void WA_yield()
{
cthread_yield(cthread_self());
}
int
ldap_pvt_thread_yield( void )
{
cthread_yield();
return 0;
}
/*
* Initialize and Run the default pager
*/
void
default_pager(void)
{
int i, id;
static char here[] = "default_pager";
mach_msg_options_t server_options;
default_pager_thread_t dpt;
default_pager_thread_t **dpt_array;
default_pager_thread_privileges();
/*
* Wire down code, data, stack
*/
wire_all_memory();
/*
* Give me space for the thread array and zero it.
*/
i = default_pager_internal_count + default_pager_external_count + 1;
dpt_array = (default_pager_thread_t **)
kalloc(i * sizeof(default_pager_thread_t *));
memset(dpt_array, 0, i * sizeof(default_pager_thread_t *));
/* Setup my thread structure. */
id = 0;
dpt.dpt_thread = cthread_self();
dpt.dpt_buffer = 0;
dpt.dpt_internal = FALSE;
dpt.dpt_id = id++;
dpt.dpt_initialized_p = TRUE;
cthread_set_data(cthread_self(), (char *) &dpt);
dpt_array[0] = &dpt;
/*
* Now we create the threads that will actually
* manage objects.
*/
for (i = 0; i < default_pager_internal_count; i++) {
dpt_array[id] = start_default_pager_thread(id, TRUE);
id++;
}
for (i = 0; i < default_pager_external_count; i++) {
dpt_array[id] = start_default_pager_thread(id, FALSE);
id++;
}
/* Is everybody ready? */
for (i = 0; i < id; i++)
while (!dpt_array[i])
cthread_yield();
/* Tell the bootstrap process to go ahead. */
bootstrap_completed(bootstrap_port, mach_task_self());
/* Start servicing requests. */
server_options = MACH_RCV_TRAILER_ELEMENTS(MACH_RCV_TRAILER_SEQNO);
for (;;) {
mach_msg_server(default_pager_demux_default,
default_pager_msg_size,
default_pager_default_set,
server_options);
Panic("default server");
}
}
