/* ---------------- score_mat_string --------------------------
* This is not a score routine, it is not an alignment routine.
* Maybe it should go in its own file.
* Here are the tricks to remember.
* Our M+N score matrix is actually (M+2)(M+2) so as to allow
* for empty places and end-gaps. You don't have to use them if
* you don't like them.
* The loops below are far more elegant if we temporarily store
* the strings with end bits at start and end.
*/
char *
score_mat_string (struct score_mat *smat, struct seq *s1, struct seq *s2)
{
char *ret = NULL;
char *str1, *str2;
size_t n_rows = smat->n_rows;
size_t n_cols = smat->n_cols;
size_t i, j;
const char *c_fmt = "%4c ";
const char *f_fmt = "%4.2f ";
const char *hat = "^";
seq_thomas2std (s1);
seq_thomas2std (s2);
str1 = save_str (hat);
str1 = save_str_append (str1, s1->seq);
str1 = save_str_append (str1, hat);
str2 = save_str (hat);
str2 = save_str_append (str2, s2->seq);
str2 = save_str_append (str2, hat);
scr_reset();
scr_printf (c_fmt, ' ');
for ( i = 0; i < n_cols; i++)
scr_printf (c_fmt, str2[i]);
scr_printf ("\n");
for ( i = 0; i < n_rows; i++) {
scr_printf (c_fmt, str1[i]);
for ( j = 0 ; j < n_cols; j++)
scr_printf (f_fmt, smat->mat[i][j]);
ret = scr_printf ("\n");
}
free (str1);
free (str2);
return (ret);
}
/* ---------------- pair_set_chimera --------------------------
* Given an alignment, write pairs of atoms to a file in a format
* that chimera can read.
* We return a char * to space which is allocated by the
* scr_printf() routines.
*/
char *
pair_set_chimera (struct pair_set *pair_set,
const struct coord *c1, const struct coord *c2)
{
const char *this_sub = "pair_set_chimera";
int **p;
char *s1 = NULL;
char *s2 = NULL;
char *ret;
size_t i;
if (pair_set->n == 0) {
err_printf (this_sub, "empty pair set\n");
return NULL;
}
s1 = save_str ("#0");
s2 = save_str ("#1");
p = pair_set->indices;
for ( i = 0; i < pair_set->n; i++) {
int a = p[i][0], b = p[i][1];
if (( a != GAP_INDEX) && ( b != GAP_INDEX)) {
s1 = add_res (s1, a, c1);
s2 = add_res (s2, b, c2);
}
}
scr_reset();
ret = scr_printf ("match %s %s", s1, s2);
free (s1);
free (s2);
return (ret);
}
/* --------------------- seq_duplicate --------------
* creates a copy of a n-times duplicated sequence.
* n = 1 returns a sequence copy
* n = 2 returns a sequence duplicated (simply doubled)
* n = ...
* n = 0 is not allowed, returns NULL in failure case
* params:
* *src - struct seq : sequence to be duplicated
* n - size_t : amount of wanted duplications
* return:
* dst - struct seq : new seq
*/
struct seq *
seq_duplicate ( const struct seq *seq, size_t n )
{
size_t newsize;
struct seq *dst;
if (!seq || n < 1)
return NULL;
newsize = seq->length * n ;
dst = E_MALLOC (sizeof (*dst));
seq_ini (dst);
dst->seq = E_MALLOC( newsize * sizeof(char));
if (seq->seq){
size_t i;
for(i = 0; i < n ; i++){
memcpy ( dst->seq + (i * seq->length) , seq->seq , seq->length );
}
/* dst->seq = save_anything ( seq->seq, ( n + 1) * sizeof (seq->seq[0])); */
}
if (seq->comment)
dst->comment = save_str (seq->comment);
dst->length = newsize;
dst->format = seq->format;
return dst;
}
static int pop3_fastuidl( int sock, struct query *ctl, unsigned int count, int *newp)
{
int ok;
unsigned int first_nr, last_nr, try_nr;
char id [IDLEN+1];
first_nr = 0;
last_nr = count + 1;
while (first_nr < last_nr - 1)
{
struct idlist *newl;
try_nr = (first_nr + last_nr) / 2;
if ((ok = pop3_getuidl(sock, try_nr, id, sizeof(id))) != 0)
return ok;
if ((newl = str_in_list(&ctl->oldsaved, id, FALSE)))
{
flag mark = newl->val.status.mark;
if (mark == UID_DELETED || mark == UID_EXPUNGED)
{
if (outlevel >= O_VERBOSE)
report(stderr, GT_("id=%s (num=%u) was deleted, but is still present!\n"), id, try_nr);
/* just mark it as seen now! */
newl->val.status.mark = mark = UID_SEEN;
}
/* narrow the search region! */
if (mark == UID_UNSEEN)
{
if (outlevel >= O_DEBUG)
report(stdout, GT_("%u is unseen\n"), try_nr);
last_nr = try_nr;
}
else
first_nr = try_nr;
/* save the number */
newl->val.status.num = try_nr;
}
else
{
if (outlevel >= O_DEBUG)
report(stdout, GT_("%u is unseen\n"), try_nr);
last_nr = try_nr;
/* save it */
newl = save_str(&ctl->oldsaved, id, UID_UNSEEN);
newl->val.status.num = try_nr;
}
}
if (outlevel >= O_DEBUG && last_nr <= count)
report(stdout, GT_("%u is first unseen\n"), last_nr);
/* update last! */
*newp = count - first_nr;
last = first_nr;
return 0;
}
/* ---------------- save_str_append ---------------------------
* Given a malloc'd string (dst) and another string (src),
* grow dst appropriately and append src.
*/
char *
save_str_append (char *dst, const char *src)
{
if (dst == NULL) {
dst = save_str (src);
} else {
size_t s1 = strlen (src) + 1;
size_t s2 = strlen (dst);
dst = E_REALLOC (dst, s1 + s2 );
strncpy (dst + s2, src, s1);
}
return dst;
}
/** add given address to xmit_names if it exactly matches a full address
* \returns nonzero if matched */
static int map_address(const char *addr, struct query *ctl, struct idlist **xmit_names)
{
const char *lname;
lname = idpair_find(&ctl->localnames, addr);
if (lname) {
if (outlevel >= O_DEBUG)
report(stdout, GT_("mapped address %s to local %s\n"), addr, lname);
save_str(xmit_names, lname, XMIT_ACCEPT);
accept_count++;
}
return lname != NULL;
}
/* ---------------- sub_mat_copy ------------------------------
* Make a copy of a substitution matrix. Not obviously a useful
* thing to do, but we can overwrite the contents and manipulate
* it.
*/
static struct sub_mat *
sub_mat_copy (const struct sub_mat *src)
{
struct sub_mat* dst;
int i, j;
dst = E_MALLOC (sizeof (*dst));
dst ->fname = NULL;
dst ->comment = NULL;
dst ->fname = save_str (src->fname);
for (i = 0; i < MAX_AA; i++)
for (j = 0; j < MAX_AA; j++)
dst->data[i][j] = src->data[i][j];
return dst;
}
static ALWAYS_INLINE bool
internal_printf(strbuf_t *s1, bool (*save_str)(strbuf_t *, const char *, size_t), const char *fmt, va_list values)
{
char *s2;
int len;
if (UNLIKELY((len = vasprintf(&s2, fmt, values)) < 0))
return false;
bool success = save_str(s1, s2, (size_t)len);
free(s2);
return success;
}
/** add given name to xmit_names if it matches declared localnames */
static void map_name(const char *name, struct query *ctl, struct idlist **xmit_names)
/* name: name to map */
/* ctl: list of permissible aliases */
/* xmit_names: list of recipient names parsed out */
{
const char *lname;
lname = idpair_find(&ctl->localnames, name);
if (!lname && ctl->wildcard)
lname = name;
if (lname != (char *)NULL)
{
if (outlevel >= O_DEBUG)
report(stdout, GT_("mapped %s to local %s\n"), name, lname);
save_str(xmit_names, lname, XMIT_ACCEPT);
accept_count++;
}
}
int chkVersionChange() {
char keySaved[14] = {0};
char keyNew[14] = {0};
struct tm tm = {0};
char* verTime = versionDateString();
if (verTime) {
strptime(verTime, "%a %b %d %T PDT %Y", &tm);
strftime(keyNew, sizeof(keyNew), "%s", &tm);
load_str(MAND_CONF, "MAGIC_KEY", keySaved, sizeof(keySaved), NULL);
g_first_run = strcmp(keySaved, keyNew);
if (g_first_run != 0)
save_str(MAND_CONF, "MAGIC_KEY", keyNew);
} else {
g_first_run = 0;
}
return g_first_run;
}
/* ---------------- seq_deletion ------------------------------
* perl: seq_deletion seq start length
* returns a new sequence with appropriately modified set
* Operation :
* for a deletion at s of length l,
* 1.remove residues s to s+l-1 from the sequence
*/
struct seq *
seq_deletion ( struct seq *oseq, size_t start,
size_t sl, size_t ql)
{
const char *this_sub="seq_deletion";
/* From seq_copy */
size_t n;
struct seq *dst;
if (oseq==NULL) {
err_printf (this_sub, "---- NULL SEQUENCE ----\n");
return(NULL);
}
if ((start>=oseq->length) ||
((start+sl+ql)>oseq->length)) {
err_printf (this_sub, "Unbounded Deletion of (%i, s%i, q%i) in sequence of %i residues.\n",start,sl,ql,oseq->length);
return (NULL);
}
n = oseq->length-sl-ql;
dst = E_MALLOC (sizeof (*oseq));
if (dst!=NULL) {
seq_ini (dst);
if (oseq->seq) {
dst->seq = E_MALLOC(sizeof(oseq->seq[0])*(n+1));
if (start)
memcpy(dst->seq, oseq->seq, (start)*sizeof(oseq->seq[0]));
if (n-start)
memcpy(dst->seq+start, oseq->seq+(start+ql), (1+n-start)*sizeof(oseq->seq[0]));
dst->seq[n]='\0'; /* excessive ensureing */
if (oseq->comment)
dst->comment = save_str (oseq->comment);
}
dst->length = n;
dst->format = oseq->format;
return dst;
} else
err_printf (this_sub, "---- NO SEQUENCE MEMORY ----");
return NULL;
}
static void find_server_names(const char *hdr,
struct query *ctl,
struct idlist **xmit_names)
/* parse names out of a RFC822 header into an ID list */
/* hdr: RFC822 header in question */
/* ctl: list of permissible aliases */
/* xmit_names: list of recipient names parsed out */
{
if (hdr == (char *)NULL)
return;
else
{
char *cp;
for (cp = nxtaddr(hdr); cp != NULL; cp = nxtaddr(NULL))
{
char *atsign;
/*
* Handle empty address from a To: header containing only
* a comment.
*/
if (!*cp)
continue;
/*
* If the name of the user begins with a qmail virtual
* domain prefix, ignore the prefix. Doing this here
* means qvirtual will work either with ordinary name
* mapping or with a localdomains option.
*/
if (ctl->server.qvirtual)
{
int sl = strlen(ctl->server.qvirtual);
if (!strncasecmp((char *)cp, ctl->server.qvirtual, sl))
cp += sl;
}
if ((atsign = strchr((char *)cp, '@'))) {
struct idlist *idp;
/* try to match full address first, this takes
* precedence over localdomains and alias mappings */
if (map_address(cp, ctl, xmit_names))
goto nomap;
/*
* Does a trailing segment of the hostname match something
* on the localdomains list? If so, save the whole name
* and keep going.
*/
for (idp = ctl->server.localdomains; idp; idp = idp->next) {
char *rhs;
rhs = atsign + (strlen(atsign) - strlen(idp->id));
if (rhs > atsign &&
(rhs[-1] == '.' || rhs[-1] == '@') &&
strcasecmp(rhs, idp->id) == 0)
{
if (outlevel >= O_DEBUG)
report(stdout, GT_("passed through %s matching %s\n"),
cp, idp->id);
save_str(xmit_names, (const char *)cp, XMIT_ACCEPT);
accept_count++;
goto nomap;
}
}
/* if we matched a local domain, idp != NULL */
if (!idp)
{
/*
* Check to see if the right-hand part is an alias
* or MX equivalent of the mailserver. If it's
* not, skip this name. If it is, we'll keep
* going and try to find a mapping to a client name.
*/
if (!is_host_alias(atsign+1, ctl, &ai0))
{
save_str(xmit_names, cp, XMIT_REJECT);
reject_count++;
continue;
}
}
atsign[0] = '\0';
map_name(cp, ctl, xmit_names);
nomap:;
}
}
}
}
int readheaders(int sock,
long fetchlen,
long reallen,
struct query *ctl,
int num,
flag *suppress_readbody)
/* read message headers and ship to SMTP or MDA */
/* sock: to which the server is connected */
/* fetchlen: length of message according to fetch response */
/* reallen: length of message according to getsizes */
/* ctl: query control record */
/* num: index of message */
/* suppress_readbody: whether call to readbody() should be supressed */
{
struct addrblk
{
int offset;
struct addrblk *next;
};
struct addrblk *to_addrchain = NULL;
struct addrblk **to_chainptr = &to_addrchain;
struct addrblk *resent_to_addrchain = NULL;
struct addrblk **resent_to_chainptr = &resent_to_addrchain;
char buf[MSGBUFSIZE+1];
int from_offs, reply_to_offs, resent_from_offs;
int app_from_offs, sender_offs, resent_sender_offs;
int env_offs;
char *received_for, *rcv, *cp;
static char *delivered_to = NULL;
int n, oldlen, ch, remaining, skipcount;
size_t linelen;
int delivered_to_count;
struct idlist *idp;
flag no_local_matches = FALSE;
flag has_nuls;
int olderrs, good_addresses, bad_addresses;
int retain_mail = 0, refuse_mail = 0;
flag already_has_return_path = FALSE;
sizeticker = 0;
has_nuls = FALSE;
msgblk.return_path[0] = '\0';
olderrs = ctl->errcount;
/* read message headers */
msgblk.reallen = reallen;
/*
* We used to free the header block unconditionally at the end of
* readheaders, but it turns out that if close_sink() hits an error
* condition the code for sending bouncemail will actually look
* at the freed storage and coredump...
*/
xfree(msgblk.headers);
free_str_list(&msgblk.recipients);
xfree(delivered_to);
/* initially, no message digest */
memset(ctl->digest, '\0', sizeof(ctl->digest));
received_for = NULL;
from_offs = reply_to_offs = resent_from_offs = app_from_offs =
sender_offs = resent_sender_offs = env_offs = -1;
oldlen = 0;
msgblk.msglen = 0;
skipcount = 0;
delivered_to_count = 0;
ctl->mimemsg = 0;
for (remaining = fetchlen; remaining > 0 || protocol->delimited; )
{
char *line, *rline;
line = (char *)xmalloc(sizeof(buf));
linelen = 0;
line[0] = '\0';
do {
do {
char *sp, *tp;
set_timeout(mytimeout);
if ((n = SockRead(sock, buf, sizeof(buf)-1)) == -1) {
set_timeout(0);
free(line);
return(PS_SOCKET);
}
set_timeout(0);
/*
* Smash out any NULs, they could wreak havoc later on.
* Some network stacks seem to generate these at random,
* especially (according to reports) at the beginning of the
* first read. NULs are illegal in RFC822 format.
*/
for (sp = tp = buf; sp < buf + n; sp++)
if (*sp)
*tp++ = *sp;
*tp = '\0';
n = tp - buf;
} while
(n == 0);
remaining -= n;
linelen += n;
msgblk.msglen += n;
/*
* Try to gracefully handle the case where the length of a
* line exceeds MSGBUFSIZE.
*/
if (n && buf[n-1] != '\n')
{
rline = (char *) realloc(line, linelen + 1);
if (rline == NULL)
{
free (line);
return(PS_IOERR);
}
line = rline;
memcpy(line + linelen - n, buf, n);
line[linelen] = '\0';
ch = ' '; /* So the next iteration starts */
continue;
}
/* lines may not be properly CRLF terminated; fix this for qmail */
/* we don't want to overflow the buffer here */
if (ctl->forcecr && buf[n-1]=='\n' && (n==1 || buf[n-2]!='\r'))
{
char * tcp;
rline = (char *) realloc(line, linelen + 2);
if (rline == NULL)
{
free (line);
return(PS_IOERR);
}
line = rline;
memcpy(line + linelen - n, buf, n - 1);
tcp = line + linelen - 1;
*tcp++ = '\r';
*tcp++ = '\n';
*tcp = '\0';
/* n++; - not used later on */
linelen++;
}
else
{
rline = (char *) realloc(line, linelen + 1);
if (rline == NULL)
{
free (line);
return(PS_IOERR);
}
line = rline;
memcpy(line + linelen - n, buf, n + 1);
}
/* check for end of headers */
if (end_of_header(line))
{
eoh:
if (linelen != strlen (line))
has_nuls = TRUE;
free(line);
goto process_headers;
}
/*
* Check for end of message immediately. If one of your folders
* has been mangled, the delimiter may occur directly after the
* header.
*/
if (protocol->delimited && line[0] == '.' && EMPTYLINE(line+1))
{
if (suppress_readbody)
*suppress_readbody = TRUE;
goto eoh; /* above */
}
/*
* At least one brain-dead website (netmind.com) is known to
* send out robotmail that's missing the RFC822 delimiter blank
* line before the body! Without this check fetchmail segfaults.
* With it, we treat such messages as spam and refuse them.
*
* Frederic Marchal reported in February 2006 that hotmail
* or something improperly wrapped a very long TO header
* (wrapped without inserting whitespace in the continuation
* line) and found that this code thus refused a message
* that should have been delivered.
*
* XXX FIXME: we should probably wrap the message up as
* message/rfc822 attachment and forward to postmaster (Rob
* MacGregor)
*/
if (!refuse_mail
&& !ctl->server.badheader == BHACCEPT
&& !isspace((unsigned char)line[0])
&& !strchr(line, ':'))
{
if (linelen != strlen (line))
has_nuls = TRUE;
if (outlevel > O_SILENT)
report(stdout,
GT_("incorrect header line found - see manpage for bad-header option\n"));
if (outlevel >= O_VERBOSE)
report (stdout, GT_("line: %s"), line);
refuse_mail = 1;
}
/* check for RFC822 continuations */
set_timeout(mytimeout);
ch = SockPeek(sock);
set_timeout(0);
} while
(ch == ' ' || ch == '\t'); /* continuation to next line? */
/* write the message size dots */
if ((outlevel > O_SILENT && outlevel < O_VERBOSE) && linelen > 0)
{
print_ticker(&sizeticker, linelen);
}
/*
* Decode MIME encoded headers. We MUST do this before
* looking at the Content-Type / Content-Transfer-Encoding
* headers (RFC 2046).
*/
if ( ctl->mimedecode )
{
char *tcp;
UnMimeHeader(line);
/* the line is now shorter. So we retrace back till we find
* our terminating combination \n\0, we move backwards to
* make sure that we don't catch some \n\0 stored in the
* decoded part of the message */
for (tcp = line + linelen - 1; tcp > line && (*tcp != 0 || tcp[-1] != '\n'); tcp--);
if (tcp > line) linelen = tcp - line;
}
/* skip processing if we are going to retain or refuse this mail */
if (retain_mail || refuse_mail)
{
free(line);
continue;
}
/* we see an ordinary (non-header, non-message-delimiter) line */
if (linelen != strlen (line))
has_nuls = TRUE;
/*
* The University of Washington IMAP server (the reference
* implementation of IMAP4 written by Mark Crispin) relies
* on being able to keep base-UID information in a special
* message at the head of the mailbox. This message should
* neither be deleted nor forwarded.
*
* An example for such a message is (keep this in so people
* find it when looking where the special code is to handle the
* data):
*
* From MAILER-DAEMON Wed Nov 23 11:38:42 2005
* Date: 23 Nov 2005 11:38:42 +0100
* From: Mail System Internal Data <*****@*****.**>
* Subject: DON'T DELETE THIS MESSAGE -- FOLDER INTERNAL DATA
* Message-ID: <*****@*****.**>
* X-IMAP: 1132742306 0000000001
* Status: RO
*
* This text is part of the internal format of your mail folder, and is not
* a real message. It is created automatically by the mail system software.
* If deleted, important folder data will be lost, and it will be re-created
* with the data reset to initial values.
*
* This message is only visible if a POP3 server that is unaware
* of these UWIMAP messages is used besides UWIMAP or PINE.
*
* We will just check if the first message in the mailbox has an
* X-IMAP: header.
*/
#ifdef POP2_ENABLE
/*
* We disable this check under POP2 because there's no way to
* prevent deletion of the message. So at least we ought to
* forward it to the user so he or she will have some clue
* that things have gone awry.
*/
if (servport("pop2") != servport(protocol->service))
#endif /* POP2_ENABLE */
if (num == 1 && !strncasecmp(line, "X-IMAP:", 7)) {
free(line);
retain_mail = 1;
continue;
}
/*
* This code prevents fetchmail from becoming an accessory after
* the fact to upstream sendmails with the `E' option on. It also
* copes with certain brain-dead POP servers (like NT's) that pass
* through Unix from_ lines.
*
* Either of these bugs can result in a non-RFC822 line at the
* beginning of the headers. If fetchmail just passes it
* through, the client listener may think the message has *no*
* headers (since the first) line it sees doesn't look
* RFC822-conformant) and fake up a set.
*
* What the user would see in this case is bogus (synthesized)
* headers, followed by a blank line, followed by the >From,
* followed by the real headers, followed by a blank line,
* followed by text.
*
* We forestall this lossage by tossing anything that looks
* like an escaped or passed-through From_ line in headers.
* These aren't RFC822 so our conscience is clear...
*/
if (!strncasecmp(line, ">From ", 6) || !strncasecmp(line, "From ", 5))
{
free(line);
continue;
}
/*
* We remove all Delivered-To: headers if dropdelivered is set
* - special care must be taken if Delivered-To: is also used
* as envelope at the same time.
*
* This is to avoid false mail loops errors when delivering
* local messages to and from a Postfix or qmail mailserver.
*/
if (ctl->dropdelivered && !strncasecmp(line, "Delivered-To:", 13))
{
if (delivered_to ||
ctl->server.envelope == STRING_DISABLED ||
!ctl->server.envelope ||
strcasecmp(ctl->server.envelope, "Delivered-To") ||
delivered_to_count != ctl->server.envskip)
free(line);
else
delivered_to = line;
delivered_to_count++;
continue;
}
/*
* If we see a Status line, it may have been inserted by an MUA
* on the mail host, or it may have been inserted by the server
* program after the headers in the transaction stream. This
* can actually hose some new-mail notifiers such as xbuffy,
* which assumes any Status line came from a *local* MDA and
* therefore indicates that the message has been seen.
*
* Some buggy POP servers (including at least the 3.3(20)
* version of the one distributed with IMAP) insert empty
* Status lines in the transaction stream; we'll chuck those
* unconditionally. Nonempty ones get chucked if the user
* turns on the dropstatus flag.
*/
{
char *tcp;
if (!strncasecmp(line, "Status:", 7))
tcp = line + 7;
else if (!strncasecmp(line, "X-Mozilla-Status:", 17))
tcp = line + 17;
else
tcp = NULL;
if (tcp) {
while (*tcp && isspace((unsigned char)*tcp)) tcp++;
if (!*tcp || ctl->dropstatus)
{
free(line);
continue;
}
}
}
if (ctl->rewrite)
line = reply_hack(line, ctl->server.truename, &linelen);
/*
* OK, this is messy. If we're forwarding by SMTP, it's the
* SMTP-receiver's job (according to RFC821, page 22, section
* 4.1.1) to generate a Return-Path line on final delivery.
* The trouble is, we've already got one because the
* mailserver's SMTP thought *it* was responsible for final
* delivery.
*
* Stash away the contents of Return-Path (as modified by reply_hack)
* for use in generating MAIL FROM later on, then prevent the header
* from being saved with the others. In effect, we strip it off here.
*
* If the SMTP server conforms to the standards, and fetchmail gets the
* envelope sender from the Return-Path, the new Return-Path should be
* exactly the same as the original one.
*
* We do *not* want to ignore empty Return-Path headers. These should
* be passed through as a way of indicating that a message should
* not trigger bounces if delivery fails. What we *do* need to do is
* make sure we never try to rewrite such a blank Return-Path. We
* handle this with a check for <> in the rewrite logic above.
*
* Also, if an email has multiple Return-Path: headers, we only
* read the first occurance, as some spam email has more than one
* Return-Path.
*
*/
if ((already_has_return_path==FALSE) && !strncasecmp("Return-Path:", line, 12) && (cp = nxtaddr(line)))
{
char nulladdr[] = "<>";
already_has_return_path = TRUE;
if (cp[0]=='\0') /* nxtaddr() strips the brackets... */
cp=nulladdr;
strncpy(msgblk.return_path, cp, sizeof(msgblk.return_path));
msgblk.return_path[sizeof(msgblk.return_path)-1] = '\0';
if (!ctl->mda) {
free(line);
continue;
}
}
if (!msgblk.headers)
{
oldlen = linelen;
msgblk.headers = (char *)xmalloc(oldlen + 1);
(void) memcpy(msgblk.headers, line, linelen);
msgblk.headers[oldlen] = '\0';
free(line);
line = msgblk.headers;
}
else
{
char *newhdrs;
int newlen;
newlen = oldlen + linelen;
newhdrs = (char *) realloc(msgblk.headers, newlen + 1);
if (newhdrs == NULL) {
free(line);
return(PS_IOERR);
}
msgblk.headers = newhdrs;
memcpy(msgblk.headers + oldlen, line, linelen);
msgblk.headers[newlen] = '\0';
free(line);
line = msgblk.headers + oldlen;
oldlen = newlen;
}
/* find offsets of various special headers */
if (!strncasecmp("From:", line, 5))
from_offs = (line - msgblk.headers);
else if (!strncasecmp("Reply-To:", line, 9))
reply_to_offs = (line - msgblk.headers);
else if (!strncasecmp("Resent-From:", line, 12))
resent_from_offs = (line - msgblk.headers);
else if (!strncasecmp("Apparently-From:", line, 16))
app_from_offs = (line - msgblk.headers);
/*
* Netscape 4.7 puts "Sender: zap" in mail headers. Perverse...
*
* But a literal reading of RFC822 sec. 4.4.2 supports the idea
* that Sender: *doesn't* have to be a working email address.
*
* The definition of the Sender header in RFC822 says, in
* part, "The Sender mailbox specification includes a word
* sequence which must correspond to a specific agent (i.e., a
* human user or a computer program) rather than a standard
* address." That implies that the contents of the Sender
* field don't need to be a legal email address at all So
* ignore any Sender or Resent-Sender lines unless they
* contain @.
*
* (RFC2822 says the contents of Sender must be a valid mailbox
* address, which is also what RFC822 4.4.4 implies.)
*/
else if (!strncasecmp("Sender:", line, 7) && (strchr(line, '@') || strchr(line, '!')))
sender_offs = (line - msgblk.headers);
else if (!strncasecmp("Resent-Sender:", line, 14) && (strchr(line, '@') || strchr(line, '!')))
resent_sender_offs = (line - msgblk.headers);
#ifdef __UNUSED__
else if (!strncasecmp("Message-Id:", line, 11))
{
if (ctl->server.uidl)
{
char id[IDLEN+1];
line[IDLEN+12] = 0; /* prevent stack overflow */
sscanf(line+12, "%s", id);
if (!str_find( &ctl->newsaved, num))
{
struct idlist *newl = save_str(&ctl->newsaved,id,UID_SEEN);
newl->val.status.num = num;
}
}
}
#endif /* __UNUSED__ */
/* if multidrop is on, gather addressee headers */
if (MULTIDROP(ctl))
{
if (!strncasecmp("To:", line, 3)
|| !strncasecmp("Cc:", line, 3)
|| !strncasecmp("Bcc:", line, 4)
|| !strncasecmp("Apparently-To:", line, 14))
{
*to_chainptr = (struct addrblk *)xmalloc(sizeof(struct addrblk));
(*to_chainptr)->offset = (line - msgblk.headers);
to_chainptr = &(*to_chainptr)->next;
*to_chainptr = NULL;
}
else if (!strncasecmp("Resent-To:", line, 10)
|| !strncasecmp("Resent-Cc:", line, 10)
|| !strncasecmp("Resent-Bcc:", line, 11))
{
*resent_to_chainptr = (struct addrblk *)xmalloc(sizeof(struct addrblk));
(*resent_to_chainptr)->offset = (line - msgblk.headers);
resent_to_chainptr = &(*resent_to_chainptr)->next;
*resent_to_chainptr = NULL;
}
else if (ctl->server.envelope != STRING_DISABLED)
{
if (ctl->server.envelope
&& strcasecmp(ctl->server.envelope, "Received"))
{
if (env_offs == -1 && !strncasecmp(ctl->server.envelope,
line,
strlen(ctl->server.envelope)))
{
if (skipcount++ < ctl->server.envskip)
continue;
env_offs = (line - msgblk.headers);
}
}
else if (!received_for && !strncasecmp("Received:", line, 9))
{
if (skipcount++ < ctl->server.envskip)
continue;
received_for = parse_received(ctl, line);
}
}
}
}
process_headers:
if (retain_mail) {
return(PS_RETAINED);
}
if (refuse_mail)
return(PS_REFUSED);
/*
* This is the duplicate-message killer code.
*
* When mail delivered to a multidrop mailbox on the server is
* addressed to multiple people on the client machine, there will
* be one copy left in the box for each recipient. This is not a
* problem if we have the actual recipient address to dispatch on
* (e.g. because we've mined it out of sendmail trace headers, or
* a qmail Delivered-To line, or a declared sender envelope line).
*
* But if we're mining addressees out of the To/Cc/Bcc fields, and
* if the mail is addressed to N people, each recipient will
* get N copies. This is bad when N > 1.
*
* Foil this by suppressing all but one copy of a message with a
* given set of headers.
*
* Note: This implementation only catches runs of successive
* messages with the same ID, but that should be good
* enough. A more general implementation would have to store
* ever-growing lists of seen message-IDs; in a long-running
* daemon this would turn into a memory leak even if the
* implementation were perfect.
*
* Don't mess with this code casually. It would be way too easy
* to break it in a way that blackholed mail. Better to pass
* the occasional duplicate than to do that...
*
* Matthias Andree:
* The real fix however is to insist on Delivered-To: or similar
* headers and require that one copy per recipient be dropped.
* Everything else breaks sooner or later.
*/
if (MULTIDROP(ctl) && msgblk.headers)
{
MD5_CTX context;
MD5Init(&context);
MD5Update(&context, (unsigned char *)msgblk.headers, strlen(msgblk.headers));
MD5Final(ctl->digest, &context);
if (!received_for && env_offs == -1 && !delivered_to)
{
/*
* Hmmm...can MD5 ever yield all zeroes as a hash value?
* If so there is a one in 18-quadrillion chance this
* code will incorrectly nuke the first message.
*/
if (!memcmp(ctl->lastdigest, ctl->digest, DIGESTLEN))
return(PS_REFUSED);
}
memcpy(ctl->lastdigest, ctl->digest, DIGESTLEN);
}
/*
* Hack time. If the first line of the message was blank, with no headers
* (this happens occasionally due to bad gatewaying software) cons up
* a set of fake headers.
*
* If you modify the fake header template below, be sure you don't
* make either From or To address @-less, otherwise the reply_hack
* logic will do bad things.
*/
if (msgblk.headers == (char *)NULL)
{
snprintf(buf, sizeof(buf),
"From: FETCHMAIL-DAEMON\r\n"
"To: %s@%s\r\n"
"Subject: Headerless mail from %s's mailbox on %s\r\n",
user, fetchmailhost, ctl->remotename, ctl->server.truename);
msgblk.headers = xstrdup(buf);
}
/*
* We can now process message headers before reading the text.
* In fact we have to, as this will tell us where to forward to.
*/
/* Check for MIME headers indicating possible 8-bit data */
ctl->mimemsg = MimeBodyType(msgblk.headers, ctl->mimedecode);
#ifdef SDPS_ENABLE
if (ctl->server.sdps && sdps_envfrom)
{
/* We have the real envelope return-path, stored out of band by
* SDPS - that's more accurate than any header is going to be.
*/
strlcpy(msgblk.return_path, sdps_envfrom, sizeof(msgblk.return_path));
free(sdps_envfrom);
} else
#endif /* SDPS_ENABLE */
/*
* If there is a Return-Path address on the message, this was
* almost certainly the MAIL FROM address given the originating
* sendmail. This is the best thing to use for logging the
* message origin (it sets up the right behavior for bounces and
* mailing lists). Otherwise, fall down to the next available
* envelope address (which is the most probable real sender).
* *** The order is important! ***
* This is especially useful when receiving mailing list
* messages in multidrop mode. if a local address doesn't
* exist, the bounce message won't be returned blindly to the
* author or to the list itself but rather to the list manager
* (ex: specified by "Sender:") which is much less annoying. This
* is true for most mailing list packages.
*/
if( !msgblk.return_path[0] ){
char *ap = NULL;
if (resent_sender_offs >= 0 && (ap = nxtaddr(msgblk.headers + resent_sender_offs)));
else if (sender_offs >= 0 && (ap = nxtaddr(msgblk.headers + sender_offs)));
else if (resent_from_offs >= 0 && (ap = nxtaddr(msgblk.headers + resent_from_offs)));
else if (from_offs >= 0 && (ap = nxtaddr(msgblk.headers + from_offs)));
else if (reply_to_offs >= 0 && (ap = nxtaddr(msgblk.headers + reply_to_offs)));
else if (app_from_offs >= 0 && (ap = nxtaddr(msgblk.headers + app_from_offs))) {}
/* multi-line MAIL FROM addresses confuse SMTP terribly */
if (ap && !strchr(ap, '\n')) {
strncpy(msgblk.return_path, ap, sizeof(msgblk.return_path));
msgblk.return_path[sizeof(msgblk.return_path)-1] = '\0';
}
}
/* cons up a list of local recipients */
msgblk.recipients = (struct idlist *)NULL;
accept_count = reject_count = 0;
/* is this a multidrop box? */
if (MULTIDROP(ctl))
{
#ifdef SDPS_ENABLE
if (ctl->server.sdps && sdps_envto)
{
/* We have the real envelope recipient, stored out of band by
* SDPS - that's more accurate than any header is going to be.
*/
find_server_names(sdps_envto, ctl, &msgblk.recipients);
free(sdps_envto);
} else
#endif /* SDPS_ENABLE */
if (env_offs > -1) /* We have the actual envelope addressee */
find_server_names(msgblk.headers + env_offs, ctl, &msgblk.recipients);
else if (delivered_to && ctl->server.envelope != STRING_DISABLED &&
ctl->server.envelope && !strcasecmp(ctl->server.envelope, "Delivered-To"))
{
find_server_names(delivered_to, ctl, &msgblk.recipients);
xfree(delivered_to);
}
else if (received_for)
/*
* We have the Received for addressee.
* It has to be a mailserver address, or we
* wouldn't have got here.
* We use find_server_names() to let local
* hostnames go through.
*/
find_server_names(received_for, ctl, &msgblk.recipients);
else
{
/*
* We haven't extracted the envelope address.
* So check all the "Resent-To" header addresses if
* they exist. If and only if they don't, consider
* the "To" addresses.
*/
register struct addrblk *nextptr;
if (resent_to_addrchain) {
/* delete the "To" chain and substitute it
* with the "Resent-To" list
*/
while (to_addrchain) {
nextptr = to_addrchain->next;
free(to_addrchain);
to_addrchain = nextptr;
}
to_addrchain = resent_to_addrchain;
resent_to_addrchain = NULL;
}
/* now look for remaining adresses */
while (to_addrchain) {
find_server_names(msgblk.headers+to_addrchain->offset, ctl, &msgblk.recipients);
nextptr = to_addrchain->next;
free(to_addrchain);
to_addrchain = nextptr;
}
}
if (!accept_count)
{
no_local_matches = TRUE;
save_str(&msgblk.recipients, run.postmaster, XMIT_ACCEPT);
if (outlevel >= O_DEBUG)
report(stdout,
GT_("no local matches, forwarding to %s\n"),
run.postmaster);
}
}
else /* it's a single-drop box, use first localname */
save_str(&msgblk.recipients, ctl->localnames->id, XMIT_ACCEPT);
/*
* Time to either address the message or decide we can't deliver it yet.
*/
if (ctl->errcount > olderrs) /* there were DNS errors above */
{
if (outlevel >= O_DEBUG)
report(stdout,
GT_("forwarding and deletion suppressed due to DNS errors\n"));
return(PS_TRANSIENT);
}
else
{
/* set up stuffline() so we can deliver the message body through it */
if ((n = open_sink(ctl, &msgblk,
&good_addresses, &bad_addresses)) != PS_SUCCESS)
{
return(n);
}
}
n = 0;
/*
* Some server/sendmail combinations cause problems when our
* synthetic Received line is before the From header. Cope
* with this...
*/
if ((rcv = strstr(msgblk.headers, "Received:")) == (char *)NULL)
rcv = msgblk.headers;
/* handle ">Received:" lines too */
while (rcv > msgblk.headers && rcv[-1] != '\n')
rcv--;
if (rcv > msgblk.headers)
{
char c = *rcv;
*rcv = '\0';
n = stuffline(ctl, msgblk.headers);
*rcv = c;
}
if (!run.invisible && n != -1)
{
/* utter any per-message Received information we need here */
if (ctl->server.trueaddr) {
char saddr[50];
int e;
e = getnameinfo(ctl->server.trueaddr, ctl->server.trueaddr_len,
saddr, sizeof(saddr), NULL, 0,
NI_NUMERICHOST);
if (e)
snprintf(saddr, sizeof(saddr), "(%-.*s)", (int)(sizeof(saddr) - 3), gai_strerror(e));
snprintf(buf, sizeof(buf),
"Received: from %s [%s]\r\n",
ctl->server.truename, saddr);
} else {
snprintf(buf, sizeof(buf),
"Received: from %s\r\n", ctl->server.truename);
}
n = stuffline(ctl, buf);
if (n != -1)
{
/*
* We SHOULD (RFC-2821 sec. 4.4/p. 53) make sure to only use
* IANA registered protocol names here.
*/
snprintf(buf, sizeof(buf),
"\tby %s with %s (fetchmail-%s",
fetchmailhost,
protocol->name,
VERSION);
if (ctl->server.tracepolls)
{
snprintf(buf + strlen(buf), sizeof(buf) - strlen(buf),
" polling %s account %s",
ctl->server.pollname,
ctl->remotename);
if (ctl->folder)
snprintf(buf + strlen(buf), sizeof(buf) - strlen(buf),
" folder %s",
ctl->folder);
}
snprintf(buf+strlen(buf), sizeof(buf)-strlen(buf), ")\r\n");
n = stuffline(ctl, buf);
if (n != -1)
{
buf[0] = '\t';
if (good_addresses == 0)
{
snprintf(buf+1, sizeof(buf)-1, "for <%s> (by default); ",
rcpt_address (ctl, run.postmaster, 0));
}
else if (good_addresses == 1)
{
for (idp = msgblk.recipients; idp; idp = idp->next)
if (idp->val.status.mark == XMIT_ACCEPT)
break; /* only report first address */
if (idp)
snprintf(buf+1, sizeof(buf)-1,
"for <%s>", rcpt_address (ctl, idp->id, 1));
snprintf(buf+strlen(buf), sizeof(buf)-strlen(buf)-1,
" (%s); ",
MULTIDROP(ctl) ? "multi-drop" : "single-drop");
}
else
buf[1] = '\0';
snprintf(buf+strlen(buf), sizeof(buf)-strlen(buf), "%s\r\n",
rfc822timestamp());
n = stuffline(ctl, buf);
}
}
}
if (n != -1)
n = stuffline(ctl, rcv); /* ship out rest of msgblk.headers */
if (n == -1)
{
report(stdout, GT_("writing RFC822 msgblk.headers\n"));
release_sink(ctl);
return(PS_IOERR);
}
if (want_progress())
fputc('#', stdout);
/* write error notifications */
if (no_local_matches || has_nuls || bad_addresses)
{
int errlen = 0;
char errhd[USERNAMELEN + POPBUFSIZE], *errmsg;
errmsg = errhd;
strlcpy(errhd, "X-Fetchmail-Warning: ", sizeof(errhd));
if (no_local_matches)
{
if (reject_count != 1)
strlcat(errhd, GT_("no recipient addresses matched declared local names"), sizeof(errhd));
else
{
for (idp = msgblk.recipients; idp; idp = idp->next)
if (idp->val.status.mark == XMIT_REJECT)
break;
snprintf(errhd+strlen(errhd), sizeof(errhd)-strlen(errhd),
GT_("recipient address %s didn't match any local name"), idp->id);
}
}
if (has_nuls)
{
if (errhd[sizeof("X-Fetchmail-Warning: ")])
snprintf(errhd+strlen(errhd), sizeof(errhd)-strlen(errhd), "; ");
snprintf(errhd+strlen(errhd), sizeof(errhd)-strlen(errhd),
GT_("message has embedded NULs"));
}
if (bad_addresses)
{
if (errhd[sizeof("X-Fetchmail-Warning: ")])
snprintf(errhd+strlen(errhd), sizeof(errhd)-strlen(errhd), "; ");
snprintf(errhd+strlen(errhd), sizeof(errhd)-strlen(errhd),
GT_("SMTP listener rejected local recipient addresses: "));
errlen = strlen(errhd);
for (idp = msgblk.recipients; idp; idp = idp->next)
if (idp->val.status.mark == XMIT_RCPTBAD)
errlen += strlen(idp->id) + 2;
errmsg = (char *)xmalloc(errlen + 3);
strcpy(errmsg, errhd);
for (idp = msgblk.recipients; idp; idp = idp->next)
if (idp->val.status.mark == XMIT_RCPTBAD)
{
strcat(errmsg, idp->id);
if (idp->next)
strcat(errmsg, ", ");
}
}
strcat(errmsg, "\r\n");
/* ship out the error line */
stuffline(ctl, errmsg);
if (errmsg != errhd)
free(errmsg);
}
/* issue the delimiter line */
cp = buf;
*cp++ = '\r';
*cp++ = '\n';
*cp = '\0';
n = stuffline(ctl, buf);
if ((size_t)n == strlen(buf))
return PS_SUCCESS;
else
return PS_SOCKET;
}
/** Read saved IDs from \a idfile and attach to each host in \a hostlist. */
void initialize_saved_lists(struct query *hostlist, const char *idfile)
{
struct stat statbuf;
FILE *tmpfp;
struct query *ctl;
/* make sure lists are initially empty */
for (ctl = hostlist; ctl; ctl = ctl->next) {
ctl->skipped = (struct idlist *)NULL;
init_uid_db(&ctl->oldsaved);
init_uid_db(&ctl->newsaved);
}
errno = 0;
/*
* Croak if the uidl directory does not exist.
* This probably means an NFS mount failed and we can't
* see a uidl file that ought to be there.
* Question: is this a portable check? It's not clear
* that all implementations of lstat() will return ENOTDIR
* rather than plain ENOENT in this case...
*/
if (lstat(idfile, &statbuf) < 0) {
if (errno == ENOTDIR)
{
report(stderr, "lstat: %s: %s\n", idfile, strerror(errno));
exit(PS_IOERR);
}
}
/* let's get stored message UIDs from previous queries */
if ((tmpfp = fopen(idfile, "r")) != (FILE *)NULL)
{
char buf[POPBUFSIZE+1];
char *host = NULL; /* pacify -Wall */
char *user;
char *id;
char *atsign; /* temp pointer used in parsing user and host */
char *delimp1;
char saveddelim1;
char *delimp2;
char saveddelim2 = '\0'; /* pacify -Wall */
while (fgets(buf, POPBUFSIZE, tmpfp) != (char *)NULL)
{
/*
* At this point, we assume the bug has two fields -- a user@host
* part, and an ID part. Either field may contain spurious @ signs.
* The previous version of this code presumed one could split at
* the rightmost '@'. This is not correct, as InterMail puts an
* '@' in the UIDL.
*/
/* first, skip leading spaces */
user = buf + strspn(buf, " \t");
/*
* First, we split the buf into a userhost part and an id
* part ... but id doesn't necessarily start with a '<',
* espescially if the POP server returns an X-UIDL header
* instead of a Message-ID, as GMX's (www.gmx.net) POP3
* StreamProxy V1.0 does.
*
* this is one other trick. The userhost part
* may contain ' ' in the user part, at least in
* the lotus notes case.
* So we start looking for the '@' after which the
* host will follow with the ' ' separator with the id.
*
* XXX FIXME: There is a case this code cannot handle:
* the user name cannot have blanks after a '@'.
*/
if ((delimp1 = strchr(user, '@')) != NULL &&
(id = strchr(delimp1,' ')) != NULL)
{
for (delimp1 = id; delimp1 >= user; delimp1--)
if ((*delimp1 != ' ') && (*delimp1 != '\t'))
break;
/*
* It should be safe to assume that id starts after
* the " " - after all, we're writing the " "
* ourselves in write_saved_lists() :-)
*/
id = id + strspn(id, " ");
delimp1++; /* but what if there is only white space ?!? */
/* we have at least one @, else we are not in this branch */
saveddelim1 = *delimp1; /* save char after token */
*delimp1 = '\0'; /* delimit token with \0 */
/* now remove trailing white space chars from id */
if ((delimp2 = strpbrk(id, " \t\n")) != NULL ) {
saveddelim2 = *delimp2;
*delimp2 = '\0';
}
atsign = strrchr(user, '@');
/* we have at least one @, else we are not in this branch */
*atsign = '\0';
host = atsign + 1;
/* find uidl db and save it */
for (ctl = hostlist; ctl; ctl = ctl->next) {
if (strcasecmp(host, ctl->server.queryname) == 0
&& strcasecmp(user, ctl->remotename) == 0) {
uid_db_insert(&ctl->oldsaved, id, UID_SEEN);
break;
}
}
/*
* If it's not in a host we're querying,
* save it anyway. Otherwise we'd lose UIDL
* information any time we queried an explicit
* subset of hosts.
*/
if (ctl == (struct query *)NULL) {
/* restore string */
*delimp1 = saveddelim1;
*atsign = '@';
if (delimp2 != NULL) {
*delimp2 = saveddelim2;
}
save_str(&scratchlist, buf, UID_SEEN);
}
}
}
fclose(tmpfp); /* not checking should be safe, mode was "r" */
}
if (outlevel >= O_DEBUG)
{
struct idlist *idp;
for (ctl = hostlist; ctl; ctl = ctl->next)
{
report_build(stdout, GT_("Old UID list from %s:"),
ctl->server.pollname);
if (!uid_db_n_records(&ctl->oldsaved))
report_build(stdout, GT_(" <empty>"));
else
traverse_uid_db(&ctl->oldsaved, dump_saved_uid, NULL);
report_complete(stdout, "\n");
}
report_build(stdout, GT_("Scratch list of UIDs:"));
if (!scratchlist)
report_build(stdout, GT_(" <empty>"));
else for (idp = scratchlist; idp; idp = idp->next) {
char *t = sdump(idp->id, strlen(idp->id)-1);
report_build(stdout, " %s\n", t);
free(t);
}
report_complete(stdout, "\n");
}
}
/* ---------------- sub_mat_read ------------------------------
*/
struct sub_mat *
sub_mat_read (const char *fname)
{
# ifndef BUFSIZ
# error please define BUFSIZ to around 1024
# endif
fpos_t pos;
struct sub_mat *smat = NULL;
FILE *fp;
char buf [BUFSIZ];
char aanames [ MAX_AA + 3];
const char *this_sub = "read_mat";
const char comment = '#';
if ((fp = mfopen (fname, "r", this_sub)) == NULL)
return NULL;
/* Portably initialise the fpos_t structure
* because =0 is insufficient
*/
if (fgetpos(fp, &pos)) {
mperror (this_sub);
goto broken;
}
smat = E_MALLOC ( sizeof (*smat));
smat -> fname = NULL;
smat -> comment = NULL;
smat->fname = save_str (fname);
while (fgets (buf, BUFSIZ, fp) != NULL) {
if ( buf[0] != comment) {
if (fsetpos (fp, &pos)) {
mperror (this_sub);
goto broken;
}
break;
}
smat->comment = save_str_append (smat->comment, buf);
if (fgetpos(fp, &pos)) {
mperror (this_sub);
goto broken;
}
}
if (fgets (buf, BUFSIZ, fp) == NULL)
goto broken;
memset (aanames, BAD_AA, MAX_AA);
if (get_aa_names (aanames, buf, BAD_AA) == EXIT_FAILURE)
goto broken;
{
int n, m;
for (n = 0; n < MAX_AA; n++)
for ( m = 0; m < MAX_AA; m++)
smat->data[n][m] = (mat_t) INVALID;
}
{
int n = 0;
for ( ;fgets(buf, BUFSIZ, fp) != NULL; n++) {
if (aanames [n] == BAD_AA)
continue;
if (add_to_mat (smat, aanames, buf, n) == EXIT_FAILURE)
err_printf (this_sub, "Ignoring matrix line\n");
}
}
fclose (fp);
return smat;
broken:
fclose (fp);
free_if_not_null (smat->comment);
free_if_not_null (smat->fname);
free_if_not_null (smat);
return NULL;
}
/** parse and validate the command line options */
int parsecmdline (int argc /** argument count */,
char **argv /** argument strings */,
struct runctl *rctl /** global run controls to modify */,
struct query *ctl /** option record to initialize */,
flag *safewithbg /** set to whether options are
compatible with another copy
running in the background */)
{
/*
* return value: if positive, argv index of last parsed option + 1
* (presumes one or more server names follows). if zero, the
* command line switches are such that no server names are
* required (e.g. --version). if negative, the command line is
* has one or more syntax errors.
*/
int c;
int ocount = 0; /* count of destinations specified */
int errflag = 0; /* TRUE when a syntax error is detected */
int helpflag = 0; /* TRUE when option help was explicitly requested */
int option_index;
int option_safe; /* to track if option currently parsed is safe
with a background copy */
char *buf, *cp;
rctl->poll_interval = -1;
*safewithbg = TRUE;
memset(ctl, '\0', sizeof(struct query)); /* start clean */
ctl->smtp_socket = -1;
while (!errflag &&
(c = getopt_long(argc,argv,shortoptions,
longoptions, &option_index)) != -1)
{
option_safe = FALSE;
switch (c) {
#ifdef HAVE_LIBPWMD
case 'C':
ctl->pwmd_socket = prependdir(optarg, currentwd);
break;
case 'G':
ctl->pwmd_file = xstrdup(optarg);
break;
case 'O':
rctl->pinentry_timeout = atoi(optarg);
break;
#endif
case 'V':
versioninfo = TRUE;
option_safe = TRUE;
break;
case 'c':
check_only = TRUE;
break;
case 's':
outlevel = O_SILENT;
option_safe = 1;
break;
case 'v':
if (outlevel >= O_VERBOSE)
outlevel = O_DEBUG;
else
outlevel = O_VERBOSE;
option_safe = TRUE;
break;
case 'd':
rctl->poll_interval = xatoi(optarg, &errflag);
break;
case 'N':
nodetach = TRUE;
break;
case 'q':
quitmode = TRUE;
quitind = optind;
break;
case 'L':
rctl->logfile = prependdir (optarg, currentwd);
break;
case LA_INVISIBLE:
rctl->invisible = FLAG_TRUE;
break;
case LA_SHOWDOTS:
rctl->showdots = FLAG_TRUE;
break;
case 'f':
xfree(rcfile);
rcfile = prependdir (optarg, currentwd);
break;
case 'i':
rctl->idfile = prependdir (optarg, currentwd);
break;
case LA_PIDFILE:
rctl->pidfile = prependdir (optarg, currentwd);
break;
case LA_POSTMASTER:
rctl->postmaster = (char *) xstrdup(optarg);
break;
case LA_NOBOUNCE:
rctl->bouncemail = FLAG_FALSE;
break;
case LA_NOSOFTBOUNCE:
rctl->softbounce = FLAG_FALSE;
break;
case LA_SOFTBOUNCE:
rctl->softbounce = FLAG_TRUE;
break;
case LA_BADHEADER:
if (strcasecmp(optarg,"accept") == 0) {
ctl->server.badheader = BHACCEPT;
} else if (strcasecmp(optarg,"reject") == 0) {
ctl->server.badheader = BHREJECT;
} else {
fprintf(stderr,GT_("Invalid bad-header policy `%s' specified.\n"), optarg);
errflag++;
}
break;
case 'p':
/* XXX -- should probably use a table lookup here */
if (strcasecmp(optarg,"auto") == 0)
ctl->server.protocol = P_AUTO;
#ifdef SDPS_ENABLE
else if (strcasecmp(optarg,"sdps") == 0)
{
ctl->server.protocol = P_POP3;
ctl->server.sdps = TRUE;
}
#endif /* SDPS_ENABLE */
else if (strcasecmp(optarg,"pop3") == 0)
ctl->server.protocol = P_POP3;
else if (strcasecmp(optarg,"kpop") == 0)
{
ctl->server.protocol = P_POP3;
ctl->server.service = xstrdup(KPOP_PORT);
#ifdef KERBEROS_V5
ctl->server.authenticate = A_KERBEROS_V5;
#endif /* KERBEROS_V5 */
}
else if (strcasecmp(optarg,"imap") == 0)
ctl->server.protocol = P_IMAP;
else if (strcasecmp(optarg,"etrn") == 0)
ctl->server.protocol = P_ETRN;
else if (strcasecmp(optarg,"odmr") == 0)
ctl->server.protocol = P_ODMR;
else {
fprintf(stderr,GT_("Invalid protocol `%s' specified.\n"), optarg);
errflag++;
}
break;
case 'U':
/* EMPTY - removed in 7.0.0 */
break;
case LA_IDLE:
ctl->idle = FLAG_TRUE;
break;
case 'P':
ctl->server.service = optarg;
break;
case LA_AUTH:
if (strcmp(optarg, "password") == 0)
ctl->server.authenticate = A_PASSWORD;
#ifdef KERBEROS_V5
else if (strcmp(optarg, "kerberos") == 0)
ctl->server.authenticate = A_KERBEROS_V5;
else if (strcmp(optarg, "kerberos_v5") == 0)
ctl->server.authenticate = A_KERBEROS_V5;
#endif /* KERBEROS_V5 */
else if (strcmp(optarg, "ssh") == 0)
ctl->server.authenticate = A_SSH;
else if (strcasecmp(optarg, "external") == 0)
ctl->server.authenticate = A_EXTERNAL;
else if (strcmp(optarg, "otp") == 0)
ctl->server.authenticate = A_OTP;
else if (strcmp(optarg, "opie") == 0)
ctl->server.authenticate = A_OTP;
else if (strcmp(optarg, "ntlm") == 0)
ctl->server.authenticate = A_NTLM;
else if (strcmp(optarg, "cram") == 0)
ctl->server.authenticate = A_CRAM_MD5;
else if (strcmp(optarg, "cram-md5") == 0)
ctl->server.authenticate = A_CRAM_MD5;
else if (strcmp(optarg, "gssapi") == 0)
ctl->server.authenticate = A_GSSAPI;
else if (strcmp(optarg, "any") == 0)
ctl->server.authenticate = A_ANY;
else if (strcmp(optarg, "msn") == 0)
ctl->server.authenticate = A_MSN;
else if (strcmp(optarg, "apop") == 0)
ctl->server.authenticate = A_APOP;
else {
fprintf(stderr,GT_("Invalid authentication `%s' specified.\n"), optarg);
errflag++;
}
break;
case 't':
ctl->server.timeout = xatoi(optarg, &errflag);
if (ctl->server.timeout == 0)
ctl->server.timeout = -1;
break;
case 'E':
ctl->server.envelope = xstrdup(optarg);
break;
case 'Q':
ctl->server.qvirtual = xstrdup(optarg);
break;
case 'u':
ctl->remotename = xstrdup(optarg);
break;
case 'a':
ctl->fetchall = FLAG_TRUE;
break;
case 'K':
ctl->keep = FLAG_FALSE;
break;
case 'k':
ctl->keep = FLAG_TRUE;
break;
case 'F':
ctl->flush = FLAG_TRUE;
break;
case LA_LIMITFLUSH:
ctl->limitflush = FLAG_TRUE;
break;
case 'n':
ctl->rewrite = FLAG_FALSE;
break;
case 'l':
c = xatoi(optarg, &errflag);
ctl->limit = NUM_VALUE_IN(c);
break;
case 'r':
buf = xstrdup(optarg);
cp = strtok(buf, ",");
do {
save_str(&ctl->mailboxes, cp, 0);
} while
((cp = strtok((char *)NULL, ",")));
free(buf);
break;
case 'S':
buf = xstrdup(optarg);
cp = strtok(buf, ",");
do {
save_str(&ctl->smtphunt, cp, TRUE);
} while
((cp = strtok((char *)NULL, ",")));
free(buf);
ocount++;
break;
case LA_FETCHDOMAINS:
buf = xstrdup(optarg);
cp = strtok(buf, ",");
do {
save_str(&ctl->domainlist, cp, TRUE);
} while
((cp = strtok((char *)NULL, ",")));
free(buf);
break;
case 'D':
ctl->smtpaddress = xstrdup(optarg);
break;
case LA_SMTPNAME:
ctl->smtpname = xstrdup(optarg);
break;
case 'Z':
buf = xstrdup(optarg);
cp = strtok(buf, ",");
do {
struct idlist *idp = save_str(&ctl->antispam, STRING_DUMMY, 0);
idp->val.status.num = xatoi(cp, &errflag);
} while
((cp = strtok((char *)NULL, ",")));
free(buf);
break;
case 'b':
c = xatoi(optarg, &errflag);
ctl->batchlimit = NUM_VALUE_IN(c);
break;
case 'B':
c = xatoi(optarg, &errflag);
ctl->fetchlimit = NUM_VALUE_IN(c);
break;
case LA_FETCHSIZELIMIT:
c = xatoi(optarg, &errflag);
ctl->fetchsizelimit = NUM_VALUE_IN(c);
break;
case LA_FASTUIDL:
c = xatoi(optarg, &errflag);
ctl->fastuidl = NUM_VALUE_IN(c);
break;
case 'e':
c = xatoi(optarg, &errflag);
ctl->expunge = NUM_VALUE_IN(c);
break;
case 'm':
ctl->mda = xstrdup(optarg);
ocount++;
break;
case LA_BSMTP:
ctl->bsmtp = prependdir (optarg, currentwd);
ocount++;
break;
case LA_LMTP:
ctl->listener = LMTP_MODE;
break;
#ifdef CAN_MONITOR
case 'I':
interface_parse(optarg, &ctl->server);
break;
case 'M':
ctl->server.monitor = xstrdup(optarg);
break;
#endif /* CAN_MONITOR */
case LA_PLUGIN:
ctl->server.plugin = xstrdup(optarg);
break;
case LA_PLUGOUT:
ctl->server.plugout = xstrdup(optarg);
break;
#ifdef SSL_ENABLE
case LA_SSL:
ctl->sslmode = TLSM_WRAPPED;
if (outlevel > O_SILENT)
report(stderr, GT_("Warning: --ssl is obsolescent, please use --sslmode=wrapped instead.\n"));
break;
case LA_SSLKEY:
ctl->sslkey = prependdir (optarg, currentwd);
break;
case LA_SSLCERT:
ctl->sslcert = prependdir (optarg, currentwd);
break;
case LA_SSLMODE:
{
e_sslmode e = tlsm_parse(optarg);
if (e != TLSM_INVALID) {
ctl->sslmode = e;
} else {
report(stderr, GT_("Invalid argument to --sslmode \"%s\" specified.\n"), optarg);
errflag = 1;
}
break;
}
case LA_SSLPROTOVER:
ctl->sslproto = xstrdup(optarg);
break;
case LA_SSLCERTCK:
ctl->sslcertck = FLAG_TRUE;
break;
case LA_NOSSLCERTCK:
ctl->sslcertck = FLAG_FALSE;
break;
case LA_SSLCERTFILE:
ctl->sslcertfile = prependdir(optarg, currentwd);
break;
case LA_SSLCERTPATH:
ctl->sslcertpath = prependdir(optarg, currentwd);
break;
case LA_SSLCOMMONNAME:
ctl->sslcommonname = xstrdup(optarg);
break;
case LA_SSLFINGERPRINT:
ctl->sslfingerprint = xstrdup(optarg);
break;
#endif
case LA_PRINCIPAL:
ctl->server.principal = xstrdup(optarg);
break;
case 'y':
yydebug = TRUE;
break;
case 'w':
c = xatoi(optarg, &errflag);
ctl->warnings = NUM_VALUE_IN(c);
break;
case LA_CONFIGDUMP:
configdump = TRUE;
option_safe = TRUE;
break;
case LA_SYSLOG:
rctl->use_syslog = FLAG_TRUE;
break;
case LA_NOSYSLOG:
rctl->use_syslog = FLAG_FALSE;
break;
case LA_TRACEPOLLS:
ctl->server.tracepolls = FLAG_TRUE;
break;
case LA_RETRIEVEERROR:
if (strcasecmp(optarg,"abort") == 0) {
ctl->server.retrieveerror = RE_ABORT;
} else if (strcasecmp(optarg,"continue") == 0) {
ctl->server.retrieveerror = RE_CONTINUE;
} else if (strcasecmp(optarg,"markseen") == 0) {
ctl->server.retrieveerror = RE_MARKSEEN;
} else {
fprintf(stderr,GT_("Invalid retrieve-error policy `%s' specified.\n"), optarg);
errflag++;
}
break;
case '?':
helpflag = 1;
default:
break;
}
*safewithbg &= option_safe;
}
if (errflag || ocount > 1 || helpflag) {
/* squawk if syntax errors were detected */
#define P(s) fputs(s, helpflag ? stdout : stderr)
P(GT_("usage: fetchmail [options] [server ...]\n"));
P(GT_(" Options are as follows:\n"));
P(GT_(" -?, --help display this option help\n"));
P(GT_(" -V, --version display version info\n"));
P(GT_(" -c, --check check for messages without fetching\n"));
P(GT_(" -s, --silent work silently\n"));
P(GT_(" -v, --verbose work noisily (diagnostic output)\n"));
P(GT_(" -d, --daemon run as a daemon once per n seconds\n"));
P(GT_(" -N, --nodetach don't detach daemon process\n"));
P(GT_(" -q, --quit kill daemon process\n"));
P(GT_(" -L, --logfile specify logfile name\n"));
P(GT_(" --syslog use syslog(3) for most messages when running as a daemon\n"));
P(GT_(" --invisible don't write Received & enable host spoofing\n"));
P(GT_(" -f, --fetchmailrc specify alternate run control file\n"));
P(GT_(" -i, --idfile specify alternate UIDs file\n"));
P(GT_(" --pidfile specify alternate PID (lock) file\n"));
P(GT_(" --postmaster specify recipient of last resort\n"));
P(GT_(" --nobounce redirect bounces from user to postmaster.\n"));
P(GT_(" --nosoftbounce fetchmail deletes permanently undeliverable messages.\n"));
P(GT_(" --softbounce keep permanently undeliverable messages on server (default).\n"));
#ifdef CAN_MONITOR
P(GT_(" -I, --interface interface required specification\n"));
P(GT_(" -M, --monitor monitor interface for activity\n"));
#endif
#if defined( SSL_ENABLE )
P(GT_(" --ssl enable ssl encrypted session\n"));
P(GT_(" --sslkey ssl private key file\n"));
P(GT_(" --sslcert ssl client certificate\n"));
P(GT_(" --nosslcertck INSECURE disable server certificate check (discouraged)\n"));
P(GT_(" --sslcertck do strict server certificate check (recommended)\n"));
P(GT_(" --sslcertfile path to trusted-CA ssl certificate file\n"));
P(GT_(" --sslcertpath path to trusted-CA ssl certificate directory\n"));
P(GT_(" --sslcommonname expect this CommonName from server (discouraged)\n"));
P(GT_(" --sslfingerprint fingerprint that must match that of the server's cert.\n"));
P(GT_(" --sslmode force ssl mode (none/wrapped/starttls=may/starttls=must)\n")); // see tls.c
P(GT_(" --sslprotocolver force ssl version (often unneeded, see manual page!)\n"));
#endif
P(GT_(" --plugin specify external command to open connection\n"));
P(GT_(" --plugout specify external command to open smtp connection\n"));
P(GT_(" --bad-header {reject|accept}\n"
" specify policy for handling messages with bad headers\n"));
P(GT_(" --retrieve-error {abort|continue|markseen}\n"
" specify policy for processing messages with retrieve errors\n"));
P(GT_(" -p, --protocol specify retrieval protocol (see man page)\n"));
#ifdef HAVE_LIBPWMD
P(GT_(" -C, --pwmd-socket pwmd socket path (~/.pwmd/socket)\n"));
P(GT_(" -G, --pwmd-file filename to use on the pwmd server\n"));
P(GT_(" -O, --pinentry-timeout seconds until pinentry is canceled\n"));
#endif
P(GT_(" --port TCP port to connect to (obsolete, use --service)\n"));
P(GT_(" -P, --service TCP service to connect to (can be numeric TCP port)\n"));
P(GT_(" --auth authentication type (password/kerberos/ssh/otp)\n"));
P(GT_(" -t, --timeout server nonresponse timeout\n"));
P(GT_(" -E, --envelope envelope address header\n"));
P(GT_(" -Q, --qvirtual prefix to remove from local user id\n"));
P(GT_(" --principal mail service principal\n"));
P(GT_(" --tracepolls add poll-tracing information to Received header\n"));
P(GT_(" -u, --username specify users's login on server\n"));
P(GT_(" -a, --[fetch]all retrieve old and new messages\n"));
P(GT_(" -K, --nokeep delete new messages after retrieval\n"));
P(GT_(" -k, --keep save new messages after retrieval\n"));
P(GT_(" -F, --flush delete old messages from server\n"));
P(GT_(" --limitflush delete oversized messages\n"));
P(GT_(" -n, --norewrite don't rewrite header addresses\n"));
P(GT_(" -l, --limit don't fetch messages over given size\n"));
P(GT_(" -w, --warnings interval between warning mail notification\n"));
P(GT_(" -S, --smtphost set SMTP forwarding host\n"));
P(GT_(" --fetchdomains fetch mail for specified domains\n"));
P(GT_(" -D, --smtpaddress set SMTP delivery domain to use\n"));
P(GT_(" --smtpname set SMTP full name username@domain\n"));
P(GT_(" -Z, --antispam, set antispam response values\n"));
P(GT_(" -b, --batchlimit set batch limit for SMTP connections\n"));
P(GT_(" -B, --fetchlimit set fetch limit for server connections\n"));
P(GT_(" --fetchsizelimit set fetch message size limit\n"));
P(GT_(" --fastuidl do a binary search for UIDLs\n"));
P(GT_(" -e, --expunge set max deletions between expunges\n"));
P(GT_(" -m, --mda set MDA to use for forwarding\n"));
P(GT_(" --bsmtp set output BSMTP file\n"));
P(GT_(" --lmtp use LMTP (RFC2033) for delivery\n"));
P(GT_(" -r, --folder specify remote folder name\n"));
P(GT_(" --showdots show progress dots even in logfiles\n"));
#undef P
/* undocumented:
* --configdump (internal use by fetchmailconf, dumps
* configuration as Python source code)
* --yydebug (developer use, enables parser debugging) */
if (helpflag)
exit(PS_SUCCESS);
else
exit(PS_SYNTAX);
}
return(optind);
}
