/* Set new wakeup time. */
write_alarm_file(since_epoch + wake_delay);
}
}
}
__toi_power_down(toi_poweroff_method);
toi_check_resleep();
}
EXPORT_SYMBOL_GPL(toi_power_down);
static struct toi_sysfs_data sysfs_params[] = {
#if defined(CONFIG_ACPI)
SYSFS_STRING("lid_file", SYSFS_RW, lid_state_file, 256, 0, NULL),
SYSFS_INT("wake_delay", SYSFS_RW, &wake_delay, 0, INT_MAX, 0, NULL),
SYSFS_STRING("wake_alarm_dir", SYSFS_RW, wake_alarm_dir, 256, 0, NULL),
SYSFS_INT("post_wake_state", SYSFS_RW, &post_wake_state, -1, 5, 0,
NULL),
#endif
SYSFS_UL("powerdown_method", SYSFS_RW, &toi_poweroff_method, 0, 5, 0),
SYSFS_INT("did_suspend_to_both", SYSFS_READONLY, &did_suspend_to_both,
0, 0, 0, NULL)
};
static struct toi_module_ops powerdown_ops = {
.type = MISC_HIDDEN_MODULE,
.name = "poweroff",
.initialise = powerdown_init,
.cleanup = powerdown_cleanup,
if (storage_manager_action)
toi_prepare_usm();
else
toi_cleanup_usm();
storage_manager_last_action = storage_manager_action;
}
/*
* User interface specific /sys/power/tuxonice entries.
*/
static struct toi_sysfs_data sysfs_params[] = {
SYSFS_NONE("simulate_atomic_copy", storage_manager_simulate),
SYSFS_INT("enabled", SYSFS_RW, &usm_ops.enabled, 0, 1, 0, NULL),
SYSFS_STRING("program", SYSFS_RW, usm_helper_data.program, 254, 0,
NULL),
SYSFS_INT("activate_storage", SYSFS_RW, &storage_manager_action, 0, 1,
0, storage_manager_activate)
};
static struct toi_module_ops usm_ops = {
.type = MISC_MODULE,
.name = "usm",
.directory = "storage_manager",
.module = THIS_MODULE,
.storage_needed = usm_storage_needed,
.save_config_info = usm_save_config_info,
.load_config_info = usm_load_config_info,
.memory_needed = usm_memory_needed,
.sysfs_data = sysfs_params,
