extern int am_server;
extern int blocking_io;
extern int orig_umask;
-extern int read_batch;
extern int filesfrom_fd;
/**
if (blocking_io > 0)
set_blocking(STDOUT_FILENO);
execvp(command[0], command);
- rsyserr(FERROR, errno, "Failed to exec %s", command[0]);
+ rsyserr(FERROR, errno, "Failed to exec %s",
+ safe_fname(command[0]));
exit_cleanup(RERR_IPC);
}
return pid;
}
-pid_t local_child(int argc, char **argv,int *f_in,int *f_out,
+/* This function forks a child which calls child_main(). First,
+ * however, it has to establish communication paths to and from the
+ * newborn child. It creates two socket pairs -- one for writing to
+ * the child (from the parent) and one for reading from the child
+ * (writing to the parent). Since that's four socket ends, each
+ * process has to close the two ends it doesn't need. The remaining
+ * two socket ends are retained for reading and writing. In the
+ * child, the STDIN and STDOUT file descriptors refer to these
+ * sockets. In the parent, the function arguments f_in and f_out are
+ * set to refer to these sockets. */
+pid_t local_child(int argc, char **argv, int *f_in, int *f_out,
int (*child_main)(int, char*[]))
{
pid_t pid;
}
if (pid == 0) {
- am_sender = read_batch ? 0 : !am_sender;
+ am_sender = !am_sender;
am_server = 1;
if (!am_sender)