15 files changed:
+/* Needed by macros.h */
+/* Some systems have PATH_MAX and some have MAX_PATH_LEN. */
+
+#ifndef PATH_MAX
+# ifdef MAX_PATH_LEN
+# define PATH_MAX MAX_PATH_LEN
+# else
+# define PATH_MAX 1024
+# endif
+#endif
+
#include "mytypes.h"
#include "store.h"
#include "macros.h"
#include "mytypes.h"
#include "store.h"
#include "macros.h"
if (itemlen <= maxlen)
return;
fprintf(stderr, "exim: length limit exceeded (%d > %d) for: %s\n",
if (itemlen <= maxlen)
return;
fprintf(stderr, "exim: length limit exceeded (%d > %d) for: %s\n",
- len, maxlen, description)
+ itemlen, maxlen, description);
-expansion_test_line(uschar * line)
+expansion_test_line(const uschar * line)
{
int len;
BOOL dummy_macexp;
{
int len;
BOOL dummy_macexp;
Ustrncpy(big_buffer, line, big_buffer_size);
big_buffer[big_buffer_size-1] = '\0';
Ustrncpy(big_buffer, line, big_buffer_size);
big_buffer[big_buffer_size-1] = '\0';
printf("Defined macro '%s'\n", mlast->name);
}
else
printf("Defined macro '%s'\n", mlast->name);
}
else
- if ((line = expand_string(big_buffer))) printf("%s\n", CS line);
+ if ((s = expand_string(big_buffer))) printf("%s\n", CS s);
else printf("Failed: %s\n", expand_string_message);
}
else printf("Failed: %s\n", expand_string_message);
}
uschar *start_queue_run_id = NULL;
uschar *stop_queue_run_id = NULL;
uschar *expansion_test_message = NULL;
uschar *start_queue_run_id = NULL;
uschar *stop_queue_run_id = NULL;
uschar *expansion_test_message = NULL;
-uschar *ftest_domain = NULL;
-uschar *ftest_localpart = NULL;
-uschar *ftest_prefix = NULL;
-uschar *ftest_suffix = NULL;
+const uschar *ftest_domain = NULL;
+const uschar *ftest_localpart = NULL;
+const uschar *ftest_prefix = NULL;
+const uschar *ftest_suffix = NULL;
uschar *log_oneline = NULL;
uschar *malware_test_file = NULL;
uschar *real_sender_address;
uschar *log_oneline = NULL;
uschar *malware_test_file = NULL;
uschar *real_sender_address;
debug_store = TRUE;
/* Protect against abusive argv[0] */
debug_store = TRUE;
/* Protect against abusive argv[0] */
-exim_len_fail_toolong(argv[0], PATH_MAX, "argv[0]");
+exim_str_fail_toolong(argv[0], PATH_MAX, "argv[0]");
/* The C standard says that the equivalent of setlocale(LC_ALL, "C") is obeyed
at the start of a program; however, it seems that some environments do not
/* The C standard says that the equivalent of setlocale(LC_ALL, "C") is obeyed
at the start of a program; however, it seems that some environments do not
case 'X':
if (*argrest) badarg = TRUE;
case 'X':
if (*argrest) badarg = TRUE;
- else override_local_interfaces = string_copy_taint(exim_str_fail_toolong(argv[++i], 1024, "-oX", TRUE);
+ else override_local_interfaces = string_copy_taint(exim_str_fail_toolong(argv[++i], 1024, "-oX"), TRUE);
break;
/* -oY: Override creation of daemon notifier socket */
break;
/* -oY: Override creation of daemon notifier socket */
case 'R': /* Synonymous with -qR... */
case 'R': /* Synonymous with -qR... */
- receiving_message = FALSE;
+ {
+ const uschar *tainted_selectstr;
+
+ receiving_message = FALSE;
/* -Rf: As -R (below) but force all deliveries,
-Rff: Ditto, but also thaw all frozen messages,
/* -Rf: As -R (below) but force all deliveries,
-Rff: Ditto, but also thaw all frozen messages,
in all cases provided there are no further characters in this
argument. */
in all cases provided there are no further characters in this
argument. */
- if (*argrest)
- for (int i = 0; i < nelem(rsopts); i++)
- if (Ustrcmp(argrest, rsopts[i]) == 0)
- {
- if (i != 2) f.queue_run_force = TRUE;
- if (i >= 2) f.deliver_selectstring_regex = TRUE;
- if (i == 1 || i == 4) f.deliver_force_thaw = TRUE;
- argrest += Ustrlen(rsopts[i]);
- }
+ if (*argrest)
+ for (int i = 0; i < nelem(rsopts); i++)
+ if (Ustrcmp(argrest, rsopts[i]) == 0)
+ {
+ if (i != 2) f.queue_run_force = TRUE;
+ if (i >= 2) f.deliver_selectstring_regex = TRUE;
+ if (i == 1 || i == 4) f.deliver_force_thaw = TRUE;
+ argrest += Ustrlen(rsopts[i]);
+ }
/* -R: Set string to match in addresses for forced queue run to
pick out particular messages. */
/* -R: Set string to match in addresses for forced queue run to
pick out particular messages. */
- /* Avoid attacks from people providing very long strings, and do so before
- we make copies. */
- const char *tainted_selectstr;
- if (*argrest)
- tainted_selectstr = argrest;
- else if (i+1 < argc)
- tainted_selectstr = argv[++i];
- else
- exim_fail("exim: string expected after -R\n");
- deliver_selectstring = string_copy_taint(exim_str_fail_toolong(tainted_selectstr, EXIM_EMAILADDR_MAX, "-R"), TRUE);
+ /* Avoid attacks from people providing very long strings, and do so before
+ we make copies. */
+ if (*argrest)
+ tainted_selectstr = argrest;
+ else if (i+1 < argc)
+ tainted_selectstr = argv[++i];
+ else
+ exim_fail("exim: string expected after -R\n");
+ deliver_selectstring = string_copy_taint(exim_str_fail_toolong(tainted_selectstr, EXIM_EMAILADDR_MAX, "-R"), TRUE);
+ }
break;
/* -r: an obsolete synonym for -f (see above) */
break;
/* -r: an obsolete synonym for -f (see above) */
/* -S: Like -R but works on sender. */
case 'S': /* Synonymous with -qS... */
/* -S: Like -R but works on sender. */
case 'S': /* Synonymous with -qS... */
- receiving_message = FALSE;
+ {
+ const uschar *tainted_selectstr;
+
+ receiving_message = FALSE;
/* -Sf: As -S (below) but force all deliveries,
-Sff: Ditto, but also thaw all frozen messages,
/* -Sf: As -S (below) but force all deliveries,
-Sff: Ditto, but also thaw all frozen messages,
in all cases provided there are no further characters in this
argument. */
in all cases provided there are no further characters in this
argument. */
- if (*argrest)
- for (int i = 0; i < nelem(rsopts); i++)
- if (Ustrcmp(argrest, rsopts[i]) == 0)
- {
- if (i != 2) f.queue_run_force = TRUE;
- if (i >= 2) f.deliver_selectstring_sender_regex = TRUE;
- if (i == 1 || i == 4) f.deliver_force_thaw = TRUE;
- argrest += Ustrlen(rsopts[i]);
- }
+ if (*argrest)
+ for (int i = 0; i < nelem(rsopts); i++)
+ if (Ustrcmp(argrest, rsopts[i]) == 0)
+ {
+ if (i != 2) f.queue_run_force = TRUE;
+ if (i >= 2) f.deliver_selectstring_sender_regex = TRUE;
+ if (i == 1 || i == 4) f.deliver_force_thaw = TRUE;
+ argrest += Ustrlen(rsopts[i]);
+ }
/* -S: Set string to match in addresses for forced queue run to
pick out particular messages. */
/* -S: Set string to match in addresses for forced queue run to
pick out particular messages. */
- const char *tainted_selectstr;
- if (*argrest)
- tainted_selectstr = argrest;
- else if (i+1 < argc)
- tainted_selectstr = argv[++i];
- else
- exim_fail("exim: string expected after -S\n");
- deliver_selectstring_sender = string_copy_taint(exim_str_fail_toolong(tainted_selectstr, EXIM_EMAILADDR_MAX, "-S"), TRUE);
+ if (*argrest)
+ tainted_selectstr = argrest;
+ else if (i+1 < argc)
+ tainted_selectstr = argv[++i];
+ else
+ exim_fail("exim: string expected after -S\n");
+ deliver_selectstring_sender = string_copy_taint(exim_str_fail_toolong(tainted_selectstr, EXIM_EMAILADDR_MAX, "-S"), TRUE);
+ }
break;
/* -Tqt is an option that is exclusively for use by the testing suite.
break;
/* -Tqt is an option that is exclusively for use by the testing suite.
retry_config *yield;
int basic_errno = 0;
int more_errno = 0;
retry_config *yield;
int basic_errno = 0;
int more_errno = 0;
if (test_retry_arg >= argc)
{
if (test_retry_arg >= argc)
{
if (test_retry_arg < argc)
{
if (test_retry_arg < argc)
{
- uschar *ss = exim_str_fail_toolong(argv[test_retry_arg], EXIM_DRIVERNAME_MAX, "-brt 3rd");
+ const uschar *ss = exim_str_fail_toolong(argv[test_retry_arg], EXIM_DRIVERNAME_MAX, "-brt 3rd");
uschar *error =
readconf_retry_error(ss, ss + Ustrlen(ss), &basic_errno, &more_errno);
if (error != NULL)
uschar *error =
readconf_retry_error(ss, ss + Ustrlen(ss), &basic_errno, &more_errno);
if (error != NULL)
dns_init(FALSE, FALSE, FALSE);
if (msg_action_arg > 0 && msg_action == MSG_LOAD)
{
dns_init(FALSE, FALSE, FALSE);
if (msg_action_arg > 0 && msg_action == MSG_LOAD)
{
- uschar spoolname[SPOOL_NAME_LENGTH]; /* Not big_buffer; used in spool_read_header() */
if (!f.admin_user)
exim_fail("exim: permission denied\n");
if (!f.admin_user)
exim_fail("exim: permission denied\n");
- message_id = exim_str_fail_toolong(argv[msg_action_arg], MESSAGE_ID_LENGTH, "message-id");
- (void)string_format(spoolname, sizeof(spoolname), "%s-H", message_id);
+ message_id = US exim_str_fail_toolong(argv[msg_action_arg], MESSAGE_ID_LENGTH, "message-id");
+ /* Checking the length of the ID is sufficient to validate it.
+ Get an untainted version so file opens can be done. */
+ message_id = string_copy_taint(message_id, FALSE);
+
+ spoolname = string_sprintf("%s-H", message_id);
if ((deliver_datafile = spool_open_datafile(message_id)) < 0)
printf ("Failed to load message datafile %s\n", message_id);
if (spool_read_header(spoolname, TRUE, FALSE) != spool_read_OK)
if ((deliver_datafile = spool_open_datafile(message_id)) < 0)
printf ("Failed to load message datafile %s\n", message_id);
if (spool_read_header(spoolname, TRUE, FALSE) != spool_read_OK)
{
deliver_domain = ftest_domain ? ftest_domain : qualify_domain_recipient;
deliver_domain_orig = deliver_domain;
{
deliver_domain = ftest_domain ? ftest_domain : qualify_domain_recipient;
deliver_domain_orig = deliver_domain;
- deliver_localpart = ftest_localpart ? ftest_localpart : originator_login;
+ deliver_localpart = ftest_localpart ? US ftest_localpart : originator_login;
deliver_localpart_orig = deliver_localpart;
deliver_localpart_orig = deliver_localpart;
- deliver_localpart_prefix = ftest_prefix;
- deliver_localpart_suffix = ftest_suffix;
+ deliver_localpart_prefix = US ftest_prefix;
+ deliver_localpart_suffix = US ftest_suffix;
deliver_home = originator_home;
if (!return_path)
deliver_home = originator_home;
if (!return_path)
/* Miscellaneous other declarations */
static uschar **error_pointer;
/* Miscellaneous other declarations */
static uschar **error_pointer;
-static uschar *log_filename;
+static const uschar *log_filename;
static int filter_options;
static int line_number;
static int expect_endif;
static int filter_options;
static int line_number;
static int expect_endif;
static int
interpret_commands(filter_cmd *commands, address_item **generated)
{
static int
interpret_commands(filter_cmd *commands, address_item **generated)
{
int mode;
address_item *addr;
BOOL condition_value;
int mode;
address_item *addr;
BOOL condition_value;
{
int ff_ret;
uschar *fmsg, *ff_name;
{
int ff_ret;
uschar *fmsg, *ff_name;
- uschar *expargs[MAILARGS_STRING_COUNT];
+ const uschar *expargs[MAILARGS_STRING_COUNT];
case add_command:
for (i = 0; i < 2; i++)
{
case add_command:
for (i = 0; i < 2; i++)
{
- uschar *ss = expargs[i];
+ const uschar *ss = expargs[i];
uschar *end;
if (i == 1 && (*ss++ != 'n' || ss[1] != 0))
uschar *end;
if (i == 1 && (*ss++ != 'n' || ss[1] != 0))
af_ignore_error flag if necessary, and the errors address, which can be
set in a system filter and to the local address in user filters. */
af_ignore_error flag if necessary, and the errors address, which can be
set in a system filter and to the local address in user filters. */
- addr = deliver_make_addr(expargs[0], TRUE); /* TRUE => copy s */
- addr->prop.errors_address = (s == NULL)?
- s : string_copy(s); /* Default is NULL */
+ addr = deliver_make_addr(US expargs[0], TRUE); /* TRUE => copy s, so deconst ok */
+ addr->prop.errors_address = !s ? NULL : string_copy(s); /* Default is NULL */
if (commands->noerror) addr->prop.ignore_error = TRUE;
addr->next = *generated;
*generated = addr;
if (commands->noerror) addr->prop.ignore_error = TRUE;
addr->next = *generated;
*generated = addr;
af_pfr and af_file flags, the af_ignore_error flag if necessary, and the
mode value. */
af_pfr and af_file flags, the af_ignore_error flag if necessary, and the
mode value. */
- addr = deliver_make_addr(s, TRUE); /* TRUE => copy s */
+ addr = deliver_make_addr(US s, TRUE); /* TRUE => copy s, so deconst ok */
setflag(addr, af_pfr);
setflag(addr, af_file);
if (commands->noerror) addr->prop.ignore_error = TRUE;
setflag(addr, af_pfr);
setflag(addr, af_file);
if (commands->noerror) addr->prop.ignore_error = TRUE;
each command argument is expanded in the transport after the command
has been split up into separate arguments. */
each command argument is expanded in the transport after the command
has been split up into separate arguments. */
- addr = deliver_make_addr(s, TRUE); /* TRUE => copy s */
+ addr = deliver_make_addr(US s, TRUE); /* TRUE => copy s, so deconst ok */
setflag(addr, af_pfr);
setflag(addr, af_expand_pipe);
if (commands->noerror) addr->prop.ignore_error = TRUE;
setflag(addr, af_pfr);
setflag(addr, af_expand_pipe);
if (commands->noerror) addr->prop.ignore_error = TRUE;
/* This setting lasts only while the filter is running; on exit, the
variable is reset to the previous value. */
/* This setting lasts only while the filter is running; on exit, the
variable is reset to the previous value. */
- else headers_charset = s;
+ else headers_charset = s; /*XXX loses track of const */
ff_ret = FF_FREEZE;
DEFERFREEZEFAIL:
ff_ret = FF_FREEZE;
DEFERFREEZEFAIL:
+ fmsg = expargs[0]; /*XXX loses track of const */
if (Ustrlen(fmsg) > 1024) Ustrcpy(fmsg + 1000, US" ... (truncated)");
fmsg = US string_printing(fmsg);
*error_pointer = fmsg;
if (Ustrlen(fmsg) > 1024) Ustrcpy(fmsg + 1000, US" ... (truncated)");
fmsg = US string_printing(fmsg);
*error_pointer = fmsg;
for (i = 0; i < MAILARGS_STRING_COUNT; i++)
{
uschar *p;
for (i = 0; i < MAILARGS_STRING_COUNT; i++)
{
uschar *p;
- uschar *s = expargs[i];
+ const uschar *s = expargs[i];
- commands->args[i].u = s;
+ commands->args[i].u = s; /*XXX loses track of const */
}
/* Proceed with mail or vacation command */
}
/* Proceed with mail or vacation command */
BOOL
filter_personal(string_item *aliases, BOOL scan_cc)
{
BOOL
filter_personal(string_item *aliases, BOOL scan_cc)
{
-uschar *self, *self_from, *self_to;
-uschar *psself = NULL, *psself_from = NULL, *psself_to = NULL;
+const uschar *self, *self_from, *self_to;
+uschar *psself = NULL;
+const uschar *psself_from = NULL, *psself_to = NULL;
rmark reset_point = store_mark();
BOOL yield;
header_line *h;
rmark reset_point = store_mark();
BOOL yield;
header_line *h;
extern int open_cutthrough_connection( address_item * addr );
extern int open_cutthrough_connection( address_item * addr );
-extern uschar *parse_extract_address(uschar *, uschar **, int *, int *, int *,
+extern uschar *parse_extract_address(const uschar *, uschar **, int *, int *, int *,
BOOL);
extern int parse_forward_list(uschar *, int, address_item **, uschar **,
const uschar *, uschar *, error_block **);
extern uschar *parse_find_address_end(uschar *, BOOL);
BOOL);
extern int parse_forward_list(uschar *, int, address_item **, uschar **,
const uschar *, uschar *, error_block **);
extern uschar *parse_find_address_end(uschar *, BOOL);
-extern uschar *parse_find_at(uschar *);
+extern const uschar *parse_find_at(const uschar *);
extern const uschar *parse_fix_phrase(const uschar *, int);
extern const uschar *parse_fix_phrase(const uschar *, int);
-extern uschar *parse_message_id(uschar *, uschar **, uschar **);
+extern const uschar *parse_message_id(const uschar *, uschar **, uschar **);
extern const uschar *parse_quote_2047(const uschar *, int, uschar *, BOOL);
extern const uschar *parse_quote_2047(const uschar *, int, uschar *, BOOL);
-extern uschar *parse_date_time(uschar *str, time_t *t);
+extern const uschar *parse_date_time(const uschar *str, time_t *t);
extern int vaguely_random_number(int);
#ifndef DISABLE_TLS
extern int vaguely_random_number_fallback(int);
extern int vaguely_random_number(int);
#ifndef DISABLE_TLS
extern int vaguely_random_number_fallback(int);
extern uschar *readconf_find_option(void *);
extern void readconf_main(BOOL);
extern void readconf_options_from_list(optionlist *, unsigned, const uschar *, uschar *);
extern uschar *readconf_find_option(void *);
extern void readconf_main(BOOL);
extern void readconf_options_from_list(optionlist *, unsigned, const uschar *, uschar *);
-extern BOOL readconf_print(uschar *, uschar *, BOOL);
+extern BOOL readconf_print(const uschar *, uschar *, BOOL);
extern uschar *readconf_printtime(int);
extern uschar *readconf_readname(uschar *, int, uschar *);
extern int readconf_readtime(const uschar *, int, BOOL);
extern uschar *readconf_printtime(int);
extern uschar *readconf_readname(uschar *, int, uschar *);
extern int readconf_readtime(const uschar *, int, BOOL);
extern BOOL retry_ultimate_address_timeout(uschar *, const uschar *,
dbdata_retry *, time_t);
extern void retry_update(address_item **, address_item **, address_item **);
extern BOOL retry_ultimate_address_timeout(uschar *, const uschar *,
dbdata_retry *, time_t);
extern void retry_update(address_item **, address_item **, address_item **);
-extern uschar *rewrite_address(uschar *, BOOL, BOOL, rewrite_rule *, int);
-extern uschar *rewrite_address_qualify(uschar *, BOOL);
+extern const uschar *rewrite_address(const uschar *, BOOL, BOOL, rewrite_rule *, int);
+extern const uschar *rewrite_address_qualify(const uschar *, BOOL);
extern header_line *rewrite_header(header_line *,
const uschar *, const uschar *,
rewrite_rule *, int, BOOL);
extern header_line *rewrite_header(header_line *,
const uschar *, const uschar *,
rewrite_rule *, int, BOOL);
-extern uschar *rewrite_one(uschar *, int, BOOL *, BOOL, uschar *,
+extern const uschar *rewrite_one(const uschar *, int, BOOL *, BOOL, uschar *,
-extern void rewrite_test(uschar *);
+extern void rewrite_test(const uschar *);
extern uschar *rfc2047_decode2(uschar *, BOOL, uschar *, int, int *, int *,
uschar **);
extern int route_address(address_item *, address_item **, address_item **,
extern uschar *rfc2047_decode2(uschar *, BOOL, uschar *, int, int *, int *,
uschar **);
extern int route_address(address_item *, address_item **, address_item **,
BOOL (*)(transport_ctx *, uschar *, int));
extern gstring * transport_show_supported(gstring *);
extern BOOL transport_write_message(transport_ctx *, int);
BOOL (*)(transport_ctx *, uschar *, int));
extern gstring * transport_show_supported(gstring *);
extern BOOL transport_write_message(transport_ctx *, int);
-extern void tree_add_duplicate(uschar *, address_item *);
-extern void tree_add_nonrecipient(uschar *);
-extern void tree_add_unusable(host_item *);
+extern void tree_add_duplicate(const uschar *, address_item *);
+extern void tree_add_nonrecipient(const uschar *);
+extern void tree_add_unusable(const host_item *);
extern void tree_dup(tree_node **, tree_node *);
extern int tree_insertnode(tree_node **, tree_node *);
extern tree_node *tree_search(tree_node *, const uschar *);
extern void tree_dup(tree_node **, tree_node *);
extern int tree_insertnode(tree_node **, tree_node *);
extern tree_node *tree_search(tree_node *, const uschar *);
BOOL authentication_local :1; /* TRUE if non-smtp (implicit authentication) */
BOOL background_daemon :1; /* Set FALSE to keep in foreground */
BOOL authentication_local :1; /* TRUE if non-smtp (implicit authentication) */
BOOL background_daemon :1; /* Set FALSE to keep in foreground */
+ BOOL bdat_readers_wanted :1; /* BDAT-handling to be pushed on readfunc stack */
BOOL chunking_offered :1;
BOOL config_changed :1; /* True if -C used */
BOOL chunking_offered :1;
BOOL config_changed :1; /* True if -C used */
fprintf(fp, "References:");
if (h)
{
fprintf(fp, "References:");
if (h)
{
- uschar * s, * id, * error;
+ const uschar * s;
+ uschar * id, * error;
uschar * referenced_ids[12];
int reference_count = 0;
uschar * referenced_ids[12];
int reference_count = 0;
-static uschar *last_comment_position;
+static const uschar *last_comment_position;
Returns: pointer to the last @ in an address, or NULL if none
*/
Returns: pointer to the last @ in an address, or NULL if none
*/
-uschar *
-parse_find_at(uschar *s)
+const uschar *
+parse_find_at(const uschar *s)
-uschar *t = s + Ustrlen(s);
+const uschar * t = s + Ustrlen(s);
if (*t == '@')
{
int backslash_count = 0;
if (*t == '@')
{
int backslash_count = 0;
+ const uschar *tt = t - 1;
while (tt > s && *tt-- == '\\') backslash_count++;
if ((backslash_count & 1) == 0) return t;
}
while (tt > s && *tt-- == '\\') backslash_count++;
if ((backslash_count & 1) == 0) return t;
}
- else if (*t == '\"') return NULL;
- }
+ else if (*t == '\"')
+ return NULL;
+
Returns: new character pointer
*/
Returns: new character pointer
*/
-static uschar *
-skip_comment(uschar *s)
+static const uschar *
+skip_comment(const uschar *s)
{
last_comment_position = s;
while (*s)
{
last_comment_position = s;
while (*s)
Returns: new character pointer
*/
Returns: new character pointer
*/
-static uschar *
-read_domain(uschar *s, uschar *t, uschar **errorptr)
+static const uschar *
+read_domain(const uschar *s, uschar *t, uschar **errorptr)
{
uschar *tt = t;
s = skip_comment(s);
{
uschar *tt = t;
s = skip_comment(s);
Returns: new character pointer
*/
Returns: new character pointer
*/
-static uschar *
-read_local_part(uschar *s, uschar *t, uschar **error, BOOL allow_null)
+static const uschar *
+read_local_part(const uschar *s, uschar *t, uschar **error, BOOL allow_null)
{
uschar *tt = t;
*error = NULL;
{
uschar *tt = t;
*error = NULL;
Returns: new character pointer
*/
Returns: new character pointer
*/
-static uschar *
-read_route(uschar *s, uschar *t, uschar **errorptr)
+static const uschar *
+read_route(const uschar *s, uschar *t, uschar **errorptr)
{
BOOL commas = FALSE;
*errorptr = NULL;
{
BOOL commas = FALSE;
*errorptr = NULL;
Returns: new character pointer
*/
Returns: new character pointer
*/
-static uschar *
-read_addr_spec(uschar *s, uschar *t, int term, uschar **errorptr,
+static const uschar *
+read_addr_spec(const uschar *s, uschar *t, int term, uschar **errorptr,
uschar **domainptr)
{
s = read_local_part(s, t, errorptr, FALSE);
uschar **domainptr)
{
s = read_local_part(s, t, errorptr, FALSE);
#define FAILED(s) { *errorptr = s; goto PARSE_FAILED; }
uschar *
#define FAILED(s) { *errorptr = s; goto PARSE_FAILED; }
uschar *
-parse_extract_address(uschar *mailbox, uschar **errorptr, int *start, int *end,
+parse_extract_address(const uschar *mailbox, uschar **errorptr, int *start, int *end,
int *domain, BOOL allow_null)
{
uschar *yield = store_get(Ustrlen(mailbox) + 1, is_tainted(mailbox));
int *domain, BOOL allow_null)
{
uschar *yield = store_get(Ustrlen(mailbox) + 1, is_tainted(mailbox));
-uschar *startptr, *endptr;
-uschar *s = US mailbox;
+const uschar *startptr, *endptr;
+const uschar *s = US mailbox;
uschar *t = US yield;
*domain = 0;
uschar *t = US yield;
*domain = 0;
- return string_copy_taint_function("", is_tainted(phrase));
+ return string_copy_taint(US"", is_tainted(phrase));
}
buffer = store_get(len*4, is_tainted(phrase));
}
buffer = store_get(len*4, is_tainted(phrase));
else
{
int start, end, domain;
else
{
int start, end, domain;
- uschar *recipient = NULL;
+ const uschar *recipient = NULL;
int save = s[len];
s[len] = 0;
int save = s[len];
s[len] = 0;
recipient = ((options & RDO_REWRITE) != 0)?
rewrite_address(recipient, TRUE, FALSE, global_rewrite_rules,
rewrite_existflags) :
recipient = ((options & RDO_REWRITE) != 0)?
rewrite_address(recipient, TRUE, FALSE, global_rewrite_rules,
rewrite_existflags) :
- rewrite_address_qualify(recipient, TRUE);
- addr = deliver_make_addr(recipient, TRUE); /* TRUE => copy recipient */
+ rewrite_address_qualify(recipient, TRUE); /*XXX loses track of const */
+ addr = deliver_make_addr(US recipient, TRUE); /* TRUE => copy recipient, so deconst ok */
}
/* Restore the final character in the original data, and add to the
}
/* Restore the final character in the original data, and add to the
Returns: points after the processed message-id or NULL on error
*/
Returns: points after the processed message-id or NULL on error
*/
-uschar *
-parse_message_id(uschar *str, uschar **yield, uschar **error)
+const uschar *
+parse_message_id(const uschar *str, uschar **yield, uschar **error)
{
uschar *domain = NULL;
uschar *id;
{
uschar *domain = NULL;
uschar *id;
*id++ = 0;
store_release_above(id);
*id++ = 0;
store_release_above(id);
-str = skip_comment(str);
-return str;
+return skip_comment(str);
Returns: points after the processed date or NULL on error
*/
Returns: points after the processed date or NULL on error
*/
-static uschar *
-parse_number(uschar *str, int *n, int digits)
+static const uschar *
+parse_number(const uschar *str, int *n, int digits)
- *n=0;
- while (digits--)
- if (*str<'0' || *str>'9') return NULL;
- *n=10*(*n)+(*str++-'0');
+ if (*str<'0' || *str>'9') return NULL;
+ *n=10*(*n)+(*str++-'0');
Returns: points after the parsed day or NULL on error
*/
Returns: points after the parsed day or NULL on error
*/
-static uschar *
-parse_day_of_week(uschar *str)
+static const uschar *
+parse_day_of_week(const uschar * str)
{
/*
day-of-week = ([FWS] day-name) / obs-day-of-week
{
/*
day-of-week = ([FWS] day-name) / obs-day-of-week
-str=skip_comment(str);
-for (i=0; i<3; ++i)
+str = skip_comment(str);
+for (i = 0; i < 3; ++i)
- if ((day[i]=tolower(*str))=='\0') return NULL;
+ if ((day[i] = tolower(*str)) == '\0') return NULL;
-day[3]='\0';
-for (i=0; i<7; ++i) if (Ustrcmp(day,day_name[i])==0) break;
-if (i==7) return NULL;
-str=skip_comment(str);
-return str;
+day[3] = '\0';
+for (i = 0; i<7; ++i) if (Ustrcmp(day,day_name[i]) == 0) break;
+if (i == 7) return NULL;
+return skip_comment(str);
Returns: points after the processed date or NULL on error
*/
Returns: points after the processed date or NULL on error
*/
-static uschar *
-parse_date(uschar *str, int *d, int *m, int *y)
+static const uschar *
+parse_date(const uschar *str, int *d, int *m, int *y)
{
/*
date = day month year
{
/*
date = day month year
obs-day = [CFWS] 1*2DIGIT [CFWS]
*/
obs-day = [CFWS] 1*2DIGIT [CFWS]
*/
static const uschar *month_name[]={ US"jan", US"feb", US"mar", US"apr", US"may", US"jun", US"jul", US"aug", US"sep", US"oct", US"nov", US"dec" };
int i;
uschar month[4];
static const uschar *month_name[]={ US"jan", US"feb", US"mar", US"apr", US"may", US"jun", US"jul", US"aug", US"sep", US"oct", US"nov", US"dec" };
int i;
uschar month[4];
-str=skip_comment(str);
-if ((str=parse_number(str,d,1))==NULL) return NULL;
-if (*str>='0' && *str<='9') *d=10*(*d)+(*str++-'0');
-c=skip_comment(str);
-if (c==str) return NULL;
-else str=c;
-for (i=0; i<3; ++i) if ((month[i]=tolower(*(str+i)))=='\0') return NULL;
-month[3]='\0';
-for (i=0; i<12; ++i) if (Ustrcmp(month,month_name[i])==0) break;
-if (i==12) return NULL;
+str = skip_comment(str);
+if ((str = parse_number(str,d,1)) == NULL) return NULL;
+
+if (*str>='0' && *str<='9') *d = 10*(*d)+(*str++-'0');
+s = skip_comment(str);
+if (s == str) return NULL;
+str = s;
+
+for (i = 0; i<3; ++i) if ((month[i]=tolower(*(str+i))) == '\0') return NULL;
+month[3] = '\0';
+for (i = 0; i<12; ++i) if (Ustrcmp(month,month_name[i]) == 0) break;
+if (i == 12) return NULL;
-*m=i;
-c=skip_comment(str);
-if (c==str) return NULL;
-else str=c;
-if ((n=parse_number(str,y,4)))
+*m = i;
+s = skip_comment(str);
+if (s == str) return NULL;
+str=s;
+
+if ((n = parse_number(str,y,4)))
if (*y<1900) return NULL;
if (*y<1900) return NULL;
-else if ((n=parse_number(str,y,2)))
+else if ((n = parse_number(str,y,2)))
- str=skip_comment(n);
- while (*(str-1)==' ' || *(str-1)=='\t') --str; /* match last FWS later */
+ str = skip_comment(n);
+ while (*(str-1) == ' ' || *(str-1) == '\t') --str; /* match last FWS later */
if (*y<50) *y+=100;
}
else return NULL;
if (*y<50) *y+=100;
}
else return NULL;
Returns: points after the processed time or NULL on error
*/
Returns: points after the processed time or NULL on error
*/
-static uschar *
-parse_time(uschar *str, int *h, int *m, int *s, int *z)
+static const uschar *
+parse_time(const uschar *str, int *h, int *m, int *s, int *z)
{
/*
time = time-of-day FWS zone
{
/*
time = time-of-day FWS zone
%d107-122 ; upper and lower case
*/
%d107-122 ; upper and lower case
*/
-str=skip_comment(str);
-if ((str=parse_number(str,h,2))==NULL) return NULL;
-str=skip_comment(str);
+str = skip_comment(str);
+if ((str = parse_number(str,h,2)) == NULL) return NULL;
+str = skip_comment(str);
if (*str!=':') return NULL;
++str;
if (*str!=':') return NULL;
++str;
-str=skip_comment(str);
-if ((str=parse_number(str,m,2))==NULL) return NULL;
-c=skip_comment(str);
-if (*str==':')
+str = skip_comment(str);
+if ((str = parse_number(str,m,2)) == NULL) return NULL;
+c = skip_comment(str);
+if (*str == ':')
- str=skip_comment(str);
- if ((str=parse_number(str,s,2))==NULL) return NULL;
- c=skip_comment(str);
+ str = skip_comment(str);
+ if ((str = parse_number(str,s,2)) == NULL) return NULL;
+ c = skip_comment(str);
-if (c==str) return NULL;
+if (c == str) return NULL;
-if (*str=='+' || *str=='-')
+if (*str == '+' || *str == '-')
- if ((str=parse_number(str,z,4))==NULL) return NULL;
- *z=(*z/100)*3600+(*z%100)*60;
- if (neg) *z=-*z;
+ if ((str = parse_number(str,z,4)) == NULL) return NULL;
+ *z = (*z/100)*3600+(*z%100)*60;
+ if (neg) *z = -*z;
- struct { const char *name; int off; } zone_name[10]=
+ struct { const char *name; int off; } zone_name[10] =
{ {"gmt",0}, {"ut",0}, {"est",-5}, {"edt",-4}, {"cst",-6}, {"cdt",-5}, {"mst",-7}, {"mdt",-6}, {"pst",-8}, {"pdt",-7}};
int i,j;
{ {"gmt",0}, {"ut",0}, {"est",-5}, {"edt",-4}, {"cst",-6}, {"cdt",-5}, {"mst",-7}, {"mdt",-6}, {"pst",-8}, {"pdt",-7}};
int i,j;
- zone[i]=tolower(*(str+i));
+ zone[i] = tolower(*(str+i));
if (zone[i]<'a' || zone[i]>'z') break;
}
if (zone[i]<'a' || zone[i]>'z') break;
}
- zone[i]='\0';
- for (j=0; j<10 && strcmp(zone,zone_name[j].name); ++j);
+ zone[i] = '\0';
+ for (j = 0; j<10 && strcmp(zone,zone_name[j].name); ++j);
/* Besides zones named in the grammar, RFC 2822 says other alphabetic */
/* time zones should be treated as unknown offsets. */
if (j<10)
{
/* Besides zones named in the grammar, RFC 2822 says other alphabetic */
/* time zones should be treated as unknown offsets. */
if (j<10)
{
- *z=zone_name[j].off*3600;
+ *z = zone_name[j].off*3600;
str+=i;
}
else if (zone[0]<'a' || zone[1]>'z') return 0;
else
{
while ((*str>='a' && *str<='z') || (*str>='A' && *str<='Z')) ++str;
str+=i;
}
else if (zone[0]<'a' || zone[1]>'z') return 0;
else
{
while ((*str>='a' && *str<='z') || (*str>='A' && *str<='Z')) ++str;
Returns: points after the processed date-time or NULL on error
*/
Returns: points after the processed date-time or NULL on error
*/
-uschar *
-parse_date_time(uschar *str, time_t *t)
+const uschar *
+parse_date_time(const uschar *str, time_t *t)
{
/*
date-time = [ day-of-week "," ] date FWS time [CFWS]
{
/*
date-time = [ day-of-week "," ] date FWS time [CFWS]
char **old_environ;
static char gmt0[]="TZ=GMT0";
static char *gmt_env[]={ gmt0, (char*)0 };
char **old_environ;
static char gmt0[]="TZ=GMT0";
static char *gmt_env[]={ gmt0, (char*)0 };
-if ((try=parse_day_of_week(str)))
+if ((try = parse_day_of_week(str)))
if (*str!=',') return 0;
++str;
}
if (*str!=',') return 0;
++str;
}
-if ((str=parse_date(str,&tm.tm_mday,&tm.tm_mon,&tm.tm_year))==NULL) return NULL;
+if ((str = parse_date(str,&tm.tm_mday,&tm.tm_mon,&tm.tm_year)) == NULL) return NULL;
if (*str!=' ' && *str!='\t') return NULL;
if (*str!=' ' && *str!='\t') return NULL;
-while (*str==' ' || *str=='\t') ++str;
-if ((str=parse_time(str,&tm.tm_hour,&tm.tm_min,&tm.tm_sec,&zone))==NULL) return NULL;
-tm.tm_isdst=0;
-old_environ=environ;
-environ=gmt_env;
-*t=mktime(&tm);
-environ=old_environ;
-if (*t==-1) return NULL;
+while (*str == ' ' || *str == '\t') ++str;
+if ((str = parse_time(str,&tm.tm_hour,&tm.tm_min,&tm.tm_sec,&zone)) == NULL) return NULL;
+tm.tm_isdst = 0;
+old_environ = environ;
+environ = gmt_env;
+*t = mktime(&tm);
+environ = old_environ;
+if (*t == -1) return NULL;
-str=skip_comment(str);
-return str;
+return skip_comment(str);
-find_option(uschar *name, optionlist *ol, int last)
+find_option(const uschar *name, optionlist *ol, int last)
{
int first = 0;
while (last > first)
{
int first = 0;
while (last > first)
-get_set_flag(uschar *name, optionlist *oltop, int last, void *data_block)
+get_set_flag(const uschar *name, optionlist *oltop, int last, void *data_block)
{
optionlist *ol;
uschar name2[EXIM_DRIVERNAME_MAX];
{
optionlist *ol;
uschar name2[EXIM_DRIVERNAME_MAX];
-print_ol(optionlist *ol, uschar *name, void *options_block,
+print_ol(optionlist *ol, const uschar *name, void *options_block,
optionlist *oltop, int last, BOOL no_labels)
{
struct passwd *pw;
optionlist *oltop, int last, BOOL no_labels)
{
struct passwd *pw;
-readconf_print(uschar *name, uschar *type, BOOL no_labels)
+readconf_print(const uschar *name, uschar *type, BOOL no_labels)
{
BOOL names_only = FALSE;
optionlist *ol2 = NULL;
{
BOOL names_only = FALSE;
optionlist *ol2 = NULL;
else
return print_ol(find_option(name,
else
return print_ol(find_option(name,
- optionlist_config, nelem(optionlist_config)),
+ optionlist_config, nelem(optionlist_config)),
name, NULL, optionlist_config, nelem(optionlist_config), no_labels);
}
name, NULL, optionlist_config, nelem(optionlist_config), no_labels);
}
if (newsender)
{
if (domain == 0 && newsender[0] != 0)
if (newsender)
{
if (domain == 0 && newsender[0] != 0)
- newsender = rewrite_address_qualify(newsender, FALSE);
+ /* deconst ok as newsender was not const */
+ newsender = US rewrite_address_qualify(newsender, FALSE);
if (filter_test != FTEST_NONE || receive_check_set_sender(newsender))
{
if (filter_test != FTEST_NONE || receive_check_set_sender(newsender))
{
{
while (recipients_count-- > 0)
{
{
while (recipients_count-- > 0)
{
- uschar *s = rewrite_address(recipients_list[recipients_count].address,
+ const uschar * s = rewrite_address(recipients_list[recipients_count].address,
TRUE, TRUE, global_rewrite_rules, rewrite_existflags);
tree_add_nonrecipient(s);
}
TRUE, TRUE, global_rewrite_rules, rewrite_existflags);
tree_add_nonrecipient(s);
}
recipient is TRUE). */
for (int i = 0; i < recipients_count; i++)
recipient is TRUE). */
for (int i = 0; i < recipients_count; i++)
- recipients_list[i].address =
- rewrite_address(recipients_list[i].address, TRUE, TRUE,
+ recipients_list[i].address = /* deconst ok as src was not cont */
+ US rewrite_address(recipients_list[i].address, TRUE, TRUE,
global_rewrite_rules, rewrite_existflags);
/* If there is no From: header, generate one for local (without
global_rewrite_rules, rewrite_existflags);
/* If there is no From: header, generate one for local (without
if (global_rewrite_rules && !sender_address_unrewritten && *sender_address)
{
if (global_rewrite_rules && !sender_address_unrewritten && *sender_address)
{
- sender_address = rewrite_address(sender_address, FALSE, TRUE,
+ /* deconst ok as src was not const */
+ sender_address = US rewrite_address(sender_address, FALSE, TRUE,
global_rewrite_rules, rewrite_existflags);
DEBUG(D_receive|D_rewrite)
debug_printf("rewritten sender = %s\n", sender_address);
global_rewrite_rules, rewrite_existflags);
DEBUG(D_receive|D_rewrite)
debug_printf("rewritten sender = %s\n", sender_address);
Returns: fully-qualified address
*/
Returns: fully-qualified address
*/
-uschar *
-rewrite_address_qualify(uschar *s, BOOL is_recipient)
+const uschar *
+rewrite_address_qualify(const uschar *s, BOOL is_recipient)
-return (parse_find_at(s) != NULL)? s :
- string_sprintf("%s@%s", s,
- is_recipient? qualify_domain_recipient : qualify_domain_sender);
+return parse_find_at(s)
+ ? s : string_sprintf("%s@%s", s,
+ is_recipient ? qualify_domain_recipient : qualify_domain_sender);
rewritten address is returned, not just the active bit.
*/
rewritten address is returned, not just the active bit.
*/
-uschar *
-rewrite_one(uschar *s, int flag, BOOL *whole, BOOL add_header, uschar *name,
+const uschar *
+rewrite_one(const uschar *s, int flag, BOOL *whole, BOOL add_header, uschar *name,
rewrite_rule *rewrite_rules)
{
rewrite_rule *rewrite_rules)
{
-uschar *yield = s;
-uschar *subject = s;
+const uschar *yield = s;
+const uschar *subject = s;
uschar *domain = NULL;
BOOL done = FALSE;
int rule_number = 1;
uschar *domain = NULL;
BOOL done = FALSE;
int rule_number = 1;
int count = 0;
uschar *save_localpart;
const uschar *save_domain;
int count = 0;
uschar *save_localpart;
const uschar *save_domain;
- uschar *error, *new, *newparsed;
+ uschar *error, *new;
+ const uschar * newparsed;
/* Come back here for a repeat after a successful rewrite. We do this
only so many times. */
/* Come back here for a repeat after a successful rewrite. We do this
only so many times. */
set up as an expansion variable */
domain[-1] = 0;
set up as an expansion variable */
domain[-1] = 0;
- deliver_localpart = subject;
+ deliver_localpart = US subject;
deliver_domain = domain;
new = expand_string(rule->replacement);
deliver_domain = domain;
new = expand_string(rule->replacement);
Returns: possibly rewritten address
*/
Returns: possibly rewritten address
*/
-uschar *
-rewrite_address(uschar *s, BOOL is_recipient, BOOL add_header,
+const uschar *
+rewrite_address(const uschar *s, BOOL is_recipient, BOOL add_header,
rewrite_rule *rewrite_rules, int existflags)
{
rewrite_rule *rewrite_rules, int existflags)
{
-int flag = is_recipient? rewrite_envto : rewrite_envfrom;
+int flag = is_recipient ? rewrite_envto : rewrite_envfrom;
+
s = rewrite_address_qualify(s, is_recipient);
s = rewrite_address_qualify(s, is_recipient);
-if ((existflags & flag) != 0)
- uschar *new = rewrite_one(s, flag, NULL, add_header, is_recipient?
+ const uschar *new = rewrite_one(s, flag, NULL, add_header, is_recipient?
US"original-recipient" : US"sender", rewrite_rules);
if (new != s) s = new;
}
US"original-recipient" : US"sender", rewrite_rules);
if (new != s) s = new;
}
{
BOOL is_recipient =
(flag & (rewrite_sender | rewrite_from | rewrite_replyto)) == 0;
{
BOOL is_recipient =
(flag & (rewrite_sender | rewrite_from | rewrite_replyto)) == 0;
- new = rewrite_address_qualify(recipient, is_recipient);
+ /* deconst ok as recipient was notconst */
+ new = US rewrite_address_qualify(recipient, is_recipient);
changed = (new != recipient);
recipient = new;
changed = (new != recipient);
recipient = new;
if (existflags & flag)
{
BOOL whole;
if (existflags & flag)
{
BOOL whole;
- new = rewrite_one(recipient, flag, &whole, FALSE, NULL, rewrite_rules);
+ /* deconst ok as recipient was notconst */
+ new = US rewrite_one(recipient, flag, &whole, FALSE, NULL, rewrite_rules);
if (new != recipient)
{
changed = TRUE;
if (new != recipient)
{
changed = TRUE;
-void rewrite_test(uschar *s)
+void
+rewrite_test(const uschar *s)
{
uschar *recipient, *error;
int start, end, domain;
{
uschar *recipient, *error;
int start, end, domain;
if ((rewrite_existflags & rewrite_smtp) != 0)
{
if ((rewrite_existflags & rewrite_smtp) != 0)
{
- uschar *new = rewrite_one(s, rewrite_smtp|rewrite_smtp_sender, NULL, FALSE,
- US"", global_rewrite_rules);
+ const uschar * new = rewrite_one(s, rewrite_smtp|rewrite_smtp_sender, NULL,
+ FALSE, US"", global_rewrite_rules);
if (new != s)
{
if (*new == 0)
if (new != s)
{
if (*new == 0)
{
BOOL whole = FALSE;
int flag = 1 << i;
{
BOOL whole = FALSE;
int flag = 1 << i;
- uschar *new = rewrite_one(recipient, flag, &whole, FALSE, US"",
+ const uschar * new = rewrite_one(recipient, flag, &whole, FALSE, US"",
global_rewrite_rules);
printf("%s: ", rrname[i]);
if (*new == 0)
global_rewrite_rules);
printf("%s: ", rrname[i]);
if (*new == 0)
+/* Forward declarations */
+static void bdat_push_receive_functions(void);
+static void bdat_pop_receive_functions(void);
+
+
/* Get a byte from the smtp input, in CHUNKING mode. Handle ack of the
previous BDAT chunk and getting new ones when we run out. Uses the
underlying smtp_getc or tls_getc both for that and for getting the
/* Get a byte from the smtp input, in CHUNKING mode. Handle ack of the
previous BDAT chunk and getting new ones when we run out. Uses the
underlying smtp_getc or tls_getc both for that and for getting the
bdat_push_receive_functions(void)
{
/* push the current receive_* function on the "stack", and
bdat_push_receive_functions(void)
{
/* push the current receive_* function on the "stack", and
receive_ungetc = bdat_ungetc;
}
receive_ungetc = bdat_ungetc;
}
bdat_pop_receive_functions(void)
{
receive_getc = lwr_receive_getc;
receive_getbuf = lwr_receive_getbuf;
receive_ungetc = lwr_receive_ungetc;
bdat_pop_receive_functions(void)
{
receive_getc = lwr_receive_getc;
receive_getbuf = lwr_receive_getbuf;
receive_ungetc = lwr_receive_ungetc;
-lwr_receive_getc = lwr_receive_getbuf = lwr_receive_ungetc = NULL;
+lwr_receive_getc = NULL;
+lwr_receive_getbuf = NULL;
+lwr_receive_ungetc = NULL;
}
/*************************************************
}
/*************************************************
- raw_sender = ((rewrite_existflags & rewrite_smtp) != 0)?
- rewrite_one(smtp_cmd_data, rewrite_smtp|rewrite_smtp_sender, NULL, FALSE,
- US"", global_rewrite_rules) : smtp_cmd_data;
+ raw_sender = rewrite_existflags & rewrite_smtp
+ /* deconst ok as smtp_cmd_data was not const */
+ ? US rewrite_one(smtp_cmd_data, rewrite_smtp|rewrite_smtp_sender, NULL,
+ FALSE, US"", global_rewrite_rules)
+ : smtp_cmd_data;
/* Extract the address; the TRUE flag allows <> as valid */
/* Extract the address; the TRUE flag allows <> as valid */
&& sender_address[0] != 0 && sender_address[0] != '@')
if (f.allow_unqualified_sender)
{
&& sender_address[0] != 0 && sender_address[0] != '@')
if (f.allow_unqualified_sender)
{
- sender_address = rewrite_address_qualify(sender_address, FALSE);
+ /* deconst ok as sender_address was not const */
+ sender_address = US rewrite_address_qualify(sender_address, FALSE);
DEBUG(D_receive) debug_printf("unqualified address %s accepted "
"and rewritten\n", raw_sender);
}
DEBUG(D_receive) debug_printf("unqualified address %s accepted "
"and rewritten\n", raw_sender);
}
recipient address */
recipient = rewrite_existflags & rewrite_smtp
recipient address */
recipient = rewrite_existflags & rewrite_smtp
- ? rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
+ /* deconst ok as smtp_cmd_data was not const */
+ ? US rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
global_rewrite_rules)
: smtp_cmd_data;
global_rewrite_rules)
: smtp_cmd_data;
{
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
recipient);
{
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
recipient);
- recipient = rewrite_address_qualify(recipient, TRUE);
+ /* deconst ok as recipient was not const */
+ recipient = US rewrite_address_qualify(recipient, TRUE);
}
/* The function moan_smtp_batch() does not return. */
else
}
/* The function moan_smtp_batch() does not return. */
else
receive_feof = smtp_feof;
receive_ferror = smtp_ferror;
receive_smtp_buffered = smtp_buffered;
receive_feof = smtp_feof;
receive_ferror = smtp_ferror;
receive_smtp_buffered = smtp_buffered;
-lwr_receive_getc = lwr_receive_getbuf = lwr_receive_ungetc = NULL;
+lwr_receive_getc = NULL;
+lwr_receive_getbuf = NULL;
+lwr_receive_ungetc = NULL;
smtp_inptr = smtp_inend = smtp_inbuffer;
smtp_had_eof = smtp_had_error = 0;
smtp_inptr = smtp_inend = smtp_inbuffer;
smtp_had_eof = smtp_had_error = 0;
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
*recipient);
rd = Ustrlen(recipient) + 1;
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
*recipient);
rd = Ustrlen(recipient) + 1;
- *recipient = rewrite_address_qualify(*recipient, TRUE);
+ /* deconst ok as *recipient was not const */
+ *recipient = US rewrite_address_qualify(*recipient, TRUE);
return rd;
}
smtp_printf("501 %s: recipient address must contain a domain\r\n", FALSE,
return rd;
}
smtp_printf("501 %s: recipient address must contain a domain\r\n", FALSE,
TRUE flag allows "<>" as a sender address. */
raw_sender = rewrite_existflags & rewrite_smtp
TRUE flag allows "<>" as a sender address. */
raw_sender = rewrite_existflags & rewrite_smtp
- ? rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
+ /* deconst ok as smtp_cmd_data was not const */
+ ? US rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
global_rewrite_rules)
: smtp_cmd_data;
global_rewrite_rules)
: smtp_cmd_data;
if (f.allow_unqualified_sender)
{
sender_domain = Ustrlen(sender_address) + 1;
if (f.allow_unqualified_sender)
{
sender_domain = Ustrlen(sender_address) + 1;
- sender_address = rewrite_address_qualify(sender_address, FALSE);
+ /* deconst ok as sender_address was not const */
+ sender_address = US rewrite_address_qualify(sender_address, FALSE);
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
raw_sender);
}
DEBUG(D_receive) debug_printf("unqualified address %s accepted\n",
raw_sender);
}
as a recipient address */
recipient = rewrite_existflags & rewrite_smtp
as a recipient address */
recipient = rewrite_existflags & rewrite_smtp
- ? rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
+ /* deconst ok as smtp_cmd_data was not const */
+ ? US rewrite_one(smtp_cmd_data, rewrite_smtp, NULL, FALSE, US"",
global_rewrite_rules)
: smtp_cmd_data;
global_rewrite_rules)
: smtp_cmd_data;
case DATA_CMD:
HAD(SCH_DATA);
f.dot_ends = TRUE;
case DATA_CMD:
HAD(SCH_DATA);
f.dot_ends = TRUE;
- f.bdat_readers_wanted = FALSE
+ f.bdat_readers_wanted = FALSE;
DATA_BDAT: /* Common code for DATA and BDAT */
#ifndef DISABLE_PIPE_CONNECT
DATA_BDAT: /* Common code for DATA and BDAT */
#ifndef DISABLE_PIPE_CONNECT
- if (f.bdat_readers_wanted)
- bdat_push_receive_functions();
-
if (user_msg)
smtp_user_msg(US"354", user_msg);
else
if (user_msg)
smtp_user_msg(US"354", user_msg);
else
"354 Enter message, ending with \".\" on a line by itself\r\n", FALSE);
}
"354 Enter message, ending with \".\" on a line by itself\r\n", FALSE);
}
+ if (f.bdat_readers_wanted)
+ bdat_push_receive_functions();
+
#ifdef TCP_QUICKACK
if (smtp_in) /* all ACKs needed to ramp window up for bulk data */
(void) setsockopt(fileno(smtp_in), IPPROTO_TCP, TCP_QUICKACK,
#ifdef TCP_QUICKACK
if (smtp_in) /* all ACKs needed to ramp window up for bulk data */
(void) setsockopt(fileno(smtp_in), IPPROTO_TCP, TCP_QUICKACK,
/* Ensure we've been asked to allocate memory.
A negative size is a sign of a security problem.
/* Ensure we've been asked to allocate memory.
A negative size is a sign of a security problem.
-A zero size is also suspect (but we might have to allow it if we find our API
-expects it in some places). */
-if (size < 1)
+A zero size might be also suspect, but our internal usage deliberately
+does this to return a current watermark value for a later release of
+allocated store. */
+
+if (size < 0)
{
log_write(0, LOG_MAIN|LOG_PANIC_DIE,
"bad memory allocation requested (%d bytes) at %s %d",
{
log_write(0, LOG_MAIN|LOG_PANIC_DIE,
"bad memory allocation requested (%d bytes) at %s %d",
if (tctx->options & topt_add_return_path)
{
if (tctx->options & topt_add_return_path)
{
- uschar buffer[EXIM_EMAILADDR_MAX + 20];
- int n = string_format(CS buffer, sizeof(buffer),
- "Return-path: <%.*s>\n",
- EXIM_EMAILADDR_MAX, return_path);
- if (!write_chunk(tctx, buffer, n)) goto bad;
+ int n;
+ uschar * s = string_sprintf("Return-path: <%.*s>\n%n",
+ EXIM_EMAILADDR_MAX, return_path, &n);
+ if (!write_chunk(tctx, s, n)) goto bad;
}
/* Add envelope-to: if requested */
}
/* Add envelope-to: if requested */
-tree_add_nonrecipient(uschar *s)
+tree_add_nonrecipient(const uschar *s)
{
rmark rpoint = store_mark();
tree_node *node = store_get(sizeof(tree_node) + Ustrlen(s), is_tainted(s));
{
rmark rpoint = store_mark();
tree_node *node = store_get(sizeof(tree_node) + Ustrlen(s), is_tainted(s));
-tree_add_duplicate(uschar *s, address_item *addr)
+tree_add_duplicate(const uschar *s, address_item *addr)
{
rmark rpoint = store_mark();
tree_node *node = store_get(sizeof(tree_node) + Ustrlen(s), is_tainted(s));
{
rmark rpoint = store_mark();
tree_node *node = store_get(sizeof(tree_node) + Ustrlen(s), is_tainted(s));
-tree_add_unusable(host_item *h)
+tree_add_unusable(const host_item *h)
{
rmark rpoint = store_mark();
tree_node *node;
{
rmark rpoint = store_mark();
tree_node *node;
*failure_ptr = US"qualify";
return FAIL;
}
*failure_ptr = US"qualify";
return FAIL;
}
- address = rewrite_address_qualify(address, options & vopt_is_recipient);
+ /* deconst ok as address was not const */
+ address = US rewrite_address_qualify(address, options & vopt_is_recipient);
if (global_rewrite_rules)
{
uschar *old = address;
if (global_rewrite_rules)
{
uschar *old = address;
- address = rewrite_address(address, options & vopt_is_recipient, FALSE,
+ /* deconst ok as address was not const */
+ address = US rewrite_address(address, options & vopt_is_recipient, FALSE,
global_rewrite_rules, rewrite_existflags);
if (address != old)
{
global_rewrite_rules, rewrite_existflags);
if (address != old)
{
git://git.exim.org / exim.git / commitdiff