int main()
{
volatile int i;
trace_append("%s: setup FreeRTOS...\n", __func__);
MboxQueue = xQueueCreate( 32, sizeof( unsigned int* ) );
vSemaphoreCreateBinary(InitDoneSemaphore);
xSemaphoreTake(InitDoneSemaphore, portMAX_DELAY);
hw_init();
xTaskCreate(LedFlash, "led", configMINIMAL_STACK_SIZE, NULL, tskIDLE_PRIORITY + 2, NULL);
xTaskCreate(IpcTask, "ipc", configMINIMAL_STACK_SIZE, NULL, tskIDLE_PRIORITY + 1, NULL);
xTaskCreate(RdaemonTask, "rdaemon", configMINIMAL_STACK_SIZE, NULL, tskIDLE_PRIORITY + 1, NULL);
trace_append("%s: start FreeRTOS...\n", __func__);
vTaskStartScheduler();
/* Just sit and flash the LED quickly if we fail */
while( 1 ) {
for( i = 0; i < 50000; i++ );
toggle_bit(GPIO_DATAOUT, 25);
}
}
static void cleanup_trace_append(CLEANUP_STATE *state, RECIPIENT *rcpt,
DSN *dsn)
{
MSG_STATS stats;
if (cleanup_trace_path == 0) {
cleanup_trace_path = vstring_alloc(10);
mail_queue_path(cleanup_trace_path, MAIL_QUEUE_TRACE,
state->queue_id);
}
if (trace_append(BOUNCE_FLAG_CLEAN, state->queue_id,
CLEANUP_MSG_STATS(&stats, state),
rcpt, "none", dsn) != 0) {
msg_warn("%s: trace logfile update error", state->queue_id);
state->errs |= CLEANUP_STAT_WRITE;
}
}
void trace(unsigned int pc, unsigned int sp, unsigned int top)
{
//unsigned int *spalign = (unsigned int*)&_stack[0];
// if (pc < 0x40 || pc >=0x400) {
/*
if (sp > sizeof(_stack)) {
printf("Access beyond end of stack 0x%08x\n",sp);
fflush(stdout);
abort();
}
*/
trace_append(pc,sp,top);
/*
printf("0x%07X 0x%02X 0x%08X 0x%08X 0x%08X 0x?u 0x%016x\n", pc,
_memory[pc], sp,
top,
bswap_32(spalign[ (( ( sp & (STACK_SIZE-1) ) >>2) + 1 )] ),
zpuino_get_tick_count()
);
*/
//fflush(stdout);
// }
}
int defer_append(int flags, const char *id, MSG_STATS *stats,
RECIPIENT *rcpt, const char *relay,
DSN *dsn)
{
const char *rcpt_domain;
DSN my_dsn = *dsn;
int status;
/*
* Sanity check.
*/
if (my_dsn.status[0] != '4' || !dsn_valid(my_dsn.status)) {
msg_warn("defer_append: ignoring dsn code \"%s\"", my_dsn.status);
my_dsn.status = "4.0.0";
}
/*
* MTA-requested address verification information is stored in the verify
* service database.
*/
if (flags & DEL_REQ_FLAG_MTA_VRFY) {
my_dsn.action = "undeliverable";
status = verify_append(id, stats, rcpt, relay, &my_dsn,
DEL_RCPT_STAT_DEFER);
return (status);
}
/*
* User-requested address verification information is logged and mailed
* to the requesting user.
*/
if (flags & DEL_REQ_FLAG_USR_VRFY) {
my_dsn.action = "undeliverable";
status = trace_append(flags, id, stats, rcpt, relay, &my_dsn);
return (status);
}
/*
* Normal mail delivery. May also send a delivery record to the user.
*
* XXX DSN We write all deferred recipients to the defer logfile regardless
* of DSN NOTIFY options, because those options don't apply to mailq(1)
* reports or to postmaster notifications.
*/
else {
/*
* Supply default action.
*/
my_dsn.action = "delayed";
if (mail_command_client(MAIL_CLASS_PRIVATE, var_defer_service,
ATTR_TYPE_INT, MAIL_ATTR_NREQ, BOUNCE_CMD_APPEND,
ATTR_TYPE_INT, MAIL_ATTR_FLAGS, flags,
ATTR_TYPE_STR, MAIL_ATTR_QUEUEID, id,
ATTR_TYPE_FUNC, rcpt_print, (void *) rcpt,
ATTR_TYPE_FUNC, dsn_print, (void *) &my_dsn,
ATTR_TYPE_END) != 0)
msg_warn("%s: %s service failure", id, var_defer_service);
log_adhoc(id, stats, rcpt, relay, &my_dsn, "deferred");
/*
* Traced delivery.
*/
if (flags & DEL_REQ_FLAG_RECORD)
if (trace_append(flags, id, stats, rcpt, relay, &my_dsn) != 0)
msg_warn("%s: %s service failure", id, var_trace_service);
/*
* Notify the fast flush service. XXX Should not this belong in the
* bounce/defer daemon? Well, doing it here is more robust.
*/
if ((rcpt_domain = strrchr(rcpt->address, '@')) != 0
&& *++rcpt_domain != 0)
switch (flush_add(rcpt_domain, id)) {
case FLUSH_STAT_OK:
case FLUSH_STAT_DENY:
break;
default:
msg_warn("%s: %s service failure", id, var_flush_service);
break;
}
return (-1);
}
}
static void IpcTask (void * pvParameters)
{
unsigned int msg, *local_vq_buf;
int ret;
struct virtqueue_buf virtq_buf;
portTickType LastWake;
trace_append("%s: starting task\n", __func__);
/* Workaround
*
* We can't enable interrupts in U-Boot. Let's wait until Linux is booted
* on CPU. Linux remoteproc framework sends a ping to IPU via mailbox when
* its initialization is completed. This ping is a good indicator for IPU
* that Linux and its remoteproc/rpmsg subsystems are up an running.
*/
while (1) {
msg = mailbox_read();
if (msg == HOST_ECHO_REQUEST) {
trace_append("%s: received echo request [0x%x] from CPU\n", __func__, msg);
break;
}
trace_append("%s: host-to-m3 mailbox [0x%x]\n", __func__, msg);
LastWake = xTaskGetTickCount();
vTaskDelayUntil(&LastWake, 5000);
}
virtqueue_init();
nvic_enable_irq(MAILBOX_IRQ);
enable_mailbox_irq();
trace_append("%s: start main loop\n", __func__);
for (;;) {
xQueueReceive(MboxQueue, &msg, portMAX_DELAY);
switch(msg) {
case RP_MBOX_ECHO_REQUEST :
mailbox_send(M3_TO_HOST_MBX, RP_MBOX_ECHO_REPLY);
break;
case HOST_TO_M3_VRING :
ret = virtqueue_get_avail_buf(&virtqueue_list[msg], &virtq_buf);
/* make a local copy of the buffer */
local_vq_buf = pvPortMalloc(RP_MSG_BUF_SIZE);
memcpy(local_vq_buf, virtq_buf.buf_ptr, RP_MSG_BUF_SIZE);
virtqueue_add_used_buf(&virtqueue_list[msg], virtq_buf.head);
/* dispatch to the service queue */
rpmsg_dispatch_msg(local_vq_buf);
break;
case M3_TO_HOST_VRING :
xSemaphoreGive(InitDoneSemaphore);
break;
default:
trace_append("%s: unknown message\n", __func__);
break;
}
}
vTaskDelete(NULL);
}
int deliver_alias(LOCAL_STATE state, USER_ATTR usr_attr,
char *name, int *statusp)
{
const char *myname = "deliver_alias";
const char *alias_result;
char *saved_alias_result;
char *owner;
char **cpp;
uid_t alias_uid;
struct mypasswd *alias_pwd;
VSTRING *canon_owner;
DICT *dict;
const char *owner_rhs; /* owner alias, RHS */
int alias_count;
int dsn_notify;
char *dsn_envid;
int dsn_ret;
const char *dsn_orcpt;
/*
* Make verbose logging easier to understand.
*/
state.level++;
if (msg_verbose)
MSG_LOG_STATE(myname, state);
/*
* DUPLICATE/LOOP ELIMINATION
*
* We cannot do duplicate elimination here. Sendmail compatibility requires
* that we allow multiple deliveries to the same alias, even recursively!
* For example, we must deliver to mailbox any messags that are addressed
* to the alias of a user that lists that same alias in her own .forward
* file. Yuck! This is just an example of some really perverse semantics
* that people will expect Postfix to implement just like sendmail.
*
* We can recognize one special case: when an alias includes its own name,
* deliver to the user instead, just like sendmail. Otherwise, we just
* bail out when nesting reaches some unreasonable depth, and blame it on
* a possible alias loop.
*/
if (state.msg_attr.exp_from != 0
&& strcasecmp(state.msg_attr.exp_from, name) == 0)
return (NO);
if (state.level > 100) {
msg_warn("alias database loop for %s", name);
dsb_simple(state.msg_attr.why, "5.4.6",
"alias database loop for %s", name);
*statusp = bounce_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
return (YES);
}
state.msg_attr.exp_from = name;
/*
* There are a bunch of roles that we're trying to keep track of.
*
* First, there's the issue of whose rights should be used when delivering
* to "|command" or to /file/name. With alias databases, the rights are
* those of who owns the alias, i.e. the database owner. With aliases
* owned by root, a default user is used instead. When an alias with
* default rights references an include file owned by an ordinary user,
* we must use the rights of the include file owner, otherwise the
* include file owner could take control of the default account.
*
* Secondly, there's the question of who to notify of delivery problems.
* With aliases that have an owner- alias, the latter is used to set the
* sender and owner attributes. Otherwise, the owner attribute is reset
* (the alias is globally visible and could be sent to by anyone).
*/
for (cpp = alias_maps->argv->argv; *cpp; cpp++) {
if ((dict = dict_handle(*cpp)) == 0)
msg_panic("%s: dictionary not found: %s", myname, *cpp);
if ((alias_result = dict_get(dict, name)) != 0) {
if (msg_verbose)
msg_info("%s: %s: %s = %s", myname, *cpp, name, alias_result);
/*
* Don't expand a verify-only request.
*/
if (state.request->flags & DEL_REQ_FLAG_MTA_VRFY) {
dsb_simple(state.msg_attr.why, "2.0.0",
"aliased to %s", alias_result);
*statusp = sent(BOUNCE_FLAGS(state.request),
SENT_ATTR(state.msg_attr));
return (YES);
}
/*
* DELIVERY POLICY
*
* Update the expansion type attribute, so we can decide if
* deliveries to |command and /file/name are allowed at all.
*/
state.msg_attr.exp_type = EXPAND_TYPE_ALIAS;
/*
* DELIVERY RIGHTS
*
* What rights to use for |command and /file/name deliveries? The
* command and file code will use default rights when the alias
* database is owned by root, otherwise it will use the rights of
* the alias database owner.
*/
if ((alias_uid = dict_owner(*cpp)) == 0) {
alias_pwd = 0;
RESET_USER_ATTR(usr_attr, state.level);
} else {
if ((alias_pwd = mypwuid(alias_uid)) == 0) {
msg_warn("cannot find alias database owner for %s", *cpp);
dsb_simple(state.msg_attr.why, "4.3.0",
"cannot find alias database owner");
*statusp = defer_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
return (YES);
}
SET_USER_ATTR(usr_attr, alias_pwd, state.level);
}
/*
* WHERE TO REPORT DELIVERY PROBLEMS.
*
* Use the owner- alias if one is specified, otherwise reset the
* owner attribute and use the include file ownership if we can.
* Save the dict_lookup() result before something clobbers it.
*
* Don't match aliases that are based on regexps.
*/
#define OWNER_ASSIGN(own) \
(own = (var_ownreq_special == 0 ? 0 : \
concatenate("owner-", name, (char *) 0)))
saved_alias_result = mystrdup(alias_result);
if (OWNER_ASSIGN(owner) != 0
&& (owner_rhs = maps_find(alias_maps, owner, DICT_FLAG_NONE)) != 0) {
canon_owner = canon_addr_internal(vstring_alloc(10),
var_exp_own_alias ? owner_rhs : owner);
/* Set envelope sender and owner attribute. */
SET_OWNER_ATTR(state.msg_attr, STR(canon_owner), state.level);
} else {
canon_owner = 0;
/* Note: this does not reset the envelope sender. */
if (var_reset_owner_attr)
RESET_OWNER_ATTR(state.msg_attr, state.level);
}
/*
* EXTERNAL LOOP CONTROL
*
* Set the delivered message attribute to the recipient, so that
* this message will list the correct forwarding address.
*/
if (var_frozen_delivered == 0)
state.msg_attr.delivered = state.msg_attr.rcpt.address;
/*
* Deliver.
*/
alias_count = 0;
if (dict_errno != 0) {
dsb_simple(state.msg_attr.why, "4.3.0",
"alias database unavailable");
*statusp = defer_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
} else {
/*
* XXX DSN
*
* When delivering to a mailing list (i.e. the envelope sender
* is replaced) the ENVID, NOTIFY, RET, and ORCPT parameters
* which accompany the redistributed message MUST NOT be
* derived from those of the original message.
*
* When delivering to an alias (i.e. the envelope sender is not
* replaced) any ENVID, RET, or ORCPT parameters are
* propagated to all forwarding addresses associated with
* that alias. The NOTIFY parameter is propagated to the
* forwarding addresses, except that any SUCCESS keyword is
* removed.
*/
#define DSN_SAVE_UPDATE(saved, old, new) do { \
saved = old; \
old = new; \
} while (0)
DSN_SAVE_UPDATE(dsn_notify, state.msg_attr.rcpt.dsn_notify,
dsn_notify == DSN_NOTIFY_SUCCESS ?
DSN_NOTIFY_NEVER :
dsn_notify & ~DSN_NOTIFY_SUCCESS);
if (canon_owner != 0) {
DSN_SAVE_UPDATE(dsn_envid, state.msg_attr.dsn_envid, "");
DSN_SAVE_UPDATE(dsn_ret, state.msg_attr.dsn_ret, 0);
DSN_SAVE_UPDATE(dsn_orcpt, state.msg_attr.rcpt.dsn_orcpt, "");
state.msg_attr.rcpt.orig_addr = "";
}
*statusp =
deliver_token_string(state, usr_attr, saved_alias_result,
&alias_count);
#if 0
if (var_ownreq_special
&& strncmp("owner-", state.msg_attr.sender, 6) != 0
&& alias_count > 10)
msg_warn("mailing list \"%s\" needs an \"owner-%s\" alias",
name, name);
#endif
if (alias_count < 1) {
msg_warn("no recipient in alias lookup result for %s", name);
dsb_simple(state.msg_attr.why, "4.3.0",
"alias database unavailable");
*statusp = defer_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
} else {
/*
* XXX DSN
*
* When delivering to a mailing list (i.e. the envelope
* sender address is replaced) and NOTIFY=SUCCESS was
* specified, report a DSN of "delivered".
*
* When delivering to an alias (i.e. the envelope sender
* address is not replaced) and NOTIFY=SUCCESS was
* specified, report a DSN of "expanded".
*/
if (dsn_notify & DSN_NOTIFY_SUCCESS) {
state.msg_attr.rcpt.dsn_notify = dsn_notify;
if (canon_owner != 0) {
state.msg_attr.dsn_envid = dsn_envid;
state.msg_attr.dsn_ret = dsn_ret;
state.msg_attr.rcpt.dsn_orcpt = dsn_orcpt;
}
dsb_update(state.msg_attr.why, "2.0.0", canon_owner ?
"delivered" : "expanded",
DSB_SKIP_RMTA, DSB_SKIP_REPLY,
"alias expanded");
(void) trace_append(BOUNCE_FLAG_NONE,
SENT_ATTR(state.msg_attr));
}
}
}
myfree(saved_alias_result);
if (owner)
myfree(owner);
if (canon_owner)
vstring_free(canon_owner);
if (alias_pwd)
mypwfree(alias_pwd);
return (YES);
}
/*
* If the alias database was inaccessible for some reason, defer
* further delivery for the current top-level recipient.
*/
if (dict_errno != 0) {
dsb_simple(state.msg_attr.why, "4.3.0",
"alias database unavailable");
*statusp = defer_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
return (YES);
} else {
if (msg_verbose)
msg_info("%s: %s: %s not found", myname, *cpp, name);
}
}
/*
* Try delivery to a local user instead.
*/
return (NO);
}
int sent(int flags, const char *id, MSG_STATS *stats,
RECIPIENT *recipient, const char *relay,
DSN *dsn)
{
DSN my_dsn = *dsn;
int status;
/*
* Sanity check.
*/
if (my_dsn.status[0] != '2' || !dsn_valid(my_dsn.status)) {
msg_warn("sent: ignoring dsn code \"%s\"", my_dsn.status);
my_dsn.status = "2.0.0";
}
/*
* MTA-requested address verification information is stored in the verify
* service database.
*/
if (flags & DEL_REQ_FLAG_MTA_VRFY) {
my_dsn.action = "deliverable";
status = verify_append(id, stats, recipient, relay, &my_dsn,
DEL_RCPT_STAT_OK);
return (status);
}
/*
* User-requested address verification information is logged and mailed
* to the requesting user.
*/
if (flags & DEL_REQ_FLAG_USR_VRFY) {
my_dsn.action = "deliverable";
status = trace_append(flags, id, stats, recipient, relay, &my_dsn);
return (status);
}
/*
* Normal mail delivery. May also send a delivery record to the user.
*/
else {
if (my_dsn.action == 0 || my_dsn.action[0] == 0)
my_dsn.action = "delivered";
if (((flags & DEL_REQ_FLAG_RECORD) == 0
|| trace_append(flags, id, stats, recipient, relay, &my_dsn) == 0)
&& ((recipient->dsn_notify & DSN_NOTIFY_SUCCESS) == 0
|| trace_append(flags, id, stats, recipient, relay, &my_dsn) == 0)) {
log_adhoc(id, stats, recipient, relay, &my_dsn, "sent");
status = 0;
} else {
VSTRING *junk = vstring_alloc(100);
vstring_sprintf(junk, "%s: %s service failed",
id, var_trace_service);
my_dsn.reason = vstring_str(junk);
my_dsn.status ="4.3.0";
status = defer_append(flags, id, stats, recipient, relay, &my_dsn);
vstring_free(junk);
}
return (status);
}
}
int deliver_dotforward(LOCAL_STATE state, USER_ATTR usr_attr, int *statusp)
{
const char *myname = "deliver_dotforward";
struct stat st;
VSTRING *path;
struct mypasswd *mypwd;
int fd;
VSTREAM *fp;
int status;
int forward_found = NO;
int lookup_status;
int addr_count;
char *saved_forward_path;
char *lhs;
char *next;
int expand_status;
int saved_notify;
/*
* Make verbose logging easier to understand.
*/
state.level++;
if (msg_verbose)
MSG_LOG_STATE(myname, state);
/*
* Skip this module if per-user forwarding is disabled.
*/
if (*var_forward_path == 0)
return (NO);
/*
* Skip non-existing users. The mailbox delivery routine will catch the
* error.
*/
if ((errno = mypwnam_err(state.msg_attr.user, &mypwd)) != 0) {
msg_warn("error looking up passwd info for %s: %m",
state.msg_attr.user);
dsb_simple(state.msg_attr.why, "4.0.0", "user lookup error");
*statusp = defer_append(BOUNCE_FLAGS(state.request),
BOUNCE_ATTR(state.msg_attr));
return (YES);
}
if (mypwd == 0)
return (NO);
/*
* From here on no early returns or we have a memory leak.
*/
/*
* EXTERNAL LOOP CONTROL
*
* Set the delivered message attribute to the recipient, so that this
* message will list the correct forwarding address.
*/
if (var_frozen_delivered == 0)
state.msg_attr.delivered = state.msg_attr.rcpt.address;
/*
* DELIVERY RIGHTS
*
* Do not inherit rights from the .forward file owner. Instead, use the
* recipient's rights, and insist that the .forward file is owned by the
* recipient. This is a small but significant difference. Use the
* recipient's rights for all /file and |command deliveries, and pass on
* these rights to command/file destinations in included files. When
* these are the rights of root, the /file and |command delivery routines
* will use unprivileged default rights instead. Better safe than sorry.
*/
SET_USER_ATTR(usr_attr, mypwd, state.level);
/*
* DELIVERY POLICY
*
* Update the expansion type attribute so that we can decide if deliveries
* to |command and /file/name are allowed at all.
*/
state.msg_attr.exp_type = EXPAND_TYPE_FWD;
/*
* WHERE TO REPORT DELIVERY PROBLEMS
*
* Set the owner attribute so that 1) include files won't set the sender to
* be this user and 2) mail forwarded to other local users will be
* resubmitted as a new queue file.
*/
state.msg_attr.owner = state.msg_attr.user;
/*
* Search the forward_path for an existing forward file.
*
* If unmatched extensions should never be propagated, or if a forward file
* name includes the address extension, don't propagate the extension to
* the recipient addresses.
*/
status = 0;
path = vstring_alloc(100);
saved_forward_path = mystrdup(var_forward_path);
next = saved_forward_path;
lookup_status = -1;
while ((lhs = mystrtok(&next, ", \t\r\n")) != 0) {
expand_status = local_expand(path, lhs, &state, &usr_attr,
var_fwd_exp_filter);
if ((expand_status & (MAC_PARSE_ERROR | MAC_PARSE_UNDEF)) == 0) {
lookup_status =
lstat_as(STR(path), &st, usr_attr.uid, usr_attr.gid);
if (msg_verbose)
msg_info("%s: path %s expand_status %d look_status %d", myname,
STR(path), expand_status, lookup_status);
if (lookup_status >= 0) {
if ((expand_status & LOCAL_EXP_EXTENSION_MATCHED) != 0
|| (local_ext_prop_mask & EXT_PROP_FORWARD) == 0)
state.msg_attr.unmatched = 0;
break;
}
}
}
/*
* Process the forward file.
*
* Assume that usernames do not have file system meta characters. Open the
* .forward file as the user. Ignore files that aren't regular files,
* files that are owned by the wrong user, or files that have world write
* permission enabled.
*
* DUPLICATE/LOOP ELIMINATION
*
* If this user includes (an alias of) herself in her own .forward file,
* deliver to the user instead.
*/
if (lookup_status >= 0) {
/*
* Don't expand a verify-only request.
*/
if (state.request->flags & DEL_REQ_FLAG_MTA_VRFY) {
dsb_simple(state.msg_attr.why, "2.0.0",
"forward via file: %s", STR(path));
*statusp = sent(BOUNCE_FLAGS(state.request),
SENT_ATTR(state.msg_attr));
forward_found = YES;
} else if (been_here(state.dup_filter, "forward %s", STR(path)) == 0) {
state.msg_attr.exp_from = state.msg_attr.local;
if (S_ISREG(st.st_mode) == 0) {
msg_warn("file %s is not a regular file", STR(path));
} else if (st.st_uid != 0 && st.st_uid != usr_attr.uid) {
msg_warn("file %s has bad owner uid %ld",
STR(path), (long) st.st_uid);
} else if (st.st_mode & 002) {
msg_warn("file %s is world writable", STR(path));
} else if ((fd = open_as(STR(path), O_RDONLY, 0, usr_attr.uid, usr_attr.gid)) < 0) {
msg_warn("cannot open file %s: %m", STR(path));
} else {
/*
* XXX DSN. When delivering to an alias (i.e. the envelope
* sender address is not replaced) any ENVID, RET, or ORCPT
* parameters are propagated to all forwarding addresses
* associated with that alias. The NOTIFY parameter is
* propagated to the forwarding addresses, except that any
* SUCCESS keyword is removed.
*/
close_on_exec(fd, CLOSE_ON_EXEC);
addr_count = 0;
fp = vstream_fdopen(fd, O_RDONLY);
saved_notify = state.msg_attr.rcpt.dsn_notify;
state.msg_attr.rcpt.dsn_notify =
(saved_notify == DSN_NOTIFY_SUCCESS ?
DSN_NOTIFY_NEVER : saved_notify & ~DSN_NOTIFY_SUCCESS);
status = deliver_token_stream(state, usr_attr, fp, &addr_count);
if (vstream_fclose(fp))
msg_warn("close file %s: %m", STR(path));
if (addr_count > 0) {
forward_found = YES;
been_here(state.dup_filter, "forward-done %s", STR(path));
/*
* XXX DSN. When delivering to an alias (i.e. the
* envelope sender address is not replaced) and the
* original NOTIFY parameter for the alias contained the
* SUCCESS keyword, an "expanded" DSN is issued for the
* alias.
*/
if (status == 0 && (saved_notify & DSN_NOTIFY_SUCCESS)) {
state.msg_attr.rcpt.dsn_notify = saved_notify;
dsb_update(state.msg_attr.why, "2.0.0", "expanded",
DSB_SKIP_RMTA, DSB_SKIP_REPLY,
"alias expanded");
(void) trace_append(BOUNCE_FLAG_NONE,
SENT_ATTR(state.msg_attr));
}
}
}
} else if (been_here_check(state.dup_filter, "forward-done %s", STR(path)) != 0)
forward_found = YES; /* else we're recursive */
}
/*
* Clean up.
*/
vstring_free(path);
myfree(saved_forward_path);
mypwfree(mypwd);
*statusp = status;
return (forward_found);
}
int sent(int flags, const char *id, MSG_STATS *stats,
RECIPIENT *recipient, const char *relay,
DSN *dsn)
{
const char *myname="sent.c Sent";
if (msg_verbose)
msg_info("HU--%s Starting",myname);
DSN my_dsn = *dsn;
DSN *dsn_res;
int status;
/*
* Sanity check.
*/
if (my_dsn.status[0] != '2' || !dsn_valid(my_dsn.status)) {
msg_warn("sent: ignoring dsn code \"%s\"", my_dsn.status);
my_dsn.status = "2.0.0";
}
/*
* DSN filter (Postfix 3.0).
*/
if (delivery_status_filter != 0
&& (dsn_res = dsn_filter_lookup(delivery_status_filter, &my_dsn)) != 0)
my_dsn = *dsn_res;
/*
* MTA-requested address verification information is stored in the verify
* service database.
*/
if (flags & DEL_REQ_FLAG_MTA_VRFY) {
my_dsn.action = "deliverable";
status = verify_append(id, stats, recipient, relay, &my_dsn,
DEL_RCPT_STAT_OK);
return (status);
}
/*
* User-requested address verification information is logged and mailed
* to the requesting user.
*/
if (flags & DEL_REQ_FLAG_USR_VRFY) {
my_dsn.action = "deliverable";
status = trace_append(flags, id, stats, recipient, relay, &my_dsn);
return (status);
}
/*
* Normal mail delivery. May also send a delivery record to the user.
*/
else {
/* Readability macros: record all deliveries, or the delayed ones. */
#define REC_ALL_SENT(flags) (flags & DEL_REQ_FLAG_RECORD)
#define REC_DLY_SENT(flags, rcpt) \
((flags & DEL_REQ_FLAG_REC_DLY_SENT) \
&& (rcpt->dsn_notify == 0 || (rcpt->dsn_notify & DSN_NOTIFY_DELAY)))
if (my_dsn.action == 0 || my_dsn.action[0] == 0)
my_dsn.action = "delivered";
if (((REC_ALL_SENT(flags) == 0 && REC_DLY_SENT(flags, recipient) == 0)
|| trace_append(flags, id, stats, recipient, relay, &my_dsn) == 0)
&& ((recipient->dsn_notify & DSN_NOTIFY_SUCCESS) == 0
|| trace_append(flags, id, stats, recipient, relay, &my_dsn) == 0)) {
log_adhoc(id, stats, recipient, relay, &my_dsn, "sent");
status = 0;
} else {
VSTRING *junk = vstring_alloc(100);
vstring_sprintf(junk, "%s: %s service failed",
id, var_trace_service);
my_dsn.reason = vstring_str(junk);
my_dsn.status = "4.3.0";
status = defer_append(flags, id, stats, recipient, relay, &my_dsn);
vstring_free(junk);
}
return (status);
}
}
int bounce_one_intern(int flags, const char *queue, const char *id,
const char *encoding, const char *sender,
const char *dsn_envid, int dsn_ret,
MSG_STATS *stats, RECIPIENT *rcpt,
const char *relay, DSN *dsn)
{
DSN my_dsn = *dsn;
int status;
/*
* MTA-requested address verification information is stored in the verify
* service database.
*/
if (flags & DEL_REQ_FLAG_MTA_VRFY) {
my_dsn.action = "undeliverable";
status = verify_append(id, stats, rcpt, relay, &my_dsn,
DEL_RCPT_STAT_BOUNCE);
return (status);
}
/*
* User-requested address verification information is logged and mailed
* to the requesting user.
*/
if (flags & DEL_REQ_FLAG_USR_VRFY) {
my_dsn.action = "undeliverable";
status = trace_append(flags, id, stats, rcpt, relay, &my_dsn);
return (status);
}
/*
* When we're not bouncing, then use the standard multi-recipient logfile
* based procedure.
*/
else if (var_soft_bounce) {
return (bounce_append_intern(flags, id, stats, rcpt, relay, &my_dsn));
}
/*
* Normal mail delivery. May also send a delivery record to the user.
*
* XXX DSN We send all recipients regardless of DSN NOTIFY options, because
* those options don't apply to postmaster notifications.
*/
else {
/*
* Supply default action.
*/
my_dsn.action = "failed";
if (mail_command_client(MAIL_CLASS_PRIVATE, var_bounce_service,
ATTR_TYPE_INT, MAIL_ATTR_NREQ, BOUNCE_CMD_ONE,
ATTR_TYPE_INT, MAIL_ATTR_FLAGS, flags,
ATTR_TYPE_STR, MAIL_ATTR_QUEUE, queue,
ATTR_TYPE_STR, MAIL_ATTR_QUEUEID, id,
ATTR_TYPE_STR, MAIL_ATTR_ENCODING, encoding,
ATTR_TYPE_STR, MAIL_ATTR_SENDER, sender,
ATTR_TYPE_STR, MAIL_ATTR_DSN_ENVID, dsn_envid,
ATTR_TYPE_INT, MAIL_ATTR_DSN_RET, dsn_ret,
ATTR_TYPE_FUNC, rcpt_print, (void *) rcpt,
ATTR_TYPE_FUNC, dsn_print, (void *) &my_dsn,
ATTR_TYPE_END) == 0
&& ((flags & DEL_REQ_FLAG_RECORD) == 0
|| trace_append(flags, id, stats, rcpt, relay,
&my_dsn) == 0)) {
log_adhoc(id, stats, rcpt, relay, &my_dsn, "bounced");
status = 0;
} else if ((flags & BOUNCE_FLAG_CLEAN) == 0) {
VSTRING *junk = vstring_alloc(100);
my_dsn.status = "4.3.0";
vstring_sprintf(junk, "%s or %s service failure",
var_bounce_service, var_trace_service);
my_dsn.reason = vstring_str(junk);
status = defer_append_intern(flags, id, stats, rcpt, relay, &my_dsn);
vstring_free(junk);
} else {
status = -1;
}
return (status);
}
}
int bounce_append_intern(int flags, const char *id, MSG_STATS *stats,
RECIPIENT *rcpt, const char *relay,
DSN *dsn)
{
DSN my_dsn = *dsn;
int status;
/*
* MTA-requested address verification information is stored in the verify
* service database.
*/
if (flags & DEL_REQ_FLAG_MTA_VRFY) {
my_dsn.action = "undeliverable";
status = verify_append(id, stats, rcpt, relay, &my_dsn,
DEL_RCPT_STAT_BOUNCE);
return (status);
}
/*
* User-requested address verification information is logged and mailed
* to the requesting user.
*/
if (flags & DEL_REQ_FLAG_USR_VRFY) {
my_dsn.action = "undeliverable";
status = trace_append(flags, id, stats, rcpt, relay, &my_dsn);
return (status);
}
/*
* Normal (well almost) delivery. When we're pretending that we can't
* bounce, don't create a defer log file when we wouldn't keep the bounce
* log file. That's a lot of negatives in one sentence.
*/
else if (var_soft_bounce && (flags & BOUNCE_FLAG_CLEAN)) {
return (-1);
}
/*
* Normal mail delivery. May also send a delivery record to the user.
*
* XXX DSN We write all recipients to the bounce logfile regardless of DSN
* NOTIFY options, because those options don't apply to postmaster
* notifications.
*/
else {
char *my_status = mystrdup(my_dsn.status);
const char *log_status = var_soft_bounce ? "SOFTBOUNCE" : "bounced";
/*
* Supply default action.
*/
my_dsn.status = my_status;
if (var_soft_bounce) {
my_status[0] = '4';
my_dsn.action = "delayed";
} else {
my_dsn.action = "failed";
}
if (mail_command_client(MAIL_CLASS_PRIVATE, var_soft_bounce ?
var_defer_service : var_bounce_service,
ATTR_TYPE_INT, MAIL_ATTR_NREQ, BOUNCE_CMD_APPEND,
ATTR_TYPE_INT, MAIL_ATTR_FLAGS, flags,
ATTR_TYPE_STR, MAIL_ATTR_QUEUEID, id,
ATTR_TYPE_FUNC, rcpt_print, (void *) rcpt,
ATTR_TYPE_FUNC, dsn_print, (void *) &my_dsn,
ATTR_TYPE_END) == 0
&& ((flags & DEL_REQ_FLAG_RECORD) == 0
|| trace_append(flags, id, stats, rcpt, relay,
&my_dsn) == 0)) {
log_adhoc(id, stats, rcpt, relay, &my_dsn, log_status);
status = (var_soft_bounce ? -1 : 0);
} else if ((flags & BOUNCE_FLAG_CLEAN) == 0) {
VSTRING *junk = vstring_alloc(100);
my_dsn.status = "4.3.0";
vstring_sprintf(junk, "%s or %s service failure",
var_bounce_service, var_trace_service);
my_dsn.reason = vstring_str(junk);
status = defer_append_intern(flags, id, stats, rcpt, relay, &my_dsn);
vstring_free(junk);
} else {
status = -1;
}
myfree(my_status);
return (status);
}
}
