25 #ifndef __RTCFG_EVENT_H_
26 #define __RTCFG_EVENT_H_
28 #include <linux/if_ether.h>
29 #include <linux/netdevice.h>
31 #include <rtcfg_chrdev.h>
33 #include <rtnet_internal.h>
34 #include <rtnet_rtpc.h>
37 #define FLAG_TIMER_STARTED 16
38 #define FLAG_TIMER_SHUTDOWN 17
39 #define FLAG_TIMER_PENDING 18
41 #define _FLAG_TIMER_STARTED (1 << FLAG_TIMER_STARTED)
42 #define _FLAG_TIMER_SHUTDOWN (1 << FLAG_TIMER_SHUTDOWN)
43 #define _FLAG_TIMER_PENDING (1 << FLAG_TIMER_PENDING)
47 RTCFG_MAIN_SERVER_RUNNING,
50 RTCFG_MAIN_CLIENT_ANNOUNCED,
51 RTCFG_MAIN_CLIENT_ALL_KNOWN,
52 RTCFG_MAIN_CLIENT_ALL_FRAMES,
54 RTCFG_MAIN_CLIENT_READY
57 struct rtcfg_station {
58 u8 mac_addr[ETH_ALEN];
63 RTCFG_MAIN_STATE state;
67 rtdm_mutex_t dev_mutex;
68 struct list_head event_calls;
72 unsigned int burstrate;
73 #ifdef CONFIG_XENO_OPT_VFILE
74 struct xnvfile_directory proc_entry;
75 struct xnvfile_regular proc_state_vfile;
76 struct xnvfile_regular proc_stations_vfile;
81 unsigned int addr_type;
83 #if IS_ENABLED(CONFIG_XENO_DRIVERS_NET_RTIPV4)
87 u8 srv_mac_addr[MAX_ADDR_LEN];
91 unsigned int packet_counter;
93 struct rtskb *stage2_chain;
95 struct rtcfg_station *station_addr_list;
99 u32 clients_configured;
100 struct list_head conn_list;
102 u64 heartbeat_timeout;
108 extern struct rtcfg_device device[MAX_RT_DEVICES];
109 extern const char *rtcfg_event[];
110 extern const char *rtcfg_main_state[];
113 int rtcfg_do_main_event(
int ifindex, RTCFG_EVENT event_id,
void* event_data);
114 void rtcfg_next_main_state(
int ifindex, RTCFG_MAIN_STATE state);
116 void rtcfg_queue_blocking_call(
int ifindex,
struct rt_proc_call *call);
117 struct rt_proc_call *rtcfg_dequeue_blocking_call(
int ifindex);
118 void rtcfg_complete_cmd(
int ifindex, RTCFG_EVENT event_id,
int result);
119 void rtcfg_reset_device(
int ifindex);
121 void rtcfg_init_state_machines(
void);
122 void rtcfg_cleanup_state_machines(
void);
ipipe_spinlock_t rtdm_lock_t
Lock variable.
Definition: driver.h:532