documented for use from local_scan().
Argument: fdptr pointer to int for the stdin fd
+ purpose of the child process, for debug
Returns: pid of the created process or -1 if anything has gone wrong
*/
pid_t
-child_open_exim(int *fdptr)
+child_open_exim_function(int * fdptr, const uschar * purpose)
{
-return child_open_exim2(fdptr, US"<>", bounce_sender_authentication);
+return child_open_exim2_function(fdptr, US"<>", bounce_sender_authentication,
+ purpose);
}
fdptr pointer to int for the stdin fd
sender for a sender address (data for -f)
sender_authentication authenticated sender address or NULL
+ purpose of the child process, for debug
Returns: pid of the created process or -1 if anything has gone wrong
*/
pid_t
-child_open_exim2(int *fdptr, uschar *sender, uschar *sender_authentication)
+child_open_exim2_function(int * fdptr, uschar * sender,
+ uschar * sender_authentication, const uschar * purpose)
{
int pfd[2];
int save_errno;
if (pipe(pfd) != 0) return (pid_t)(-1);
oldsignal = signal(SIGCHLD, SIG_DFL);
-pid = fork();
+pid = exim_fork(purpose);
/* Child process: make the reading end of the pipe into the standard input and
close the writing end. If debugging, pass debug_fd as stderr. Then re-exec
otherwise. Save the old state for resetting on the wait. */
oldsignal = signal(SIGCHLD, SIG_DFL);
-pid = fork();
+pid = exim_fork(US"queryprogram"); /* queryprogram tpt is sole caller */
/* Handle the child process. First, set the required environment. We must do
this before messing with the pipes, in order to be able to write debugging