNS lookup */
543 MAPDEF("bestmx", NULL, MCF_OPTFILE,
544 map_parseargs, null_map_open, null_map_close,
545 bestmx_map_lookup, null_map_store);
546 #endif /* NAMED_BIND */
548 MAPDEF("host", NULL, 0,
549 host_map_init, null_map_open, null_map_close,
550 host_map_lookup, null_map_store);
552 MAPDEF("text", NULL, MCF_ALIASOK,
553 map_parseargs, text_map_open, null_map_close,
554 text_map_lookup, null_map_store);
556 MAPDEF("stab", NULL, MCF_ALIASOK|MCF_ALIASONLY,
557 map_parseargs, stab_map_open, null_map_close,
558 stab_map_lookup, stab_map_store);
560 MAPDEF("implicit", NULL, MCF_ALIASOK|MCF_ALIASONLY|MCF_REBUILDABLE,
561 map_parseargs, impl_map_open, impl_map_close,
562 impl_map_lookup, impl_map_store);
564 /* access to system passwd file */
565 MAPDEF("user", NULL, MCF_OPTFILE,
566 map_parseargs, user_map_open, null_map_close,
567 user_map_lookup, null_map_store);
570 MAPDEF("dequote", NULL, 0,
571 dequote_init, null_map_open, null_map_close,
572 dequote_map, null_map_store);
575 MAPDEF("regex", NULL, 0,
576 regex_map_init, null_map_open, null_map_close,
577 regex_map_lookup, null_map_store);
578 #endif /* MAP_REGEX */
582 MAPDEF("userdb", ".db", 0,
583 map_parseargs, null_map_open, null_map_close,
584 udb_map_lookup, null_map_store);
587 /* arbitrary programs */
588 MAPDEF("program", NULL, MCF_ALIASOK,
589 map_parseargs, null_map_open, null_map_close,
590 prog_map_lookup, null_map_store);
593 MAPDEF("sequence", NULL, MCF_ALIASOK,
594 seq_map_parse, null_map_open, null_map_close,
595 seq_map_lookup, seq_map_store);
597 /* switched interface to sequenced maps */
598 MAPDEF("switch", NULL, MCF_ALIASOK,
599 map_parseargs, switch_map_open, null_map_close,
600 seq_map_lookup, seq_map_store);
602 /* null map lookup -- really for internal use only */
603 MAPDEF("null", NULL, MCF_ALIASOK|MCF_OPTFILE,
604 map_parseargs, null_map_open, null_map_close,
605 null_map_lookup, null_map_store);
607 /* syslog map -- logs information to syslog */
608 MAPDEF("syslog", NULL, 0,
609 syslog_map_parseargs, null_map_open, null_map_close,
610 syslog_map_lookup, null_map_store);
612 /* macro storage map -- rulesets can set macros */
613 MAPDEF("macro", NULL, 0,
614 dequote_init, null_map_open, null_map_close,
615 macro_map_lookup, null_map_store);
617 /* arithmetic map -- add/subtract/compare */
618 MAPDEF("arith", NULL, 0,
619 dequote_init, null_map_open, null_map_close,
620 arith_map_lookup, null_map_store);
624 /* bogus map -- always return tempfail */
625 MAPDEF("bogus", NULL, MCF_ALIASOK|MCF_OPTFILE,
626 map_parseargs, null_map_open, null_map_close,
627 bogus_map_lookup, null_map_store);
633 ** INITHOSTMAPS -- initial host-dependent maps
635 ** This should act as an interface to any local service switch
636 ** provided by the host operating system.
645 ** Should define maps "host" and "users" as necessary
646 ** for this OS. If they are not defined, they will get
647 ** a default value later. It should check to make sure
648 ** they are not defined first, since it's possible that
649 ** the config file has provided an override.
657 char *maptype[MAXMAPSTACK];
658 short mapreturn[MAXMAPACTIONS];
662 ** Set up default hosts maps.
666 nmaps = switch_map_find("hosts", maptype, mapreturn);
667 for (i = 0; i < nmaps; i++)
669 if (strcmp(maptype[i], "files") == 0 &&
670 stab("hosts.files", ST_MAP, ST_FIND) == NULL)
672 (void) sm_strlcpy(buf, "hosts.files text -k 0 -v 1 /etc/hosts",
674 (void) makemapentry(buf);
677 else if (strcmp(maptype[i], "dns") == 0 &&
678 stab("hosts.dns", ST_MAP, ST_FIND) == NULL)
680 (void) sm_strlcpy(buf, "hosts.dns dns A", sizeof buf);
681 (void) makemapentry(buf);
683 # endif /* NAMED_BIND */
685 else if (strcmp(maptype[i], "nisplus") == 0 &&
686 stab("hosts.nisplus", ST_MAP, ST_FIND) == NULL)
688 (void) sm_strlcpy(buf, "hosts.nisplus nisplus -k name -v address hosts.org_dir",
690 (void) makemapentry(buf);
692 # endif /* NISPLUS */
694 else if (strcmp(maptype[i], "nis") == 0 &&
695 stab("hosts.nis", ST_MAP, ST_FIND) == NULL)
697 (void) sm_strlcpy(buf, "hosts.nis nis -k 0 -v 1 hosts.byname",
699 (void) makemapentry(buf);
703 else if (strcmp(maptype[i], "netinfo") == 0 &&
704 stab("hosts.netinfo", ST_MAP, ST_FIND) == NULL)
706 (void) sm_strlcpy(buf, "hosts.netinfo netinfo -v name /machines",
708 (void) makemapentry(buf);
710 # endif /* NETINFO */
715 ** Make sure we have a host map.
718 if (stab("host", ST_MAP, ST_FIND) == NULL)
720 /* user didn't initialize: set up host map */
721 (void) sm_strlcpy(buf, "host host", sizeof buf);
723 if (ConfigLevel >= 2)
724 (void) sm_strlcat(buf, " -a. -D", sizeof buf);
725 #endif /* NAMED_BIND */
726 (void) makemapentry(buf);
730 ** Set up default aliases maps
733 nmaps = switch_map_find("aliases", maptype, mapreturn);
734 for (i = 0; i < nmaps; i++)
736 if (strcmp(maptype[i], "files") == 0 &&
737 stab("aliases.files", ST_MAP, ST_FIND) == NULL)
739 (void) sm_strlcpy(buf, "aliases.files null",
741 (void) makemapentry(buf);
744 else if (strcmp(maptype[i], "nisplus") == 0 &&
745 stab("aliases.nisplus", ST_MAP, ST_FIND) == NULL)
747 (void) sm_strlcpy(buf, "aliases.nisplus nisplus -kalias -vexpansion mail_aliases.org_dir",
749 (void) makemapentry(buf);
753 else if (strcmp(maptype[i], "nis") == 0 &&
754 stab("aliases.nis", ST_MAP, ST_FIND) == NULL)
756 (void) sm_strlcpy(buf, "aliases.nis nis mail.aliases",
758 (void) makemapentry(buf);
762 else if (strcmp(maptype[i], "netinfo") == 0 &&
763 stab("aliases.netinfo", ST_MAP, ST_FIND) == NULL)
765 (void) sm_strlcpy(buf, "aliases.netinfo netinfo -z, /aliases",
767 (void) makemapentry(buf);
771 else if (strcmp(maptype[i], "hesiod") == 0 &&
772 stab("aliases.hesiod", ST_MAP, ST_FIND) == NULL)
774 (void) sm_strlcpy(buf, "aliases.hesiod hesiod aliases",
776 (void) makemapentry(buf);
780 if (stab("aliases", ST_MAP, ST_FIND) == NULL)
782 (void) sm_strlcpy(buf, "aliases switch aliases", sizeof buf);
783 (void) makemapentry(buf);
786 #if 0 /* "user" map class is a better choice */
788 ** Set up default users maps.
791 nmaps = switch_map_find("passwd", maptype, mapreturn);
792 for (i = 0; i < nmaps; i++)
794 if (strcmp(maptype[i], "files") == 0 &&
795 stab("users.files", ST_MAP, ST_FIND) == NULL)
797 (void) sm_strlcpy(buf, "users.files text -m -z: -k0 -v6 /etc/passwd",
799 (void) makemapentry(buf);
802 else if (strcmp(maptype[i], "nisplus") == 0 &&
803 stab("users.nisplus", ST_MAP, ST_FIND) == NULL)
805 (void) sm_strlcpy(buf, "users.nisplus nisplus -m -kname -vhome passwd.org_dir",
807 (void) makemapentry(buf);
809 # endif /* NISPLUS */
811 else if (strcmp(maptype[i], "nis") == 0 &&
812 stab("users.nis", ST_MAP, ST_FIND) == NULL)
814 (void) sm_strlcpy(buf, "users.nis nis -m passwd.byname",
816 (void) makemapentry(buf);
820 else if (strcmp(maptype[i], "hesiod") == 0 &&
821 stab("users.hesiod", ST_MAP, ST_FIND) == NULL)
823 (void) sm_strlcpy(buf, "users.hesiod hesiod", sizeof buf);
824 (void) makemapentry(buf);
828 if (stab("users", ST_MAP, ST_FIND) == NULL)
830 (void) sm_strlcpy(buf, "users switch -m passwd", sizeof buf);
831 (void) makemapentry(buf);
836 ** SWITCH_MAP_FIND -- find the list of types associated with a map
838 ** This is the system-dependent interface to the service switch.
841 ** service -- the name of the service of interest.
842 ** maptype -- an out-array of strings containing the types
843 ** of access to use for this service. There can
844 ** be at most MAXMAPSTACK types for a single service.
845 ** mapreturn -- an out-array of return information bitmaps
849 ** The number of map types filled in, or -1 for failure.
852 ** Preserves errno so nothing in the routine clobbers it.
855 #if defined(SOLARIS) || (defined(sony_news) && defined(__svr4))
856 # define _USE_SUN_NSSWITCH_
857 #endif /* defined(SOLARIS) || (defined(sony_news) && defined(__svr4)) */
859 #if _FFR_HPUX_NSSWITCH
861 # define _USE_SUN_NSSWITCH_
863 #endif /* _FFR_HPUX_NSSWITCH */
865 #ifdef _USE_SUN_NSSWITCH_
866 # include <nsswitch.h>
867 #endif /* _USE_SUN_NSSWITCH_ */
869 #if defined(ultrix) || (defined(__osf__) && defined(__alpha))
870 # define _USE_DEC_SVC_CONF_
871 #endif /* defined(ultrix) || (defined(__osf__) && defined(__alpha)) */
873 #ifdef _USE_DEC_SVC_CONF_
874 # include <sys/svcinfo.h>
875 #endif /* _USE_DEC_SVC_CONF_ */
878 switch_map_find(service, maptype, mapreturn)
880 char *maptype[MAXMAPSTACK];
881 short mapreturn[MAXMAPACTIONS];
884 int save_errno = errno;
886 #ifdef _USE_SUN_NSSWITCH_
887 struct __nsw_switchconfig *nsw_conf;
888 enum __nsw_parse_err pserr;
889 struct __nsw_lookup *lk;
890 static struct __nsw_lookup lkp0 =
891 { "files", {1, 0, 0, 0}, NULL, NULL };
892 static struct __nsw_switchconfig lkp_default =
893 { 0, "sendmail", 3, &lkp0 };
895 for (svcno = 0; svcno < MAXMAPACTIONS; svcno++)
896 mapreturn[svcno] = 0;
898 if ((nsw_conf = __nsw_getconfig(service, &pserr)) == NULL)
899 lk = lkp_default.lookups;
901 lk = nsw_conf->lookups;
903 while (lk != NULL && svcno < MAXMAPSTACK)
905 maptype[svcno] = lk->service_name;
906 if (lk->actions[__NSW_NOTFOUND] == __NSW_RETURN)
907 mapreturn[MA_NOTFOUND] |= 1 << svcno;
908 if (lk->actions[__NSW_TRYAGAIN] == __NSW_RETURN)
909 mapreturn[MA_TRYAGAIN] |= 1 << svcno;
910 if (lk->actions[__NSW_UNAVAIL] == __NSW_RETURN)
911 mapreturn[MA_TRYAGAIN] |= 1 << svcno;
917 #endif /* _USE_SUN_NSSWITCH_ */
919 #ifdef _USE_DEC_SVC_CONF_
920 struct svcinfo *svcinfo;
923 for (svcno = 0; svcno < MAXMAPACTIONS; svcno++)
924 mapreturn[svcno] = 0;
929 if (strcmp(service, "hosts") == 0)
931 else if (strcmp(service, "aliases") == 0)
933 else if (strcmp(service, "passwd") == 0)
940 for (svcno = 0; svcno < SVC_PATHSIZE && svcno < MAXMAPSTACK; svcno++)
942 switch (svcinfo->svcpath[svc][svcno])
945 maptype[svcno] = "files";
949 maptype[svcno] = "nis";
953 maptype[svcno] = "dns";
958 maptype[svcno] = "hesiod";
960 # endif /* SVC_HESIOD */
969 #endif /* _USE_DEC_SVC_CONF_ */
971 #if !defined(_USE_SUN_NSSWITCH_) && !defined(_USE_DEC_SVC_CONF_)
973 ** Fall-back mechanism.
977 static time_t servicecachetime; /* time service switch was cached */
978 time_t now = curtime();
980 for (svcno = 0; svcno < MAXMAPACTIONS; svcno++)
981 mapreturn[svcno] = 0;
983 if ((now - servicecachetime) > (time_t) ServiceCacheMaxAge)
985 /* (re)read service switch */
986 register SM_FILE_T *fp;
987 long sff = SFF_REGONLY|SFF_OPENASROOT|SFF_NOLOCK;
989 if (!bitnset(DBS_LINKEDSERVICESWITCHFILEINWRITABLEDIR,
994 servicecachetime = now;
995 fp = safefopen(ServiceSwitchFile, O_RDONLY, 0, sff);
1000 while (sm_io_fgets(fp, SM_TIME_DEFAULT, buf,
1001 sizeof buf) != NULL)
1005 p = strpbrk(buf, "#\n");
1008 p = strpbrk(buf, " \t");
1015 sm_syslog(LOG_ERR, NOQID,
1016 "Bad line on %.100s: %.100s",
1027 ** Find/allocate space for this service entry.
1028 ** Space for all of the service strings
1029 ** are allocated at once. This means
1030 ** that we only have to free the first
1031 ** one to free all of them.
1034 st = stab(buf, ST_SERVICE, ST_ENTER);
1035 if (st->s_service[0] != NULL)
1036 sm_free((void *) st->s_service[0]); /* XXX */
1038 for (svcno = 0; svcno < MAXMAPSTACK; )
1042 st->s_service[svcno++] = p;
1043 p = strpbrk(p, " \t");
1050 if (svcno < MAXMAPSTACK)
1051 st->s_service[svcno] = NULL;
1053 (void) sm_io_close(fp, SM_TIME_DEFAULT);
1057 /* look up entry in cache */
1058 st = stab(service, ST_SERVICE, ST_FIND);
1059 if (st != NULL && st->s_service[0] != NULL)
1063 while (svcno < MAXMAPSTACK)
1065 maptype[svcno] = st->s_service[svcno];
1066 if (maptype[svcno++] == NULL)
1072 #endif /* !defined(_USE_SUN_NSSWITCH_) && !defined(_USE_DEC_SVC_CONF_) */
1074 #if !defined(_USE_SUN_NSSWITCH_)
1075 /* if the service file doesn't work, use an absolute fallback */
1076 # ifdef _USE_DEC_SVC_CONF_
1078 # endif /* _USE_DEC_SVC_CONF_ */
1079 for (svcno = 0; svcno < MAXMAPACTIONS; svcno++)
1080 mapreturn[svcno] = 0;
1082 if (strcmp(service, "aliases") == 0)
1084 maptype[svcno++] = "files";
1085 # if defined(AUTO_NETINFO_ALIASES) && defined (NETINFO)
1086 maptype[svcno++] = "netinfo";
1087 # endif /* defined(AUTO_NETINFO_ALIASES) && defined (NETINFO) */
1088 # ifdef AUTO_NIS_ALIASES
1090 maptype[svcno++] = "nisplus";
1091 # endif /* NISPLUS */
1093 maptype[svcno++] = "nis";
1095 # endif /* AUTO_NIS_ALIASES */
1099 if (strcmp(service, "hosts") == 0)
1102 maptype[svcno++] = "dns";
1103 # else /* NAMED_BIND */
1104 # if defined(sun) && !defined(BSD)
1106 maptype[svcno++] = "nis";
1107 # endif /* defined(sun) && !defined(BSD) */
1108 # endif /* NAMED_BIND */
1109 # if defined(AUTO_NETINFO_HOSTS) && defined (NETINFO)
1110 maptype[svcno++] = "netinfo";
1111 # endif /* defined(AUTO_NETINFO_HOSTS) && defined (NETINFO) */
1112 maptype[svcno++] = "files";
1118 #endif /* !defined(_USE_SUN_NSSWITCH_) */
1121 ** USERNAME -- return the user id of the logged in user.
1127 ** The login name of the logged in user.
1133 ** The return value is statically allocated.
1139 static char *myname = NULL;
1140 extern char *getlogin();
1141 register struct passwd *pw;
1143 /* cache the result */
1146 myname = getlogin();
1147 if (myname == NULL || myname[0] == '\0')
1149 pw = sm_getpwuid(RealUid);
1151 myname = pw->pw_name;
1155 uid_t uid = RealUid;
1157 if ((pw = sm_getpwnam(myname)) == NULL ||
1158 (uid != 0 && uid != pw->pw_uid))
1160 pw = sm_getpwuid(uid);
1162 myname = pw->pw_name;
1165 if (myname == NULL || myname[0] == '\0')
1167 syserr("554 5.3.0 Who are you?");
1168 myname = "postmaster";
1170 else if (strpbrk(myname, ",;:/|\"\\") != NULL)
1171 myname = addquotes(myname, NULL);
1173 myname = sm_pstrdup_x(myname);
1178 ** TTYPATH -- Get the path of the user's tty
1180 ** Returns the pathname of the user's tty. Returns NULL if
1181 ** the user is not logged in or if s/he has write permission
1188 ** pathname of the user's tty.
1189 ** NULL if not logged in or write permission denied.
1195 ** Return value is in a local buffer.
1205 register char *pathn;
1206 extern char *ttyname();
1207 extern char *getlogin();
1209 /* compute the pathname of the controlling tty */
1210 if ((pathn = ttyname(2)) == NULL && (pathn = ttyname(1)) == NULL &&
1211 (pathn = ttyname(0)) == NULL)
1217 /* see if we have write permission */
1218 if (stat(pathn, &stbuf) < 0 || !bitset(S_IWOTH, stbuf.st_mode))
1224 /* see if the user is logged in */
1225 if (getlogin() == NULL)
1232 ** CHECKCOMPAT -- check for From and To person compatible.
1234 ** This routine can be supplied on a per-installation basis
1235 ** to determine whether a person is allowed to send a message.
1236 ** This allows restriction of certain types of internet
1237 ** forwarding or registration of users.
1239 ** If the hosts are found to be incompatible, an error
1240 ** message should be given using "usrerr" and an EX_ code
1241 ** should be returned. You can also set to->q_status to
1242 ** a DSN-style status code.
1244 ** EF_NO_BODY_RETN can be set in e->e_flags to suppress the
1245 ** body during the return-to-sender function; this should be done
1246 ** on huge messages. This bit may already be set by the ESMTP
1250 ** to -- the person being sent to.
1256 ** none (unless you include the usrerr stuff)
1261 register ADDRESS *to;
1262 register ENVELOPE *e;
1265 sm_dprintf("checkcompat(to=%s, from=%s)\n",
1266 to->q_paddr, e->e_from.q_paddr);
1269 /* this code is intended as an example only */
1272 s = stab("arpa", ST_MAILER, ST_FIND);
1273 if (s != NULL && strcmp(e->e_from.q_mailer->m_name, "local") != 0 &&
1274 to->q_mailer == s->s_mailer)
1276 usrerr("553 No ARPA mail through this machine: see your system administration");
1277 /* e->e_flags |= EF_NO_BODY_RETN; to suppress body on return */
1278 to->q_status = "5.7.1";
1279 return EX_UNAVAILABLE;
1281 #endif /* EXAMPLE_CODE */
1285 ** INIT_MD -- do machine dependent initializations
1287 ** Systems that have global modes that should be set should do
1288 ** them here rather than in main.
1292 # include <compat.h>
1293 #endif /* _AUX_SOURCE */
1296 # include <shares.h>
1297 #endif /* SHARE_V1 */
1305 setcompat(getcompat() | COMPAT_BSDPROT);
1306 #endif /* _AUX_SOURCE */
1308 #ifdef SUN_EXTENSIONS
1310 #endif /* SUN_EXTENSIONS */
1313 /* keep gethostby*() from stripping the local domain name */
1314 set_domain_trim_off();
1315 #endif /* _CONVEX_SOURCE */
1318 ** Due to QNX's network distributed nature, you can target a tcpip
1319 ** stack on a different node in the qnx network; this patch lets
1320 ** this feature work. The __sock_locate() must be done before the
1321 ** environment is clear.
1324 #endif /* __QNX__ */
1325 #if SECUREWARE || defined(_SCO_unix_)
1326 set_auth_parameters(argc, argv);
1330 ** This is required for highest security levels (the kernel
1331 ** won't let it call set*uid() or run setuid binaries without
1332 ** it). It may be necessary on other SECUREWARE systems.
1335 if (getluid() == -1)
1337 # endif /* _SCO_unix_ */
1338 #endif /* SECUREWARE || defined(_SCO_unix_) */
1341 #ifdef VENDOR_DEFAULT
1342 VendorCode = VENDOR_DEFAULT;
1343 #else /* VENDOR_DEFAULT */
1344 VendorCode = VENDOR_BERKELEY;
1345 #endif /* VENDOR_DEFAULT */
1348 ** INIT_VENDOR_MACROS -- vendor-dependent macro initializations
1350 ** Called once, on startup.
1353 ** e -- the global envelope.
1359 ** vendor-dependent.
1363 init_vendor_macros(e)
1364 register ENVELOPE *e;
1368 ** GETLA -- get the current load average
1370 ** This code stolen from la.c.
1376 ** The current load average as an integer.
1382 /* try to guess what style of load average we have */
1383 #define LA_ZERO 1 /* always return load average as zero */
1384 #define LA_INT 2 /* read kmem for avenrun; interpret as long */
1385 #define LA_FLOAT 3 /* read kmem for avenrun; interpret as float */
1386 #define LA_SUBR 4 /* call getloadavg */
1387 #define LA_MACH 5 /* MACH load averages (as on NeXT boxes) */
1388 #define LA_SHORT 6 /* read kmem for avenrun; interpret as short */
1389 #define LA_PROCSTR 7 /* read string ("1.17") from /proc/loadavg */
1390 #define LA_READKSYM 8 /* SVR4: use MIOC_READKSYM ioctl call */
1391 #define LA_DGUX 9 /* special DGUX implementation */
1392 #define LA_HPUX 10 /* special HPUX implementation */
1393 #define LA_IRIX6 11 /* special IRIX 6.2 implementation */
1394 #define LA_KSTAT 12 /* special Solaris kstat(3k) implementation */
1395 #define LA_DEVSHORT 13 /* read short from a device */
1396 #define LA_ALPHAOSF 14 /* Digital UNIX (OSF/1 on Alpha) table() call */
1397 #define LA_PSET 15 /* Solaris per-processor-set load average */
1399 /* do guesses based on general OS type */
1401 # define LA_TYPE LA_ZERO
1402 #endif /* ! LA_TYPE */
1405 # if defined(unixpc)
1407 # endif /* defined(unixpc) */
1409 # if defined(__alpha) || defined(IRIX)
1411 # endif /* defined(__alpha) || defined(IRIX) */
1413 #endif /* ! FSHIFT */
1417 #endif /* ! FSHIFT */
1420 # define FSCALE (1 << FSHIFT)
1421 #endif /* ! FSCALE */
1425 # define LA_AVENRUN "avenrun"
1426 # else /* SYSTEM5 */
1427 # define LA_AVENRUN "_avenrun"
1428 # endif /* SYSTEM5 */
1429 #endif /* ! LA_AVENRUN */
1431 /* _PATH_KMEM should be defined in <paths.h> */
1433 # define _PATH_KMEM "/dev/kmem"
1434 #endif /* ! _PATH_KMEM */
1436 #if (LA_TYPE == LA_INT) || (LA_TYPE == LA_FLOAT) || (LA_TYPE == LA_SHORT)
1440 /* _PATH_UNIX should be defined in <paths.h> */
1442 # if defined(SYSTEM5)
1443 # define _PATH_UNIX "/unix"
1444 # else /* defined(SYSTEM5) */
1445 # define _PATH_UNIX "/vmunix"
1446 # endif /* defined(SYSTEM5) */
1447 # endif /* ! _PATH_UNIX */
1451 # else /* _AUX_SOURCE */
1457 # endif /* _AUX_SOURCE */
1458 # define X_AVENRUN 0
1464 static int kmem = -1;
1465 # if LA_TYPE == LA_INT
1467 # else /* LA_TYPE == LA_INT */
1468 # if LA_TYPE == LA_SHORT
1470 # else /* LA_TYPE == LA_SHORT */
1472 # endif /* LA_TYPE == LA_SHORT */
1473 # endif /* LA_TYPE == LA_INT */
1475 extern off_t lseek();
1480 (void) sm_strlcpy(Nl[X_AVENRUN].n_name, LA_AVENRUN,
1481 sizeof Nl[X_AVENRUN].n_name);
1482 Nl[1].n_name[0] = '\0';
1483 # endif /* _AUX_SOURCE */
1485 # if defined(_AIX3) || defined(_AIX4)
1486 if (knlist(Nl, 1, sizeof Nl[0]) < 0)
1487 # else /* defined(_AIX3) || defined(_AIX4) */
1488 if (nlist(_PATH_UNIX, Nl) < 0)
1489 # endif /* defined(_AIX3) || defined(_AIX4) */
1492 sm_dprintf("getla: nlist(%s): %s\n", _PATH_UNIX,
1493 sm_errstring(errno));
1496 if (Nl[X_AVENRUN].n_value == 0)
1499 sm_dprintf("getla: nlist(%s, %s) ==> 0\n",
1500 _PATH_UNIX, LA_AVENRUN);
1503 # ifdef NAMELISTMASK
1504 Nl[X_AVENRUN].n_value &= NAMELISTMASK;
1505 # endif /* NAMELISTMASK */
1507 kmem = open(_PATH_KMEM, 0, 0);
1511 sm_dprintf("getla: open(/dev/kmem): %s\n",
1512 sm_errstring(errno));
1515 if ((j = fcntl(kmem, F_GETFD, 0)) < 0 ||
1516 fcntl(kmem, F_SETFD, j | FD_CLOEXEC) < 0)
1519 sm_dprintf("getla: fcntl(/dev/kmem, FD_CLOEXEC): %s\n",
1520 sm_errstring(errno));
1527 sm_dprintf("getla: symbol address = %#lx\n",
1528 (unsigned long) Nl[X_AVENRUN].n_value);
1529 if (lseek(kmem, (off_t) Nl[X_AVENRUN].n_value, SEEK_SET) == -1 ||
1530 read(kmem, (char *) avenrun, sizeof(avenrun)) < sizeof(avenrun))
1534 sm_dprintf("getla: lseek or read: %s\n",
1535 sm_errstring(errno));
1538 # if (LA_TYPE == LA_INT) || (LA_TYPE == LA_SHORT)
1541 # if LA_TYPE == LA_SHORT
1542 sm_dprintf("getla: avenrun = %d", avenrun[0]);
1544 sm_dprintf(", %d, %d", avenrun[1], avenrun[2]);
1545 # else /* LA_TYPE == LA_SHORT */
1546 sm_dprintf("getla: avenrun = %ld", avenrun[0]);
1548 sm_dprintf(", %ld, %ld", avenrun[1], avenrun[2]);
1549 # endif /* LA_TYPE == LA_SHORT */
1553 sm_dprintf("getla: %d\n",
1554 (int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1555 return ((int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1556 # else /* (LA_TYPE == LA_INT) || (LA_TYPE == LA_SHORT) */
1559 sm_dprintf("getla: avenrun = %g", avenrun[0]);
1561 sm_dprintf(", %g, %g", avenrun[1], avenrun[2]);
1565 sm_dprintf("getla: %d\n", (int) (avenrun[0] +0.5));
1566 return ((int) (avenrun[0] + 0.5));
1567 # endif /* (LA_TYPE == LA_INT) || (LA_TYPE == LA_SHORT) */
1570 #endif /* (LA_TYPE == LA_INT) || (LA_TYPE == LA_FLOAT) || (LA_TYPE == LA_SHORT) */
1572 #if LA_TYPE == LA_READKSYM
1574 # include <sys/ksym.h>
1580 static int kmem = -1;
1583 struct mioc_rksym mirk;
1587 kmem = open("/dev/kmem", 0, 0);
1591 sm_dprintf("getla: open(/dev/kmem): %s\n",
1592 sm_errstring(errno));
1595 if ((j = fcntl(kmem, F_GETFD, 0)) < 0 ||
1596 fcntl(kmem, F_SETFD, j | FD_CLOEXEC) < 0)
1599 sm_dprintf("getla: fcntl(/dev/kmem, FD_CLOEXEC): %s\n",
1600 sm_errstring(errno));
1606 mirk.mirk_symname = LA_AVENRUN;
1607 mirk.mirk_buf = avenrun;
1608 mirk.mirk_buflen = sizeof(avenrun);
1609 if (ioctl(kmem, MIOC_READKSYM, &mirk) < 0)
1612 sm_dprintf("getla: ioctl(MIOC_READKSYM) failed: %s\n",
1613 sm_errstring(errno));
1618 sm_dprintf("getla: avenrun = %d", avenrun[0]);
1620 sm_dprintf(", %d, %d", avenrun[1], avenrun[2]);
1624 sm_dprintf("getla: %d\n",
1625 (int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1626 return ((int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1629 #endif /* LA_TYPE == LA_READKSYM */
1631 #if LA_TYPE == LA_DGUX
1633 # include <sys/dg_sys_info.h>
1638 struct dg_sys_info_load_info load_info;
1640 dg_sys_info((long *)&load_info,
1641 DG_SYS_INFO_LOAD_INFO_TYPE, DG_SYS_INFO_LOAD_VERSION_0);
1644 sm_dprintf("getla: %d\n", (int) (load_info.one_minute + 0.5));
1646 return ((int) (load_info.one_minute + 0.5));
1649 #endif /* LA_TYPE == LA_DGUX */
1651 #if LA_TYPE == LA_HPUX
1653 /* forward declarations to keep gcc from complaining */
1658 struct pst_diskinfo;
1659 struct pst_processor;
1661 struct pst_swapinfo;
1663 # include <sys/param.h>
1664 # include <sys/pstat.h>
1669 struct pst_dynamic pstd;
1671 if (pstat_getdynamic(&pstd, sizeof(struct pst_dynamic),
1672 (size_t) 1, 0) == -1)
1676 sm_dprintf("getla: %d\n", (int) (pstd.psd_avg_1_min + 0.5));
1678 return (int) (pstd.psd_avg_1_min + 0.5);
1681 #endif /* LA_TYPE == LA_HPUX */
1683 #if LA_TYPE == LA_SUBR
1690 if (getloadavg(avenrun, sizeof(avenrun) / sizeof(avenrun[0])) < 0)
1693 sm_dprintf("getla: getloadavg failed: %s",
1694 sm_errstring(errno));
1698 sm_dprintf("getla: %d\n", (int) (avenrun[0] +0.5));
1699 return ((int) (avenrun[0] + 0.5));
1702 #endif /* LA_TYPE == LA_SUBR */
1704 #if LA_TYPE == LA_MACH
1707 ** This has been tested on NEXTSTEP release 2.1/3.X.
1710 # if defined(NX_CURRENT_COMPILER_RELEASE) && NX_CURRENT_COMPILER_RELEASE > NX_COMPILER_RELEASE_3_0
1711 # include <mach/mach.h>
1712 # else /* defined(NX_CURRENT_COMPILER_RELEASE) && NX_CURRENT_COMPILER_RELEASE > NX_COMPILER_RELEASE_3_0 */
1714 # endif /* defined(NX_CURRENT_COMPILER_RELEASE) && NX_CURRENT_COMPILER_RELEASE > NX_COMPILER_RELEASE_3_0 */
1719 processor_set_t default_set;
1720 kern_return_t error;
1721 unsigned int info_count;
1722 struct processor_set_basic_info info;
1725 error = processor_set_default(host_self(), &default_set);
1726 if (error != KERN_SUCCESS)
1729 sm_dprintf("getla: processor_set_default failed: %s",
1730 sm_errstring(errno));
1733 info_count = PROCESSOR_SET_BASIC_INFO_COUNT;
1734 if (processor_set_info(default_set, PROCESSOR_SET_BASIC_INFO,
1735 &host, (processor_set_info_t)&info,
1736 &info_count) != KERN_SUCCESS)
1739 sm_dprintf("getla: processor_set_info failed: %s",
1740 sm_errstring(errno));
1744 sm_dprintf("getla: %d\n",
1745 (int) ((info.load_average + (LOAD_SCALE / 2)) /
1747 return (int) (info.load_average + (LOAD_SCALE / 2)) / LOAD_SCALE;
1750 #endif /* LA_TYPE == LA_MACH */
1752 #if LA_TYPE == LA_PROCSTR
1753 # if SM_CONF_BROKEN_STRTOD
1754 ERROR: This OS has most likely a broken strtod() implemenentation.
1755 ERROR: The function is required for getla().
1756 ERROR: Check the compilation options _LA_PROCSTR and
1757 ERROR: _SM_CONF_BROKEN_STRTOD (without the leading _).
1758 # endif /* SM_CONF_BROKEN_STRTOD */
1761 ** Read /proc/loadavg for the load average. This is assumed to be
1762 ** in a format like "0.15 0.12 0.06".
1764 ** Initially intended for Linux. This has been in the kernel
1765 ** since at least 0.99.15.
1768 # ifndef _PATH_LOADAVG
1769 # define _PATH_LOADAVG "/proc/loadavg"
1770 # endif /* ! _PATH_LOADAVG */
1776 register int result;
1779 fp = sm_io_open(SmFtStdio, SM_TIME_DEFAULT, _PATH_LOADAVG, SM_IO_RDONLY,
1784 sm_dprintf("getla: sm_io_open(%s): %s\n",
1785 _PATH_LOADAVG, sm_errstring(errno));
1788 result = sm_io_fscanf(fp, SM_TIME_DEFAULT, "%lf", &avenrun);
1789 (void) sm_io_close(fp, SM_TIME_DEFAULT);
1793 sm_dprintf("getla: sm_io_fscanf() = %d: %s\n",
1794 result, sm_errstring(errno));
1799 sm_dprintf("getla(): %.2f\n", avenrun);
1801 return ((int) (avenrun + 0.5));
1804 #endif /* LA_TYPE == LA_PROCSTR */
1806 #if LA_TYPE == LA_IRIX6
1808 # include <sys/sysmp.h>
1814 static int kmem = -1;
1819 kmem = open(_PATH_KMEM, 0, 0);
1823 sm_dprintf("getla: open(%s): %s\n", _PATH_KMEM,
1824 sm_errstring(errno));
1827 if ((j = fcntl(kmem, F_GETFD, 0)) < 0 ||
1828 fcntl(kmem, F_SETFD, j | FD_CLOEXEC) < 0)
1831 sm_dprintf("getla: fcntl(/dev/kmem, FD_CLOEXEC): %s\n",
1832 sm_errstring(errno));
1839 if (lseek(kmem, (sysmp(MP_KERNADDR, MPKA_AVENRUN) & 0x7fffffff), SEEK_SET) == -1 ||
1840 read(kmem, (char *) avenrun, sizeof(avenrun)) < sizeof(avenrun))
1843 sm_dprintf("getla: lseek or read: %s\n",
1844 sm_errstring(errno));
1849 sm_dprintf("getla: avenrun = %ld", (long int) avenrun[0]);
1851 sm_dprintf(", %ld, %ld",
1852 (long int) avenrun[1], (long int) avenrun[2]);
1857 sm_dprintf("getla: %d\n",
1858 (int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1859 return ((int) (avenrun[0] + FSCALE/2) >> FSHIFT);
1862 #endif /* LA_TYPE == LA_IRIX6 */
1864 #if LA_TYPE == LA_KSTAT
1871 static kstat_ctl_t *kc = NULL;
1872 static kstat_t *ksp = NULL;
1876 if (kc == NULL) /* if not initialized before */
1881 sm_dprintf("getla: kstat_open(): %s\n",
1882 sm_errstring(errno));
1886 ksp = kstat_lookup(kc, "unix", 0, "system_misc");
1890 sm_dprintf("getla: kstat_lookup(): %s\n",
1891 sm_errstring(errno));
1894 if (kstat_read(kc, ksp, NULL) < 0)
1897 sm_dprintf("getla: kstat_read(): %s\n",
1898 sm_errstring(errno));
1901 ksn = (kstat_named_t *) kstat_data_lookup(ksp, "avenrun_1min");
1902 la = ((double) ksn->value.ul + FSCALE/2) / FSCALE;
1903 /* kstat_close(kc); /o do not close for fast access */
1907 #endif /* LA_TYPE == LA_KSTAT */
1909 #if LA_TYPE == LA_DEVSHORT
1912 ** Read /dev/table/avenrun for the load average. This should contain
1913 ** three shorts for the 1, 5, and 15 minute loads. We only read the
1914 ** first, since that's all we care about.
1916 ** Intended for SCO OpenServer 5.
1919 # ifndef _PATH_AVENRUN
1920 # define _PATH_AVENRUN "/dev/table/avenrun"
1921 # endif /* ! _PATH_AVENRUN */
1926 static int afd = -1;
1933 if (afd == -1 || lseek(afd, 0L, SEEK_SET) == -1)
1937 afd = open(_PATH_AVENRUN, O_RDONLY|O_SYNC);
1940 sm_syslog(LOG_ERR, NOQID,
1941 "can't open %s: %s",
1942 _PATH_AVENRUN, sm_errstring(errno));
1947 r = read(afd, &avenrun, sizeof avenrun);
1950 sm_dprintf("getla: avenrun = %d\n", avenrun);
1951 loadav = (int) (avenrun + FSCALE/2) >> FSHIFT;
1953 sm_dprintf("getla: %d\n", loadav);
1957 #endif /* LA_TYPE == LA_DEVSHORT */
1959 #if LA_TYPE == LA_ALPHAOSF
1962 # include <sys/table.h>
1968 struct tbl_loadavg tab;
1970 if (table(TBL_LOADAVG, 0, &tab, 1, sizeof(tab)) == -1)
1973 sm_dprintf("getla: table %s\n", sm_errstring(errno));
1978 sm_dprintf("getla: scale = %d\n", tab.tl_lscale);
1981 ave = ((tab.tl_avenrun.l[2] + (tab.tl_lscale/2)) /
1984 ave = (int) (tab.tl_avenrun.d[2] + 0.5);
1987 sm_dprintf("getla: %d\n", ave);
1992 #endif /* LA_TYPE == LA_ALPHAOSF */
1994 #if LA_TYPE == LA_PSET
2001 if (pset_getloadavg(PS_MYID, avenrun,
2002 sizeof(avenrun) / sizeof(avenrun[0])) < 0)
2005 sm_dprintf("getla: pset_getloadavg failed: %s",
2006 sm_errstring(errno));
2010 sm_dprintf("getla: %d\n", (int) (avenrun[0] +0.5));
2011 return ((int) (avenrun[0] + 0.5));
2014 #endif /* LA_TYPE == LA_PSET */
2016 #if LA_TYPE == LA_ZERO
2022 sm_dprintf("getla: ZERO\n");
2026 #endif /* LA_TYPE == LA_ZERO */
2029 * Copyright 1989 Massachusetts Institute of Technology
2031 * Permission to use, copy, modify, distribute, and sell this software and its
2032 * documentation for any purpose is hereby granted without fee, provided that
2033 * the above copyright notice appear in all copies and that both that
2034 * copyright notice and this permission notice appear in supporting
2035 * documentation, and that the name of M.I.T. not be used in advertising or
2036 * publicity pertaining to distribution of the software without specific,
2037 * written prior permission. M.I.T. makes no representations about the
2038 * suitability of this software for any purpose. It is provided "as is"
2039 * without express or implied warranty.
2041 * M.I.T. DISCLAIMS ALL WARRANTIES WITH REGARD TO THIS SOFTWARE, INCLUDING ALL
2042 * IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO EVENT SHALL M.I.T.
2043 * BE LIABLE FOR ANY SPECIAL, INDIRECT OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
2044 * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION
2045 * OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF OR IN
2046 * CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
2048 * Authors: Many and varied...
2051 /* Non Apollo stuff removed by Don Lewis 11/15/93 */
2053 SM_UNUSED(static char rcsid[]) = "@(#)$OrigId: getloadavg.c,v 1.16 1991/06/21 12:51:15 paul Exp $";
2058 # include <apollo/base.h>
2061 int getloadavg( call_data )
2062 caddr_t call_data; /* pointer to (double) return value */
2064 double *avenrun = (double *) call_data;
2069 proc1_$get_loadav(loadav, &st);
2070 *avenrun = loadav[0] / (double) (1 << 16);
2075 ** SM_GETLA -- get the current load average
2084 ** Set CurrentLA to the current load average.
2085 ** Set {load_avg} in GlobalMacros to the current load average.
2093 CurrentLA = getla();
2094 (void) sm_snprintf(labuf, sizeof labuf, "%d", CurrentLA);
2095 macdefine(&GlobalMacros, A_TEMP, macid("{load_avg}"), labuf);
2098 ** SHOULDQUEUE -- should this message be queued or sent?
2100 ** Compares the message cost to the load average to decide.
2102 ** Note: Do NOT change this API! It is documented in op.me
2103 ** and theoretically the user can change this function...
2106 ** pri -- the priority of the message in question.
2107 ** ct -- the message creation time (unused, but see above).
2110 ** true -- if this message should be queued up for the
2112 ** false -- if the load is low enough to send this message.
2120 shouldqueue(pri, ct)
2127 sm_dprintf("shouldqueue: CurrentLA=%d, pri=%ld: ",
2129 if (CurrentLA < QueueLA)
2132 sm_dprintf("false (CurrentLA < QueueLA)\n");
2135 # if 0 /* this code is reported to cause oscillation around RefuseLA */
2136 if (CurrentLA >= RefuseLA && QueueLA < RefuseLA)
2139 sm_dprintf("TRUE (CurrentLA >= RefuseLA)\n");
2143 rval = pri > (QueueFactor / (CurrentLA - QueueLA + 1));
2145 sm_dprintf("%s (by calculation)\n", rval ? "true" : "false");
2149 ** REFUSECONNECTIONS -- decide if connections should be refused
2152 ** name -- daemon name (for error messages only)
2153 ** e -- the current envelope.
2154 ** d -- number of daemon
2155 ** active -- was this daemon actually active?
2158 ** true if incoming SMTP connections should be refused
2160 ** false if we should accept new work.
2163 ** Sets process title when it is rejecting connections.
2167 refuseconnections(name, e, d, active)
2173 static time_t lastconn[MAXDAEMONS];
2174 static int conncnt[MAXDAEMONS];
2181 if (ConnRateThrottle > 0)
2188 if (now != lastconn[d])
2193 else if (conncnt[d]++ > ConnRateThrottle)
2195 #define D_MSG_CRT "deferring connections on daemon %s: %d per second"
2196 /* sleep to flatten out connection load */
2197 sm_setproctitle(true, e, D_MSG_CRT,
2198 name, ConnRateThrottle);
2200 sm_syslog(LOG_INFO, NOQID, D_MSG_CRT,
2201 name, ConnRateThrottle);
2205 else if (now != lastconn[d])
2210 if (RefuseLA > 0 && CurrentLA >= RefuseLA)
2212 # define R_MSG_LA "rejecting connections on daemon %s: load average: %d"
2213 sm_setproctitle(true, e, R_MSG_LA, name, CurrentLA);
2215 sm_syslog(LOG_INFO, NOQID, R_MSG_LA, name, CurrentLA);
2219 if (DelayLA > 0 && CurrentLA >= DelayLA)
2222 static time_t log_delay = (time_t) 0;
2224 # define MIN_DELAY_LOG 90 /* wait before logging this again */
2225 # define D_MSG_LA "delaying connections on daemon %s: load average=%d >= %d"
2226 /* sleep to flatten out connection load */
2227 sm_setproctitle(true, e, D_MSG_LA, name, DelayLA);
2228 if (LogLevel > 8 && (now = curtime()) > log_delay)
2230 sm_syslog(LOG_INFO, NOQID, D_MSG_LA,
2231 name, CurrentLA, DelayLA);
2232 log_delay = now + MIN_DELAY_LOG;
2237 if (MaxChildren > 0 && CurChildren >= MaxChildren)
2240 if (CurChildren >= MaxChildren)
2242 #define R_MSG_CHILD "rejecting connections on daemon %s: %d children, max %d"
2243 sm_setproctitle(true, e, R_MSG_CHILD,
2244 name, CurChildren, MaxChildren);
2246 sm_syslog(LOG_INFO, NOQID, R_MSG_CHILD,
2247 name, CurChildren, MaxChildren);
2254 ** SETPROCTITLE -- set process title for ps
2257 ** fmt -- a printf style format string.
2258 ** a, b, c -- possible parameters to fmt.
2264 ** Clobbers argv of our main procedure so ps(1) will
2265 ** display the title.
2268 #define SPT_NONE 0 /* don't use it at all */
2269 #define SPT_REUSEARGV 1 /* cover argv with title information */
2270 #define SPT_BUILTIN 2 /* use libc builtin */
2271 #define SPT_PSTAT 3 /* use pstat(PSTAT_SETCMD, ...) */
2272 #define SPT_PSSTRINGS 4 /* use PS_STRINGS->... */
2273 #define SPT_SYSMIPS 5 /* use sysmips() supported by NEWS-OS 6 */
2274 #define SPT_SCO 6 /* write kernel u. area */
2275 #define SPT_CHANGEARGV 7 /* write our own strings into argv[] */
2278 # define SPT_TYPE SPT_REUSEARGV
2279 #endif /* ! SPT_TYPE */
2282 #if SPT_TYPE != SPT_NONE && SPT_TYPE != SPT_BUILTIN
2284 # if SPT_TYPE == SPT_PSTAT
2285 # include <sys/pstat.h>
2286 # endif /* SPT_TYPE == SPT_PSTAT */
2287 # if SPT_TYPE == SPT_PSSTRINGS
2288 # include <machine/vmparam.h>
2289 # include <sys/exec.h>
2290 # ifndef PS_STRINGS /* hmmmm.... apparently not available after all */
2292 # define SPT_TYPE SPT_REUSEARGV
2293 # else /* ! PS_STRINGS */
2294 # ifndef NKPDE /* FreeBSD 2.0 */
2296 typedef unsigned int *pt_entry_t;
2297 # endif /* ! NKPDE */
2298 # endif /* ! PS_STRINGS */
2299 # endif /* SPT_TYPE == SPT_PSSTRINGS */
2301 # if SPT_TYPE == SPT_PSSTRINGS || SPT_TYPE == SPT_CHANGEARGV
2302 # define SETPROC_STATIC static
2303 # else /* SPT_TYPE == SPT_PSSTRINGS || SPT_TYPE == SPT_CHANGEARGV */
2304 # define SETPROC_STATIC
2305 # endif /* SPT_TYPE == SPT_PSSTRINGS || SPT_TYPE == SPT_CHANGEARGV */
2307 # if SPT_TYPE == SPT_SYSMIPS
2308 # include <sys/sysmips.h>
2309 # include <sys/sysnews.h>
2310 # endif /* SPT_TYPE == SPT_SYSMIPS */
2312 # if SPT_TYPE == SPT_SCO
2313 # include <sys/immu.h>
2314 # include <sys/dir.h>
2315 # include <sys/user.h>
2316 # include <sys/fs/s5param.h>
2317 # if PSARGSZ > MAXLINE
2318 # define SPT_BUFSIZE PSARGSZ
2319 # endif /* PSARGSZ > MAXLINE */
2320 # endif /* SPT_TYPE == SPT_SCO */
2322 # ifndef SPT_PADCHAR
2323 # define SPT_PADCHAR ' '
2324 # endif /* ! SPT_PADCHAR */
2326 #endif /* SPT_TYPE != SPT_NONE && SPT_TYPE != SPT_BUILTIN */
2329 # define SPT_BUFSIZE MAXLINE
2330 #endif /* ! SPT_BUFSIZE */
2333 ** Pointers for setproctitle.
2334 ** This allows "ps" listings to give more useful information.
2337 static char **Argv = NULL; /* pointer to argument vector */
2338 static char *LastArgv = NULL; /* end of argv */
2339 #if SPT_TYPE != SPT_BUILTIN
2340 static void setproctitle __P((const char *, ...));
2341 #endif /* SPT_TYPE != SPT_BUILTIN */
2344 initsetproctitle(argc, argv, envp)
2350 extern char **environ;
2353 ** Move the environment so setproctitle can use the space at
2354 ** the top of memory.
2357 for (i = 0; envp[i] != NULL; i++)
2359 environ = (char **) xalloc(sizeof (char *) * (i + 1));
2360 for (i = 0; envp[i] != NULL; i++)
2361 environ[i] = newstr(envp[i]);
2365 ** Save start and extent of argv for setproctitle.
2371 ** Determine how much space we can use for setproctitle.
2372 ** Use all contiguous argv and envp pointers starting at argv[0]
2374 for (i = 0; i < argc; i++)
2376 if (i == 0 || LastArgv + 1 == argv[i])
2377 LastArgv = argv[i] + strlen(argv[i]);
2379 for (i = 0; LastArgv != NULL && envp[i] != NULL; i++)
2381 if (LastArgv + 1 == envp[i])
2382 LastArgv = envp[i] + strlen(envp[i]);
2386 #if SPT_TYPE != SPT_BUILTIN
2391 setproctitle(const char *fmt, ...)
2392 # else /* __STDC__ */
2393 setproctitle(fmt, va_alist)
2396 # endif /* __STDC__ */
2398 # if SPT_TYPE != SPT_NONE
2401 SETPROC_STATIC char buf[SPT_BUFSIZE];
2403 # if SPT_TYPE == SPT_PSTAT
2405 # endif /* SPT_TYPE == SPT_PSTAT */
2406 # if SPT_TYPE == SPT_SCO
2409 static int kmem = -1;
2410 static pid_t kmempid = -1;
2412 # endif /* SPT_TYPE == SPT_SCO */
2416 /* print sendmail: heading for grep */
2417 (void) sm_strlcpy(p, "sendmail: ", SPACELEFT(buf, p));
2420 /* print the argument string */
2421 SM_VA_START(ap, fmt);
2422 (void) sm_vsnprintf(p, SPACELEFT(buf, p), fmt, ap);
2425 i = (int) strlen(buf);
2429 # if SPT_TYPE == SPT_PSTAT
2430 pst.pst_command = buf;
2431 pstat(PSTAT_SETCMD, pst, i, 0, 0);
2432 # endif /* SPT_TYPE == SPT_PSTAT */
2433 # if SPT_TYPE == SPT_PSSTRINGS
2434 PS_STRINGS->ps_nargvstr = 1;
2435 PS_STRINGS->ps_argvstr = buf;
2436 # endif /* SPT_TYPE == SPT_PSSTRINGS */
2437 # if SPT_TYPE == SPT_SYSMIPS
2438 sysmips(SONY_SYSNEWS, NEWS_SETPSARGS, buf);
2439 # endif /* SPT_TYPE == SPT_SYSMIPS */
2440 # if SPT_TYPE == SPT_SCO
2441 if (kmem < 0 || kmempid != CurrentPid)
2445 kmem = open(_PATH_KMEM, O_RDWR, 0);
2448 if ((j = fcntl(kmem, F_GETFD, 0)) < 0 ||
2449 fcntl(kmem, F_SETFD, j | FD_CLOEXEC) < 0)
2455 kmempid = CurrentPid;
2457 buf[PSARGSZ - 1] = '\0';
2458 seek_off = UVUBLK + (off_t) u.u_psargs - (off_t) &u;
2459 if (lseek(kmem, (off_t) seek_off, SEEK_SET) == seek_off)
2460 (void) write(kmem, buf, PSARGSZ);
2461 # endif /* SPT_TYPE == SPT_SCO */
2462 # if SPT_TYPE == SPT_REUSEARGV
2463 if (LastArgv == NULL)
2466 if (i > LastArgv - Argv[0] - 2)
2468 i = LastArgv - Argv[0] - 2;
2471 (void) sm_strlcpy(Argv[0], buf, i + 1);
2473 while (p < LastArgv)
2476 # endif /* SPT_TYPE == SPT_REUSEARGV */
2477 # if SPT_TYPE == SPT_CHANGEARGV
2480 # endif /* SPT_TYPE == SPT_CHANGEARGV */
2481 # endif /* SPT_TYPE != SPT_NONE */
2484 #endif /* SPT_TYPE != SPT_BUILTIN */
2486 ** SM_SETPROCTITLE -- set process task and set process title for ps
2488 ** Possibly set process status and call setproctitle() to
2489 ** change the ps display.
2492 ** status -- whether or not to store as process status
2493 ** e -- the current envelope.
2494 ** fmt -- a printf style format string.
2495 ** a, b, c -- possible parameters to fmt.
2504 sm_setproctitle(bool status, ENVELOPE *e, const char *fmt, ...)
2505 #else /* __STDC__ */
2506 sm_setproctitle(status, e, fmt, va_alist)
2511 #endif /* __STDC__ */
2513 char buf[SPT_BUFSIZE];
2516 /* print the argument string */
2517 SM_VA_START(ap, fmt);
2518 (void) sm_vsnprintf(buf, sizeof buf, fmt, ap);
2522 proc_list_set(CurrentPid, buf);
2524 if (ProcTitlePrefix != NULL)
2526 char prefix[SPT_BUFSIZE];
2528 expand(ProcTitlePrefix, prefix, sizeof prefix, e);
2529 setproctitle("%s: %s", prefix, buf);
2532 setproctitle("%s", buf);
2535 ** WAITFOR -- wait for a particular process id.
2538 ** pid -- process id to wait for.
2542 ** -1 if pid never shows up.
2560 proc_list_drop(i, st, NULL);
2561 } while ((i >= 0 || errno == EINTR) && i != pid);
2570 ** status -- pointer to status (return value)
2582 # else /* WAITUNION */
2584 # endif /* WAITUNION */
2586 # if defined(ISC_UNIX) || defined(_SCO_unix_)
2588 # endif /* defined(ISC_UNIX) || defined(_SCO_unix_) */
2590 # if defined(ISC_UNIX) || defined(_SCO_unix_)
2591 savesig = sm_releasesignal(SIGCHLD);
2592 # endif /* defined(ISC_UNIX) || defined(_SCO_unix_) */
2594 # if defined(ISC_UNIX) || defined(_SCO_unix_)
2596 sm_blocksignal(SIGCHLD);
2597 # endif /* defined(ISC_UNIX) || defined(_SCO_unix_) */
2599 *status = st.w_status;
2600 # else /* WAITUNION */
2602 # endif /* WAITUNION */
2606 ** REAPCHILD -- pick up the body of my child, lest it become a zombie
2609 ** sig -- the signal that got us here (unused).
2615 ** Picks up extant zombies.
2616 ** Control socket exits may restart/shutdown daemon.
2618 ** NOTE: THIS CAN BE CALLED FROM A SIGNAL HANDLER. DO NOT ADD
2619 ** ANYTHING TO THIS ROUTINE UNLESS YOU KNOW WHAT YOU ARE
2629 int save_errno = errno;
2637 while ((pid = waitpid(-1, &status, WNOHANG)) > 0)
2642 # else /* HASWAITPID */
2646 while ((pid = wait3(&status, WNOHANG, (struct rusage *) NULL)) > 0)
2648 st = status.w_status;
2649 # else /* WNOHANG */
2653 ** Catch one zombie -- we will be re-invoked (we hope) if there
2654 ** are more. Unreliable signals probably break this, but this
2655 ** is the "old system" situation -- waitpid or wait3 are to be
2656 ** strongly preferred.
2659 if ((pid = wait(&status)) > 0)
2662 # endif /* WNOHANG */
2663 # endif /* HASWAITPID */
2664 /* Drop PID and check if it was a control socket child */
2665 proc_list_drop(pid, st, NULL);
2666 CurRunners -= m; /* Update */
2668 FIX_SYSV_SIGNAL(sig, reapchild);
2670 return SIGFUNC_RETURN;
2673 ** GETDTABLESIZE -- return number of file descriptors
2675 ** Only on non-BSD systems
2681 ** size of file descriptor table
2688 # include <sys/resource.h>
2689 #endif /* SOLARIS */
2694 # ifdef RLIMIT_NOFILE
2697 if (getrlimit(RLIMIT_NOFILE, &rl) >= 0)
2699 # endif /* RLIMIT_NOFILE */
2701 # if HASGETDTABLESIZE
2702 return getdtablesize();
2703 # else /* HASGETDTABLESIZE */
2704 # ifdef _SC_OPEN_MAX
2705 return sysconf(_SC_OPEN_MAX);
2706 # else /* _SC_OPEN_MAX */
2708 # endif /* _SC_OPEN_MAX */
2709 # endif /* HASGETDTABLESIZE */
2712 ** UNAME -- get the UUCP name of this system.
2719 struct utsname *name;
2724 name->nodename[0] = '\0';
2726 /* try /etc/whoami -- one line with the node name */
2727 if ((file = sm_io_open(SmFtStdio, SM_TIME_DEFAULT, "/etc/whoami",
2728 SM_IO_RDONLY, NULL)) != NULL)
2730 (void) sm_io_fgets(file, SM_TIME_DEFAULT, name->nodename,
2732 (void) sm_io_close(file, SM_TIME_DEFAULT);
2733 n = strchr(name->nodename, '\n');
2736 if (name->nodename[0] != '\0')
2740 /* try /usr/include/whoami.h -- has a #define somewhere */
2741 if ((file = sm_io_open(SmFtStdio, SM_TIME_DEFAULT,
2742 "/usr/include/whoami.h", SM_IO_RDONLY, NULL))
2747 while (sm_io_fgets(file, SM_TIME_DEFAULT, buf, MAXLINE) != NULL)
2749 if (sm_io_sscanf(buf, "#define sysname \"%*[^\"]\"",
2750 NODE_LENGTH, name->nodename) > 0)
2753 (void) sm_io_close(file, SM_TIME_DEFAULT);
2754 if (name->nodename[0] != '\0')
2760 ** Popen is known to have security holes.
2763 /* try uuname -l to return local name */
2764 if ((file = popen("uuname -l", "r")) != NULL)
2766 (void) sm_io_fgets(file, SM_TIME_DEFAULT, name,
2768 (void) pclose(file);
2769 n = strchr(name, '\n');
2772 if (name->nodename[0] != '\0')
2779 #endif /* !HASUNAME */
2781 ** INITGROUPS -- initialize groups
2783 ** Stub implementation for System V style systems
2788 initgroups(name, basegid)
2795 #endif /* !HASINITGROUPS */
2797 ** SETGROUPS -- set group list
2799 ** Stub implementation for systems that don't have group lists
2805 setgroups(ngroups, grouplist)
2807 GIDSET_T grouplist[];
2812 #endif /* ! NGROUPS_MAX */
2814 ** SETSID -- set session id (for non-POSIX systems)
2825 fd = open("/dev/tty", O_RDWR, 0);
2828 (void) ioctl(fd, TIOCNOTTY, (char *) 0);
2831 # endif /* TIOCNOTTY */
2834 # else /* SYS5SETPGRP */
2835 return setpgid(0, CurrentPid);
2836 # endif /* SYS5SETPGRP */
2839 #endif /* !HASSETSID */
2841 ** FSYNC -- dummy fsync
2850 return fcntl(fd, F_SETFL, O_SYNC);
2852 /* nothing we can do */
2854 # endif /* O_SYNC */
2857 #endif /* NEEDFSYNC */
2859 ** DGUX_INET_ADDR -- inet_addr for DG/UX
2861 ** Data General DG/UX version of inet_addr returns a struct in_addr
2862 ** instead of a long. This patches things. Only needed on versions
2871 dgux_inet_addr(host)
2874 struct in_addr haddr;
2876 haddr = inet_addr(host);
2877 return haddr.s_addr;
2880 #endif /* DGUX_5_4_2 */
2882 ** GETOPT -- for old systems or systems with bogus implementations
2888 * Copyright (c) 1985 Regents of the University of California.
2889 * All rights reserved. The Berkeley software License Agreement
2890 * specifies the terms and conditions for redistribution.
2895 ** this version hacked to add `atend' flag to allow state machine
2896 ** to reset if invoked by the program to scan args for a 2nd time
2899 # if defined(LIBC_SCCS) && !defined(lint)
2900 static char sccsid[] = "@(#)getopt.c 4.3 (Berkeley) 3/9/86";
2901 # endif /* defined(LIBC_SCCS) && !defined(lint) */
2904 ** get option letter from argument vector
2906 # ifdef _CONVEX_SOURCE
2907 extern int optind, opterr, optopt;
2908 extern char *optarg;
2909 # else /* _CONVEX_SOURCE */
2910 int opterr = 1; /* if error message should be printed */
2911 int optind = 1; /* index into parent argv vector */
2912 int optopt = 0; /* character checked for validity */
2913 char *optarg = NULL; /* argument associated with option */
2914 # endif /* _CONVEX_SOURCE */
2916 # define BADCH (int)'?'
2918 # define tell(s) if (opterr) \
2919 {sm_io_fputs(smioerr, SM_TIME_DEFAULT, *nargv); \
2920 (void) sm_io_fputs(smioerr, SM_TIME_DEFAULT, s); \
2921 (void) sm_io_putc(smioerr, SM_TIME_DEFAULT, optopt); \
2922 (void) sm_io_putc(smioerr, SM_TIME_DEFAULT, '\n'); \
2926 getopt(nargc,nargv,ostr)
2931 static char *place = EMSG; /* option letter processing */
2932 static char atend = 0;
2933 register char *oli = NULL; /* option letter list index */
2939 if(!*place) { /* update scanning pointer */
2940 if (optind >= nargc || *(place = nargv[optind]) != '-' || !*++place) {
2944 if (*place == '-') { /* found "--" */
2949 } /* option letter okay? */
2950 if ((optopt = (int)*place++) == (int)':' || !(oli = strchr(ostr,optopt))) {
2951 if (!*place) ++optind;
2952 tell(": illegal option -- ");
2954 if (oli && *++oli != ':') { /* don't need argument */
2956 if (!*place) ++optind;
2958 else { /* need an argument */
2959 if (*place) optarg = place; /* no white space */
2960 else if (nargc <= ++optind) { /* no arg */
2962 tell(": option requires an argument -- ");
2964 else optarg = nargv[optind]; /* white space */
2968 return optopt; /* dump back option letter */
2971 #endif /* !SM_CONF_GETOPT */
2973 ** USERSHELLOK -- tell if a user's shell is ok for unrestricted use
2976 ** user -- the name of the user we are checking.
2977 ** shell -- the user's shell from /etc/passwd
2980 ** true -- if it is ok to use this for unrestricted access.
2981 ** false -- if the shell is restricted.
2984 #if !HASGETUSERSHELL
2986 # ifndef _PATH_SHELLS
2987 # define _PATH_SHELLS "/etc/shells"
2988 # endif /* ! _PATH_SHELLS */
2990 # if defined(_AIX3) || defined(_AIX4)
2991 # include <userconf.h>
2993 # include <userpw.h>
2994 # endif /* _AIX4 >= 40200 */
2995 # include <usersec.h>
2996 # endif /* defined(_AIX3) || defined(_AIX4) */
2998 static char *DefaultUserShells[] =
3000 "/bin/sh", /* standard shell */
3005 "/bin/csh", /* C shell */
3010 "/usr/bin/rsh", /* restricted Bourne shell */
3011 "/usr/bin/ksh", /* Korn shell */
3012 "/usr/bin/rksh", /* restricted Korn shell */
3014 "/usr/bin/keysh", /* key shell (extended Korn shell) */
3015 "/usr/bin/posix/sh",
3017 "/bin/rsh", /* restricted Bourne shell */
3018 "/bin/ksh", /* Korn shell */
3019 "/bin/rksh", /* restricted Korn shell */
3021 "/usr/bin/keysh", /* key shell (extended Korn shell) */
3025 # endif /* __hpux */
3026 # if defined(_AIX3) || defined(_AIX4)
3027 "/bin/ksh", /* Korn shell */
3029 "/bin/tsh", /* trusted shell */
3031 "/bin/bsh", /* Bourne shell */
3033 # endif /* defined(_AIX3) || defined(_AIX4) */
3034 # if defined(__svr4__) || defined(__svr5__)
3035 "/bin/ksh", /* Korn shell */
3037 # endif /* defined(__svr4__) || defined(__svr5__) */
3039 "/sbin/sh", /* SGI's shells really live in /sbin */
3041 "/bin/ksh", /* Korn shell */
3044 "/bin/tcsh", /* Extended csh */
3050 #endif /* !HASGETUSERSHELL */
3052 #define WILDCARD_SHELL "/SENDMAIL/ANY/SHELL/"
3055 usershellok(user, shell)
3059 # if HASGETUSERSHELL
3061 extern char *getusershell();
3063 if (shell == NULL || shell[0] == '\0' || wordinclass(user, 't') ||
3068 while ((p = getusershell()) != NULL)
3069 if (strcmp(p, shell) == 0 || strcmp(p, WILDCARD_SHELL) == 0)
3073 # else /* HASGETUSERSHELL */
3076 # endif /* USEGETCONFATTR */
3077 register SM_FILE_T *shellf;
3080 if (shell == NULL || shell[0] == '\0' || wordinclass(user, 't') ||
3086 ** Naturally IBM has a "better" idea.....
3088 ** What a crock. This interface isn't documented, it is
3089 ** considered part of the security library (-ls), and it
3090 ** only works if you are running as root (since the list
3091 ** of valid shells is obviously a source of great concern).
3092 ** I recommend that you do NOT define USEGETCONFATTR,
3093 ** especially since you are going to have to set up an
3094 ** /etc/shells anyhow to handle the cases where getconfattr
3098 if (getconfattr(SC_SYS_LOGIN, SC_SHELLS, &v, SEC_LIST) == 0 && v != NULL)
3102 if (strcmp(v, shell) == 0 || strcmp(v, WILDCARD_SHELL) == 0)
3108 # endif /* USEGETCONFATTR */
3110 shellf = sm_io_open(SmFtStdio, SM_TIME_DEFAULT, _PATH_SHELLS,
3111 SM_IO_RDONLY, NULL);
3114 /* no /etc/shells; see if it is one of the std shells */
3117 if (errno != ENOENT && LogLevel > 3)
3118 sm_syslog(LOG_ERR, NOQID,
3119 "usershellok: cannot open %s: %s",
3120 _PATH_SHELLS, sm_errstring(errno));
3122 for (d = DefaultUserShells; *d != NULL; d++)
3124 if (strcmp(shell, *d) == 0)
3130 while (sm_io_fgets(shellf, SM_TIME_DEFAULT, buf, sizeof buf) != NULL)
3132 register char *p, *q;
3135 while (*p != '\0' && *p != '#' && *p != '/')
3137 if (*p == '#' || *p == '\0')
3140 while (*p != '\0' && *p != '#' && !(isascii(*p) && isspace(*p)))
3143 if (strcmp(shell, q) == 0 || strcmp(WILDCARD_SHELL, q) == 0)
3145 (void) sm_io_close(shellf, SM_TIME_DEFAULT);
3149 (void) sm_io_close(shellf, SM_TIME_DEFAULT);
3151 # endif /* HASGETUSERSHELL */
3154 ** FREEDISKSPACE -- see how much free space is on the queue filesystem
3156 ** Only implemented if you have statfs.
3159 ** dir -- the directory in question.
3160 ** bsize -- a variable into which the filesystem
3161 ** block size is stored.
3164 ** The number of blocks free on the queue filesystem.
3165 ** -1 if the statfs call fails.
3168 ** Puts the filesystem block size into bsize.
3172 # define SFS_NONE 0 /* no statfs implementation */
3173 # define SFS_USTAT 1 /* use ustat */
3174 # define SFS_4ARGS 2 /* use four-argument statfs call */
3175 # define SFS_VFS 3 /* use <sys/vfs.h> implementation */
3176 # define SFS_MOUNT 4 /* use <sys/mount.h> implementation */
3177 # define SFS_STATFS 5 /* use <sys/statfs.h> implementation */
3178 # define SFS_STATVFS 6 /* use <sys/statvfs.h> implementation */
3181 # define SFS_TYPE SFS_NONE
3182 # endif /* ! SFS_TYPE */
3184 # if SFS_TYPE == SFS_USTAT
3186 # endif /* SFS_TYPE == SFS_USTAT */
3187 # if SFS_TYPE == SFS_4ARGS || SFS_TYPE == SFS_STATFS
3188 # include <sys/statfs.h>
3189 # endif /* SFS_TYPE == SFS_4ARGS || SFS_TYPE == SFS_STATFS */
3190 # if SFS_TYPE == SFS_VFS
3191 # include <sys/vfs.h>
3192 # endif /* SFS_TYPE == SFS_VFS */
3193 # if SFS_TYPE == SFS_MOUNT
3194 # include <sys/mount.h>
3195 # endif /* SFS_TYPE == SFS_MOUNT */
3196 # if SFS_TYPE == SFS_STATVFS
3197 # include <sys/statvfs.h>
3198 # endif /* SFS_TYPE == SFS_STATVFS */
3201 freediskspace(dir, bsize)
3205 # if SFS_TYPE == SFS_NONE
3209 /* assume free space is plentiful */
3210 return (long) LONG_MAX;
3211 # else /* SFS_TYPE == SFS_NONE */
3212 # if SFS_TYPE == SFS_USTAT
3214 struct stat statbuf;
3215 # define FSBLOCKSIZE DEV_BSIZE
3216 # define SFS_BAVAIL f_tfree
3217 # else /* SFS_TYPE == SFS_USTAT */
3218 # if defined(ultrix)
3220 # define SFS_BAVAIL fd_bfreen
3221 # define FSBLOCKSIZE 1024L
3222 # else /* defined(ultrix) */
3223 # if SFS_TYPE == SFS_STATVFS
3225 # define FSBLOCKSIZE fs.f_frsize
3226 # else /* SFS_TYPE == SFS_STATVFS */
3228 # define FSBLOCKSIZE fs.f_bsize
3229 # endif /* SFS_TYPE == SFS_STATVFS */
3230 # endif /* defined(ultrix) */
3231 # endif /* SFS_TYPE == SFS_USTAT */
3233 # define SFS_BAVAIL f_bavail
3234 # endif /* ! SFS_BAVAIL */
3236 # if SFS_TYPE == SFS_USTAT
3237 if (stat(dir, &statbuf) == 0 && ustat(statbuf.st_dev, &fs) == 0)
3238 # else /* SFS_TYPE == SFS_USTAT */
3239 # if SFS_TYPE == SFS_4ARGS
3240 if (statfs(dir, &fs, sizeof fs, 0) == 0)
3241 # else /* SFS_TYPE == SFS_4ARGS */
3242 # if SFS_TYPE == SFS_STATVFS
3243 if (statvfs(dir, &fs) == 0)
3244 # else /* SFS_TYPE == SFS_STATVFS */
3245 # if defined(ultrix)
3246 if (statfs(dir, &fs) > 0)
3247 # else /* defined(ultrix) */
3248 if (statfs(dir, &fs) == 0)
3249 # endif /* defined(ultrix) */
3250 # endif /* SFS_TYPE == SFS_STATVFS */
3251 # endif /* SFS_TYPE == SFS_4ARGS */
3252 # endif /* SFS_TYPE == SFS_USTAT */
3255 *bsize = FSBLOCKSIZE;
3256 if (fs.SFS_BAVAIL <= 0)
3258 else if (fs.SFS_BAVAIL > LONG_MAX)
3259 return (long) LONG_MAX;
3261 return (long) fs.SFS_BAVAIL;
3264 # endif /* SFS_TYPE == SFS_NONE */
3267 ** ENOUGHDISKSPACE -- is there enough free space on the queue file systems?
3270 ** msize -- the size to check against. If zero, we don't yet
3271 ** know how big the message will be, so just check for
3272 ** a "reasonable" amount.
3273 ** e -- envelope, or NULL -- controls logging
3276 ** true if in every queue group there is at least one
3277 ** queue directory whose file system contains enough free space.
3281 ** If there is not enough disk space and e != NULL
3282 ** then sm_syslog is called.
3286 enoughdiskspace(msize, e)
3292 if (MinBlocksFree <= 0 && msize <= 0)
3295 sm_dprintf("enoughdiskspace: no threshold\n");
3300 for (i = 0; i < NumQueue; ++i)
3302 if (pickqdir(Queue[i], msize, e) < 0)
3308 ** TRANSIENTERROR -- tell if an error code indicates a transient failure
3310 ** This looks at an errno value and tells if this is likely to
3311 ** go away if retried later.
3314 ** err -- the errno code to classify.
3317 ** true if this is probably transient.
3327 case EIO: /* I/O error */
3328 case ENXIO: /* Device not configured */
3329 case EAGAIN: /* Resource temporarily unavailable */
3330 case ENOMEM: /* Cannot allocate memory */
3331 case ENODEV: /* Operation not supported by device */
3332 case ENFILE: /* Too many open files in system */
3333 case EMFILE: /* Too many open files */
3334 case ENOSPC: /* No space left on device */
3335 case ETIMEDOUT: /* Connection timed out */
3337 case ESTALE: /* Stale NFS file handle */
3340 case ENETDOWN: /* Network is down */
3341 #endif /* ENETDOWN */
3343 case ENETUNREACH: /* Network is unreachable */
3344 #endif /* ENETUNREACH */
3346 case ENETRESET: /* Network dropped connection on reset */
3347 #endif /* ENETRESET */
3349 case ECONNABORTED: /* Software caused connection abort */
3350 #endif /* ECONNABORTED */
3352 case ECONNRESET: /* Connection reset by peer */
3353 #endif /* ECONNRESET */
3355 case ENOBUFS: /* No buffer space available */
3356 #endif /* ENOBUFS */
3358 case ESHUTDOWN: /* Can't send after socket shutdown */
3359 #endif /* ESHUTDOWN */
3361 case ECONNREFUSED: /* Connection refused */
3362 #endif /* ECONNREFUSED */
3364 case EHOSTDOWN: /* Host is down */
3365 #endif /* EHOSTDOWN */
3367 case EHOSTUNREACH: /* No route to host */
3368 #endif /* EHOSTUNREACH */
3370 case EDQUOT: /* Disc quota exceeded */
3373 case EPROCLIM: /* Too many processes */
3374 #endif /* EPROCLIM */
3376 case EUSERS: /* Too many users */
3379 case EDEADLK: /* Resource deadlock avoided */
3380 #endif /* EDEADLK */
3382 case EISCONN: /* Socket already connected */
3383 #endif /* EISCONN */
3385 case EINPROGRESS: /* Operation now in progress */
3386 #endif /* EINPROGRESS */
3388 case EALREADY: /* Operation already in progress */
3389 #endif /* EALREADY */
3391 case EADDRINUSE: /* Address already in use */
3392 #endif /* EADDRINUSE */
3393 #ifdef EADDRNOTAVAIL
3394 case EADDRNOTAVAIL: /* Can't assign requested address */
3395 #endif /* EADDRNOTAVAIL */
3397 case ETXTBSY: /* (Apollo) file locked */
3398 #endif /* ETXTBSY */
3399 #if defined(ENOSR) && (!defined(ENOBUFS) || (ENOBUFS != ENOSR))
3400 case ENOSR: /* Out of streams resources */
3401 #endif /* defined(ENOSR) && (!defined(ENOBUFS) || (ENOBUFS != ENOSR)) */
3403 case ENOLCK: /* No locks available */
3405 case E_SM_OPENTIMEOUT: /* PSEUDO: open timed out */
3409 /* nope, must be permanent */
3413 ** LOCKFILE -- lock a file using flock or (shudder) fcntl locking
3416 ** fd -- the file descriptor of the file.
3417 ** filename -- the file name (for error messages).
3418 ** ext -- the filename extension.
3419 ** type -- type of the lock. Bits can be:
3420 ** LOCK_EX -- exclusive lock.
3421 ** LOCK_NB -- non-blocking.
3422 ** LOCK_UN -- unlock.
3425 ** true if the lock was acquired.
3430 lockfile(fd, filename, ext, type)
3445 memset(&lfd, '\0', sizeof lfd);
3446 if (bitset(LOCK_UN, type))
3447 lfd.l_type = F_UNLCK;
3448 else if (bitset(LOCK_EX, type))
3449 lfd.l_type = F_WRLCK;
3451 lfd.l_type = F_RDLCK;
3453 if (bitset(LOCK_NB, type))
3459 sm_dprintf("lockfile(%s%s, action=%d, type=%d): ",
3460 filename, ext, action, lfd.l_type);
3462 while ((i = fcntl(fd, action, &lfd)) < 0 && errno == EINTR)
3467 sm_dprintf("SUCCESS\n");
3473 sm_dprintf("(%s) ", sm_errstring(save_errno));
3476 ** On SunOS, if you are testing using -oQ/tmp/mqueue or
3477 ** -oA/tmp/aliases or anything like that, and /tmp is mounted
3478 ** as type "tmp" (that is, served from swap space), the
3479 ** previous fcntl will fail with "Invalid argument" errors.
3480 ** Since this is fairly common during testing, we will assume
3481 ** that this indicates that the lock is successfully grabbed.
3484 if (save_errno == EINVAL)
3487 sm_dprintf("SUCCESS\n");
3491 if (!bitset(LOCK_NB, type) ||
3492 (save_errno != EACCES && save_errno != EAGAIN))
3494 int omode = fcntl(fd, F_GETFL, 0);
3495 uid_t euid = geteuid();
3498 syserr("cannot lockf(%s%s, fd=%d, type=%o, omode=%o, euid=%d)",
3499 filename, ext, fd, type, omode, euid);
3500 dumpfd(fd, true, true);
3502 # else /* !HASFLOCK */
3507 sm_dprintf("lockfile(%s%s, type=%o): ", filename, ext, type);
3509 while ((i = flock(fd, type)) < 0 && errno == EINTR)
3514 sm_dprintf("SUCCESS\n");
3520 sm_dprintf("(%s) ", sm_errstring(save_errno));
3522 if (!bitset(LOCK_NB, type) || save_errno != EWOULDBLOCK)
3524 int omode = fcntl(fd, F_GETFL, 0);
3525 uid_t euid = geteuid();
3528 syserr("cannot flock(%s%s, fd=%d, type=%o, omode=%o, euid=%d)",
3529 filename, ext, fd, type, omode, euid);
3530 dumpfd(fd, true, true);
3532 # endif /* !HASFLOCK */
3534 sm_dprintf("FAIL\n");
3539 ** CHOWNSAFE -- tell if chown is "safe" (executable only by root)
3541 ** Unfortunately, given that we can't predict other systems on which
3542 ** a remote mounted (NFS) filesystem will be mounted, the answer is
3543 ** almost always that this is unsafe.
3545 ** Note also that many operating systems have non-compliant
3546 ** implementations of the _POSIX_CHOWN_RESTRICTED variable and the
3547 ** fpathconf() routine. According to IEEE 1003.1-1990, if
3548 ** _POSIX_CHOWN_RESTRICTED is defined and not equal to -1, then
3549 ** no non-root process can give away the file. However, vendors
3550 ** don't take NFS into account, so a comfortable value of
3551 ** _POSIX_CHOWN_RESTRICTED tells us nothing.
3553 ** Also, some systems (e.g., IRIX 6.2) return 1 from fpathconf()
3554 ** even on files where chown is not restricted. Many systems get
3555 ** this wrong on NFS-based filesystems (that is, they say that chown
3556 ** is restricted [safe] on NFS filesystems where it may not be, since
3557 ** other systems can access the same filesystem and do file giveaway;
3558 ** only the NFS server knows for sure!) Hence, it is important to
3559 ** get the value of SAFENFSPATHCONF correct -- it should be defined
3560 ** _only_ after testing (see test/t_pathconf.c) a system on an unsafe
3561 ** NFS-based filesystem to ensure that you can get meaningful results.
3562 ** If in doubt, assume unsafe!
3564 ** You may also need to tweak IS_SAFE_CHOWN -- it should be a
3565 ** condition indicating whether the return from pathconf indicates
3566 ** that chown is safe (typically either > 0 or >= 0 -- there isn't
3567 ** even any agreement about whether a zero return means that a file
3568 ** is or is not safe). It defaults to "> 0".
3570 ** If the parent directory is safe (writable only by owner back
3571 ** to the root) then we can relax slightly and trust fpathconf
3572 ** in more circumstances. This is really a crock -- if this is an
3573 ** NFS mounted filesystem then we really know nothing about the
3574 ** underlying implementation. However, most systems pessimize and
3575 ** return an error (EINVAL or EOPNOTSUPP) on NFS filesystems, which
3576 ** we interpret as unsafe, as we should. Thus, this heuristic gets
3577 ** us into a possible problem only on systems that have a broken
3578 ** pathconf implementation and which are also poorly configured
3579 ** (have :include: files in group- or world-writable directories).
3582 ** fd -- the file descriptor to check.
3583 ** safedir -- set if the parent directory is safe.
3586 ** true -- if the chown(2) operation is "safe" -- that is,
3587 ** only root can chown the file to an arbitrary user.
3588 ** false -- if an arbitrary user can give away a file.
3591 #ifndef IS_SAFE_CHOWN
3592 # define IS_SAFE_CHOWN > 0
3593 #endif /* ! IS_SAFE_CHOWN */
3596 chownsafe(fd, safedir)
3600 # if (!defined(_POSIX_CHOWN_RESTRICTED) || _POSIX_CHOWN_RESTRICTED != -1) && \
3601 (defined(_PC_CHOWN_RESTRICTED) || defined(_GNU_TYPES_H))
3604 /* give the system administrator a chance to override */
3605 if (bitnset(DBS_ASSUMESAFECHOWN, DontBlameSendmail))
3609 ** Some systems (e.g., SunOS) seem to have the call and the
3610 ** #define _PC_CHOWN_RESTRICTED, but don't actually implement
3611 ** the call. This heuristic checks for that.
3615 rval = fpathconf(fd, _PC_CHOWN_RESTRICTED);
3616 # if SAFENFSPATHCONF
3617 return errno == 0 && rval IS_SAFE_CHOWN;
3618 # else /* SAFENFSPATHCONF */
3619 return safedir && errno == 0 && rval IS_SAFE_CHOWN;
3620 # endif /* SAFENFSPATHCONF */
3621 # else /* (!defined(_POSIX_CHOWN_RESTRICTED) || _POSIX_CHOWN_RESTRICTED != -1) && ... */
3622 return bitnset(DBS_ASSUMESAFECHOWN, DontBlameSendmail);
3623 # endif /* (!defined(_POSIX_CHOWN_RESTRICTED) || _POSIX_CHOWN_RESTRICTED != -1) && ... */
3626 ** RESETLIMITS -- reset system controlled resource limits
3628 ** This is to avoid denial-of-service attacks
3638 # ifdef RLIMIT_NEEDS_SYS_TIME_H
3639 # include <sys/time.h>
3640 # endif /* RLIMIT_NEEDS_SYS_TIME_H */
3641 # include <sys/resource.h>
3642 #endif /* HASSETRLIMIT */
3644 # define FD_SETSIZE 256
3645 #endif /* ! FD_SETSIZE */
3653 lim.rlim_cur = lim.rlim_max = RLIM_INFINITY;
3654 (void) setrlimit(RLIMIT_CPU, &lim);
3655 (void) setrlimit(RLIMIT_FSIZE, &lim);
3656 # ifdef RLIMIT_NOFILE
3657 lim.rlim_cur = lim.rlim_max = FD_SETSIZE;
3658 (void) setrlimit(RLIMIT_NOFILE, &lim);
3659 # endif /* RLIMIT_NOFILE */
3660 #else /* HASSETRLIMIT */
3662 (void) ulimit(2, 0x3fffff);
3663 (void) ulimit(4, FD_SETSIZE);
3664 # endif /* HASULIMIT */
3665 #endif /* HASSETRLIMIT */
3669 ** SETVENDOR -- process vendor code from V configuration line
3672 ** vendor -- string representation of vendor.
3676 ** false -- if vendor code could not be processed.
3679 ** It is reasonable to set mode flags here to tweak
3680 ** processing in other parts of the code if necessary.
3681 ** For example, if you are a vendor that uses $%y to
3682 ** indicate YP lookups, you could enable that here.
3689 if (sm_strcasecmp(vendor, "Berkeley") == 0)
3691 VendorCode = VENDOR_BERKELEY;
3695 /* add vendor extensions here */
3697 #ifdef SUN_EXTENSIONS
3698 if (sm_strcasecmp(vendor, "Sun") == 0)
3700 VendorCode = VENDOR_SUN;
3703 #endif /* SUN_EXTENSIONS */
3705 #if defined(VENDOR_NAME) && defined(VENDOR_CODE)
3706 if (sm_strcasecmp(vendor, VENDOR_NAME) == 0)
3708 VendorCode = VENDOR_CODE;
3711 #endif /* defined(VENDOR_NAME) && defined(VENDOR_CODE) */
3716 ** GETVENDOR -- return vendor name based on vendor code
3719 ** vendorcode -- numeric representation of vendor.
3722 ** string containing vendor name.
3726 getvendor(vendorcode)
3729 #if defined(VENDOR_NAME) && defined(VENDOR_CODE)
3731 ** Can't have the same switch case twice so need to
3732 ** handle VENDOR_CODE outside of switch. It might
3733 ** match one of the existing VENDOR_* codes.
3736 if (vendorcode == VENDOR_CODE)
3738 #endif /* defined(VENDOR_NAME) && defined(VENDOR_CODE) */
3742 case VENDOR_BERKELEY:
3754 case VENDOR_SENDMAIL:
3762 ** VENDOR_PRE_DEFAULTS, VENDOR_POST_DEFAULTS -- set vendor-specific defaults
3764 ** Vendor_pre_defaults is called before reading the configuration
3765 ** file; vendor_post_defaults is called immediately after.
3768 ** e -- the global environment to initialize.
3775 int DefShareUid; /* default share uid to run as -- unused??? */
3776 #endif /* SHARE_V1 */
3779 vendor_pre_defaults(e)
3783 /* OTHERUID is defined in shares.h, do not be alarmed */
3784 DefShareUid = OTHERUID;
3785 #endif /* SHARE_V1 */
3786 #if defined(SUN_EXTENSIONS) && defined(SUN_DEFAULT_VALUES)
3787 sun_pre_defaults(e);
3788 #endif /* defined(SUN_EXTENSIONS) && defined(SUN_DEFAULT_VALUES) */
3791 ** stupid domain/os can't even open
3792 ** /etc/mail/sendmail.cf without this
3795 setuserenv("ISP", NULL);
3796 setuserenv("SYSTYPE", NULL);
3802 vendor_post_defaults(e)
3808 /* Makes sure the SOCK environment variable remains */
3809 if (p = getextenv("SOCK"))
3810 setuserenv("SOCK", p);
3811 #endif /* __QNX__ */
3812 #if defined(SUN_EXTENSIONS) && defined(SUN_DEFAULT_VALUES)
3813 sun_post_defaults(e);
3814 #endif /* defined(SUN_EXTENSIONS) && defined(SUN_DEFAULT_VALUES) */
3817 ** VENDOR_DAEMON_SETUP -- special vendor setup needed for daemon mode
3821 vendor_daemon_setup(e)
3825 (void) setlogin(RunAsUserName);
3826 #endif /* HASSETLOGIN */
3828 if (getluid() != -1)
3830 usrerr("Daemon cannot have LUID");
3831 finis(false, true, EX_USAGE);
3833 #endif /* SECUREWARE */
3836 ** VENDOR_SET_UID -- do setup for setting a user id
3838 ** This is called when we are still root.
3841 ** uid -- the uid we are about to become.
3852 ** We need to setup the share groups (lnodes)
3853 ** and add auditing information (luid's)
3854 ** before we loose our ``root''ness.
3857 if (setupshares(uid, syserr) != 0)
3858 syserr("Unable to set up shares");
3859 #endif /* SHARE_V1 */
3861 (void) setup_secure(uid);
3862 #endif /* SECUREWARE */
3865 ** VALIDATE_CONNECTION -- check connection for rationality
3867 ** If the connection is rejected, this routine should log an
3868 ** appropriate message -- but should never issue any SMTP protocol.
3871 ** sap -- a pointer to a SOCKADDR naming the peer.
3872 ** hostname -- the name corresponding to sap.
3873 ** e -- the current envelope.
3876 ** error message from rejection.
3877 ** NULL if not rejected.
3883 /* tcpwrappers does no logging, but you still have to declare these -- ugh */
3884 int allow_severity = LOG_INFO;
3885 int deny_severity = LOG_NOTICE;
3886 #endif /* TCPWRAPPERS */
3889 validate_connection(sap, hostname, e)
3897 extern int hosts_ctl();
3898 #endif /* TCPWRAPPERS */
3901 sm_dprintf("validate_connection(%s, %s)\n",
3902 hostname, anynet_ntoa(sap));
3904 if (rscheck("check_relay", hostname, anynet_ntoa(sap),
3905 e, true, true, 3, NULL, NOQID) != EX_OK)
3907 static char reject[BUFSIZ*2];
3908 extern char MsgBuf[];
3911 sm_dprintf(" ... validate_connection: BAD (rscheck)\n");
3913 if (strlen(MsgBuf) >= 3)
3914 (void) sm_strlcpy(reject, MsgBuf, sizeof reject);
3916 (void) sm_strlcpy(reject, "Access denied", sizeof reject);
3922 if (hostname[0] == '[' && hostname[strlen(hostname) - 1] == ']')
3926 addr = anynet_ntoa(sap);
3929 /* TCP/Wrappers don't want the IPv6: protocol label */
3930 if (addr != NULL && sm_strncasecmp(addr, "IPv6:", 5) == 0)
3932 # endif /* NETINET6 */
3934 if (!hosts_ctl("sendmail", host, addr, STRING_UNKNOWN))
3937 sm_dprintf(" ... validate_connection: BAD (tcpwrappers)\n");
3939 sm_syslog(LOG_NOTICE, e->e_id,
3940 "tcpwrappers (%s, %s) rejection",
3942 return "Access denied";
3944 #endif /* TCPWRAPPERS */
3946 sm_dprintf(" ... validate_connection: OK\n");
3951 ** STRTOL -- convert string to long integer
3953 ** For systems that don't have it in the C library.
3955 ** This is taken verbatim from the 4.4-Lite C library.
3960 # if defined(LIBC_SCCS) && !defined(lint)
3961 static char sccsid[] = "@(#)strtol.c 8.1 (Berkeley) 6/4/93";
3962 # endif /* defined(LIBC_SCCS) && !defined(lint) */
3965 ** Convert a string to a long integer.
3967 ** Ignores `locale' stuff. Assumes that the upper and lower case
3968 ** alphabets and digits are each contiguous.
3972 strtol(nptr, endptr, base)
3977 register const char *s = nptr;
3978 register unsigned long acc;
3980 register unsigned long cutoff;
3981 register int neg = 0, any, cutlim;
3984 ** Skip white space and pick up leading +/- sign if any.
3985 ** If base is 0, allow 0x for hex and 0 for octal, else
3986 ** assume decimal; if base is already 16, allow 0x.
3990 } while (isspace(c));
3994 } else if (c == '+')
3996 if ((base == 0 || base == 16) &&
3997 c == '0' && (*s == 'x' || *s == 'X')) {
4003 base = c == '0' ? 8 : 10;
4006 ** Compute the cutoff value between legal numbers and illegal
4007 ** numbers. That is the largest legal value, divided by the
4008 ** base. An input number that is greater than this value, if
4009 ** followed by a legal input character, is too big. One that
4010 ** is equal to this value may be valid or not; the limit
4011 ** between valid and invalid numbers is then based on the last
4012 ** digit. For instance, if the range for longs is
4013 ** [-2147483648..2147483647] and the input base is 10,
4014 ** cutoff will be set to 214748364 and cutlim to either
4015 ** 7 (neg==0) or 8 (neg==1), meaning that if we have accumulated
4016 ** a value > 214748364, or equal but the next digit is > 7 (or 8),
4017 ** the number is too big, and we will return a range error.
4019 ** Set any if any `digits' consumed; make it negative to indicate
4022 cutoff = neg ? -(unsigned long) LONG_MIN : LONG_MAX;
4023 cutlim = cutoff % (unsigned long) base;
4024 cutoff /= (unsigned long) base;
4025 for (acc = 0, any = 0;; c = *s++) {
4028 else if (isalpha(c))
4029 c -= isupper(c) ? 'A' - 10 : 'a' - 10;
4034 if (any < 0 || acc > cutoff || acc == cutoff && c > cutlim)
4043 acc = neg ? LONG_MIN : LONG_MAX;
4048 *endptr = (char *)(any ? s - 1 : nptr);
4052 #endif /* NEEDSTRTOL */
4054 ** STRSTR -- find first substring in string
4057 ** big -- the big (full) string.
4058 ** little -- the little (sub) string.
4061 ** A pointer to the first instance of little in big.
4062 ** big if little is the null string.
4063 ** NULL if little is not contained in big.
4073 register char *p = big;
4076 if (*little == '\0')
4080 while ((p = strchr(p, *little)) != NULL)
4082 if (strncmp(p, little, l) == 0)
4089 #endif /* NEEDSTRSTR */
4091 ** SM_GETHOSTBY{NAME,ADDR} -- compatibility routines for gethostbyXXX
4093 ** Some operating systems have wierd problems with the gethostbyXXX
4094 ** routines. For example, Solaris versions at least through 2.3
4095 ** don't properly deliver a canonical h_name field. This tries to
4096 ** work around these problems.
4098 ** Support IPv6 as well as IPv4.
4101 #if NETINET6 && NEEDSGETIPNODE
4104 # define AI_DEFAULT 0 /* dummy */
4105 # endif /* ! AI_DEFAULT */
4106 # ifndef AI_ADDRCONFIG
4107 # define AI_ADDRCONFIG 0 /* dummy */
4108 # endif /* ! AI_ADDRCONFIG */
4109 # ifndef AI_V4MAPPED
4110 # define AI_V4MAPPED 0 /* dummy */
4111 # endif /* ! AI_V4MAPPED */
4113 # define AI_ALL 0 /* dummy */
4114 # endif /* ! AI_ALL */
4116 static struct hostent *
4117 getipnodebyname(name, family, flags, err)
4126 if (family == AF_INET6)
4128 /* From RFC2133, section 6.1 */
4129 resv6 = bitset(RES_USE_INET6, _res.options);
4130 _res.options |= RES_USE_INET6;
4133 h = gethostbyname(name);
4135 _res.options &= ~RES_USE_INET6;
4140 static struct hostent *
4141 getipnodebyaddr(addr, len, family, err)
4150 h = gethostbyaddr(addr, len, family);
4160 ** Stub routine -- if they don't have getipnodeby*(),
4161 ** they probably don't have the free routine either.
4166 #endif /* NETINET6 && NEEDSGETIPNODE */
4169 sm_gethostbyname(name, family)
4174 struct hostent *h = NULL;
4175 #if (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204) || (defined(sony_news) && defined(__svr4))
4176 # if SOLARIS == 20300 || SOLARIS == 203
4177 static struct hostent hp;
4178 static char buf[1000];
4179 extern struct hostent *_switch_gethostbyname_r();
4182 sm_dprintf("_switch_gethostbyname_r(%s)... ", name);
4183 h = _switch_gethostbyname_r(name, &hp, buf, sizeof(buf), &h_errno);
4185 # else /* SOLARIS == 20300 || SOLARIS == 203 */
4186 extern struct hostent *__switch_gethostbyname();
4189 sm_dprintf("__switch_gethostbyname(%s)... ", name);
4190 h = __switch_gethostbyname(name);
4192 # endif /* SOLARIS == 20300 || SOLARIS == 203 */
4193 #else /* (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204) || (defined(sony_news) && defined(__svr4)) */
4196 int flags = AI_DEFAULT|AI_ALL;
4198 # endif /* NETINET6 */
4199 char *maptype[MAXMAPSTACK];
4200 short mapreturn[MAXMAPACTIONS];
4204 sm_dprintf("sm_gethostbyname(%s, %d)... ", name, family);
4207 # if ADDRCONFIG_IS_BROKEN
4208 flags &= ~AI_ADDRCONFIG;
4209 # endif /* ADDRCONFIG_IS_BROKEN */
4210 h = getipnodebyname(name, family, flags, &err);
4211 SM_SET_H_ERRNO(err);
4212 # else /* NETINET6 */
4213 h = gethostbyname(name);
4214 # endif /* NETINET6 */
4220 sm_dprintf("failure\n");
4222 nmaps = switch_map_find("hosts", maptype, mapreturn);
4223 while (--nmaps >= 0)
4225 if (strcmp(maptype[nmaps], "nis") == 0 ||
4226 strcmp(maptype[nmaps], "files") == 0)
4232 /* try short name */
4233 if (strlen(name) > sizeof hbuf - 1)
4238 (void) sm_strlcpy(hbuf, name, sizeof hbuf);
4239 (void) shorten_hostname(hbuf);
4241 /* if it hasn't been shortened, there's no point */
4242 if (strcmp(hbuf, name) != 0)
4245 sm_dprintf("sm_gethostbyname(%s, %d)... ",
4249 h = getipnodebyname(hbuf, family, flags, &err);
4250 SM_SET_H_ERRNO(err);
4252 # else /* NETINET6 */
4253 h = gethostbyname(hbuf);
4255 # endif /* NETINET6 */
4259 #endif /* (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204) || (defined(sony_news) && defined(__svr4)) */
4263 sm_dprintf("failure\n");
4266 sm_dprintf("%s\n", h->h_name);
4270 struct in6_addr ia6;
4271 char buf6[INET6_ADDRSTRLEN];
4272 #else /* NETINET6 */
4274 #endif /* NETINET6 */
4277 if (h->h_aliases != NULL)
4278 for (i = 0; h->h_aliases[i] != NULL;
4280 sm_dprintf("\talias: %s\n",
4282 for (i = 0; h->h_addr_list[i] != NULL; i++)
4287 memmove(&ia6, h->h_addr_list[i],
4289 addr = anynet_ntop(&ia6,
4291 #else /* NETINET6 */
4292 memmove(&ia, h->h_addr_list[i],
4294 addr = (char *) inet_ntoa(ia);
4295 #endif /* NETINET6 */
4297 sm_dprintf("\taddr: %s\n", addr);
4307 sm_gethostbyaddr(addr, len, type)
4315 if (type == AF_INET6 &&
4316 IN6_IS_ADDR_UNSPECIFIED((struct in6_addr *) addr))
4318 /* Avoid reverse lookup for IPv6 unspecified address */
4319 SM_SET_H_ERRNO(HOST_NOT_FOUND);
4322 #endif /* NETINET6 */
4324 #if (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204)
4325 # if SOLARIS == 20300 || SOLARIS == 203
4327 static struct hostent he;
4328 static char buf[1000];
4329 extern struct hostent *_switch_gethostbyaddr_r();
4331 hp = _switch_gethostbyaddr_r(addr, len, type, &he,
4332 buf, sizeof(buf), &h_errno);
4334 # else /* SOLARIS == 20300 || SOLARIS == 203 */
4336 extern struct hostent *__switch_gethostbyaddr();
4338 hp = __switch_gethostbyaddr(addr, len, type);
4340 # endif /* SOLARIS == 20300 || SOLARIS == 203 */
4341 #else /* (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204) */
4346 hp = getipnodebyaddr(addr, len, type, &err);
4347 SM_SET_H_ERRNO(err);
4349 # else /* NETINET6 */
4350 hp = gethostbyaddr(addr, len, type);
4351 # endif /* NETINET6 */
4352 #endif /* (SOLARIS > 10000 && SOLARIS < 20400) || (defined(SOLARIS) && SOLARIS < 204) */
4356 ** SM_GETPW{NAM,UID} -- wrapper for getpwnam and getpwuid
4364 extern struct passwd *_getpwnam_shadow(const char *, const int);
4366 return _getpwnam_shadow(user, 0);
4368 return getpwnam(user);
4376 #if defined(_AIX4) && 0
4377 extern struct passwd *_getpwuid_shadow(const int, const int);
4379 return _getpwuid_shadow(uid,0);
4380 #else /* defined(_AIX4) && 0 */
4381 return getpwuid(uid);
4382 #endif /* defined(_AIX4) && 0 */
4385 ** SECUREWARE_SETUP_SECURE -- Convex SecureWare setup
4387 ** Set up the trusted computing environment for C2 level security
4388 ** under SecureWare.
4391 ** uid -- uid of the user to initialize in the TCB
4397 ** Initialized the user in the trusted computing base
4402 # include <sys/security.h>
4406 secureware_setup_secure(uid)
4411 if (getluid() != -1)
4414 if ((rc = set_secure_info(uid)) != SSI_GOOD_RETURN)
4418 case SSI_NO_PRPW_ENTRY:
4419 syserr("No protected passwd entry, uid = %d",
4424 syserr("Account has been disabled, uid = %d",
4429 syserr("Account has been retired, uid = %d",
4433 case SSI_BAD_SET_LUID:
4434 syserr("Could not set LUID, uid = %d", (int) uid);
4437 case SSI_BAD_SET_PRIVS:
4438 syserr("Could not set kernel privs, uid = %d",
4442 syserr("Unknown return code (%d) from set_secure_info(%d)",
4446 finis(false, true, EX_NOPERM);
4449 #endif /* SECUREWARE */
4451 ** ADD_HOSTNAMES -- Add a hostname to class 'w' based on IP address
4453 ** Add hostnames to class 'w' based on the IP address read from
4454 ** the network interface.
4457 ** sa -- a pointer to a SOCKADDR containing the address
4460 ** 0 if successful, -1 if host lookup fails.
4469 char hnb[MAXHOSTNAMELEN];
4471 /* lookup name with IP address */
4472 switch (sa->sa.sa_family)
4476 hp = sm_gethostbyaddr((char *) &sa->sin.sin_addr,
4477 sizeof(sa->sin.sin_addr),
4480 #endif /* NETINET */
4484 hp = sm_gethostbyaddr((char *) &sa->sin6.sin6_addr,
4485 sizeof(sa->sin6.sin6_addr),
4488 #endif /* NETINET6 */
4491 /* Give warning about unsupported family */
4493 sm_syslog(LOG_WARNING, NOQID,
4494 "Unsupported address family %d: %.100s",
4495 sa->sa.sa_family, anynet_ntoa(sa));
4501 int save_errno = errno;
4505 !(sa->sa.sa_family == AF_INET6 &&
4506 IN6_IS_ADDR_LINKLOCAL(&sa->sin6.sin6_addr)) &&
4507 #endif /* NETINET6 */
4509 sm_syslog(LOG_WARNING, NOQID,
4510 "gethostbyaddr(%.100s) failed: %d",
4514 #else /* NAMED_BIND */
4516 #endif /* NAMED_BIND */
4522 /* save its cname */
4523 if (!wordinclass((char *) hp->h_name, 'w'))
4525 setclass('w', (char *) hp->h_name);
4527 sm_dprintf("\ta.k.a.: %s\n", hp->h_name);
4529 if (sm_snprintf(hnb, sizeof hnb, "[%s]", hp->h_name) < sizeof hnb
4530 && !wordinclass((char *) hnb, 'w'))
4536 sm_dprintf("\ta.k.a.: %s (already in $=w)\n", hp->h_name);
4539 /* save all it aliases name */
4540 for (ha = hp->h_aliases; ha != NULL && *ha != NULL; ha++)
4542 if (!wordinclass(*ha, 'w'))
4546 sm_dprintf("\ta.k.a.: %s\n", *ha);
4547 if (sm_snprintf(hnb, sizeof hnb,
4548 "[%s]", *ha) < sizeof hnb &&
4549 !wordinclass((char *) hnb, 'w'))
4555 sm_dprintf("\ta.k.a.: %s (already in $=w)\n",
4561 #endif /* NETINET6 */
4565 ** LOAD_IF_NAMES -- load interface-specific names into $=w
4574 ** Loads $=w with the names of all the interfaces.
4578 # define SIOCGIFCONF_IS_BROKEN 1 /* XXX */
4579 #endif /* !NETINET */
4581 #if defined(SIOCGIFCONF) && !SIOCGIFCONF_IS_BROKEN
4585 # include <sys/time.h>
4586 # endif /* ! SUNOS403 */
4587 # if (_AIX4 >= 40300) && !defined(_NET_IF_H)
4589 # endif /* (_AIX4 >= 40300) && !defined(_NET_IF_H) */
4590 # include <net/if.h>
4591 #endif /* defined(SIOCGIFCONF) && !SIOCGIFCONF_IS_BROKEN */
4596 # if NETINET6 && defined(SIOCGLIFCONF)
4600 ** Unfortunately, HP has changed all of the structures,
4601 ** making life difficult for implementors.
4604 # define lifconf if_laddrconf
4605 # define lifc_len iflc_len
4606 # define lifc_buf iflc_buf
4607 # define lifreq if_laddrreq
4608 # define lifr_addr iflr_addr
4609 # define lifr_name iflr_name
4610 # define lifr_flags iflr_flags
4611 # define ss_family sa_family
4613 # endif /* __hpux */
4620 struct lifconf lifc;
4623 # endif /* SIOCGLIFNUM */
4625 s = socket(InetMode, SOCK_DGRAM, 0);
4629 /* get the list of known IP address from the kernel */
4631 i = ioctl(s, SIOCGIFNUM, (char *) &numifs);
4632 # endif /* __hpux */
4634 lifn.lifn_family = AF_UNSPEC;
4635 lifn.lifn_flags = 0;
4636 i = ioctl(s, SIOCGLIFNUM, (char *)&lifn);
4637 numifs = lifn.lifn_count;
4638 # endif /* SIOCGLIFNUM */
4640 # if defined(__hpux) || defined(SIOCGLIFNUM)
4643 /* can't get number of interfaces -- fall back */
4645 sm_dprintf("SIOCGLIFNUM failed: %s\n",
4646 sm_errstring(errno));
4649 else if (tTd(0, 42))
4650 sm_dprintf("system has %d interfaces\n", numifs);
4652 # endif /* defined(__hpux) || defined(SIOCGLIFNUM) */
4653 numifs = MAXINTERFACES;
4661 len = lifc.lifc_len = numifs * sizeof (struct lifreq);
4662 buf = lifc.lifc_buf = xalloc(lifc.lifc_len);
4664 lifc.lifc_family = AF_UNSPEC;
4665 lifc.lifc_flags = 0;
4666 # endif /* __hpux */
4667 if (ioctl(s, SIOCGLIFCONF, (char *)&lifc) < 0)
4670 sm_dprintf("SIOCGLIFCONF failed: %s\n",
4671 sm_errstring(errno));
4677 /* scan the list of IP address */
4679 sm_dprintf("scanning for interface specific names, lifc_len=%ld\n",
4682 for (i = 0; i < len && i >= 0; )
4685 struct lifreq *ifr = (struct lifreq *)&buf[i];
4686 SOCKADDR *sa = (SOCKADDR *) &ifr->lifr_addr;
4687 int af = ifr->lifr_addr.ss_family;
4690 struct in6_addr ia6;
4692 # ifdef SIOCGLIFFLAGS
4694 # endif /* SIOCGLIFFLAGS */
4696 char buf6[INET6_ADDRSTRLEN];
4699 ** We must close and recreate the socket each time
4700 ** since we don't know what type of socket it is now
4701 ** (each status function may change it).
4706 s = socket(af, SOCK_DGRAM, 0);
4709 sm_free(buf); /* XXX */
4714 ** If we don't have a complete ifr structure,
4715 ** don't try to use it.
4718 if ((len - i) < sizeof *ifr)
4721 # ifdef BSD4_4_SOCKADDR
4722 if (sa->sa.sa_len > sizeof ifr->lifr_addr)
4723 i += sizeof ifr->lifr_name + sa->sa.sa_len;
4725 # endif /* BSD4_4_SOCKADDR */
4729 sm_dprintf("%s\n", anynet_ntoa(sa));
4731 if (af != AF_INET && af != AF_INET6)
4734 # ifdef SIOCGLIFFLAGS
4735 memset(&ifrf, '\0', sizeof(struct lifreq));
4736 (void) sm_strlcpy(ifrf.lifr_name, ifr->lifr_name,
4737 sizeof(ifrf.lifr_name));
4738 if (ioctl(s, SIOCGLIFFLAGS, (char *) &ifrf) < 0)
4741 sm_dprintf("SIOCGLIFFLAGS failed: %s\n",
4742 sm_errstring(errno));
4746 name = ifr->lifr_name;
4747 flags = ifrf.lifr_flags;
4750 sm_dprintf("\tflags: %lx\n", (unsigned long) flags);
4752 if (!bitset(IFF_UP, flags))
4754 # endif /* SIOCGLIFFLAGS */
4758 /* extract IP address from the list*/
4763 /* convert into proper scoped address */
4764 if ((IN6_IS_ADDR_LINKLOCAL(&sa->sin6.sin6_addr) ||
4765 IN6_IS_ADDR_SITELOCAL(&sa->sin6.sin6_addr)) &&
4766 sa->sin6.sin6_scope_id == 0)
4768 struct in6_addr *ia6p;
4770 ia6p = &sa->sin6.sin6_addr;
4771 sa->sin6.sin6_scope_id = ntohs(ia6p->s6_addr[3] |
4772 ((unsigned int)ia6p->s6_addr[2] << 8));
4773 ia6p->s6_addr[2] = ia6p->s6_addr[3] = 0;
4775 # endif /* __KAME__ */
4776 ia6 = sa->sin6.sin6_addr;
4777 if (IN6_IS_ADDR_UNSPECIFIED(&ia6))
4779 addr = anynet_ntop(&ia6, buf6, sizeof buf6);
4780 message("WARNING: interface %s is UP with %s address",
4781 name, addr == NULL ? "(NULL)" : addr);
4785 /* save IP address in text from */
4786 addr = anynet_ntop(&ia6, buf6, sizeof buf6);
4788 (void) sm_snprintf(ip_addr, sizeof ip_addr,
4790 (int) sizeof ip_addr - 3,
4795 ia = sa->sin.sin_addr;
4796 if (ia.s_addr == INADDR_ANY ||
4797 ia.s_addr == INADDR_NONE)
4799 message("WARNING: interface %s is UP with %s address",
4800 name, inet_ntoa(ia));
4804 /* save IP address in text from */
4805 (void) sm_snprintf(ip_addr, sizeof ip_addr, "[%.*s]",
4806 (int) sizeof ip_addr - 3, inet_ntoa(ia));
4810 if (*ip_addr == '\0')
4813 if (!wordinclass(ip_addr, 'w'))
4815 setclass('w', ip_addr);
4817 sm_dprintf("\ta.k.a.: %s\n", ip_addr);
4820 # ifdef SIOCGLIFFLAGS
4821 /* skip "loopback" interface "lo" */
4822 if (DontProbeInterfaces == DPI_SKIPLOOPBACK &&
4823 bitset(IFF_LOOPBACK, flags))
4825 # endif /* SIOCGLIFFLAGS */
4826 (void) add_hostnames(sa);
4828 sm_free(buf); /* XXX */
4830 # else /* NETINET6 && defined(SIOCGLIFCONF) */
4831 # if defined(SIOCGIFCONF) && !SIOCGIFCONF_IS_BROKEN
4837 s = socket(AF_INET, SOCK_DGRAM, 0);
4841 /* get the list of known IP address from the kernel */
4842 # if defined(SIOCGIFNUM) && !SIOCGIFNUM_IS_BROKEN
4843 if (ioctl(s, SIOCGIFNUM, (char *) &numifs) < 0)
4845 /* can't get number of interfaces -- fall back */
4847 sm_dprintf("SIOCGIFNUM failed: %s\n",
4848 sm_errstring(errno));
4851 else if (tTd(0, 42))
4852 sm_dprintf("system has %d interfaces\n", numifs);
4854 # endif /* defined(SIOCGIFNUM) && !SIOCGIFNUM_IS_BROKEN */
4855 numifs = MAXINTERFACES;
4862 ifc.ifc_len = numifs * sizeof (struct ifreq);
4863 ifc.ifc_buf = xalloc(ifc.ifc_len);
4864 if (ioctl(s, SIOCGIFCONF, (char *)&ifc) < 0)
4867 sm_dprintf("SIOCGIFCONF failed: %s\n",
4868 sm_errstring(errno));
4873 /* scan the list of IP address */
4875 sm_dprintf("scanning for interface specific names, ifc_len=%d\n",
4878 for (i = 0; i < ifc.ifc_len && i >= 0; )
4881 struct ifreq *ifr = (struct ifreq *) &ifc.ifc_buf[i];
4882 SOCKADDR *sa = (SOCKADDR *) &ifr->ifr_addr;
4885 struct in6_addr ia6;
4886 # endif /* NETINET6 */
4888 # ifdef SIOCGIFFLAGS
4890 # endif /* SIOCGIFFLAGS */
4893 char buf6[INET6_ADDRSTRLEN];
4894 # endif /* NETINET6 */
4897 ** If we don't have a complete ifr structure,
4898 ** don't try to use it.
4901 if ((ifc.ifc_len - i) < sizeof *ifr)
4904 # ifdef BSD4_4_SOCKADDR
4905 if (sa->sa.sa_len > sizeof ifr->ifr_addr)
4906 i += sizeof ifr->ifr_name + sa->sa.sa_len;
4908 # endif /* BSD4_4_SOCKADDR */
4912 sm_dprintf("%s\n", anynet_ntoa(sa));
4914 af = ifr->ifr_addr.sa_family;
4918 # endif /* NETINET6 */
4922 # ifdef SIOCGIFFLAGS
4923 memset(&ifrf, '\0', sizeof(struct ifreq));
4924 (void) sm_strlcpy(ifrf.ifr_name, ifr->ifr_name,
4925 sizeof(ifrf.ifr_name));
4926 (void) ioctl(s, SIOCGIFFLAGS, (char *) &ifrf);
4928 sm_dprintf("\tflags: %lx\n",
4929 (unsigned long) ifrf.ifr_flags);
4930 # define IFRFREF ifrf
4931 # else /* SIOCGIFFLAGS */
4932 # define IFRFREF (*ifr)
4933 # endif /* SIOCGIFFLAGS */
4935 if (!bitset(IFF_UP, IFRFREF.ifr_flags))
4940 /* extract IP address from the list*/
4944 ia = sa->sin.sin_addr;
4945 if (ia.s_addr == INADDR_ANY ||
4946 ia.s_addr == INADDR_NONE)
4948 message("WARNING: interface %s is UP with %s address",
4949 ifr->ifr_name, inet_ntoa(ia));
4953 /* save IP address in text from */
4954 (void) sm_snprintf(ip_addr, sizeof ip_addr, "[%.*s]",
4955 (int) sizeof ip_addr - 3,
4962 /* convert into proper scoped address */
4963 if ((IN6_IS_ADDR_LINKLOCAL(&sa->sin6.sin6_addr) ||
4964 IN6_IS_ADDR_SITELOCAL(&sa->sin6.sin6_addr)) &&
4965 sa->sin6.sin6_scope_id == 0)
4967 struct in6_addr *ia6p;
4969 ia6p = &sa->sin6.sin6_addr;
4970 sa->sin6.sin6_scope_id = ntohs(ia6p->s6_addr[3] |
4971 ((unsigned int)ia6p->s6_addr[2] << 8));
4972 ia6p->s6_addr[2] = ia6p->s6_addr[3] = 0;
4974 # endif /* __KAME__ */
4975 ia6 = sa->sin6.sin6_addr;
4976 if (IN6_IS_ADDR_UNSPECIFIED(&ia6))
4978 addr = anynet_ntop(&ia6, buf6, sizeof buf6);
4979 message("WARNING: interface %s is UP with %s address",
4981 addr == NULL ? "(NULL)" : addr);
4985 /* save IP address in text from */
4986 addr = anynet_ntop(&ia6, buf6, sizeof buf6);
4988 (void) sm_snprintf(ip_addr, sizeof ip_addr,
4990 (int) sizeof ip_addr - 3,
4994 # endif /* NETINET6 */
4997 if (ip_addr[0] == '\0')
5000 if (!wordinclass(ip_addr, 'w'))
5002 setclass('w', ip_addr);
5004 sm_dprintf("\ta.k.a.: %s\n", ip_addr);
5007 /* skip "loopback" interface "lo" */
5008 if (DontProbeInterfaces == DPI_SKIPLOOPBACK &&
5009 bitset(IFF_LOOPBACK, IFRFREF.ifr_flags))
5012 (void) add_hostnames(sa);
5014 sm_free(ifc.ifc_buf); /* XXX */
5017 # endif /* defined(SIOCGIFCONF) && !SIOCGIFCONF_IS_BROKEN */
5018 # endif /* NETINET6 && defined(SIOCGLIFCONF) */
5021 ** ISLOOPBACK -- is socket address in the loopback net?
5024 ** sa -- socket address.
5027 ** true -- is socket address in the loopback net?
5028 ** false -- otherwise
5037 if (IN6_IS_ADDR_LOOPBACK(&sa.sin6.sin6_addr))
5039 #else /* NETINET6 */
5040 /* XXX how to correctly extract IN_LOOPBACKNET part? */
5041 if (((ntohl(sa.sin.sin_addr.s_addr) & IN_CLASSA_NET)
5042 >> IN_CLASSA_NSHIFT) == IN_LOOPBACKNET)
5044 #endif /* NETINET6 */
5048 ** GET_NUM_PROCS_ONLINE -- return the number of processors currently online
5054 ** The number of processors online.
5058 get_num_procs_online()
5063 # if defined(CTL_HW) && defined(HW_NCPU)
5069 sz = (size_t) sizeof nproc;
5070 (void) sysctl(mib, 2, &nproc, &sz, NULL, 0);
5071 # endif /* defined(CTL_HW) && defined(HW_NCPU) */
5072 #else /* USESYSCTL */
5073 # ifdef _SC_NPROCESSORS_ONLN
5074 nproc = (int) sysconf(_SC_NPROCESSORS_ONLN);
5075 # else /* _SC_NPROCESSORS_ONLN */
5077 # include <sys/pstat.h>
5078 struct pst_dynamic psd;
5080 if (pstat_getdynamic(&psd, sizeof(psd), (size_t)1, 0) != -1)
5081 nproc = psd.psd_proc_cnt;
5082 # endif /* __hpux */
5083 # endif /* _SC_NPROCESSORS_ONLN */
5084 #endif /* USESYSCTL */
5091 ** SEED_RANDOM -- seed the random number generator
5105 #else /* HASSRANDOMDEV */
5109 seed = (long) CurrentPid;
5110 if (gettimeofday(&t, NULL) >= 0)
5111 seed += t.tv_sec + t.tv_usec;
5114 (void) srandom(seed);
5115 # else /* HASRANDOM */
5116 (void) srand((unsigned int) seed);
5117 # endif /* HASRANDOM */
5118 #endif /* HASSRANDOMDEV */
5121 ** SM_SYSLOG -- syslog wrapper to keep messages under SYSLOG_BUFSIZE
5124 ** level -- syslog level
5125 ** id -- envelope ID or NULL (NOQUEUE)
5126 ** fmt -- format string
5127 ** arg... -- arguments as implied by fmt.
5136 sm_syslog(int level, const char *id, const char *fmt, ...)
5137 #else /* __STDC__ */
5138 sm_syslog(level, id, fmt, va_alist)
5143 #endif /* __STDC__ */
5145 static char *buf = NULL;
5146 static size_t bufsize;
5153 extern int SyslogPrefixLen;
5160 idlen = strlen(id) + SyslogPrefixLen;
5162 else if (strcmp(id, NOQID) == 0)
5165 idlen = SyslogPrefixLen;
5168 idlen = strlen(id) + SyslogPrefixLen;
5173 bufsize = sizeof buf0;
5180 /* print log message into buf */
5181 SM_VA_START(ap, fmt);
5182 n = sm_vsnprintf(buf, bufsize, fmt, ap);
5188 /* String too small, redo with correct size */
5195 buf = sm_malloc_x(bufsize);
5198 /* clean up buf after it has been expanded with args */
5199 newstring = str2prt(buf);
5200 if ((strlen(newstring) + idlen + 1) < SYSLOG_BUFSIZE)
5204 syslog(level, "%s", newstring);
5206 syslog(level, "%s: %s", id, newstring);
5208 /*XXX should do something more sensible */
5210 (void) sm_io_fprintf(smioerr, SM_TIME_DEFAULT, "%s\n",
5213 (void) sm_io_fprintf(smioerr, SM_TIME_DEFAULT,
5214 "%s: %s\n", id, newstring);
5223 ** additional length for splitting: " ..." + 3, where 3 is magic to
5224 ** have some data for the next entry.
5230 idlen += 5; /* strlen("[999]"), see below */
5231 while (*begin != '\0' &&
5232 (strlen(begin) + idlen) > SYSLOG_BUFSIZE)
5238 /* Too many messages */
5241 end = begin + SYSLOG_BUFSIZE - idlen - SL_SPLIT;
5244 /* Break on comma or space */
5245 if (*end == ',' || *end == ' ')
5247 end++; /* Include separator */
5252 /* No separator, break midstring... */
5254 end = begin + SYSLOG_BUFSIZE - idlen - SL_SPLIT;
5258 syslog(level, "%s[%d]: %s ...", id, seq++, begin);
5260 (void) sm_io_fprintf(smioerr, SM_TIME_DEFAULT,
5261 "%s[%d]: %s ...\n", id, seq++, begin);
5268 syslog(level, "%s[%d]: log terminated, too many parts",
5271 (void) sm_io_fprintf(smioerr, SM_TIME_DEFAULT,
5272 "%s[%d]: log terminated, too many parts\n", id, seq);
5274 else if (*begin != '\0')
5276 syslog(level, "%s[%d]: %s", id, seq, begin);
5278 (void) sm_io_fprintf(smioerr, SM_TIME_DEFAULT,
5279 "%s[%d]: %s\n", id, seq, begin);
5286 ** HARD_SYSLOG -- call syslog repeatedly until it works
5288 ** Needed on HP-UX, which apparently doesn't guarantee that
5289 ** syslog succeeds during interrupt handlers.
5292 #if defined(__hpux) && !defined(HPUX11)
5294 # define MAXSYSLOGTRIES 100
5297 # define XCNST const
5298 # define CAST (const char *)
5306 hard_syslog(int pri, XCNST char *msg, ...)
5307 # else /* __STDC__ */
5308 hard_syslog(pri, msg, va_alist)
5312 # endif /* __STDC__ */
5315 char buf[SYSLOG_BUFSIZE];
5318 SM_VA_START(ap, msg);
5319 (void) sm_vsnprintf(buf, sizeof buf, msg, ap);
5322 for (i = MAXSYSLOGTRIES; --i >= 0 && syslog(pri, CAST "%s", buf) < 0; )
5327 #endif /* defined(__hpux) && !defined(HPUX11) */
5328 #if NEEDLOCAL_HOSTNAME_LENGTH
5330 ** LOCAL_HOSTNAME_LENGTH
5332 ** This is required to get sendmail to compile against BIND 4.9.x
5335 ** Unfortunately, a Compaq Y2K patch kit provides it without
5336 ** bumping __RES in /usr/include/resolv.h so we can't automatically
5337 ** figure out whether it is needed.
5341 local_hostname_length(hostname)
5344 size_t len_host, len_domain;
5346 if (!*_res.defdname)
5348 len_host = strlen(hostname);
5349 len_domain = strlen(_res.defdname);
5350 if (len_host > len_domain &&
5351 (sm_strcasecmp(hostname + len_host - len_domain,
5352 _res.defdname) == 0) &&
5353 hostname[len_host - len_domain - 1] == '.')
5354 return len_host - len_domain - 1;
5358 #endif /* NEEDLOCAL_HOSTNAME_LENGTH */
5362 ** LINK -- clone a file
5364 ** Some OS's lacks link() and hard links. Since sendmail is using
5365 ** link() as an efficient way to clone files, this implementation
5366 ** will simply do a file copy.
5368 ** NOTE: This link() replacement is not a generic replacement as it
5369 ** does not handle all of the semantics of the real link(2).
5372 ** source -- pathname of existing file.
5373 ** target -- pathname of link (clone) to be created.
5377 ** -1 -- failure, see errno for details.
5381 link(source, target)
5387 int src = -1, dst = -1;
5393 sff = SFF_REGONLY|SFF_OPENASROOT;
5394 if (DontLockReadFiles)
5397 /* Open the original file */
5398 src = safeopen((char *)source, O_RDONLY, 0, sff);
5402 /* Obtain the size and the mode */
5403 if (fstat(src, &st) < 0)
5406 /* Create the duplicate copy */
5409 dst = safeopen((char *)target, O_CREAT|O_EXCL|O_WRONLY,
5414 /* Copy all of the bytes one buffer at a time */
5415 while ((readlen = read(src, &buf, sizeof(buf))) > 0)
5417 ssize_t left = readlen;
5421 (writelen = write(dst, p, (size_t) left)) >= 0)
5430 /* Any trouble reading? */
5431 if (readlen < 0 || writelen < 0)
5434 /* Close the input file */
5442 /* Close the output file */
5445 /* don't set dst = -1 here so we unlink the file */
5458 (void) unlink(target);
5464 #endif /* NEEDLINK */
5467 ** Compile-Time options
5470 char *CompileOptions[] =
5475 # endif /* DNSMAP */
5476 #endif /* NAMED_BIND */
5485 #endif /* HES_GETMAILHOST */
5488 #endif /* LDAPMAP */
5494 #endif /* MAP_NSD */
5497 #endif /* MAP_REGEX */
5500 #endif /* MATCHGECOS */
5506 #endif /* MIME7TO8 */
5509 #endif /* MIME8TO7 */
5512 #endif /* NAMED_BIND */
5518 #endif /* NETINET */
5521 #endif /* NETINET6 */
5524 #endif /* NETINFO */
5533 #endif /* NETUNIX */
5545 #endif /* NISPLUS */
5552 #ifdef PICKY_HELO_CHECK
5554 #endif /* PICKY_HELO_CHECK */
5557 #endif /* PIPELINING */
5566 #endif /* SMTPDEBUG */
5569 #endif /* STARTTLS */
5570 #if SUID_ROOT_FILES_OK
5571 "SUID_ROOT_FILES_OK",
5572 #endif /* SUID_ROOT_FILES_OK */
5575 #endif /* TCPWRAPPERS */
5578 #endif /* TLS_NO_RSA */
5579 #if TLS_VRFY_PER_CTX
5581 #endif /* TLS_VRFY_PER_CTX */
5587 #endif /* USE_LDAP_INIT */
5599 ** OS compile options.
5602 char *OsCompileOptions[] =
5604 #if ADDRCONFIG_IS_BROKEN
5605 "ADDRCONFIG_IS_BROKEN",
5606 #endif /* ADDRCONFIG_IS_BROKEN */
5607 #ifdef AUTO_NETINFO_HOSTS
5608 "AUTO_NETINFO_HOSTS",
5609 #endif /* AUTO_NETINFO_HOSTS */
5610 #ifdef AUTO_NIS_ALIASES
5612 #endif /* AUTO_NIS_ALIASES */
5613 #if BROKEN_RES_SEARCH
5614 "BROKEN_RES_SEARCH",
5615 #endif /* BROKEN_RES_SEARCH */
5616 #ifdef BSD4_4_SOCKADDR
5618 #endif /* BSD4_4_SOCKADDR */
5621 #endif /* BOGUS_O_EXCL */
5622 #if DEC_OSF_BROKEN_GETPWENT
5623 "DEC_OSF_BROKEN_GETPWENT",
5624 #endif /* DEC_OSF_BROKEN_GETPWENT */
5625 #if FAST_PID_RECYCLE
5627 #endif /* FAST_PID_RECYCLE */
5630 #endif /* HASFCHOWN */
5633 #endif /* HASFCHMOD */
5636 #endif /* HASFLOCK */
5637 #if HASGETDTABLESIZE
5639 #endif /* HASGETDTABLESIZE */
5642 #endif /* HASGETUSERSHELL */
5645 #endif /* HASINITGROUPS */
5648 #endif /* HASLSTAT */
5651 #endif /* HASNICE */
5654 #endif /* HASRANDOM */
5657 #endif /* HASRRESVPORT */
5660 #endif /* HASSETEGID */
5663 #endif /* HASSETLOGIN */
5666 #endif /* HASSETREGID */
5669 #endif /* HASSETRESGID */
5672 #endif /* HASSETREUID */
5675 #endif /* HASSETRLIMIT */
5678 #endif /* HASSETSID */
5679 #if HASSETUSERCONTEXT
5680 "HASSETUSERCONTEXT",
5681 #endif /* HASSETUSERCONTEXT */
5684 #endif /* HASSETVBUF */
5687 #endif /* HAS_ST_GEN */
5690 #endif /* HASSRANDOMDEV */
5693 #endif /* HASURANDOMDEV */
5696 #endif /* HASSTRERROR */
5699 #endif /* HASULIMIT */
5702 #endif /* HASUNAME */
5705 #endif /* HASUNSETENV */
5708 #endif /* HASWAITPID */
5711 #endif /* IDENTPROTO */
5714 #endif /* IP_SRCROUTE */
5715 #if O_EXLOCK && HASFLOCK && !BOGUS_O_EXCL
5717 #endif /* O_EXLOCK && HASFLOCK && !BOGUS_O_EXCL */
5720 #endif /* NEEDFSYNC */
5723 #endif /* NEEDLINK */
5724 #if NEEDLOCAL_HOSTNAME_LENGTH
5725 "NEEDLOCAL_HOSTNAME_LENGTH",
5726 #endif /* NEEDLOCAL_HOSTNAME_LENGTH */
5729 #endif /* NEEDSGETIPNODE */
5732 #endif /* NEEDSTRSTR */
5735 #endif /* NEEDSTRTOL */
5736 #ifdef NO_GETSERVBYNAME
5738 #endif /* NO_GETSERVBYNAME */
5741 #endif /* NOFTRUNCATE */
5742 #if REQUIRES_DIR_FSYNC
5743 "REQUIRES_DIR_FSYNC",
5744 #endif /* REQUIRES_DIR_FSYNC */
5745 #if RLIMIT_NEEDS_SYS_TIME_H
5746 "RLIMIT_NEEDS_SYS_TIME_H",
5747 #endif /* RLIMIT_NEEDS_SYS_TIME_H */
5750 #endif /* SAFENFSPATHCONF */
5753 #endif /* SECUREWARE */
5756 #endif /* SHARE_V1 */
5757 #if SIOCGIFCONF_IS_BROKEN
5758 "SIOCGIFCONF_IS_BROKEN",
5759 #endif /* SIOCGIFCONF_IS_BROKEN */
5760 #if SIOCGIFNUM_IS_BROKEN
5761 "SIOCGIFNUM_IS_BROKEN",
5762 #endif /* SIOCGIFNUM_IS_BROKEN */
5763 #if SNPRINTF_IS_BROKEN
5764 "SNPRINTF_IS_BROKEN",
5765 #endif /* SNPRINTF_IS_BROKEN */
5766 #if SO_REUSEADDR_IS_BROKEN
5767 "SO_REUSEADDR_IS_BROKEN",
5768 #endif /* SO_REUSEADDR_IS_BROKEN */
5771 #endif /* SYS5SETPGRP */
5774 #endif /* SYSTEM5 */
5777 #endif /* USE_DOUBLE_FORK */
5780 #endif /* USE_ENVIRON */
5781 #if USE_SA_SIGACTION
5783 #endif /* USE_SA_SIGACTION */
5786 #endif /* USE_SIGLONGJMP */
5789 #endif /* USEGETCONFATTR */
5792 #endif /* USESETEUID */
5795 #endif /* USESYSCTL */
5796 #if USING_NETSCAPE_LDAP
5797 "USING_NETSCAPE_LDAP",
5798 #endif /* USING_NETSCAPE_LDAP */
5801 #endif /* WAITUNION */
5806 ** FFR compile options.
5809 char *FFRCompileOptions[] =
5811 #if _FFR_ADAPTIVE_EOL
5812 "_FFR_ADAPTIVE_EOL",
5813 #endif /* _FFR_ADAPTIVE_EOL */
5814 #if _FFR_ALLOW_SASLINFO
5815 "_FFR_ALLOW_SASLINFO",
5816 #endif /* _FFR_ALLOW_SASLINFO */
5817 #if _FFR_ALLOW_S0_ERROR_4XX
5818 "_FFR_ALLOW_S0_ERROR_4XX",
5819 #endif /* _FFR_ALLOW_S0_ERROR_4XX */
5820 #if _FFR_BESTMX_BETTER_TRUNCATION
5821 "_FFR_BESTMX_BETTER_TRUNCATION",
5822 #endif /* _FFR_BESTMX_BETTER_TRUNCATION */
5824 /* Christophe Wolfhugel of France Telecom Oleane */
5826 #endif /* _FFR_CACHE_LPC */
5827 #if _FFR_CATCH_BROKEN_MTAS
5828 "_FFR_CATCH_BROKEN_MTAS",
5829 #endif /* _FFR_CATCH_BROKEN_MTAS */
5830 #if _FFR_CATCH_LONG_STRINGS
5831 "_FFR_CATCH_LONG_STRINGS",
5832 #endif /* _FFR_CATCH_LONG_STRINGS */
5835 #endif /* _FFR_CHECK_EOM */
5836 #if _FFR_CONTROL_MSTAT
5837 "_FFR_CONTROL_MSTAT",
5838 #endif /* _FFR_CONTROL_MSTAT */
5839 #if _FFR_DAEMON_NETUNIX
5840 "_FFR_DAEMON_NETUNIX",
5841 #endif /* _FFR_DAEMON_NETUNIX */
5842 #if _FFR_DEPRECATE_MAILER_FLAG_I
5843 "_FFR_DEPRECATE_MAILER_FLAG_I",
5844 #endif /* _FFR_DEPRECATE_MAILER_FLAG_I */
5845 #if _FFR_DIGUNIX_SAFECHOWN
5846 /* Problem noted by Anne Bennett of Concordia University */
5847 "_FFR_DIGUNIX_SAFECHOWN",
5848 #endif /* _FFR_DIGUNIX_SAFECHOWN */
5849 #if _FFR_DNSMAP_ALIASABLE
5850 /* Don Lewis of TDK */
5851 "_FFR_DNSMAP_ALIASABLE",
5852 #endif /* _FFR_DNSMAP_ALIASABLE */
5853 #if _FFR_DNSMAP_BASE
5855 #endif /* _FFR_DNSMAP_BASE */
5856 #if _FFR_DNSMAP_MULTI
5857 "_FFR_DNSMAP_MULTI",
5858 # if _FFR_DNSMAP_MULTILIMIT
5859 "_FFR_DNSMAP_MULTILIMIT",
5860 # endif /* _FFR_DNSMAP_MULTILIMIT */
5861 #endif /* _FFR_DNSMAP_MULTI */
5862 #if _FFR_DONTLOCKFILESFORREAD_OPTION
5863 "_FFR_DONTLOCKFILESFORREAD_OPTION",
5864 #endif /* _FFR_DONTLOCKFILESFORREAD_OPTION */
5865 # if _FFR_DONT_STOP_LOOKING
5866 /* Noted by Neil Rickert of Northern Illinois University */
5867 "_FFR_DONT_STOP_LOOKING",
5868 # endif /* _FFR_DONT_STOP_LOOKING */
5869 #if _FFR_DOTTED_USERNAMES
5870 "_FFR_DOTTED_USERNAMES",
5871 #endif /* _FFR_DOTTED_USERNAMES */
5872 #if _FFR_DROP_TRUSTUSER_WARNING
5873 "_FFR_DROP_TRUSTUSER_WARNING",
5874 #endif /* _FFR_DROP_TRUSTUSER_WARNING */
5877 #endif /* _FFR_FIX_DASHT */
5878 #if _FFR_FORWARD_SYSERR
5879 "_FFR_FORWARD_SYSERR",
5880 #endif /* _FFR_FORWARD_SYSERR */
5883 #endif /* _FFR_GEN_ORCPT */
5884 #if _FFR_GROUPREADABLEAUTHINFOFILE
5885 "_FFR_GROUPREADABLEAUTHINFOFILE",
5886 #endif /* _FFR_GROUPREADABLEAUTHINFOFILE */
5887 #if _FFR_HANDLE_ISO8859_GECOS
5888 /* Peter Eriksson of Linkopings universitet */
5889 "_FFR_HANDLE_ISO8859_GECOS",
5890 #endif /* _FFR_HANDLE_ISO8859_GECOS */
5893 #endif /* _FFR_HDR_TYPE */
5894 #if _FFR_HPUX_NSSWITCH
5895 "_FFR_HPUX_NSSWITCH",
5896 #endif /* _FFR_HPUX_NSSWITCH */
5897 #if _FFR_IGNORE_EXT_ON_HELO
5898 "_FFR_IGNORE_EXT_ON_HELO",
5899 #endif /* _FFR_IGNORE_EXT_ON_HELO */
5900 #if _FFR_LDAP_RECURSION
5902 "_FFR_LDAP_RECURSION",
5903 #endif /* _FFR_LDAP_RECURSION */
5904 #if _FFR_LDAP_SETVERSION
5905 "_FFR_LDAP_SETVERSION",
5906 #endif /* _FFR_LDAP_SETVERSION */
5909 #endif /* _FFR_LDAP_URI */
5910 #if _FFR_MAX_FORWARD_ENTRIES
5911 /* Randall S. Winchester of the University of Maryland */
5912 "_FFR_MAX_FORWARD_ENTRIES",
5913 #endif /* _FFR_MAX_FORWARD_ENTRIES */
5915 # if _FFR_MILTER_PERDAEMON
5916 "_FFR_MILTER_PERDAEMON",
5917 # endif /* _FFR_MILTER_PERDAEMON */
5919 #if _FFR_NODELAYDSN_ON_HOLD
5921 "_FFR_NODELAYDSN_ON_HOLD",
5922 #endif /* _FFR_NODELAYDSN_ON_HOLD */
5925 #endif /* _FFR_NO_PIPE */
5928 #endif /* _FFR_QUARANTINE */
5931 #endif /* _FFR_QUEUEDELAY */
5932 #if _FFR_QUEUE_GROUP_SORTORDER
5933 /* XXX: Still need to actually use qgrp->qg_sortorder */
5934 "_FFR_QUEUE_GROUP_SORTORDER",
5935 #endif /* _FFR_QUEUE_GROUP_SORTORDER */
5936 #if _FFR_QUEUE_MACRO
5938 #endif /* _FFR_QUEUE_MACRO */
5939 #if _FFR_QUEUE_RUN_PARANOIA
5940 "_FFR_QUEUE_RUN_PARANOIA",
5941 #endif /* _FFR_QUEUE_RUN_PARANOIA */
5942 #if _FFR_QUEUE_SCHED_DBG
5943 "_FFR_QUEUE_SCHED_DBG",
5944 #endif /* _FFR_QUEUE_SCHED_DBG */
5945 #if _FFR_REDIRECTEMPTY
5946 "_FFR_REDIRECTEMPTY",
5947 #endif /* _FFR_REDIRECTEMPTY */
5948 #if _FFR_RESET_MACRO_GLOBALS
5949 "_FFR_RESET_MACRO_GLOBALS",
5950 #endif /* _FFR_RESET_MACRO_GLOBALS */
5953 #endif /* _FFR_RHS */
5956 #endif /* _FFR_SELECT_SHM */
5959 #endif /* _FFR_SHM_STATUS */
5962 #endif /* _FFR_SMTP_SSL */
5963 #if _FFR_SOFT_BOUNCE
5965 #endif /* _FFR_SOFT_BOUNCE */
5968 #endif /* _FFR_TIMERS */
5971 #endif /* _FFR_TLS_1 */
5974 #endif /* _FFR_TRUSTED_QF */
5975 #if _FFR_USE_SETLOGIN
5977 "_FFR_USE_SETLOGIN",
5978 #endif /* _FFR_USE_SETLOGIN */