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/* SPDX-License-Identifier: LGPL-2.1-or-later */
#pragma once
#include <stdbool.h>
#include <sys/stat.h>
#include "sd-bus.h"
#include "sd-device.h"
#include "sd-event.h"
#include "conf-parser.h"
#include "hashmap.h"
#include "list.h"
#include "set.h"
#include "time-util.h"
#include "user-record.h"
typedef struct Manager Manager;
#include "logind-action.h"
#include "logind-button.h"
#include "logind-device.h"
#include "logind-inhibit.h"
struct Manager {
sd_event *event;
sd_bus *bus;
Hashmap *devices;
Hashmap *seats;
Hashmap *sessions;
Hashmap *sessions_by_leader;
Hashmap *users; /* indexed by UID */
Hashmap *inhibitors;
Hashmap *buttons;
Hashmap *brightness_writers;
LIST_HEAD(Seat, seat_gc_queue);
LIST_HEAD(Session, session_gc_queue);
LIST_HEAD(User, user_gc_queue);
sd_device_monitor *device_seat_monitor, *device_monitor, *device_vcsa_monitor, *device_button_monitor;
sd_event_source *console_active_event_source;
#if ENABLE_UTMP
sd_event_source *utmp_event_source;
#endif
int console_active_fd;
unsigned n_autovts;
unsigned reserve_vt;
int reserve_vt_fd;
Seat *seat0;
char **kill_only_users, **kill_exclude_users;
bool kill_user_processes;
uint64_t session_counter;
uint64_t inhibit_counter;
Hashmap *session_units;
Hashmap *user_units;
usec_t inhibit_delay_max;
usec_t user_stop_delay;
/* If a shutdown/suspend was delayed due to an inhibitor this contains the action we are supposed to
* start after the delay is over */
const HandleActionData *delayed_action;
/* If a shutdown/suspend is currently executed, then this is the job of it */
char *action_job;
sd_event_source *inhibit_timeout_source;
HandleAction scheduled_shutdown_action;
usec_t scheduled_shutdown_timeout;
sd_event_source *scheduled_shutdown_timeout_source;
uid_t scheduled_shutdown_uid;
char *scheduled_shutdown_tty;
sd_event_source *nologin_timeout_source;
bool unlink_nologin;
char *wall_message;
bool enable_wall_messages;
sd_event_source *wall_message_timeout_source;
bool shutdown_dry_run;
sd_event_source *idle_action_event_source;
usec_t idle_action_usec;
usec_t idle_action_not_before_usec;
HandleAction idle_action;
bool was_idle;
usec_t stop_idle_session_usec;
HandleActionSleepMask handle_action_sleep_mask;
HandleAction handle_power_key;
HandleAction handle_power_key_long_press;
HandleAction handle_reboot_key;
HandleAction handle_reboot_key_long_press;
HandleAction handle_suspend_key;
HandleAction handle_suspend_key_long_press;
HandleAction handle_hibernate_key;
HandleAction handle_hibernate_key_long_press;
HandleAction handle_lid_switch;
HandleAction handle_lid_switch_ep;
HandleAction handle_lid_switch_docked;
bool power_key_ignore_inhibited;
bool suspend_key_ignore_inhibited;
bool hibernate_key_ignore_inhibited;
bool lid_switch_ignore_inhibited;
bool reboot_key_ignore_inhibited;
bool remove_ipc;
Hashmap *polkit_registry;
usec_t holdoff_timeout_usec;
sd_event_source *lid_switch_ignore_event_source;
sd_event_source *power_key_long_press_event_source;
sd_event_source *reboot_key_long_press_event_source;
sd_event_source *suspend_key_long_press_event_source;
sd_event_source *hibernate_key_long_press_event_source;
uint64_t runtime_dir_size;
uint64_t runtime_dir_inodes;
uint64_t sessions_max;
uint64_t inhibitors_max;
char **efi_boot_loader_entries;
bool efi_boot_loader_entries_set;
char *efi_loader_entry_one_shot;
struct stat efi_loader_entry_one_shot_stat;
};
void manager_reset_config(Manager *m);
int manager_parse_config_file(Manager *m);
int manager_add_device(Manager *m, const char *sysfs, bool master, Device **ret_device);
int manager_add_button(Manager *m, const char *name, Button **ret_button);
int manager_add_seat(Manager *m, const char *id, Seat **ret_seat);
int manager_add_session(Manager *m, const char *id, Session **ret_session);
int manager_add_user(Manager *m, UserRecord *ur, User **ret_user);
int manager_add_user_by_name(Manager *m, const char *name, User **ret_user);
int manager_add_user_by_uid(Manager *m, uid_t uid, User **ret_user);
int manager_add_inhibitor(Manager *m, const char* id, Inhibitor **ret_inhibitor);
int manager_process_seat_device(Manager *m, sd_device *d);
int manager_process_button_device(Manager *m, sd_device *d);
int manager_spawn_autovt(Manager *m, unsigned vtnr);
bool manager_shall_kill(Manager *m, const char *user);
int manager_get_idle_hint(Manager *m, dual_timestamp *t);
int manager_get_user_by_pid(Manager *m, pid_t pid, User **user);
int manager_get_session_by_pidref(Manager *m, const PidRef *pid, Session **ret);
bool manager_is_lid_closed(Manager *m);
bool manager_is_docked_or_external_displays(Manager *m);
bool manager_is_on_external_power(void);
bool manager_all_buttons_ignored(Manager *m);
int manager_read_utmp(Manager *m);
void manager_connect_utmp(Manager *m);
void manager_reconnect_utmp(Manager *m);
/* gperf lookup function */
const struct ConfigPerfItem* logind_gperf_lookup(const char *key, GPERF_LEN_TYPE length);
int manager_set_lid_switch_ignore(Manager *m, usec_t until);
CONFIG_PARSER_PROTOTYPE(config_parse_n_autovts);
CONFIG_PARSER_PROTOTYPE(config_parse_tmpfs_size);
int manager_setup_wall_message_timer(Manager *m);
bool logind_wall_tty_filter(const char *tty, bool is_local, void *userdata);
int manager_read_efi_boot_loader_entries(Manager *m);
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