/*
- * replsbr.c -- routines to help repl along...
- *
- * This code is Copyright (c) 2002, by the authors of nmh. See the
- * COPYRIGHT file in the root directory of the nmh distribution for
- * complete copyright information.
- */
+** replsbr.c -- routines to help repl along...
+**
+** This code is Copyright (c) 2002, by the authors of nmh. See the
+** COPYRIGHT file in the root directory of the nmh distribution for
+** complete copyright information.
+*/
#include <h/mh.h>
#include <h/addrsbr.h>
static struct mailname mq = { NULL };
/*
- * Buffer size for content part of header fields.
- * We want this to be large enough so that we don't
- * do a lot of extra FLDPLUS calls on m_getfld but
- * small enough so that we don't snarf the entire
- * message body when we're not going to use any of it.
- */
+** Buffer size for content part of header fields.
+** We want this to be large enough so that we don't
+** do a lot of extra FLDPLUS calls on m_getfld but
+** small enough so that we don't snarf the entire
+** message body when we're not going to use any of it.
+*/
#define SBUFSIZ 256
static struct format *fmt;
};
/*
- * static prototypes
- */
-static int insert (struct mailname *);
-static void replfilter (FILE *, FILE *, char *);
+** static prototypes
+*/
+static int insert(struct mailname *);
+static void replfilter(FILE *, FILE *, char *);
void
-replout (FILE *inb, char *msg, char *drft, struct msgs *mp, int outputlinelen,
- int mime, char *form, char *filter, char *fcc)
+replout(FILE *inb, char *msg, char *drft, struct msgs *mp,
+ int mime, char *form, char *filter)
{
register int state, i;
register struct comp *cptr;
FILE *out;
mask = umask(~m_gmprot());
- if ((out = fopen (drft, "w")) == NULL)
- adios (drft, "unable to create");
+ if ((out = fopen(drft, "w")) == NULL)
+ adios(drft, "unable to create");
umask(mask);
/* get new format string */
- cp = new_fs (form, NULL, NULL);
- format_len = strlen (cp);
+ cp = new_fs(form, NULL, NULL);
+ format_len = strlen(cp);
/* compile format string */
- ncomps = fmt_compile (cp, &fmt) + 1;
+ ncomps = fmt_compile(cp, &fmt) + 1;
if (!(nxtbuf = compbuffers = (char **)
calloc((size_t) ncomps, sizeof(char *))))
- adios (NULL, "unable to allocate component buffers");
+ adios(NULL, "unable to allocate component buffers");
if (!(savecomp = used_buf = (struct comp **)
calloc((size_t) (ncomps+1), sizeof(struct comp *))))
- adios (NULL, "unable to allocate component buffer stack");
+ adios(NULL, "unable to allocate component buffer stack");
savecomp += ncomps + 1;
*--savecomp = NULL; /* point at zero'd end minus 1 */
tmpbuf = *nxtbuf++;
for (ap = addrcomps; *ap; ap++) {
- FINDCOMP (cptr, *ap);
+ FINDCOMP(cptr, *ap);
if (cptr)
cptr->c_type |= CT_ADDR;
}
/*
- * ignore any components killed by command line switches
- */
+ ** ignore any components killed by command line switches
+ */
if (!ccto) {
- FINDCOMP (cptr, "to");
+ FINDCOMP(cptr, "to");
if (cptr)
cptr->c_name = "";
}
if (!cccc) {
- FINDCOMP (cptr, "cc");
+ FINDCOMP(cptr, "cc");
if (cptr)
cptr->c_name = "";
}
- /* set up the "fcc" pseudo-component */
- if (fcc) {
- FINDCOMP (cptr, "fcc");
- if (cptr)
- cptr->c_text = getcpy (fcc);
- }
if ((cp = getenv("USER"))) {
- FINDCOMP (cptr, "user");
+ FINDCOMP(cptr, "user");
if (cptr)
cptr->c_text = getcpy(cp);
}
if (!ccme)
- ismymbox (NULL);
+ ismymbox(NULL);
/*
- * pick any interesting stuff out of msg "inb"
- */
+ ** pick any interesting stuff out of msg "inb"
+ */
for (state = FLD;;) {
- state = m_getfld (state, name, tmpbuf, SBUFSIZ, inb);
+ state = m_getfld(state, name, tmpbuf, SBUFSIZ, inb);
switch (state) {
- case FLD:
- case FLDPLUS:
- /*
- * if we're interested in this component,
- * save a pointer to the component text,
- * then start using our next free buffer
- * as the component temp buffer (buffer
- * switching saves an extra copy of the
- * component text).
- */
- if ((cptr = wantcomp[CHASH(name)]))
- do {
- if (!mh_strcasecmp(name, cptr->c_name)) {
- char_read += msg_count;
- if (! cptr->c_text) {
- i = strlen(cptr->c_text = tmpbuf) - 1;
- if (tmpbuf[i] == '\n')
- tmpbuf[i] = '\0';
- *--savecomp = cptr;
- tmpbuf = *nxtbuf++;
- } else {
- i = strlen (cp = cptr->c_text) - 1;
- if (cp[i] == '\n') {
- if (cptr->c_type & CT_ADDR) {
- cp[i] = '\0';
- cp = add (",\n\t", cp);
- } else {
- cp = add ("\t", cp);
- }
+ case FLD:
+ case FLDPLUS:
+ /*
+ ** if we're interested in this component, save
+ ** a pointer to the component text, then start
+ ** using our next free buffer as the component
+ ** temp buffer (buffer switching saves an extra
+ ** copy of the component text).
+ */
+ if ((cptr = wantcomp[CHASH(name)]))
+ do {
+ if (!mh_strcasecmp(name, cptr->c_name)) {
+ char_read += msg_count;
+ if (! cptr->c_text) {
+ i = strlen(cptr->c_text = tmpbuf) - 1;
+ if (tmpbuf[i] == '\n')
+ tmpbuf[i] = '\0';
+ *--savecomp = cptr;
+ tmpbuf = *nxtbuf++;
+ } else {
+ i = strlen(cp = cptr->c_text) - 1;
+ if (cp[i] == '\n') {
+ if (cptr->c_type & CT_ADDR) {
+ cp[i] = '\0';
+ cp = add(",\n\t", cp);
+ } else {
+ cp = add("\t", cp);
}
- cptr->c_text = add (tmpbuf, cp);
}
- while (state == FLDPLUS) {
- state = m_getfld (state, name, tmpbuf,
- SBUFSIZ, inb);
- cptr->c_text = add (tmpbuf, cptr->c_text);
- char_read += msg_count;
- }
- break;
+ cptr->c_text = add(tmpbuf, cp);
+ }
+ while (state == FLDPLUS) {
+ state = m_getfld(state, name, tmpbuf,
+ SBUFSIZ, inb);
+ cptr->c_text = add(tmpbuf, cptr->c_text);
+ char_read += msg_count;
}
- } while ((cptr = cptr->c_next));
+ break;
+ }
+ } while ((cptr = cptr->c_next));
- while (state == FLDPLUS)
- state = m_getfld (state, name, tmpbuf, SBUFSIZ, inb);
- break;
+ while (state == FLDPLUS)
+ state = m_getfld(state, name, tmpbuf,
+ SBUFSIZ, inb);
+ break;
- case LENERR:
- case FMTERR:
- case BODY:
- case FILEEOF:
- goto finished;
+ case LENERR:
+ case FMTERR:
+ case BODY:
+ case FILEEOF:
+ goto finished;
- default:
- adios (NULL, "m_getfld() returned %d", state);
+ default:
+ adios(NULL, "m_getfld() returned %d", state);
}
}
/*
- * format and output the header lines.
- */
+ ** format and output the header lines.
+ */
finished:
/*
- * if there's a "Subject" component, strip any "Re:"s off it
- */
- FINDCOMP (cptr, "subject")
+ ** if there's a "Subject" component, strip any "Re:"s off it
+ */
+ FINDCOMP(cptr, "subject")
if (cptr && (cp = cptr->c_text)) {
register char *sp = cp;
}
if (sp != cptr->c_text) {
cp = cptr->c_text;
- cptr->c_text = getcpy (sp);
- free (cp);
+ cptr->c_text = getcpy(sp);
+ free(cp);
}
}
i = format_len + char_read + 256;
- scanl = mh_xmalloc ((size_t) i + 2);
+ scanl = mh_xmalloc((size_t) i + 2);
dat[0] = 0;
dat[1] = 0;
dat[2] = 0;
- dat[3] = outputlinelen;
+ dat[3] = OUTPUTLINELEN;
dat[4] = 0;
- fmt_scan (fmt, scanl, i, dat);
- fputs (scanl, out);
+ fmt_scan(fmt, scanl, i, dat);
+ fputs(scanl, out);
if (badaddrs) {
- fputs ("\nrepl: bad addresses:\n", out);
- fputs ( badaddrs, out);
+ fputs("\nrepl: bad addresses:\n", out);
+ fputs( badaddrs, out);
}
- /*
- * Check if we should filter the message
- * or add mhbuild directives
- */
+ /* Check if we should filter the message */
if (filter) {
fflush(out);
- if (ferror (out))
- adios (drft, "error writing");
+ if (ferror(out))
+ adios(drft, "error writing");
- replfilter (inb, out, filter);
- } else if (mime && mp) {
- fprintf (out, "#forw [original message] +%s %s\n",
- mp->foldpath, m_name (mp->lowsel));
+ replfilter(inb, out, filter);
}
fflush(out);
- if (ferror (out))
- adios (drft, "error writing");
- fclose (out);
+ if (ferror(out))
+ adios(drft, "error writing");
+ fclose(out);
+
+ /* if we want mime, then add an attachment header */
+ if (!filter && mime && mp) {
+ char buffer[BUFSIZ];
+
+ snprintf(buffer, sizeof buffer, "+%s %s",
+ mp->foldpath, m_name(mp->lowsel));
+ annotate(drft, attach_hdr, buffer, 0, -2, 1);
+ }
/* return dynamically allocated buffers */
- free (scanl);
- for (nxtbuf = compbuffers, i = ncomps; (cptr = *savecomp++); nxtbuf++, i--)
- free (cptr->c_text); /* if not nxtbuf, nxtbuf already freed */
+ free(scanl);
+ for (nxtbuf = compbuffers, i = ncomps; (cptr = *savecomp++);
+ nxtbuf++, i--)
+ free(cptr->c_text); /* if not nxtbuf, nxtbuf already freed */
while ( i-- > 0)
- free (*nxtbuf++); /* free unused nxtbufs */
- free ((char *) compbuffers);
- free ((char *) used_buf);
+ free(*nxtbuf++); /* free unused nxtbufs */
+ free((char *) compbuffers);
+ free((char *) used_buf);
}
static char *buf; /* our current working buffer */
#define CPY(s) { cp = (s); while ((*dst++ = *cp++)) ; --dst; }
/*
- * check if there's enough room in buf for str.
- * add more mem if needed
- */
+** check if there's enough room in buf for str.
+** add more mem if needed
+*/
#define CHECKMEM(str) \
- if ((len = strlen (str)) >= bufend - dst) {\
+ if ((len = strlen(str)) >= bufend - dst) {\
int i = dst - buf;\
int n = last_dst - buf;\
bufsiz += ((dst + len - bufend) / BUFINCR + 1) * BUFINCR;\
- buf = mh_xrealloc (buf, bufsiz);\
+ buf = mh_xrealloc(buf, bufsiz);\
dst = buf + i;\
last_dst = buf + n;\
bufend = buf + bufsiz;\
/*
- * fmt_scan will call this routine if the user includes the function
- * "(formataddr {component})" in a format string. "orig" is the
- * original contents of the string register. "str" is the address
- * string to be formatted and concatenated onto orig. This routine
- * returns a pointer to the concatenated address string.
- *
- * We try to not do a lot of malloc/copy/free's (which is why we
- * don't call "getcpy") but still place no upper limit on the
- * length of the result string.
- */
+** fmt_scan will call this routine if the user includes the function
+** "(formataddr {component})" in a format string. "orig" is the
+** original contents of the string register. "str" is the address
+** string to be formatted and concatenated onto orig. This routine
+** returns a pointer to the concatenated address string.
+**
+** We try to not do a lot of malloc/copy/free's (which is why we
+** don't call "getcpy") but still place no upper limit on the
+** length of the result string.
+*/
char *
-formataddr (char *orig, char *str)
+formataddr(char *orig, char *str)
{
register int len;
char baddr[BUFSIZ], error[BUFSIZ];
/* if we don't have a buffer yet, get one */
if (bufsiz == 0) {
- buf = mh_xmalloc (BUFINCR);
+ buf = mh_xmalloc(BUFINCR);
last_dst = buf; /* XXX */
bufsiz = BUFINCR - 6; /* leave some slop */
bufend = buf + bufsiz;
}
/*
- * If "orig" points to our buffer we can just pick up where we
- * left off. Otherwise we have to copy orig into our buffer.
- */
+ ** If "orig" points to our buffer we can just pick up where we
+ ** left off. Otherwise we have to copy orig into our buffer.
+ */
if (orig == buf)
dst = last_dst;
else if (!orig || !*orig) {
*dst = '\0';
} else {
dst = last_dst; /* XXX */
- CHECKMEM (orig);
- CPY (orig);
+ CHECKMEM(orig);
+ CPY(orig);
}
/* concatenate all the new addresses onto 'buf' */
- for (isgroup = 0; (cp = getname (str)); ) {
- if ((mp = getm (cp, dfhost, dftype, AD_NAME, error)) == NULL) {
- snprintf (baddr, sizeof(baddr), "\t%s -- %s\n", cp, error);
- badaddrs = add (baddr, badaddrs);
+ for (isgroup = 0; (cp = getname(str)); ) {
+ if ((mp = getm(cp, dfhost, dftype, AD_NAME, error)) == NULL) {
+ snprintf(baddr, sizeof(baddr), "\t%s -- %s\n",
+ cp, error);
+ badaddrs = add(baddr, badaddrs);
continue;
}
if (isgroup && (mp->m_gname || !mp->m_ingrp)) {
*dst++ = ';';
isgroup = 0;
}
- if (insert (mp)) {
+ if (insert(mp)) {
/* if we get here we're going to add an address */
if (dst != buf) {
*dst++ = ',';
*dst++ = ' ';
}
if (mp->m_gname) {
- CHECKMEM (mp->m_gname);
- CPY (mp->m_gname);
+ CHECKMEM(mp->m_gname);
+ CPY(mp->m_gname);
isgroup++;
}
- sp = adrformat (mp);
- CHECKMEM (sp);
- CPY (sp);
+ sp = adrformat(mp);
+ CHECKMEM(sp);
+ CPY(sp);
}
}
static int
-insert (struct mailname *np)
+insert(struct mailname *np)
{
char buffer[BUFSIZ];
register struct mailname *mp;
return 0;
for (mp = &mq; mp->m_next; mp = mp->m_next) {
- if (!mh_strcasecmp (np->m_host, mp->m_next->m_host)
- && !mh_strcasecmp (np->m_mbox, mp->m_next->m_mbox))
+ if (!mh_strcasecmp(np->m_host, mp->m_next->m_host) &&
+ !mh_strcasecmp(np->m_mbox, mp->m_next->m_mbox))
return 0;
}
- if (!ccme && ismymbox (np))
+ if (!ccme && ismymbox(np))
return 0;
if (querysw) {
- snprintf (buffer, sizeof(buffer), "Reply to %s? ", adrformat (np));
- if (!gans (buffer, anoyes))
+ snprintf(buffer, sizeof(buffer), "Reply to %s? ",
+ adrformat(np));
+ if (!gans(buffer, anoyes))
return 0;
}
mp->m_next = np;
#ifdef ISI
- if (ismymbox (np))
+ if (ismymbox(np))
ccme = 0;
#endif
/*
- * Call the mhlproc
- *
- * This function expects that argument out has been fflushed by the caller.
- */
+** Call the mhlproc
+**
+** This function expects that argument out has been fflushed by the caller.
+*/
static void
-replfilter (FILE *in, FILE *out, char *filter)
+replfilter(FILE *in, FILE *out, char *filter)
{
int pid;
char *mhl;
if (filter == NULL)
return;
- if (access (filter, R_OK) == NOTOK)
- adios (filter, "unable to read");
-
- mhl = r1bindex (mhlproc, '/');
-
- rewind (in);
- lseek (fileno(in), (off_t) 0, SEEK_SET);
-
- switch (pid = vfork ()) {
- case NOTOK:
- adios ("fork", "unable to");
-
- case OK:
- dup2 (fileno (in), fileno (stdin));
- dup2 (fileno (out), fileno (stdout));
- closefds (3);
-
- execlp (mhlproc, mhl, "-form", filter, "-noclear", NULL);
- errstr = strerror(errno);
- write(2, "unable to exec ", 15);
- write(2, mhlproc, strlen(mhlproc));
- write(2, ": ", 2);
- write(2, errstr, strlen(errstr));
- write(2, "\n", 1);
- _exit (-1);
-
- default:
- if (pidXwait (pid, mhl))
- done (1);
- fseek (out, 0L, SEEK_END);
- break;
+ if (access(filter, R_OK) == NOTOK)
+ adios(filter, "unable to read");
+
+ mhl = mhbasename(mhlproc);
+
+ rewind(in);
+ lseek(fileno(in), (off_t) 0, SEEK_SET);
+
+ switch (pid = fork()) {
+ case NOTOK:
+ adios("fork", "unable to");
+
+ case OK:
+ dup2(fileno(in), fileno(stdin));
+ dup2(fileno(out), fileno(stdout));
+ closefds(3);
+
+ execlp(mhlproc, mhl, "-form", filter, "-noclear", NULL);
+ errstr = strerror(errno);
+ write(2, "unable to exec ", 15);
+ write(2, mhlproc, strlen(mhlproc));
+ write(2, ": ", 2);
+ write(2, errstr, strlen(errstr));
+ write(2, "\n", 1);
+ _exit(-1);
+
+ default:
+ if (pidXwait(pid, mhl))
+ done(1);
+ fseek(out, 0L, SEEK_END);
+ break;
}
}
projects / mmh / blobdiff