* Exim - an Internet mail transport agent *
*************************************************/
-/* Copyright (c) University of Cambridge 1995 - 2016 */
+/* Copyright (c) University of Cambridge 1995 - 2018 */
/* See the file NOTICE for conditions of use and distribution. */
/* The main code for delivering a message. */
#include "exim.h"
#include "transports/smtp.h"
+#include <sys/uio.h>
#include <assert.h>
+/*************************************************
+* read as much as requested *
+*************************************************/
+
+/* The syscall read(2) doesn't always returns as much as we want. For
+several reasons it might get less. (Not talking about signals, as syscalls
+are restartable). When reading from a network or pipe connection the sender
+might send in smaller chunks, with delays between these chunks. The read(2)
+may return such a chunk.
+
+The more the writer writes and the smaller the pipe between write and read is,
+the more we get the chance of reading leass than requested. (See bug 2130)
+
+This function read(2)s until we got all the data we *requested*.
+
+Note: This function may block. Use it only if you're sure about the
+amount of data you will get.
+
+Argument:
+ fd the file descriptor to read from
+ buffer pointer to a buffer of size len
+ len the requested(!) amount of bytes
+
+Returns: the amount of bytes read
+*/
+static ssize_t
+readn(int fd, void * buffer, size_t len)
+{
+ void * next = buffer;
+ void * end = buffer + len;
+
+ while (next < end)
+ {
+ ssize_t got = read(fd, next, end - next);
+
+ /* I'm not sure if there are signals that can interrupt us,
+ for now I assume the worst */
+ if (got == -1 && errno == EINTR) continue;
+ if (got <= 0) return next - buffer;
+ next += got;
+ }
+
+ return len;
+}
+
+
/*************************************************
* Make a new address item *
*************************************************/
fields on incoming lines only.
Arguments:
- s The log line buffer
- sizep Pointer to the buffer size
- ptrp Pointer to current index into buffer
+ g The log line
addr The address to be logged
Returns: New value for s
*/
-static uschar *
-d_log_interface(uschar *s, int *sizep, int *ptrp)
+static gstring *
+d_log_interface(gstring * g)
{
if (LOGGING(incoming_interface) && LOGGING(outgoing_interface)
&& sending_ip_address)
{
- s = string_append(s, sizep, ptrp, 2, US" I=[", sending_ip_address);
- s = LOGGING(outgoing_port)
- ? string_append(s, sizep, ptrp, 2, US"]:",
- string_sprintf("%d", sending_port))
- : string_catn(s, sizep, ptrp, US"]", 1);
+ g = string_append(g, 2, US" I=[", sending_ip_address);
+ g = LOGGING(outgoing_port)
+ ? string_append(g, 2, US"]:", string_sprintf("%d", sending_port))
+ : string_catn(g, US"]", 1);
}
-return s;
+return g;
}
-static uschar *
-d_hostlog(uschar * s, int * sp, int * pp, address_item * addr)
+static gstring *
+d_hostlog(gstring * g, address_item * addr)
{
host_item * h = addr->host_used;
-s = string_append(s, sp, pp, 2, US" H=", h->name);
+g = string_append(g, 2, US" H=", h->name);
if (LOGGING(dnssec) && h->dnssec == DS_YES)
- s = string_catn(s, sp, pp, US" DS", 3);
+ g = string_catn(g, US" DS", 3);
-s = string_append(s, sp, pp, 3, US" [", h->address, US"]");
+g = string_append(g, 3, US" [", h->address, US"]");
if (LOGGING(outgoing_port))
- s = string_append(s, sp, pp, 2, US":", string_sprintf("%d", h->port));
+ g = string_append(g, 2, US":", string_sprintf("%d", h->port));
#ifdef SUPPORT_SOCKS
if (LOGGING(proxy) && proxy_local_address)
{
- s = string_append(s, sp, pp, 3, US" PRX=[", proxy_local_address, US"]");
+ g = string_append(g, 3, US" PRX=[", proxy_local_address, US"]");
if (LOGGING(outgoing_port))
- s = string_append(s, sp, pp, 2, US":", string_sprintf("%d",
- proxy_local_port));
+ g = string_append(g, 2, US":", string_sprintf("%d", proxy_local_port));
}
#endif
-return d_log_interface(s, sp, pp);
+g = d_log_interface(g);
+
+if (testflag(addr, af_tcp_fastopen))
+ g = string_catn(g, US" TFO", 4);
+
+return g;
}
#ifdef SUPPORT_TLS
-static uschar *
-d_tlslog(uschar * s, int * sizep, int * ptrp, address_item * addr)
+static gstring *
+d_tlslog(gstring * s, address_item * addr)
{
if (LOGGING(tls_cipher) && addr->cipher)
- s = string_append(s, sizep, ptrp, 2, US" X=", addr->cipher);
+ s = string_append(s, 2, US" X=", addr->cipher);
if (LOGGING(tls_certificate_verified) && addr->cipher)
- s = string_append(s, sizep, ptrp, 2, US" CV=",
+ s = string_append(s, 2, US" CV=",
testflag(addr, af_cert_verified)
?
-#ifdef EXPERIMENTAL_DANE
+#ifdef SUPPORT_DANE
testflag(addr, af_dane_verified)
? "dane"
:
"yes"
: "no");
if (LOGGING(tls_peerdn) && addr->peerdn)
- s = string_append(s, sizep, ptrp, 3, US" DN=\"",
- string_printing(addr->peerdn), US"\"");
+ s = string_append(s, 3, US" DN=\"", string_printing(addr->peerdn), US"\"");
return s;
}
#endif
if (!(s = expand_string(action)) && *expand_string_message)
log_write(0, LOG_MAIN|LOG_PANIC,
"failed to expand event_action %s in %s: %s\n",
- event, transport_name, expand_string_message);
+ event, transport_name ? transport_name : US"main", expand_string_message);
event_name = event_data = NULL;
const uschar * save_address = deliver_host_address;
const int save_port = deliver_host_port;
-if (!addr->transport)
- return;
-
router_name = addr->router ? addr->router->name : NULL;
-transport_name = addr->transport->name;
deliver_domain = addr->domain;
deliver_localpart = addr->local_part;
deliver_host = addr->host_used ? addr->host_used->name : NULL;
-(void) event_raise(addr->transport->event_action, event,
- addr->host_used
- || Ustrcmp(addr->transport->driver_name, "smtp") == 0
- || Ustrcmp(addr->transport->driver_name, "lmtp") == 0
- ? addr->message : NULL);
+if (!addr->transport)
+ {
+ if (Ustrcmp(event, "msg:fail:delivery") == 0)
+ {
+ /* An address failed with no transport involved. This happens when
+ a filter was used which triggered a fail command (in such a case
+ a transport isn't needed). Convert it to an internal fail event. */
+
+ (void) event_raise(event_action, US"msg:fail:internal", addr->message);
+ }
+ }
+else
+ {
+ transport_name = addr->transport->name;
+
+ (void) event_raise(addr->transport->event_action, event,
+ addr->host_used
+ || Ustrcmp(addr->transport->driver_name, "smtp") == 0
+ || Ustrcmp(addr->transport->driver_name, "lmtp") == 0
+ || Ustrcmp(addr->transport->driver_name, "autoreply") == 0
+ ? addr->message : NULL);
+ }
deliver_host_port = save_port;
deliver_host_address = save_address;
Arguments:
addr the address being logged
yield the current dynamic buffer pointer
- sizeptr points to current size
- ptrptr points to current insert pointer
Returns: the new value of the buffer pointer
*/
-static uschar *
-string_get_localpart(address_item *addr, uschar *yield, int *sizeptr,
- int *ptrptr)
+static gstring *
+string_get_localpart(address_item * addr, gstring * yield)
{
uschar * s;
if (testflag(addr, af_utf8_downcvt))
s = string_localpart_utf8_to_alabel(s, NULL);
#endif
- yield = string_cat(yield, sizeptr, ptrptr, s);
+ yield = string_cat(yield, s);
}
s = addr->local_part;
if (testflag(addr, af_utf8_downcvt))
s = string_localpart_utf8_to_alabel(s, NULL);
#endif
-yield = string_cat(yield, sizeptr, ptrptr, s);
+yield = string_cat(yield, s);
s = addr->suffix;
if (testflag(addr, af_include_affixes) && s)
if (testflag(addr, af_utf8_downcvt))
s = string_localpart_utf8_to_alabel(s, NULL);
#endif
- yield = string_cat(yield, sizeptr, ptrptr, s);
+ yield = string_cat(yield, s);
}
return yield;
case, we include the affixes here too.
Arguments:
- str points to start of growing string, or NULL
- size points to current allocation for string
- ptr points to offset for append point; updated on exit
+ g points to growing-string struct
addr bottom (ultimate) address
all_parents if TRUE, include all parents
success TRUE for successful delivery
Returns: a growable string in dynamic store
*/
-static uschar *
-string_log_address(uschar * str, int * size, int * ptr,
+static gstring *
+string_log_address(gstring * g,
address_item *addr, BOOL all_parents, BOOL success)
{
BOOL add_topaddr = TRUE;
) )
{
if (testflag(addr, af_file) && addr->local_part[0] != '/')
- str = string_catn(str, size, ptr, CUS"save ", 5);
- str = string_get_localpart(addr, str, size, ptr);
+ g = string_catn(g, CUS"save ", 5);
+ g = string_get_localpart(addr, g);
}
/* Other deliveries start with the full address. It we have split it into local
else
{
- uschar * cmp = str + *ptr;
+ uschar * cmp = g->s + g->ptr;
if (addr->local_part)
{
const uschar * s;
- str = string_get_localpart(addr, str, size, ptr);
- str = string_catn(str, size, ptr, US"@", 1);
+ g = string_get_localpart(addr, g);
+ g = string_catn(g, US"@", 1);
s = addr->domain;
#ifdef SUPPORT_I18N
if (testflag(addr, af_utf8_downcvt))
s = string_localpart_utf8_to_alabel(s, NULL);
#endif
- str = string_cat(str, size, ptr, s);
+ g = string_cat(g, s);
}
else
- str = string_cat(str, size, ptr, addr->address);
+ g = string_cat(g, addr->address);
/* If the address we are going to print is the same as the top address,
and all parents are not being included, don't add on the top address. First
of all, do a caseless comparison; if this succeeds, do a caseful comparison
on the local parts. */
- str[*ptr] = 0;
+ string_from_gstring(g); /* ensure nul-terminated */
if ( strcmpic(cmp, topaddr->address) == 0
&& Ustrncmp(cmp, topaddr->address, Ustrchr(cmp, '@') - cmp) == 0
&& !addr->onetime_parent
address_item *addr2;
for (addr2 = addr->parent; addr2 != topaddr; addr2 = addr2->parent)
{
- str = string_catn(str, size, ptr, s, 2);
- str = string_cat (str, size, ptr, addr2->address);
+ g = string_catn(g, s, 2);
+ g = string_cat (g, addr2->address);
if (!all_parents) break;
s = US", ";
}
- str = string_catn(str, size, ptr, US")", 1);
+ g = string_catn(g, US")", 1);
}
/* Add the top address if it is required */
if (add_topaddr)
- str = string_append(str, size, ptr, 3,
+ g = string_append(g, 3,
US" <",
addr->onetime_parent ? addr->onetime_parent : topaddr->address,
US">");
-return str;
+return g;
}
-static uschar *
+uschar *
string_timediff(struct timeval * diff)
{
static uschar buf[sizeof("0.000s")];
if (diff->tv_sec >= 5 || !LOGGING(millisec))
return readconf_printtime((int)diff->tv_sec);
-sprintf(CS buf, "%d.%03ds", (int)diff->tv_sec, (int)diff->tv_usec/1000);
+sprintf(CS buf, "%u.%03us", (uint)diff->tv_sec, (uint)diff->tv_usec/1000);
return buf;
}
-static uschar *
+uschar *
string_timesince(struct timeval * then)
{
struct timeval diff;
void
delivery_log(int flags, address_item * addr, int logchar, uschar * msg)
{
-int size = 256; /* Used for a temporary, */
-int ptr = 0; /* expanding buffer, for */
-uschar * s; /* building log lines; */
+gstring * g; /* Used for a temporary, expanding buffer, for building log lines */
void * reset_point; /* released afterwards. */
/* Log the delivery on the main log. We use an extensible string to build up
lookup_dnssec_authenticated = NULL;
#endif
-s = reset_point = store_get(size);
+g = reset_point = string_get(256);
if (msg)
- s = string_append(s, &size, &ptr, 2, host_and_ident(TRUE), US" ");
+ g = string_append(g, 2, host_and_ident(TRUE), US" ");
else
{
- s[ptr++] = logchar;
- s = string_catn(s, &size, &ptr, US"> ", 2);
+ g->s[0] = logchar; g->ptr = 1;
+ g = string_catn(g, US"> ", 2);
}
-s = string_log_address(s, &size, &ptr, addr, LOGGING(all_parents), TRUE);
+g = string_log_address(g, addr, LOGGING(all_parents), TRUE);
if (LOGGING(sender_on_delivery) || msg)
- s = string_append(s, &size, &ptr, 3, US" F=<",
+ g = string_append(g, 3, US" F=<",
#ifdef SUPPORT_I18N
testflag(addr, af_utf8_downcvt)
? string_address_utf8_to_alabel(sender_address, NULL)
US">");
if (*queue_name)
- s = string_append(s, &size, &ptr, 2, US" Q=", queue_name);
+ g = string_append(g, 2, US" Q=", queue_name);
#ifdef EXPERIMENTAL_SRS
if(addr->prop.srs_sender)
- s = string_append(s, &size, &ptr, 3, US" SRS=<", addr->prop.srs_sender, US">");
+ g = string_append(g, 3, US" SRS=<", addr->prop.srs_sender, US">");
#endif
/* You might think that the return path must always be set for a successful
being run at all. */
if (used_return_path && LOGGING(return_path_on_delivery))
- s = string_append(s, &size, &ptr, 3, US" P=<", used_return_path, US">");
+ g = string_append(g, 3, US" P=<", used_return_path, US">");
if (msg)
- s = string_append(s, &size, &ptr, 2, US" ", msg);
+ g = string_append(g, 2, US" ", msg);
/* For a delivery from a system filter, there may not be a router */
if (addr->router)
- s = string_append(s, &size, &ptr, 2, US" R=", addr->router->name);
+ g = string_append(g, 2, US" R=", addr->router->name);
-s = string_append(s, &size, &ptr, 2, US" T=", addr->transport->name);
+g = string_append(g, 2, US" T=", addr->transport->name);
if (LOGGING(delivery_size))
- s = string_append(s, &size, &ptr, 2, US" S=",
+ g = string_append(g, 2, US" S=",
string_sprintf("%d", transport_count));
/* Local delivery */
if (addr->transport->info->local)
{
if (addr->host_list)
- s = string_append(s, &size, &ptr, 2, US" H=", addr->host_list->name);
- s = d_log_interface(s, &size, &ptr);
+ g = string_append(g, 2, US" H=", addr->host_list->name);
+ g = d_log_interface(g);
if (addr->shadow_message)
- s = string_cat(s, &size, &ptr, addr->shadow_message);
+ g = string_cat(g, addr->shadow_message);
}
/* Remote delivery */
{
if (addr->host_used)
{
- s = d_hostlog(s, &size, &ptr, addr);
+ g = d_hostlog(g, addr);
if (continue_sequence > 1)
- s = string_catn(s, &size, &ptr, US"*", 1);
+ g = string_catn(g, US"*", 1);
#ifndef DISABLE_EVENT
deliver_host_address = addr->host_used->address;
}
#ifdef SUPPORT_TLS
- s = d_tlslog(s, &size, &ptr, addr);
+ g = d_tlslog(g, addr);
#endif
if (addr->authenticator)
{
- s = string_append(s, &size, &ptr, 2, US" A=", addr->authenticator);
+ g = string_append(g, 2, US" A=", addr->authenticator);
if (addr->auth_id)
{
- s = string_append(s, &size, &ptr, 2, US":", addr->auth_id);
+ g = string_append(g, 2, US":", addr->auth_id);
if (LOGGING(smtp_mailauth) && addr->auth_sndr)
- s = string_append(s, &size, &ptr, 2, US":", addr->auth_sndr);
+ g = string_append(g, 2, US":", addr->auth_sndr);
}
}
+ if (LOGGING(pipelining) && testflag(addr, af_pipelining))
+ g = string_catn(g, US" L", 2);
+
#ifndef DISABLE_PRDR
- if (addr->flags & af_prdr_used)
- s = string_catn(s, &size, &ptr, US" PRDR", 5);
+ if (testflag(addr, af_prdr_used))
+ g = string_catn(g, US" PRDR", 5);
#endif
- if (addr->flags & af_chunking_used)
- s = string_catn(s, &size, &ptr, US" K", 2);
+ if (testflag(addr, af_chunking_used))
+ g = string_catn(g, US" K", 2);
}
/* confirmation message (SMTP (host_used) and LMTP (driver_name)) */
}
*p++ = '\"';
*p = 0;
- s = string_append(s, &size, &ptr, 2, US" C=", big_buffer);
+ g = string_append(g, 2, US" C=", big_buffer);
}
/* Time on queue and actual time taken to deliver */
if (LOGGING(queue_time))
- s = string_append(s, &size, &ptr, 2, US" QT=",
+ g = string_append(g, 2, US" QT=",
string_timesince(&received_time));
if (LOGGING(deliver_time))
{
- struct timeval diff = {addr->more_errno, addr->delivery_usec};
- s = string_append(s, &size, &ptr, 2, US" DT=", string_timediff(&diff));
+ struct timeval diff = {.tv_sec = addr->more_errno, .tv_usec = addr->delivery_usec};
+ g = string_append(g, 2, US" DT=", string_timediff(&diff));
}
/* string_cat() always leaves room for the terminator. Release the
store we used to build the line after writing it. */
-s[ptr] = 0;
-log_write(0, flags, "%s", s);
+log_write(0, flags, "%s", string_from_gstring(g));
#ifndef DISABLE_EVENT
if (!msg) msg_event_raise(US"msg:delivery", addr);
deferral_log(address_item * addr, uschar * now,
int logflags, uschar * driver_name, uschar * driver_kind)
{
-int size = 256; /* Used for a temporary, */
-int ptr = 0; /* expanding buffer, for */
-uschar * s; /* building log lines; */
-void * reset_point; /* released afterwards. */
-
-uschar ss[32];
+gstring * g;
+void * reset_point;
/* Build up the line that is used for both the message log and the main
log. */
-s = reset_point = store_get(size);
+g = reset_point = string_get(256);
/* Create the address string for logging. Must not do this earlier, because
an OK result may be changed to FAIL when a pipe returns text. */
-s = string_log_address(s, &size, &ptr, addr, LOGGING(all_parents), FALSE);
+g = string_log_address(g, addr, LOGGING(all_parents), FALSE);
if (*queue_name)
- s = string_append(s, &size, &ptr, 2, US" Q=", queue_name);
+ g = string_append(g, 2, US" Q=", queue_name);
/* Either driver_name contains something and driver_kind contains
" router" or " transport" (note the leading space), or driver_name is
if (driver_name)
{
if (driver_kind[1] == 't' && addr->router)
- s = string_append(s, &size, &ptr, 2, US" R=", addr->router->name);
- Ustrcpy(ss, " ?=");
- ss[1] = toupper(driver_kind[1]);
- s = string_append(s, &size, &ptr, 2, ss, driver_name);
+ g = string_append(g, 2, US" R=", addr->router->name);
+ g = string_cat(g, string_sprintf(" %c=%s", toupper(driver_kind[1]), driver_name));
}
else if (driver_kind)
- s = string_append(s, &size, &ptr, 2, US" ", driver_kind);
+ g = string_append(g, 2, US" ", driver_kind);
/*XXX need an s+s+p sprintf */
-sprintf(CS ss, " defer (%d)", addr->basic_errno);
-s = string_cat(s, &size, &ptr, ss);
+g = string_cat(g, string_sprintf(" defer (%d)", addr->basic_errno));
if (addr->basic_errno > 0)
- s = string_append(s, &size, &ptr, 2, US": ",
+ g = string_append(g, 2, US": ",
US strerror(addr->basic_errno));
if (addr->host_used)
{
- s = string_append(s, &size, &ptr, 5,
+ g = string_append(g, 5,
US" H=", addr->host_used->name,
US" [", addr->host_used->address, US"]");
if (LOGGING(outgoing_port))
{
int port = addr->host_used->port;
- s = string_append(s, &size, &ptr, 2,
+ g = string_append(g, 2,
US":", port == PORT_NONE ? US"25" : string_sprintf("%d", port));
}
}
if (addr->message)
- s = string_append(s, &size, &ptr, 2, US": ", addr->message);
+ g = string_append(g, 2, US": ", addr->message);
-s[ptr] = 0;
+(void) string_from_gstring(g);
/* Log the deferment in the message log, but don't clutter it
up with retry-time defers after the first delivery attempt. */
-if (deliver_firsttime || addr->basic_errno > ERRNO_RETRY_BASE)
- deliver_msglog("%s %s\n", now, s);
+if (f.deliver_firsttime || addr->basic_errno > ERRNO_RETRY_BASE)
+ deliver_msglog("%s %s\n", now, g->s);
/* Write the main log and reset the store.
For errors of the type "retry time not reached" (also remotes skipped
log_write(addr->basic_errno <= ERRNO_RETRY_BASE ? L_retry_defer : 0, logflags,
- "== %s", s);
+ "== %s", g->s);
store_reset(reset_point);
return;
static void
failure_log(address_item * addr, uschar * driver_kind, uschar * now)
{
-int size = 256; /* Used for a temporary, */
-int ptr = 0; /* expanding buffer, for */
-uschar * s; /* building log lines; */
-void * reset_point; /* released afterwards. */
+void * reset_point;
+gstring * g = reset_point = string_get(256);
-/* Build up the log line for the message and main logs */
+#ifndef DISABLE_EVENT
+/* Message failures for which we will send a DSN get their event raised
+later so avoid doing it here. */
+
+if ( !addr->prop.ignore_error
+ && !(addr->dsn_flags & (rf_dsnflags & ~rf_notify_failure))
+ )
+ msg_event_raise(US"msg:fail:delivery", addr);
+#endif
-s = reset_point = store_get(size);
+/* Build up the log line for the message and main logs */
/* Create the address string for logging. Must not do this earlier, because
an OK result may be changed to FAIL when a pipe returns text. */
-s = string_log_address(s, &size, &ptr, addr, LOGGING(all_parents), FALSE);
+g = string_log_address(g, addr, LOGGING(all_parents), FALSE);
if (LOGGING(sender_on_delivery))
- s = string_append(s, &size, &ptr, 3, US" F=<", sender_address, US">");
+ g = string_append(g, 3, US" F=<", sender_address, US">");
if (*queue_name)
- s = string_append(s, &size, &ptr, 2, US" Q=", queue_name);
+ g = string_append(g, 2, US" Q=", queue_name);
/* Return path may not be set if no delivery actually happened */
if (used_return_path && LOGGING(return_path_on_delivery))
- s = string_append(s, &size, &ptr, 3, US" P=<", used_return_path, US">");
+ g = string_append(g, 3, US" P=<", used_return_path, US">");
if (addr->router)
- s = string_append(s, &size, &ptr, 2, US" R=", addr->router->name);
+ g = string_append(g, 2, US" R=", addr->router->name);
if (addr->transport)
- s = string_append(s, &size, &ptr, 2, US" T=", addr->transport->name);
+ g = string_append(g, 2, US" T=", addr->transport->name);
if (addr->host_used)
- s = d_hostlog(s, &size, &ptr, addr);
+ g = d_hostlog(g, addr);
#ifdef SUPPORT_TLS
-s = d_tlslog(s, &size, &ptr, addr);
+g = d_tlslog(g, addr);
#endif
if (addr->basic_errno > 0)
- s = string_append(s, &size, &ptr, 2, US": ", US strerror(addr->basic_errno));
+ g = string_append(g, 2, US": ", US strerror(addr->basic_errno));
if (addr->message)
- s = string_append(s, &size, &ptr, 2, US": ", addr->message);
+ g = string_append(g, 2, US": ", addr->message);
-s[ptr] = 0;
+(void) string_from_gstring(g);
/* Do the logging. For the message log, "routing failed" for those cases,
just to make it clearer. */
if (driver_kind)
- deliver_msglog("%s %s failed for %s\n", now, driver_kind, s);
+ deliver_msglog("%s %s failed for %s\n", now, driver_kind, g->s);
else
- deliver_msglog("%s %s\n", now, s);
-
-log_write(0, LOG_MAIN, "** %s", s);
+ deliver_msglog("%s %s\n", now, g->s);
-#ifndef DISABLE_EVENT
-msg_event_raise(US"msg:fail:delivery", addr);
-#endif
+log_write(0, LOG_MAIN, "** %s", g->s);
store_reset(reset_point);
return;
/* Set up driver kind and name for logging. Disable logging if the router or
transport has disabled it. */
-if (driver_type == DTYPE_TRANSPORT)
+if (driver_type == EXIM_DTYPE_TRANSPORT)
{
if (addr->transport)
{
driver_name = addr->transport->name;
driver_kind = US" transport";
- disable_logging = addr->transport->disable_logging;
+ f.disable_logging = addr->transport->disable_logging;
}
else driver_kind = US"transporting";
}
-else if (driver_type == DTYPE_ROUTER)
+else if (driver_type == EXIM_DTYPE_ROUTER)
{
if (addr->router)
{
driver_name = addr->router->name;
driver_kind = US" router";
- disable_logging = addr->router->disable_logging;
+ f.disable_logging = addr->router->disable_logging;
}
else driver_kind = US"routing";
}
log_write(0, LOG_MAIN, "<%s>: %s transport output: %s",
addr->address, tb->name, sp);
}
- (void)fclose(f);
+ (void)fclose(f);
}
/* Handle returning options, but only if there is an address to return
tls_out.cipher = addr->cipher;
tls_out.peerdn = addr->peerdn;
tls_out.ocsp = addr->ocsp;
-# ifdef EXPERIMENTAL_DANE
+# ifdef SUPPORT_DANE
tls_out.dane_verified = testflag(addr, af_dane_verified);
# endif
#endif
tls_out.cipher = NULL;
tls_out.peerdn = NULL;
tls_out.ocsp = OCSP_NOT_REQ;
-# ifdef EXPERIMENTAL_DANE
+# ifdef SUPPORT_DANE
tls_out.dane_verified = FALSE;
# endif
#endif
if (addr->special_action == SPECIAL_FREEZE)
{
- deliver_freeze = TRUE;
+ f.deliver_freeze = TRUE;
deliver_frozen_at = time(NULL);
update_spool = TRUE;
}
/* If doing a 2-stage queue run, we skip writing to either the message
log or the main log for SMTP defers. */
- if (!queue_2stage || addr->basic_errno != 0)
+ if (!f.queue_2stage || addr->basic_errno != 0)
deferral_log(addr, now, logflags, driver_name, driver_kind);
}
later (with a log entry). */
if (!*sender_address && message_age >= ignore_bounce_errors_after)
- setflag(addr, af_ignore_error);
+ addr->prop.ignore_error = TRUE;
/* Freeze the message if requested, or if this is a bounce message (or other
message with null sender) and this address does not have its own errors
to ignore occurs later, instead of sending a message. Logging of freezing
occurs later, just before writing the -H file. */
- if ( !testflag(addr, af_ignore_error)
+ if ( !addr->prop.ignore_error
&& ( addr->special_action == SPECIAL_FREEZE
|| (sender_address[0] == 0 && !addr->prop.errors_address)
) )
{
frozen_info = addr->special_action == SPECIAL_FREEZE
? US""
- : sender_local && !local_error_message
+ : f.sender_local && !f.local_error_message
? US" (message created with -f <>)"
: US" (delivery error message)";
- deliver_freeze = TRUE;
+ f.deliver_freeze = TRUE;
deliver_frozen_at = time(NULL);
update_spool = TRUE;
/* Ensure logging is turned on again in all cases */
-disable_logging = FALSE;
+f.disable_logging = FALSE;
}
uschar *new_return_path = expand_string(tp->return_path);
if (!new_return_path)
{
- if (!expand_string_forcedfail)
+ if (!f.expand_string_forcedfail)
{
common_error(TRUE, addr, ERRNO_EXPANDFAIL,
US"Failed to expand return path \"%s\" in %s transport: %s",
addr->return_filename =
spool_fname(US"msglog", message_subdir, message_id,
string_sprintf("-%d-%d", getpid(), return_count++));
-
+
if ((addr->return_file = open_msglog_file(addr->return_filename, 0400, &error)) < 0)
{
common_error(TRUE, addr, errno, US"Unable to %s file for %s transport "
/* In the test harness, wait just a bit to let the subprocess finish off
any debug output etc first. */
- if (running_in_test_harness) millisleep(300);
+ if (f.running_in_test_harness) millisleep(300);
DEBUG(D_deliver) debug_printf("journalling %s", big_buffer);
len = Ustrlen(big_buffer);
next = addr->next;
addr->message = US"concurrency limit reached for transport";
addr->basic_errno = ERRNO_TRETRY;
- post_process_one(addr, DEFER, LOG_MAIN, DTYPE_TRANSPORT, 0);
+ post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_TRANSPORT, 0);
} while ((addr = next));
return TRUE;
}
struct timeval deliver_time;
address_item *addr2, *addr3, *nextaddr;
int logflags = LOG_MAIN;
- int logchar = dont_deliver? '*' : '=';
+ int logchar = f.dont_deliver? '*' : '=';
transport_instance *tp;
uschar * serialize_key = NULL;
if (!(tp = addr->transport))
{
logflags |= LOG_PANIC;
- disable_logging = FALSE; /* Jic */
+ f.disable_logging = FALSE; /* Jic */
addr->message = addr->router
? string_sprintf("No transport set by %s router", addr->router->name)
: string_sprintf("No transport set by system filter");
- post_process_one(addr, DEFER, logflags, DTYPE_TRANSPORT, 0);
+ post_process_one(addr, DEFER, logflags, EXIM_DTYPE_TRANSPORT, 0);
continue;
}
/* There are weird cases where logging is disabled */
- disable_logging = tp->disable_logging;
+ f.disable_logging = tp->disable_logging;
/* Check for batched addresses and possible amalgamation. Skip all the work
if either batch_max <= 1 or there aren't any other addresses for local
BOOL ok =
tp == next->transport
&& !previously_transported(next, TRUE)
- && (addr->flags & (af_pfr|af_file)) == (next->flags & (af_pfr|af_file))
+ && testflag(addr, af_pfr) == testflag(next, af_pfr)
+ && testflag(addr, af_file) == testflag(next, af_file)
&& (!uses_lp || Ustrcmp(next->local_part, addr->local_part) == 0)
&& (!uses_dom || Ustrcmp(next->domain, addr->domain) == 0)
&& same_strings(next->prop.errors_address, addr->prop.errors_address)
while (addr)
{
addr2 = addr->next;
- post_process_one(addr, rc, logflags, DTYPE_TRANSPORT, 0);
+ post_process_one(addr, rc, logflags, EXIM_DTYPE_TRANSPORT, 0);
addr = addr2;
}
continue; /* With next batch of addresses */
retry_record->expired);
}
- if (queue_running && !deliver_force)
+ if (f.queue_running && !f.deliver_force)
{
ok = (now - retry_record->time_stamp > retry_data_expire)
|| (now >= retry_record->next_try)
this->basic_errno = ERRNO_LRETRY;
addr2 = addr3 ? (addr3->next = addr2->next)
: (addr = addr2->next);
- post_process_one(this, DEFER, logflags, DTYPE_TRANSPORT, 0);
+ post_process_one(this, DEFER, logflags, EXIM_DTYPE_TRANSPORT, 0);
}
}
do
{
addr = addr->next;
- post_process_one(addr, DEFER, logflags, DTYPE_TRANSPORT, 0);
+ post_process_one(addr, DEFER, logflags, EXIM_DTYPE_TRANSPORT, 0);
} while ((addr = addr2));
}
continue; /* Loop for the next set of addresses. */
addr2->more_errno = deliver_time.tv_sec;
addr2->delivery_usec = deliver_time.tv_usec;
}
- post_process_one(addr2, result, logflags, DTYPE_TRANSPORT, logchar);
+ post_process_one(addr2, result, logflags, EXIM_DTYPE_TRANSPORT, logchar);
/* If a pipe delivery generated text to be sent back, the result may be
changed to FAIL, and we must copy this for subsequent addresses in the
often bigger) so even if we are reading while the subprocess is still going, we
should never have only a partial item in the buffer.
+hs12: This assumption is not true anymore, since we got quit large items (certificate
+information and such)
+
Argument:
poffset the offset of the parlist item
eop TRUE if the process has completed
address_item *addr = p->addr;
pid_t pid = p->pid;
int fd = p->fd;
-uschar *endptr = big_buffer;
-uschar *ptr = endptr;
+
uschar *msg = p->msg;
BOOL done = p->done;
-BOOL finished = FALSE;
-/* minimum size to read is header size including id, subid and length */
-int required = PIPE_HEADER_SIZE;
/* Loop through all items, reading from the pipe when necessary. The pipe
-is set up to be non-blocking, but there are two different Unix mechanisms in
-use. Exim uses O_NONBLOCK if it is defined. This returns 0 for end of file,
-and EAGAIN for no more data. If O_NONBLOCK is not defined, Exim uses O_NDELAY,
-which returns 0 for both end of file and no more data. We distinguish the
-two cases by taking 0 as end of file only when we know the process has
-completed.
-
-Each separate item is written to the pipe in a single write(), and as they are
-all short items, the writes will all be atomic and we should never find
-ourselves in the position of having read an incomplete item. "Short" in this
-case can mean up to about 1K in the case when there is a long error message
-associated with an address. */
+used to be non-blocking. But I do not see a reason for using non-blocking I/O
+here, as the preceding select() tells us, if data is available for reading.
-DEBUG(D_deliver) debug_printf("reading pipe for subprocess %d (%s)\n",
- (int)p->pid, eop? "ended" : "not ended");
-
-while (!done)
- {
- retry_item *r, **rp;
- int remaining = endptr - ptr;
- uschar header[PIPE_HEADER_SIZE + 1];
- uschar id, subid;
- uschar *endc;
-
- /* Read (first time) or top up the chars in the buffer if necessary.
- There will be only one read if we get all the available data (i.e. don't
- fill the buffer completely). */
-
- if (remaining < required && !finished)
- {
- int len;
- int available = big_buffer_size - remaining;
-
- if (remaining > 0) memmove(big_buffer, ptr, remaining);
-
- ptr = big_buffer;
- endptr = big_buffer + remaining;
- len = read(fd, endptr, available);
+A read() on a "selected" handle should never block, but(!) it may return
+less data then we expected. (The buffer size we pass to read() shouldn't be
+understood as a "request", but as a "limit".)
- DEBUG(D_deliver) debug_printf("read() yielded %d\n", len);
+Each separate item is written to the pipe in a timely manner. But, especially for
+larger items, the read(2) may already return partial data from the write(2).
- /* If the result is EAGAIN and the process is not complete, just
- stop reading any more and process what we have already. */
+The write is atomic mostly (depending on the amount written), but atomic does
+not imply "all or noting", it just is "not intermixed" with other writes on the
+same channel (pipe).
- if (len < 0)
- {
- if (!eop && errno == EAGAIN) len = 0; else
- {
- msg = string_sprintf("failed to read pipe from transport process "
- "%d for transport %s: %s", pid, addr->transport->driver_name,
- strerror(errno));
- break;
- }
- }
-
- /* If the length is zero (eof or no-more-data), just process what we
- already have. Note that if the process is still running and we have
- read all the data in the pipe (but less that "available") then we
- won't read any more, as "finished" will get set. */
-
- endptr += len;
- remaining += len;
- finished = len != available;
- }
+*/
- /* If we are at the end of the available data, exit the loop. */
- if (ptr >= endptr) break;
+DEBUG(D_deliver) debug_printf("reading pipe for subprocess %d (%s)\n",
+ (int)p->pid, eop? "ended" : "not ended yet");
- /* copy and read header */
- memcpy(header, ptr, PIPE_HEADER_SIZE);
- header[PIPE_HEADER_SIZE] = '\0';
- id = header[0];
- subid = header[1];
- required = Ustrtol(header + 2, &endc, 10) + PIPE_HEADER_SIZE; /* header + data */
- if (*endc)
- {
- msg = string_sprintf("failed to read pipe from transport process "
- "%d for transport %s: error reading size from header", pid, addr->transport->driver_name);
+while (!done)
+ {
+ retry_item *r, **rp;
+ uschar pipeheader[PIPE_HEADER_SIZE+1];
+ uschar *id = &pipeheader[0];
+ uschar *subid = &pipeheader[1];
+ uschar *ptr = big_buffer;
+ size_t required = PIPE_HEADER_SIZE; /* first the pipehaeder, later the data */
+ ssize_t got;
+
+ DEBUG(D_deliver) debug_printf(
+ "expect %lu bytes (pipeheader) from tpt process %d\n", (u_long)required, pid);
+
+ /* We require(!) all the PIPE_HEADER_SIZE bytes here, as we know,
+ they're written in a timely manner, so waiting for the write shouldn't hurt a lot.
+ If we get less, we can assume the subprocess do be done and do not expect any further
+ information from it. */
+
+ if ((got = readn(fd, pipeheader, required)) != required)
+ {
+ msg = string_sprintf("got " SSIZE_T_FMT " of %d bytes (pipeheader) "
+ "from transport process %d for transport %s",
+ got, PIPE_HEADER_SIZE, pid, addr->transport->driver_name);
done = TRUE;
break;
}
+ pipeheader[PIPE_HEADER_SIZE] = '\0';
DEBUG(D_deliver)
- debug_printf("header read id:%c,subid:%c,size:%s,required:%d,remaining:%d,finished:%d\n",
- id, subid, header+2, required, remaining, finished);
+ debug_printf("got %ld bytes (pipeheader) from transport process %d\n",
+ (long) got, pid);
- /* is there room for the dataset we want to read ? */
- if (required > big_buffer_size - PIPE_HEADER_SIZE)
+ {
+ /* If we can't decode the pipeheader, the subprocess seems to have a
+ problem, we do not expect any furher information from it. */
+ char *endc;
+ required = Ustrtol(pipeheader+2, &endc, 10);
+ if (*endc)
{
- msg = string_sprintf("failed to read pipe from transport process "
- "%d for transport %s: big_buffer too small! required size=%d buffer size=%d", pid, addr->transport->driver_name,
- required, big_buffer_size - PIPE_HEADER_SIZE);
+ msg = string_sprintf("failed to read pipe "
+ "from transport process %d for transport %s: error decoding size from header",
+ pid, addr->transport->driver_name);
done = TRUE;
break;
}
+ }
- /* We wrote all datasets with atomic write() calls. Remaining < required only
- happens if big_buffer was too small to get all available data from pipe;
- finished has to be false as well. */
+ DEBUG(D_deliver)
+ debug_printf("expect %lu bytes (pipedata) from transport process %d\n",
+ (u_long)required, pid);
- if (remaining < required)
+ /* Same as above, the transport process will write the bytes announced
+ in a timely manner, so we can just wait for the bytes, getting less than expected
+ is considered a problem of the subprocess, we do not expect anything else from it. */
+ if ((got = readn(fd, big_buffer, required)) != required)
{
- if (!finished)
- continue;
- msg = string_sprintf("failed to read pipe from transport process "
- "%d for transport %s: required size=%d > remaining size=%d and finished=true",
- pid, addr->transport->driver_name, required, remaining);
+ msg = string_sprintf("got only " SSIZE_T_FMT " of " SIZE_T_FMT
+ " bytes (pipedata) from transport process %d for transport %s",
+ got, required, pid, addr->transport->driver_name);
done = TRUE;
break;
}
- /* Step past the header */
- ptr += PIPE_HEADER_SIZE;
-
/* Handle each possible type of item, assuming the complete item is
available in store. */
- switch (id)
+ switch (*id)
{
/* Host items exist only if any hosts were marked unusable. Match
up by checking the IP address. */
#ifdef SUPPORT_TLS
case 'X':
if (!addr) goto ADDR_MISMATCH; /* Below, in 'A' handler */
- switch (subid)
+ switch (*subid)
{
case '1':
addr->cipher = NULL;
#endif /*SUPPORT_TLS*/
case 'C': /* client authenticator information */
- switch (subid)
+ switch (*subid)
{
case '1': addr->authenticator = *ptr ? string_copy(ptr) : NULL; break;
case '2': addr->auth_id = *ptr ? string_copy(ptr) : NULL; break;
#ifndef DISABLE_PRDR
case 'P':
- addr->flags |= af_prdr_used;
+ setflag(addr, af_prdr_used);
break;
#endif
+ case 'L':
+ switch (*subid)
+ {
+ case 1: setflag(addr, af_pipelining); break;
+ }
+ break;
+
case 'K':
- addr->flags |= af_chunking_used;
+ setflag(addr, af_chunking_used);
+ break;
+
+ case 'T':
+ setflag(addr, af_tcp_fastopen_conn);
+ if (*subid > '0') setflag(addr, af_tcp_fastopen);
break;
case 'D':
break;
}
- switch (subid)
+ switch (*subid)
{
#ifdef SUPPORT_SOCKS
case '2': /* proxy information; must arrive before A0 and applies to that addr XXX oops*/
p->done = done;
/* If the process hadn't finished, and we haven't seen the end of the data
-or suffered a disaster, update the rest of the state, and return FALSE to
+or if we suffered a disaster, update the rest of the state, and return FALSE to
indicate "not finished". */
if (!eop && !done)
addr->transport_return = DEFER;
addr->special_action = SPECIAL_FREEZE;
addr->message = msg;
+ log_write(0, LOG_MAIN|LOG_PANIC, "Delivery status for %s: %s\n", addr->address, addr->message);
}
/* Return TRUE to indicate we have got all we need from this process, even
addr->transport_return = DEFER;
}
(void)post_process_one(addr, addr->transport_return, logflags,
- DTYPE_TRANSPORT, addr->special_action);
+ EXIM_DTYPE_TRANSPORT, addr->special_action);
}
/* Next address */
{
readycount--;
if (par_read_pipe(poffset, FALSE)) /* Finished with this pipe */
- {
for (;;) /* Loop for signals */
{
pid_t endedpid = waitpid(pid, &status, 0);
"%d (errno = %d) from waitpid() for process %d",
(int)endedpid, errno, (int)pid);
}
- }
}
}
}
}
-
-
-
static void
-rmt_dlv_checked_write(int fd, char id, char subid, void * buf, int size)
+rmt_dlv_checked_write(int fd, char id, char subid, void * buf, ssize_t size)
{
-uschar writebuffer[PIPE_HEADER_SIZE + BIG_BUFFER_SIZE];
-int header_length;
-int ret;
+uschar pipe_header[PIPE_HEADER_SIZE+1];
+size_t total_len = PIPE_HEADER_SIZE + size;
+
+struct iovec iov[2] = {
+ { pipe_header, PIPE_HEADER_SIZE }, /* indication about the data to expect */
+ { buf, size } /* *the* data */
+};
+
+ssize_t ret;
/* we assume that size can't get larger then BIG_BUFFER_SIZE which currently is set to 16k */
/* complain to log if someone tries with buffer sizes we can't handle*/
-if (size > 99999)
+if (size > BIG_BUFFER_SIZE-1)
{
log_write(0, LOG_MAIN|LOG_PANIC_DIE,
- "Failed writing transport result to pipe: can't handle buffers > 99999 bytes. truncating!\n");
- size = 99999;
+ "Failed writing transport result to pipe: can't handle buffers > %d bytes. truncating!\n",
+ BIG_BUFFER_SIZE-1);
+ size = BIG_BUFFER_SIZE;
}
-/* to keep the write() atomic we build header in writebuffer and copy buf behind */
-/* two write() calls would increase the complexity of reading from pipe */
+/* Should we check that we do not write more than PIPE_BUF? What would
+that help? */
/* convert size to human readable string prepended by id and subid */
-header_length = snprintf(CS writebuffer, PIPE_HEADER_SIZE+1, "%c%c%05d", id, subid, size);
-if (header_length != PIPE_HEADER_SIZE)
- {
+if (PIPE_HEADER_SIZE != snprintf(CS pipe_header, PIPE_HEADER_SIZE+1, "%c%c%05ld",
+ id, subid, (long)size))
log_write(0, LOG_MAIN|LOG_PANIC_DIE, "header snprintf failed\n");
- writebuffer[0] = '\0';
- }
-
-DEBUG(D_deliver) debug_printf("header write id:%c,subid:%c,size:%d,final:%s\n",
- id, subid, size, writebuffer);
-if (buf && size > 0)
- memcpy(writebuffer + PIPE_HEADER_SIZE, buf, size);
+DEBUG(D_deliver) debug_printf("header write id:%c,subid:%c,size:%ld,final:%s\n",
+ id, subid, (long)size, pipe_header);
-size += PIPE_HEADER_SIZE;
-if ((ret = write(fd, writebuffer, size)) != size)
- log_write(0, LOG_MAIN|LOG_PANIC_DIE, "Failed writing transport result to pipe: %s\n",
- ret == -1 ? strerror(errno) : "short write");
+if ((ret = writev(fd, iov, 2)) != total_len)
+ log_write(0, LOG_MAIN|LOG_PANIC_DIE,
+ "Failed writing transport result to pipe (%ld of %ld bytes): %s",
+ (long)ret, (long)total_len, ret == -1 ? strerror(errno) : "short write");
}
/*************************************************
if (!(tp = addr->transport))
{
- disable_logging = FALSE; /* Jic */
+ f.disable_logging = FALSE; /* Jic */
panicmsg = US"No transport set by router";
goto panic_continue;
}
uschar *new_return_path = expand_string(tp->return_path);
if (new_return_path)
return_path = new_return_path;
- else if (!expand_string_forcedfail)
+ else if (!f.expand_string_forcedfail)
{
panicmsg = string_sprintf("Failed to expand return path \"%s\": %s",
tp->return_path, expand_string_message);
treat it as if it is a continued connection (apart from the counter used
for the log line mark). */
- if (cutthrough.fd >= 0 && cutthrough.callout_hold_only)
+ if (cutthrough.cctx.sock >= 0 && cutthrough.callout_hold_only)
{
DEBUG(D_deliver)
debug_printf("lazy-callout-close: have conn still open from verification\n");
we must check that the continue host is on the list. Otherwise, the
host is set in the transport. */
- continue_more = FALSE; /* In case got set for the last lot */
+ f.continue_more = FALSE; /* In case got set for the last lot */
if (continue_transport)
{
BOOL ok = Ustrcmp(continue_transport, tp->name) == 0;
connected to is too hard to manage. Perhaps we need a finer-grain
interface to the transport. */
- for (next = addr_remote; next && !continue_more; next = next->next)
+ for (next = addr_remote; next && !f.continue_more; next = next->next)
{
host_item *h;
for (h = next->host_list; h; h = h->next)
if (Ustrcmp(h->name, continue_hostname) == 0)
- { continue_more = TRUE; break; }
+ { f.continue_more = TRUE; break; }
}
}
that it can use either of them, though it prefers O_NONBLOCK, which
distinguishes between EOF and no-more-data. */
+/* The data appears in a timely manner and we already did a select on
+all pipes, so I do not see a reason to use non-blocking IO here
+
#ifdef O_NONBLOCK
(void)fcntl(pfd[pipe_read], F_SETFL, O_NONBLOCK);
#else
(void)fcntl(pfd[pipe_read], F_SETFL, O_NDELAY);
#endif
+*/
/* If the maximum number of subprocesses already exist, wait for a process
to finish. If we ran out of file descriptors, parmax will have been reduced
search_tidyup();
+
if ((pid = fork()) == 0)
{
int fd = pfd[pipe_write];
host_item *h;
+ DEBUG(D_deliver) debug_selector |= D_pid; // hs12
/* Setting this global in the subprocess means we need never clear it */
transport_name = tp->name;
/* There are weird circumstances in which logging is disabled */
- disable_logging = tp->disable_logging;
+ f.disable_logging = tp->disable_logging;
/* Show pids on debug output if parallelism possible */
predictable settings for each delivery process, so do something explicit
here rather they rely on the fixed reset in the random number function. */
- random_seed = running_in_test_harness ? 42 + 2*delivery_count : 0;
+ random_seed = f.running_in_test_harness ? 42 + 2*delivery_count : 0;
/* Set close-on-exec on the pipe so that it doesn't get passed on to
a new process that may be forked to do another delivery down the same
/* The certificate verification status goes into the flags */
if (tls_out.certificate_verified) setflag(addr, af_cert_verified);
-#ifdef EXPERIMENTAL_DANE
+#ifdef SUPPORT_DANE
if (tls_out.dane_verified) setflag(addr, af_dane_verified);
#endif
}
#ifndef DISABLE_PRDR
- if (addr->flags & af_prdr_used)
+ if (testflag(addr, af_prdr_used))
rmt_dlv_checked_write(fd, 'P', '0', NULL, 0);
#endif
- if (addr->flags & af_chunking_used)
+ if (testflag(addr, af_pipelining))
+ rmt_dlv_checked_write(fd, 'L', '1', NULL, 0);
+
+ if (testflag(addr, af_chunking_used))
rmt_dlv_checked_write(fd, 'K', '0', NULL, 0);
+ if (testflag(addr, af_tcp_fastopen_conn))
+ rmt_dlv_checked_write(fd, 'T',
+ testflag(addr, af_tcp_fastopen) ? '1' : '0', NULL, 0);
+
memcpy(big_buffer, &addr->dsn_aware, sizeof(addr->dsn_aware));
rmt_dlv_checked_write(fd, 'D', '0', big_buffer, sizeof(addr->dsn_aware));
release its TLS library context (if any) as responsibility was passed to
the delivery child process. */
- if (cutthrough.fd >= 0 && cutthrough.callout_hold_only)
+ if (cutthrough.cctx.sock >= 0 && cutthrough.callout_hold_only)
{
#ifdef SUPPORT_TLS
- tls_close(FALSE, FALSE);
+ if (cutthrough.is_tls)
+ tls_close(cutthrough.cctx.tls_ctx, TLS_NO_SHUTDOWN);
#endif
- (void) close(cutthrough.fd);
+ (void) close(cutthrough.cctx.sock);
release_cutthrough_connection(US"passed to transport proc");
}
/* Fork failed; defer with error message */
- if (pid < 0)
+ if (pid == -1)
{
(void)close(pfd[pipe_read]);
panicmsg = string_sprintf("fork failed for remote delivery to %s: %s",
newly created process get going before we create another process. This should
ensure repeatability in the tests. We only need to wait a tad. */
- else if (running_in_test_harness) millisleep(500);
+ else if (f.running_in_test_harness) millisleep(500);
continue;
static uschar *
next_emf(FILE *f, uschar *which)
{
-int size = 256;
-int ptr = 0;
-uschar *para, *yield;
+uschar *yield;
+gstring * para;
uschar buffer[256];
if (!f) return NULL;
if (!Ufgets(buffer, sizeof(buffer), f) || Ustrcmp(buffer, "****\n") == 0)
return NULL;
-para = store_get(size);
+para = string_get(256);
for (;;)
{
- para = string_cat(para, &size, &ptr, buffer);
+ para = string_cat(para, buffer);
if (!Ufgets(buffer, sizeof(buffer), f) || Ustrcmp(buffer, "****\n") == 0)
break;
}
-para[ptr] = 0;
-
-if ((yield = expand_string(para)))
+if ((yield = expand_string(string_from_gstring(para))))
return yield;
log_write(0, LOG_MAIN|LOG_PANIC, "Failed to expand string from "
known to be a valid message id. */
Ustrcpy(message_id, id);
-deliver_force = forced;
+f.deliver_force = forced;
return_count = 0;
message_size = 0;
can happen, but in the default situation, unless forced, no delivery is
attempted. */
-if (deliver_freeze)
+if (f.deliver_freeze)
{
#ifdef SUPPORT_MOVE_FROZEN_MESSAGES
/* Moving to another directory removes the message from Exim's view. Other
|| auto_thaw <= 0
|| now <= deliver_frozen_at + auto_thaw
)
- && ( !forced || !deliver_force_thaw
- || !admin_user || continue_hostname
+ && ( !forced || !f.deliver_force_thaw
+ || !f.admin_user || continue_hostname
) )
{
(void)close(deliver_datafile);
if (forced)
{
- deliver_manual_thaw = TRUE;
+ f.deliver_manual_thaw = TRUE;
log_write(0, LOG_MAIN, "Unfrozen by forced delivery");
}
else log_write(0, LOG_MAIN, "Unfrozen by auto-thaw");
/* We get here if any of the rules for unfreezing have triggered. */
- deliver_freeze = FALSE;
+ f.deliver_freeze = FALSE;
update_spool = TRUE;
}
}
return_path = sender_address;
- enable_dollar_recipients = TRUE; /* Permit $recipients in system filter */
- system_filtering = TRUE;
+ f.enable_dollar_recipients = TRUE; /* Permit $recipients in system filter */
+ f.system_filtering = TRUE;
/* Any error in the filter file causes a delivery to be abandoned. */
/* Reset things. If the filter message is an empty string, which can happen
for a filter "fail" or "freeze" command with no text, reset it to NULL. */
- system_filtering = FALSE;
- enable_dollar_recipients = FALSE;
+ f.system_filtering = FALSE;
+ f.enable_dollar_recipients = FALSE;
if (filter_message && filter_message[0] == 0) filter_message = NULL;
/* Save the values of the system filter variables so that user filters
unset "delivered", which is forced by the "freeze" command to make -bF
work properly. */
- else if (rc == FF_FREEZE && !deliver_manual_thaw)
+ else if (rc == FF_FREEZE && !f.deliver_manual_thaw)
{
- deliver_freeze = TRUE;
+ f.deliver_freeze = TRUE;
deliver_frozen_at = time(NULL);
process_recipients = RECIP_DEFER;
frozen_info = string_sprintf(" by the system filter%s%s",
uschar *type;
p->uid = uid;
p->gid = gid;
- setflag(p, af_uid_set |
- af_gid_set |
- af_allow_file |
- af_allow_pipe |
- af_allow_reply);
+ setflag(p, af_uid_set);
+ setflag(p, af_gid_set);
+ setflag(p, af_allow_file);
+ setflag(p, af_allow_pipe);
+ setflag(p, af_allow_reply);
/* Find the name of the system filter's appropriate pfr transport */
p = p->next;
if (!addr_last) addr_new = p; else addr_last->next = p;
badp->local_part = badp->address; /* Needed for log line */
- post_process_one(badp, DEFER, LOG_MAIN|LOG_PANIC, DTYPE_ROUTER, 0);
+ post_process_one(badp, DEFER, LOG_MAIN|LOG_PANIC, EXIM_DTYPE_ROUTER, 0);
continue;
}
} /* End of pfr handling */
new->dsn_flags = r->dsn_flags & rf_dsnflags;
new->dsn_orcpt = r->orcpt;
DEBUG(D_deliver) debug_printf("DSN: set orcpt: %s flags: %d\n",
- new->dsn_orcpt, new->dsn_flags);
+ new->dsn_orcpt ? new->dsn_orcpt : US"", new->dsn_flags);
switch (process_recipients)
{
/* RECIP_DEFER is set when a system filter freezes a message. */
case RECIP_DEFER:
- new->next = addr_defer;
- addr_defer = new;
- break;
+ new->next = addr_defer;
+ addr_defer = new;
+ break;
/* RECIP_FAIL_FILTER is set when a system filter has obeyed a "fail"
command. */
case RECIP_FAIL_FILTER:
- new->message =
- filter_message ? filter_message : US"delivery cancelled";
- setflag(new, af_pass_message);
- goto RECIP_QUEUE_FAILED; /* below */
+ new->message =
+ filter_message ? filter_message : US"delivery cancelled";
+ setflag(new, af_pass_message);
+ goto RECIP_QUEUE_FAILED; /* below */
/* RECIP_FAIL_TIMEOUT is set when a message is frozen, but is older
been logged. */
case RECIP_FAIL_TIMEOUT:
- new->message = US"delivery cancelled; message timed out";
- goto RECIP_QUEUE_FAILED; /* below */
+ new->message = US"delivery cancelled; message timed out";
+ goto RECIP_QUEUE_FAILED; /* below */
/* RECIP_FAIL is set when -Mg has been used. */
case RECIP_FAIL:
- new->message = US"delivery cancelled by administrator";
- /* Fall through */
+ new->message = US"delivery cancelled by administrator";
+ /* Fall through */
/* Common code for the failure cases above. If this is not a bounce
message, put the address on the failed list so that it is used to
The incident has already been logged. */
RECIP_QUEUE_FAILED:
- if (sender_address[0] != 0)
- {
- new->next = addr_failed;
- addr_failed = new;
- }
+ if (sender_address[0])
+ {
+ new->next = addr_failed;
+ addr_failed = new;
+ }
break;
is a bounce message, it will get frozen. */
case RECIP_FAIL_LOOP:
- new->message = US"Too many \"Received\" headers - suspected mail loop";
- post_process_one(new, FAIL, LOG_MAIN, DTYPE_ROUTER, 0);
- break;
+ new->message = US"Too many \"Received\" headers - suspected mail loop";
+ post_process_one(new, FAIL, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
+ break;
/* Value should be RECIP_ACCEPT; take this as the safe default. */
default:
- if (!addr_new) addr_new = new; else addr_last->next = new;
- addr_last = new;
- break;
+ if (!addr_new) addr_new = new; else addr_last->next = new;
+ addr_last = new;
+ break;
}
#ifndef DISABLE_EVENT
{
uschar * save_local = deliver_localpart;
const uschar * save_domain = deliver_domain;
+ uschar * addr = new->address, * errmsg = NULL;
+ int start, end, dom;
- deliver_localpart = expand_string(
- string_sprintf("${local_part:%s}", new->address));
- deliver_domain = expand_string(
- string_sprintf("${domain:%s}", new->address));
+ if (!parse_extract_address(addr, &errmsg, &start, &end, &dom, TRUE))
+ log_write(0, LOG_MAIN|LOG_PANIC,
+ "failed to parse address '%.100s': %s\n", addr, errmsg);
+ else
+ {
+ deliver_localpart =
+ string_copyn(addr+start, dom ? (dom-1) - start : end - start);
+ deliver_domain = dom ? CUS string_copyn(addr+dom, end - dom) : CUS"";
- (void) event_raise(event_action,
- US"msg:fail:internal", new->message);
+ event_raise(event_action, US"msg:fail:internal", new->message);
- deliver_localpart = save_local;
- deliver_domain = save_domain;
+ deliver_localpart = save_local;
+ deliver_domain = save_domain;
+ }
}
#endif
}
. If new addresses have been generated by the routers, da capo.
*/
-header_rewritten = FALSE; /* No headers rewritten yet */
+f.header_rewritten = FALSE; /* No headers rewritten yet */
while (addr_new) /* Loop until all addresses dealt with */
{
address_item *addr, *parent;
addr->local_part = addr->address;
addr->message =
US"filter autoreply generated syntactically invalid recipient";
- setflag(addr, af_ignore_error);
- (void)post_process_one(addr, FAIL, LOG_MAIN, DTYPE_ROUTER, 0);
+ addr->prop.ignore_error = TRUE;
+ (void) post_process_one(addr, FAIL, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue; /* with the next new address */
}
{
addr->basic_errno = ERRNO_FORBIDFILE;
addr->message = US"delivery to file forbidden";
- (void)post_process_one(addr, FAIL, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, FAIL, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue; /* with the next new address */
}
}
{
addr->basic_errno = ERRNO_FORBIDPIPE;
addr->message = US"delivery to pipe forbidden";
- (void)post_process_one(addr, FAIL, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, FAIL, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue; /* with the next new address */
}
}
{
addr->basic_errno = ERRNO_FORBIDREPLY;
addr->message = US"autoreply forbidden";
- (void)post_process_one(addr, FAIL, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, FAIL, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue; /* with the next new address */
}
if (addr->basic_errno == ERRNO_BADTRANSPORT)
{
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue;
}
{
uschar *save = addr->transport->name;
addr->transport->name = US"**bypassed**";
- (void)post_process_one(addr, OK, LOG_MAIN, DTYPE_TRANSPORT, '=');
+ (void)post_process_one(addr, OK, LOG_MAIN, EXIM_DTYPE_TRANSPORT, '=');
addr->transport->name = save;
continue; /* with the next new address */
}
{
addr->message = US"cannot check percent_hack_domains";
addr->basic_errno = ERRNO_LISTDEFER;
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_NONE, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_NONE, 0);
continue;
}
addr->message = US"domain is held";
addr->basic_errno = ERRNO_HELD;
}
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_NONE, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_NONE, 0);
continue;
}
{
addr->message = US"reusing SMTP connection skips previous routing defer";
addr->basic_errno = ERRNO_RRETRY;
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
}
/* If we are in a queue run, defer routing unless there is no retry data or
which keep the retry record fresh, which can lead to us perpetually
deferring messages. */
- else if ( ( queue_running && !deliver_force
+ else if ( ( f.queue_running && !f.deliver_force
|| continue_hostname
)
&& ( ( domain_retry_record
{
addr->message = US"retry time not reached";
addr->basic_errno = ERRNO_RRETRY;
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
}
/* The domain is OK for routing. Remember if retry data exists so it
those domains. During queue runs, queue_domains is forced to be unset.
Optimize by skipping this pass through the addresses if nothing is set. */
- if (!deliver_force && queue_domains)
+ if (!f.deliver_force && queue_domains)
{
address_item *okaddr = NULL;
while (addr_route)
{
addr->basic_errno = ERRNO_LISTDEFER;
addr->message = US"queue_domains lookup deferred";
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
}
else
{
{
addr->basic_errno = ERRNO_QUEUE_DOMAIN;
addr->message = US"domain is in queue_domains";
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
}
}
if (rc != OK)
{
- (void)post_process_one(addr, rc, LOG_MAIN, DTYPE_ROUTER, 0);
+ (void)post_process_one(addr, rc, LOG_MAIN, EXIM_DTYPE_ROUTER, 0);
continue; /* route next address */
}
addr2->host_list = addr->host_list;
addr2->fallback_hosts = addr->fallback_hosts;
addr2->prop.errors_address = addr->prop.errors_address;
- copyflag(addr2, addr, af_hide_child | af_local_host_removed);
+ copyflag(addr2, addr, af_hide_child);
+ copyflag(addr2, addr, af_local_host_removed);
DEBUG(D_deliver|D_route)
- {
debug_printf(">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>\n"
"routing %s\n"
"Routing for %s copied from %s\n",
addr2->address, addr2->address, addr->address);
- }
}
}
} /* Continue with routing the next address. */
there is only address to be delivered - if it succeeds the spool write need not
happen. */
-if ( header_rewritten
+if ( f.header_rewritten
&& ( addr_local && (addr_local->next || addr_remote)
|| addr_remote && addr_remote->next
) )
{
/* Panic-dies on error */
(void)spool_write_header(message_id, SW_DELIVERING, NULL);
- header_rewritten = FALSE;
+ f.header_rewritten = FALSE;
}
if (journal_fd < 0)
{
uschar * fname = spool_fname(US"input", message_subdir, id, US"-J");
-
+
if ((journal_fd = Uopen(fname,
#ifdef O_CLOEXEC
O_CLOEXEC |
DEBUG(D_deliver|D_transport)
debug_printf(">>>>>>>>>>>>>>>> Local deliveries >>>>>>>>>>>>>>>>\n");
do_local_deliveries();
- disable_logging = FALSE;
+ f.disable_logging = FALSE;
}
/* If queue_run_local is set, we do not want to attempt any remote deliveries,
so just queue them all. */
-if (queue_run_local)
+if (f.queue_run_local)
while (addr_remote)
{
address_item *addr = addr_remote;
addr->next = NULL;
addr->basic_errno = ERRNO_LOCAL_ONLY;
addr->message = US"remote deliveries suppressed";
- (void)post_process_one(addr, DEFER, LOG_MAIN, DTYPE_TRANSPORT, 0);
+ (void)post_process_one(addr, DEFER, LOG_MAIN, EXIM_DTYPE_TRANSPORT, 0);
}
/* Handle remote deliveries */
if (remote_sort_domains) sort_remote_deliveries();
do_remote_deliveries(TRUE);
}
- disable_logging = FALSE;
+ f.disable_logging = FALSE;
}
updating of the database if the -N flag is set, which is a debugging thing that
prevents actual delivery. */
-else if (!dont_deliver)
+else if (!f.dont_deliver)
retry_update(&addr_defer, &addr_failed, &addr_succeed);
/* Send DSN for successful messages if requested */
"DSN: envid: %s ret: %d\n"
"DSN: Final recipient: %s\n"
"DSN: Remote SMTP server supports DSN: %d\n",
- addr_dsntmp->router->name,
+ addr_dsntmp->router ? addr_dsntmp->router->name : US"(unknown)",
addr_dsntmp->address,
sender_address,
- addr_dsntmp->dsn_orcpt, addr_dsntmp->dsn_flags,
- dsn_envid, dsn_ret,
+ addr_dsntmp->dsn_orcpt ? addr_dsntmp->dsn_orcpt : US"NULL",
+ addr_dsntmp->dsn_flags,
+ dsn_envid ? dsn_envid : US"NULL", dsn_ret,
addr_dsntmp->address,
addr_dsntmp->dsn_aware
);
if ( ( addr_dsntmp->dsn_aware != dsn_support_yes
|| addr_dsntmp->dsn_flags & rf_dsnlasthop
)
- && addr_dsntmp->dsn_flags & rf_dsnflags
&& addr_dsntmp->dsn_flags & rf_notify_success
)
{
addr_dsntmp = addr_dsntmp->next)
fprintf(f, "<%s> (relayed %s)\n\n",
addr_dsntmp->address,
- (addr_dsntmp->dsn_flags & rf_dsnlasthop) == 1
- ? "via non DSN router"
- : addr_dsntmp->dsn_aware == dsn_support_no
- ? "to non-DSN-aware mailer"
- : "via non \"Remote SMTP\" router"
+ addr_dsntmp->dsn_flags & rf_dsnlasthop ? "via non DSN router"
+ : addr_dsntmp->dsn_aware == dsn_support_no ? "to non-DSN-aware mailer"
+ : "via non \"Remote SMTP\" router"
);
fprintf(f, "--%s\n"
addr_dsntmp->host_used->name);
else
fprintf(f, "Diagnostic-Code: X-Exim; relayed via non %s router\n\n",
- (addr_dsntmp->dsn_flags & rf_dsnlasthop) == 1 ? "DSN" : "SMTP");
+ addr_dsntmp->dsn_flags & rf_dsnlasthop ? "DSN" : "SMTP");
}
fprintf(f, "--%s\nContent-type: text/rfc822-headers\n\n", bound);
/* There are weird cases when logging is disabled in the transport. However,
there may not be a transport (address failed by a router). */
- disable_logging = FALSE;
+ f.disable_logging = FALSE;
if (addr_failed->transport)
- disable_logging = addr_failed->transport->disable_logging;
+ f.disable_logging = addr_failed->transport->disable_logging;
DEBUG(D_deliver)
debug_printf("processing failed address %s\n", addr_failed->address);
if (sender_address[0] == 0 && !addr_failed->prop.errors_address)
{
if ( !testflag(addr_failed, af_retry_timedout)
- && !testflag(addr_failed, af_ignore_error))
- {
+ && !addr_failed->prop.ignore_error)
log_write(0, LOG_MAIN|LOG_PANIC, "internal error: bounce message "
"failure is neither frozen nor ignored (it's been ignored)");
- }
- setflag(addr_failed, af_ignore_error);
+
+ addr_failed->prop.ignore_error = TRUE;
}
/* If the first address on the list has af_ignore_error set, just remove
it from the list, throw away any saved message file, log it, and
mark the recipient done. */
- if ( testflag(addr_failed, af_ignore_error)
- || ( addr_failed->dsn_flags & rf_dsnflags
- && (addr_failed->dsn_flags & rf_notify_failure) != rf_notify_failure
- ) )
+ if ( addr_failed->prop.ignore_error
+ || addr_failed->dsn_flags & (rf_dsnflags & ~rf_notify_failure)
+ )
{
addr = addr_failed;
addr_failed = addr->next;
if (addr->return_filename) Uunlink(addr->return_filename);
+#ifndef DISABLE_EVENT
+ msg_event_raise(US"msg:fail:delivery", addr);
+#endif
log_write(0, LOG_MAIN, "%s%s%s%s: error ignored",
addr->address,
!addr->parent ? US"" : US" <",
int filecount = 0;
int rcount = 0;
uschar *bcc, *emf_text;
- FILE *f = fdopen(fd, "wb");
- FILE *emf = NULL;
+ FILE * fp = fdopen(fd, "wb");
+ FILE * emf = NULL;
BOOL to_sender = strcmpic(sender_address, bounce_recipient) == 0;
int max = (bounce_return_size_limit/DELIVER_IN_BUFFER_SIZE + 1) *
DELIVER_IN_BUFFER_SIZE;
if (testflag(addr, af_hide_child)) continue;
if (rcount >= 50)
{
- fprintf(f, "\n");
+ fprintf(fp, "\n");
rcount = 0;
}
- fprintf(f, "%s%s",
+ fprintf(fp, "%s%s",
rcount++ == 0
? "X-Failed-Recipients: "
: ",\n ",
? string_printing(addr->parent->address)
: string_printing(addr->address));
}
- if (rcount > 0) fprintf(f, "\n");
+ if (rcount > 0) fprintf(fp, "\n");
/* Output the standard headers */
if (errors_reply_to)
- fprintf(f, "Reply-To: %s\n", errors_reply_to);
- fprintf(f, "Auto-Submitted: auto-replied\n");
- moan_write_from(f);
- fprintf(f, "To: %s\n", bounce_recipient);
+ fprintf(fp, "Reply-To: %s\n", errors_reply_to);
+ fprintf(fp, "Auto-Submitted: auto-replied\n");
+ moan_write_from(fp);
+ fprintf(fp, "To: %s\n", bounce_recipient);
/* generate boundary string and output MIME-Headers */
bound = string_sprintf(TIME_T_FMT "-eximdsn-%d", time(NULL), rand());
- fprintf(f, "Content-Type: multipart/report;"
+ fprintf(fp, "Content-Type: multipart/report;"
" report-type=delivery-status; boundary=%s\n"
"MIME-Version: 1.0\n",
bound);
/* Quietly copy to configured additional addresses if required. */
if ((bcc = moan_check_errorcopy(bounce_recipient)))
- fprintf(f, "Bcc: %s\n", bcc);
+ fprintf(fp, "Bcc: %s\n", bcc);
/* The texts for the message can be read from a template file; if there
isn't one, or if it is too short, built-in texts are used. The first
emf text is a Subject: and any other headers. */
if ((emf_text = next_emf(emf, US"header")))
- fprintf(f, "%s\n", emf_text);
+ fprintf(fp, "%s\n", emf_text);
else
- fprintf(f, "Subject: Mail delivery failed%s\n\n",
+ fprintf(fp, "Subject: Mail delivery failed%s\n\n",
to_sender? ": returning message to sender" : "");
/* output human readable part as text/plain section */
- fprintf(f, "--%s\n"
+ fprintf(fp, "--%s\n"
"Content-type: text/plain; charset=us-ascii\n\n",
bound);
if ((emf_text = next_emf(emf, US"intro")))
- fprintf(f, "%s", CS emf_text);
+ fprintf(fp, "%s", CS emf_text);
else
{
- fprintf(f,
+ fprintf(fp,
/* This message has been reworded several times. It seems to be confusing to
somebody, however it is worded. I have retreated to the original, simple
wording. */
"This message was created automatically by mail delivery software.\n");
if (bounce_message_text)
- fprintf(f, "%s", CS bounce_message_text);
+ fprintf(fp, "%s", CS bounce_message_text);
if (to_sender)
- fprintf(f,
+ fprintf(fp,
"\nA message that you sent could not be delivered to one or more of its\n"
"recipients. This is a permanent error. The following address(es) failed:\n");
else
- fprintf(f,
+ fprintf(fp,
"\nA message sent by\n\n <%s>\n\n"
"could not be delivered to one or more of its recipients. The following\n"
"address(es) failed:\n", sender_address);
}
- fputc('\n', f);
+ fputc('\n', fp);
/* Process the addresses, leaving them on the msgchain if they have a
file name for a return message. (There has already been a check in
paddr = &msgchain;
for (addr = msgchain; addr; addr = *paddr)
{
- if (print_address_information(addr, f, US" ", US"\n ", US""))
- print_address_error(addr, f, US"");
+ if (print_address_information(addr, fp, US" ", US"\n ", US""))
+ print_address_error(addr, fp, US"");
/* End the final line for the address */
- fputc('\n', f);
+ fputc('\n', fp);
/* Leave on msgchain if there's a return file. */
}
}
- fputc('\n', f);
+ fputc('\n', fp);
/* Get the next text, whether we need it or not, so as to be
positioned for the one after. */
address_item *nextaddr;
if (emf_text)
- fprintf(f, "%s", CS emf_text);
+ fprintf(fp, "%s", CS emf_text);
else
- fprintf(f,
+ fprintf(fp,
"The following text was generated during the delivery "
"attempt%s:\n", (filecount > 1)? "s" : "");
/* List all the addresses that relate to this file */
- fputc('\n', f);
+ fputc('\n', fp);
while(addr) /* Insurance */
{
- print_address_information(addr, f, US"------ ", US"\n ",
+ print_address_information(addr, fp, US"------ ", US"\n ",
US" ------\n");
if (addr->return_filename) break;
addr = addr->next;
}
- fputc('\n', f);
+ fputc('\n', fp);
/* Now copy the file */
if (!(fm = Ufopen(addr->return_filename, "rb")))
- fprintf(f, " +++ Exim error... failed to open text file: %s\n",
+ fprintf(fp, " +++ Exim error... failed to open text file: %s\n",
strerror(errno));
else
{
- while ((ch = fgetc(fm)) != EOF) fputc(ch, f);
+ while ((ch = fgetc(fm)) != EOF) fputc(ch, fp);
(void)fclose(fm);
}
Uunlink(addr->return_filename);
addr->next = handled_addr;
handled_addr = topaddr;
}
- fputc('\n', f);
+ fputc('\n', fp);
}
/* output machine readable part */
#ifdef SUPPORT_I18N
if (message_smtputf8)
- fprintf(f, "--%s\n"
+ fprintf(fp, "--%s\n"
"Content-type: message/global-delivery-status\n\n"
"Reporting-MTA: dns; %s\n",
bound, smtp_active_hostname);
else
#endif
- fprintf(f, "--%s\n"
+ fprintf(fp, "--%s\n"
"Content-type: message/delivery-status\n\n"
"Reporting-MTA: dns; %s\n",
bound, smtp_active_hostname);
/* must be decoded from xtext: see RFC 3461:6.3a */
uschar *xdec_envid;
if (auth_xtextdecode(dsn_envid, &xdec_envid) > 0)
- fprintf(f, "Original-Envelope-ID: %s\n", dsn_envid);
+ fprintf(fp, "Original-Envelope-ID: %s\n", dsn_envid);
else
- fprintf(f, "X-Original-Envelope-ID: error decoding xtext formatted ENVID\n");
+ fprintf(fp, "X-Original-Envelope-ID: error decoding xtext formatted ENVID\n");
}
- fputc('\n', f);
+ fputc('\n', fp);
for (addr = handled_addr; addr; addr = addr->next)
{
host_item * hu;
- fprintf(f, "Action: failed\n"
+ fprintf(fp, "Action: failed\n"
"Final-Recipient: rfc822;%s\n"
"Status: 5.0.0\n",
addr->address);
if ((hu = addr->host_used) && hu->name)
{
- const uschar * s;
- fprintf(f, "Remote-MTA: dns; %s\n", hu->name);
+ fprintf(fp, "Remote-MTA: dns; %s\n", hu->name);
#ifdef EXPERIMENTAL_DSN_INFO
+ {
+ const uschar * s;
if (hu->address)
{
uschar * p = hu->port == 25
? US"" : string_sprintf(":%d", hu->port);
- fprintf(f, "Remote-MTA: X-ip; [%s]%s\n", hu->address, p);
+ fprintf(fp, "Remote-MTA: X-ip; [%s]%s\n", hu->address, p);
}
if ((s = addr->smtp_greeting) && *s)
- fprintf(f, "X-Remote-MTA-smtp-greeting: X-str; %s\n", s);
+ fprintf(fp, "X-Remote-MTA-smtp-greeting: X-str; %s\n", s);
if ((s = addr->helo_response) && *s)
- fprintf(f, "X-Remote-MTA-helo-response: X-str; %s\n", s);
+ fprintf(fp, "X-Remote-MTA-helo-response: X-str; %s\n", s);
if ((s = addr->message) && *s)
- fprintf(f, "X-Exim-Diagnostic: X-str; %s\n", s);
+ fprintf(fp, "X-Exim-Diagnostic: X-str; %s\n", s);
+ }
#endif
- print_dsn_diagnostic_code(addr, f);
+ print_dsn_diagnostic_code(addr, fp);
}
- fputc('\n', f);
+ fputc('\n', fp);
}
/* Now copy the message, trying to give an intelligible comment if
bounce_return_size_limit is always honored.
*/
- fprintf(f, "--%s\n", bound);
+ fprintf(fp, "--%s\n", bound);
dsnlimitmsg = US"X-Exim-DSN-Information: Due to administrative limits only headers are returned";
dsnnotifyhdr = NULL;
if (message_smtputf8)
fputs(topt & topt_no_body ? "Content-type: message/global-headers\n\n"
: "Content-type: message/global\n\n",
- f);
+ fp);
else
#endif
fputs(topt & topt_no_body ? "Content-type: text/rfc822-headers\n\n"
: "Content-type: message/rfc822\n\n",
- f);
+ fp);
- fflush(f);
+ fflush(fp);
transport_filter_argv = NULL; /* Just in case */
return_path = sender_address; /* In case not previously set */
{ /* Dummy transport for headers add */
transport_ctx tctx = {{0}};
transport_instance tb = {0};
- tctx.u.fd = fileno(f);
+ tctx.u.fd = fileno(fp);
tctx.tblock = &tb;
tctx.options = topt;
tb.add_headers = dsnnotifyhdr;
transport_write_message(&tctx, 0);
}
- fflush(f);
+ fflush(fp);
/* we never add the final text. close the file */
if (emf)
(void)fclose(emf);
- fprintf(f, "\n--%s--\n", bound);
+ fprintf(fp, "\n--%s--\n", bound);
/* Close the file, which should send an EOF to the child process
that is receiving the message. Wait for it to finish. */
- (void)fclose(f);
+ (void)fclose(fp);
rc = child_close(pid, 0); /* Waits for child to close, no timeout */
/* In the test harness, let the child do it's thing first. */
- if (running_in_test_harness) millisleep(500);
+ if (f.running_in_test_harness) millisleep(500);
/* If the process failed, there was some disaster in setting up the
error message. Unless the message is very old, ensure that addr_defer
if (now - received_time.tv_sec < retry_maximum_timeout && !addr_defer)
{
addr_defer = (address_item *)(+1);
- deliver_freeze = TRUE;
+ f.deliver_freeze = TRUE;
deliver_frozen_at = time(NULL);
/* Panic-dies on error */
(void)spool_write_header(message_id, SW_DELIVERING, NULL);
}
}
-disable_logging = FALSE; /* In case left set */
+f.disable_logging = FALSE; /* In case left set */
/* Come here from the mua_wrapper case if routing goes wrong */
/* Log the end of this message, with queue time if requested. */
if (LOGGING(queue_time_overall))
- log_write(0, LOG_MAIN, "Completed QT=%s",
- string_timesince(&received_time));
+ log_write(0, LOG_MAIN, "Completed QT=%s", string_timesince(&received_time));
else
log_write(0, LOG_MAIN, "Completed");
/* Unset deliver_freeze so that we won't try to move the spool files further down */
- deliver_freeze = FALSE;
+ f.deliver_freeze = FALSE;
#ifndef DISABLE_EVENT
(void) event_raise(event_action, US"msg:complete", NULL);
is not sent. Another attempt will be made at the next delivery attempt (if
it also defers). */
- if ( !queue_2stage
+ if ( !f.queue_2stage
&& delivery_attempted
- && ( ((addr_defer->dsn_flags & rf_dsnflags) == 0)
- || (addr_defer->dsn_flags & rf_notify_delay) == rf_notify_delay
+ && ( !(addr_defer->dsn_flags & rf_dsnflags)
+ || addr_defer->dsn_flags & rf_notify_delay
)
&& delay_warning[1] > 0
&& sender_address[0] != 0
time off the list. In queue runs, the list pointer gets updated in the
calling process. */
- if (running_in_test_harness && fudged_queue_times[0] != 0)
+ if (f.running_in_test_harness && fudged_queue_times[0] != 0)
{
int qt = readconf_readtime(fudged_queue_times, '/', FALSE);
if (qt >= 0)
/* If this was a first delivery attempt, unset the first time flag, and
ensure that the spool gets updated. */
- if (deliver_firsttime)
+ if (f.deliver_firsttime)
{
- deliver_firsttime = FALSE;
+ f.deliver_firsttime = FALSE;
update_spool = TRUE;
}
For the "tell" message, we turn \n back into newline. Also, insert a newline
near the start instead of the ": " string. */
- if (deliver_freeze)
+ if (f.deliver_freeze)
{
- if (freeze_tell && freeze_tell[0] != 0 && !local_error_message)
+ if (freeze_tell && freeze_tell[0] != 0 && !f.local_error_message)
{
uschar *s = string_copy(frozen_info);
uschar *ss = Ustrstr(s, " by the system filter: ");
DEBUG(D_deliver)
debug_printf("delivery deferred: update_spool=%d header_rewritten=%d\n",
- update_spool, header_rewritten);
+ update_spool, f.header_rewritten);
- if (update_spool || header_rewritten)
+ if (update_spool || f.header_rewritten)
/* Panic-dies on error */
(void)spool_write_header(message_id, SW_DELIVERING, NULL);
}
/* Move the message off the spool if requested */
#ifdef SUPPORT_MOVE_FROZEN_MESSAGES
- if (deliver_freeze && move_frozen_messages)
+ if (f.deliver_freeze && move_frozen_messages)
(void)spool_move_message(id, message_subdir, US"", US"F");
#endif
}
void
deliver_init(void)
{
+#ifdef EXIM_TFO_PROBE
+tfo_probe();
+#else
+f.tcp_fastopen_ok = TRUE;
+#endif
+
+
if (!regex_PIPELINING) regex_PIPELINING =
regex_must_compile(US"\\n250[\\s\\-]PIPELINING(\\s|\\n|$)", FALSE, TRUE);
#ifdef SUPPORT_TLS
if (!regex_STARTTLS) regex_STARTTLS =
regex_must_compile(US"\\n250[\\s\\-]STARTTLS(\\s|\\n|$)", FALSE, TRUE);
+
+# ifdef EXPERIMENTAL_REQUIRETLS
+if (!regex_REQUIRETLS) regex_REQUIRETLS =
+ regex_must_compile(US"\\n250[\\s\\-]REQUIRETLS(\\s|\\n|$)", FALSE, TRUE);
+# endif
#endif
if (!regex_CHUNKING) regex_CHUNKING =
int rc;
uschar * new_sender_address,
* save_sender_address;
-BOOL save_qr = queue_running;
+BOOL save_qr = f.queue_running;
uschar * spoolname;
/* make spool_open_datafile non-noisy on fail */
-queue_running = TRUE;
+f.queue_running = TRUE;
/* Side effect: message_subdir is set for the (possibly split) spool directory */
deliver_datafile = spool_open_datafile(id);
-queue_running = save_qr;
+f.queue_running = save_qr;
if (deliver_datafile < 0)
return NULL;
{
uschar * where;
-if (cutthrough.fd >= 0 && cutthrough.callout_hold_only)
+if (cutthrough.cctx.sock >= 0 && cutthrough.callout_hold_only)
{
- int pfd[2], channel_fd = cutthrough.fd, pid;
+ int channel_fd = cutthrough.cctx.sock;
smtp_peer_options = cutthrough.peer_options;
continue_sequence = 0;
#ifdef SUPPORT_TLS
if (cutthrough.is_tls)
{
+ int pfd[2], pid;
+
smtp_peer_options |= OPTION_TLS;
sending_ip_address = cutthrough.snd_ip;
sending_port = cutthrough.snd_port;
if ((pid = fork()) < 0)
goto fail;
- else if (pid == 0) /* child: fork again to totally dosconnect */
+ else if (pid == 0) /* child: fork again to totally disconnect */
{
- close(pfd[1]);
- if ((pid = fork()))
- _exit(pid ? EXIT_FAILURE : EXIT_SUCCESS);
- smtp_proxy_tls(big_buffer, big_buffer_size, pfd[0], 5*60);
- exim_exit(0);
+ if (f.running_in_test_harness) millisleep(100); /* let parent debug out */
+ /* does not return */
+ smtp_proxy_tls(cutthrough.cctx.tls_ctx, big_buffer, big_buffer_size,
+ pfd, 5*60);
}
+ DEBUG(D_transport) debug_printf("proxy-proc inter-pid %d\n", pid);
close(pfd[0]);
waitpid(pid, NULL, 0);
(void) close(channel_fd); /* release the client socket */
}
return; /* compiler quietening; control does not reach here. */
+#ifdef SUPPORT_TLS
fail:
log_write(0,
LOG_MAIN | (exec_type == CEE_EXEC_EXIT ? LOG_PANIC : LOG_PANIC_DIE),
Note: this must be _exit(), not exit(). */
_exit(EX_EXECFAILED);
+#endif
}
/* vi: aw ai sw=2
git://git.exim.org / users / jgh / exim.git / blobdiff