subsys/tracing/ctf/tsdl/metadata

/* CTF 1.8 */
typealias integer { size = 8; align = 8; signed = true; } := int8_t;
typealias integer { size = 8; align = 8; signed = false; } := uint8_t;
typealias integer { size = 16; align = 8; signed = false; } := uint16_t;
typealias integer { size = 32; align = 8; signed = false; } := uint32_t;
typealias integer { size = 32; align = 8; signed = true; } := int32_t;
typealias integer { size = 64; align = 8; signed = false; } := uint64_t;
typealias integer { size = 8; align = 8; signed = false; encoding = ASCII; } := ctf_bounded_string_t;

struct event_header {
	uint32_t timestamp;
	uint8_t id;
};

trace {
	major = 1;
	minor = 8;
	byte_order = le;
};

stream {
	event.header := struct event_header;
};

event {
	name = thread_switched_out;
	id = 0x10;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_switched_in;
	id = 0x11;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = k_sleep_enter;
	id = 0x7F;
	fields := struct {
		uint32_t timeout;
	};
};

event {
	name = k_sleep_exit;
	id = 0x80;
	fields := struct {
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = thread_priority_set;
	id = 0x12;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
		int8_t prio;
	};

};

event {
	name = thread_create;
	id = 0x13;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_abort;
	id = 0x14;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_suspend;
	id = 0x15;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_resume;
	id = 0x16;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};
event {
        name = thread_ready;
        id = 0x17;
        fields := struct {
                uint32_t thread_id;
				ctf_bounded_string_t name[20];
        };
};

event {
	name = thread_pending;
	id = 0x18;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_info;
	id = 0x19;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
		uint32_t stack_base;
		uint32_t stack_size;
	};
};

event {
	name = thread_name_set;
	id = 0x1a;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = isr_enter;
	id = 0x1B;
};

event {
	name = isr_exit;
	id = 0x1C;
};

event {
	name = isr_exit_to_scheduler;
	id = 0x1D;
};

event {
	name = idle;
	id = 0x1E;
};

event {
	name = semaphore_init;
	id = 0x21;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = semaphore_give_enter;
	id = 0x22;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = semaphore_give_exit;
	id = 0x23;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = semaphore_take_enter;
	id = 0x24;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = semaphore_take_exit;
	id = 0x26;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};


event {
	name = semaphore_take_blocking;
	id = 0x25;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};


event {
	name = semaphore_reset;
	id = 0x27;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = mutex_init;
	id = 0x28;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = mutex_lock_enter;
	id = 0x29;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = mutex_lock_blocking;
	id = 0x2A;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = mutex_lock_exit;
	id = 0x2B;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = mutex_unlock_enter;
	id = 0x2C;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = mutex_unlock_exit;
	id = 0x2D;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = timer_init;
	id = 0x2E;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = timer_start;
	id = 0x2F;
	fields := struct {
		uint32_t id;
		uint32_t duration;
		uint32_t period;
	};
};

event {
	name = timer_stop;
	id = 0x30;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = timer_status_sync_enter;
	id = 0x31;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = timer_status_sync_blocking;
	id = 0x32;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = timer_status_sync_exit;
	id = 0x33;
	fields := struct {
		uint32_t id;
		uint32_t result;
	};
};

event {
	name = user_mode_enter;
	id = 0x34;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_wakeup;
	id = 0x35;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = socket_init;
	id = 0x36;
	fields := struct {
		uint32_t id;
		uint32_t family;
		uint32_t type;
		uint32_t proto;
	};
};

event {
	name = socket_close_enter;
	id = 0x37;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = socket_close_exit;
	id = 0x38;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_shutdown_enter;
	id = 0x39;
	fields := struct {
		uint32_t id;
		uint32_t how;
	};
};

event {
	name = socket_shutdown_exit;
	id = 0x3A;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_bind_enter;
	id = 0x3B;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
		uint16_t port;
	};
};

event {
	name = socket_bind_exit;
	id = 0x3C;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_connect_enter;
	id = 0x3D;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
	};
};

event {
	name = socket_connect_exit;
	id = 0x3E;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_listen_enter;
	id = 0x3F;
	fields := struct {
		uint32_t id;
		uint32_t backlog;
	};
};

event {
	name = socket_listen_exit;
	id = 0x40;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_accept_enter;
	id = 0x41;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = socket_accept_exit;
	id = 0x42;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
		uint16_t port;
		int32_t result;
	};
};

event {
	name = socket_sendto_enter;
	id = 0x43;
	fields := struct {
		uint32_t id;
		uint32_t data_length;
		uint32_t flags;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
	};
};

event {
	name = socket_sendto_exit;
	id = 0x44;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_sendmsg_enter;
	id = 0x45;
	fields := struct {
		uint32_t id;
		uint32_t flags;
		uint32_t msghdr;
		ctf_bounded_string_t address[46];
		uint32_t data_length;
	};
};

event {
	name = socket_sendmsg_exit;
	id = 0x46;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_recvfrom_enter;
	id = 0x47;
	fields := struct {
		uint32_t id;
		uint32_t max_length;
		uint32_t flags;
		uint32_t address;
		uint32_t address_length;
	};
};

event {
	name = socket_recvfrom_exit;
	id = 0x48;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
		int32_t result;
	};
};

event {
	name = socket_recvmsg_enter;
	id = 0x49;
	fields := struct {
		uint32_t id;
		uint32_t msg;
		uint32_t max_msg_length;
		int32_t result;
	};
};

event {
	name = socket_recvmsg_exit;
	id = 0x4A;
	fields := struct {
		uint32_t id;
		uint32_t msg_length;
		ctf_bounded_string_t address[46];
		int32_t result;
	};
};

event {
	name = socket_fcntl_enter;
	id = 0x4B;
	fields := struct {
		uint32_t id;
		uint32_t cmd;
		uint32_t flags;
	};
};

event {
	name = socket_fcntl_exit;
	id = 0x4C;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_ioctl_enter;
	id = 0x4D;
	fields := struct {
		uint32_t id;
		uint32_t request;
	};
};

event {
	name = socket_ioctl_exit;
	id = 0x4E;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_poll_enter;
	id = 0x4F;
	fields := struct {
		uint32_t fds;
		uint32_t num_fds;
		int32_t timeout;
	};
};

event {
	name = socket_poll_value;
	id = 0x50;
	fields := struct {
		int32_t fd;
		uint16_t events;
	};
};

event {
	name = socket_poll_exit;
	id = 0x51;
	fields := struct {
		uint32_t fds;
		uint32_t num_fds;
		int32_t result;
	};
};

event {
	name = socket_getsockopt_enter;
	id = 0x52;
	fields := struct {
		uint32_t id;
		uint32_t level;
		uint32_t optname;
	};
};

event {
	name = socket_getsockopt_exit;
	id = 0x53;
	fields := struct {
		uint32_t id;
		uint32_t level;
		uint32_t optname;
		uint32_t optval;
		uint32_t optlen;
		int32_t result;
	};
};

event {
	name = socket_setsockopt_enter;
	id = 0x54;
	fields := struct {
		uint32_t id;
		uint32_t level;
		uint32_t optname;
		uint32_t optval;
		uint32_t optlen;
	};
};

event {
	name = socket_setsockopt_exit;
	id = 0x55;
	fields := struct {
		uint32_t id;
		int32_t result;
	};
};

event {
	name = socket_getpeername_enter;
	id = 0x56;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = socket_getpeername_exit;
	id = 0x57;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
		int32_t result;
	};
};

event {
	name = socket_getsockname_enter;
	id = 0x58;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = socket_getsockname_exit;
	id = 0x59;
	fields := struct {
		uint32_t id;
		ctf_bounded_string_t address[46];
		uint32_t address_length;
		int32_t result;
	};
};

event {
	name = socket_socketpair_enter;
	id = 0x5A;
	fields := struct {
		uint32_t family;
		uint32_t type;
		uint32_t proto;
		uint32_t sv;
	};
};

event {
	name = socket_socketpair_exit;
	id = 0x5B;
	fields := struct {
		int32_t socket0;
		int32_t socket1;
		int32_t result;
	};
};

event {
	name = net_recv_data_enter;
	id = 0x5C;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		uint32_t pkt_len;
	};
};

event {
	name = net_recv_data_exit;
	id = 0x5D;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		int32_t result;
	};
};

event {
	name = net_send_data_enter;
	id = 0x5E;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		uint32_t pkt_len;
	};
};

event {
	name = net_send_data_exit;
	id = 0x5F;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		int32_t result;
	};
};

event {
	name = net_rx_time;
	id = 0x60;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		uint32_t priority;
		uint32_t traffic_class;
		uint32_t duration_us;
	};
};

event {
	name = net_tx_time;
	id = 0x61;
	fields := struct {
		int32_t if_index;
		uint32_t iface;
		uint32_t pkt;
		uint32_t priority;
		uint32_t traffic_class;
		uint32_t duration_us;
	};
};

event {
	name = named_event;
	id = 0x62;
	fields := struct {
		ctf_bounded_string_t name[20];
		uint32_t arg0;
		uint32_t arg1;
	};
};

event {
	name = gpio_pin_configure_interrupt_enter;
	id = 0x63;
	fields := struct {
		uint32_t port;
		uint32_t pin;
		uint32_t flags;
	};
};

event {
	name = gpio_pin_configure_interrupt_exit;
	id = 0x64;
	fields := struct {
		uint32_t port;
		uint32_t pin;
		uint32_t ret;
	};
};

event {
	name = gpio_pin_configure_enter;
	id = 0x65;
	fields := struct {
		uint32_t port;
		uint32_t pin;
		uint32_t flags;
	};
};

event {
	name = gpio_pin_configure_exit;
	id = 0x66;
	fields := struct {
		uint32_t port;
		uint32_t pin;
		uint32_t ret;
	};
};

event {
	name = gpio_port_get_direction_enter;
	id = 0x67;
	fields := struct {
		uint32_t port;
		uint32_t map;
		uint32_t inputs;
		uint32_t outputs;
	};
};

event {
	name = gpio_port_get_direction_exit;
	id = 0x68;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name = gpio_pin_get_config_enter;
	id = 0x69;
	fields := struct {
		uint32_t port;
		uint32_t pin;
	};
};

event {
	name =  gpio_pin_get_config_exit;
	id = 0x6A;
	fields := struct {
		uint32_t port;
		uint32_t pin;
		uint32_t ret;
	};
};

event {
	name =  gpio_port_get_raw_enter;
	id = 0x6B;
	fields := struct {
		uint32_t port;
		uint32_t value;
	};
};

event {
	name =  gpio_port_get_raw_exit;
	id = 0x6C;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_port_set_masked_raw_enter;
	id = 0x6D;
	fields := struct {
		uint32_t port;
		uint32_t mask;
		uint32_t value;
	};
};

event {
	name =  gpio_port_set_masked_raw_exit;
	id = 0x6E;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_port_set_bits_raw_enter;
	id = 0x6F;
	fields := struct {
		uint32_t port;
		uint32_t pins;
	};
};

event {
	name =  gpio_port_set_bits_raw_exit;
	id = 0x70;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_port_clear_bits_raw_enter;
	id = 0x71;
	fields := struct {
		uint32_t port;
		uint32_t pins;
	};
};

event {
	name =  gpio_port_clear_bits_raw_exit;
	id = 0x72;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_port_toggle_bits_enter;
	id = 0x73;
	fields := struct {
		uint32_t port;
		uint32_t pins;
	};
};

event {
	name =  gpio_port_toggle_bits_exit;
	id = 0x74;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_init_callback_enter;
	id = 0x75;
	fields := struct {
		uint32_t callback;
		uint32_t handler;
		uint32_t pin_mask;
	};
};

event {
	name =  gpio_init_callback_exit;
	id = 0x76;
	fields := struct {
		uint32_t callback;
	};
};

event {
	name =  gpio_add_callback_enter;
	id = 0x77;
	fields := struct {
		uint32_t port;
		uint32_t callback;
	};
};

event {
	name =  gpio_add_callback_exit;
	id = 0x78;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_remove_callback_enter;
	id = 0x79;
	fields := struct {
		uint32_t port;
		uint32_t callback;
	};
};

event {
	name =  gpio_remove_callback_exit;
	id = 0x7A;
	fields := struct {
		uint32_t port;
		uint32_t ret;
	};
};

event {
	name =  gpio_get_pending_int_enter;
	id = 0x7B;
	fields := struct {
		uint32_t dev;
	};
};

event {
	name =  gpio_get_pending_int_exit;
	id = 0x7C;
	fields := struct {
		uint32_t dev;
		uint32_t ret;
	};
};

event {
	name =  gpio_fire_callbacks_enter;
	id = 0x7D;
	fields := struct {
		uint32_t list;
		uint32_t port;
		uint32_t pins;
	};
};

event {
	name =  gpio_fire_callback;
	id = 0x7E;
	fields := struct {
		uint32_t port;
		uint32_t cb;
	};
};



/* Memory Slabs */
event {
	name = mem_slab_init;
	id = 0x81;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = mem_slab_alloc_enter;
	id = 0x82;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = mem_slab_alloc_blocking;
	id = 0x83;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = mem_slab_alloc_exit;
	id = 0x84;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = mem_slab_free_enter;
	id = 0x85;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = mem_slab_free_exit;
	id = 0x86;
	fields := struct {
		uint32_t id;
	};
};

/* Message Queues */

event {
	name = msgq_init;
	id = 0x87;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = msgq_alloc_init_enter;
	id = 0x88;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = msgq_alloc_init_exit;
	id = 0x89;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = msgq_put_enter;
	id = 0x8A;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_put_blocking;
	id = 0x8B;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_put_exit;
	id = 0x8C;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = msgq_get_enter;
	id = 0x8D;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_get_blocking;
	id = 0x8E;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_get_exit;
	id = 0x8F;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = msgq_peek;
	id = 0x90;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = msgq_purge;
	id = 0x91;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = msgq_put_front_enter;
	id = 0x92;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_put_front_blocking;
	id = 0x94;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = msgq_put_front_exit;
	id = 0x93;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = msgq_cleanup_enter;
	id = 0x95;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = msgq_cleanup_exit;
	id = 0x96;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

/* Condition Variables */
event {
	name = condvar_init;
	id = 0x97;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = condvar_signal_enter;
	id = 0x98;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = condvar_signal_blocking;
	id = 0x99;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = condvar_signal_exit;
	id = 0x9A;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = condvar_broadcast_enter;
	id = 0x9B;
	fields := struct {
		uint32_t id;
	};
};

event {
	name = condvar_broadcast_exit;
	id = 0x9C;
	fields := struct {
		uint32_t id;
		int32_t ret;
	};
};

event {
	name = condvar_wait_enter;
	id = 0x9D;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
	};
};

event {
	name = condvar_wait_exit;
	id = 0x9E;
	fields := struct {
		uint32_t id;
		uint32_t timeout;
		int32_t ret;
	};
};

/* Work Queue Events */
event {
	name = work_init;
	id = 0x9F;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_submit_to_queue_enter;
	id = 0xA0;
	fields := struct {
		uint32_t queue_id;
		uint32_t work_id;
	};
};

event {
	name = work_submit_to_queue_exit;
	id = 0xA1;
	fields := struct {
		uint32_t queue_id;
		uint32_t work_id;
		int32_t ret;
	};
};

event {
	name = work_submit_enter;
	id = 0xA2;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_submit_exit;
	id = 0xA3;
	fields := struct {
		uint32_t work_id;
		int32_t ret;
	};
};

event {
	name = work_flush_enter;
	id = 0xA4;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_flush_blocking;
	id = 0xA5;
	fields := struct {
		uint32_t work_id;
		uint32_t timeout;
	};
};

event {
	name = work_flush_exit;
	id = 0xA6;
	fields := struct {
		uint32_t work_id;
		int32_t ret;
	};
};

event {
	name = work_cancel_enter;
	id = 0xA7;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_cancel_exit;
	id = 0xA8;
	fields := struct {
		uint32_t work_id;
		int32_t ret;
	};
};

event {
	name = work_cancel_sync_enter;
	id = 0xA9;
	fields := struct {
		uint32_t work_id;
		uint32_t sync_id;
	};
};

event {
	name = work_cancel_sync_blocking;
	id = 0xAA;
	fields := struct {
		uint32_t work_id;
		uint32_t sync_id;
	};
};

event {
	name = work_cancel_sync_exit;
	id = 0xAB;
	fields := struct {
		uint32_t work_id;
		uint32_t sync_id;
		int32_t ret;
	};
};

/* Work Queue Management */
event {
	name = work_queue_init;
	id = 0xAC;
	fields := struct {
		uint32_t queue_id;
	};
};

event {
	name = work_queue_start_enter;
	id = 0xAD;
	fields := struct {
		uint32_t queue_id;
	};
};

event {
	name = work_queue_start_exit;
	id = 0xAE;
	fields := struct {
		uint32_t queue_id;
	};
};

event {
	name = work_queue_stop_enter;
	id = 0xAF;
	fields := struct {
		uint32_t queue_id;
		uint32_t timeout;
	};
};

event {
	name = work_queue_stop_blocking;
	id = 0xB0;
	fields := struct {
		uint32_t queue_id;
		uint32_t timeout;
	};
};

event {
	name = work_queue_stop_exit;
	id = 0xB1;
	fields := struct {
		uint32_t queue_id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = work_queue_drain_enter;
	id = 0xB2;
	fields := struct {
		uint32_t queue_id;
	};
};

event {
	name = work_queue_drain_exit;
	id = 0xB3;
	fields := struct {
		uint32_t queue_id;
		int32_t ret;
	};
};

event {
	name = work_queue_unplug_enter;
	id = 0xB4;
	fields := struct {
		uint32_t queue_id;
	};
};

event {
	name = work_queue_unplug_exit;
	id = 0xB5;
	fields := struct {
		uint32_t queue_id;
		int32_t ret;
	};
};

/* Delayable Work */
event {
	name = work_delayable_init;
	id = 0xB6;
	fields := struct {
		uint32_t dwork_id;
	};
};

event {
	name = work_schedule_for_queue_enter;
	id = 0xB7;
	fields := struct {
		uint32_t queue_id;
		uint32_t dwork_id;
		uint32_t delay;
	};
};

event {
	name = work_schedule_for_queue_exit;
	id = 0xB8;
	fields := struct {
		uint32_t queue_id;
		uint32_t dwork_id;
		uint32_t delay;
		int32_t ret;
	};
};

event {
	name = work_schedule_enter;
	id = 0xB9;
	fields := struct {
		uint32_t dwork_id;
		uint32_t delay;
	};
};

event {
	name = work_schedule_exit;
	id = 0xBA;
	fields := struct {
		uint32_t dwork_id;
		uint32_t delay;
		int32_t ret;
	};
};

event {
	name = work_reschedule_for_queue_enter;
	id = 0xBB;
	fields := struct {
		uint32_t queue_id;
		uint32_t dwork_id;
		uint32_t delay;
	};
};

event {
	name = work_reschedule_for_queue_exit;
	id = 0xBC;
	fields := struct {
		uint32_t queue_id;
		uint32_t dwork_id;
		uint32_t delay;
		int32_t ret;
	};
};

event {
	name = work_reschedule_enter;
	id = 0xBD;
	fields := struct {
		uint32_t dwork_id;
		uint32_t delay;
	};
};

event {
	name = work_reschedule_exit;
	id = 0xBE;
	fields := struct {
		uint32_t dwork_id;
		uint32_t delay;
		int32_t ret;
	};
};

event {
	name = work_flush_delayable_enter;
	id = 0xBF;
	fields := struct {
		uint32_t dwork_id;
		uint32_t sync_id;
	};
};

event {
	name = work_flush_delayable_exit;
	id = 0xC0;
	fields := struct {
		uint32_t dwork_id;
		uint32_t sync_id;
		int32_t ret;
	};
};

event {
	name = work_cancel_delayable_enter;
	id = 0xC1;
	fields := struct {
		uint32_t dwork_id;
	};
};

event {
	name = work_cancel_delayable_exit;
	id = 0xC2;
	fields := struct {
		uint32_t dwork_id;
		int32_t ret;
	};
};

event {
	name = work_cancel_delayable_sync_enter;
	id = 0xC3;
	fields := struct {
		uint32_t dwork_id;
		uint32_t sync_id;
	};
};

event {
	name = work_cancel_delayable_sync_exit;
	id = 0xC4;
	fields := struct {
		uint32_t dwork_id;
		uint32_t sync_id;
		int32_t ret;
	};
};

/* Poll Work */
event {
	name = work_poll_init_enter;
	id = 0xC5;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_poll_init_exit;
	id = 0xC6;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_poll_submit_to_queue_enter;
	id = 0xC7;
	fields := struct {
		uint32_t work_q_id;
		uint32_t work_id;
		uint32_t timeout;
	};
};

event {
	name = work_poll_submit_to_queue_blocking;
	id = 0xC8;
	fields := struct {
		uint32_t work_q_id;
		uint32_t work_id;
		uint32_t timeout;
	};
};

event {
	name = work_poll_submit_to_queue_exit;
	id = 0xC9;
	fields := struct {
		uint32_t work_q_id;
		uint32_t work_id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = work_poll_submit_enter;
	id = 0xCA;
	fields := struct {
		uint32_t work_id;
		uint32_t timeout;
	};
};

event {
	name = work_poll_submit_exit;
	id = 0xCB;
	fields := struct {
		uint32_t work_id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = work_poll_cancel_enter;
	id = 0xCC;
	fields := struct {
		uint32_t work_id;
	};
};

event {
	name = work_poll_cancel_exit;
	id = 0xCD;
	fields := struct {
		uint32_t work_id;
		int32_t ret;
	};
};

/* Poll API */
event {
	name = poll_event_init;
	id = 0xCE;
	fields := struct {
		uint32_t event_id;
	};
};

event {
	name = poll_enter;
	id = 0xCF;
	fields := struct {
		uint32_t events_id;
	};
};

event {
	name = poll_exit;
	id = 0xD0;
	fields := struct {
		uint32_t events_id;
		int32_t ret;
	};
};

event {
	name = poll_signal_init;
	id = 0xD1;
	fields := struct {
		uint32_t signal_id;
	};
};

event {
	name = poll_signal_reset;
	id = 0xD2;
	fields := struct {
		uint32_t signal_id;
	};
};

event {
	name = poll_signal_check;
	id = 0xD3;
	fields := struct {
		uint32_t signal_id;
	};
};

event {
	name = poll_signal_raise;
	id = 0xD4;
	fields := struct {
		uint32_t signal_id;
		int32_t ret;
	};
};

event {
	name = thread_foreach_enter;
	id = 0xD5;
	fields := struct {};
};

event {
	name = thread_foreach_exit;
	id = 0xD6;
	fields := struct {};
};

event {
	name = thread_foreach_unlocked_enter;
	id = 0xD7;
	fields := struct {};
};

event {
	name = thread_foreach_unlocked_exit;
	id = 0xD8;
	fields := struct {};
};

event {
	name = thread_heap_assign;
	id = 0xD9;
	fields := struct {
		uint32_t thread_id;
		uint32_t heap_id;
	};
};

event {
	name = thread_join_enter;
	id = 0xDA;
	fields := struct {
		uint32_t thread_id;
		uint32_t timeout;
	};
};

event {
	name = thread_join_blocking;
	id = 0xDB;
	fields := struct {
		uint32_t thread_id;
		uint32_t timeout;
	};
};

event {
	name = thread_join_exit;
	id = 0xDC;
	fields := struct {
		uint32_t thread_id;
		uint32_t timeout;
		int32_t ret;
	};
};

event {
	name = thread_msleep_enter;
	id = 0xDD;
	fields := struct {
		int32_t ms;
	};
};

event {
	name = thread_msleep_exit;
	id = 0xDE;
	fields := struct {
		int32_t ms;
		int32_t ret;
	};
};

event {
	name = thread_usleep_enter;
	id = 0xDF;
	fields := struct {
		int32_t us;
	};
};

event {
	name = thread_usleep_exit;
	id = 0xE0;
	fields := struct {
		int32_t us;
		int32_t ret;
	};
};

event {
	name = thread_busy_wait_enter;
	id = 0xE1;
	fields := struct {
		uint32_t usec_to_wait;
	};
};

event {
	name = thread_busy_wait_exit;
	id = 0xE2;
	fields := struct {
		uint32_t usec_to_wait;
	};
};

event {
	name = thread_yield;
	id = 0xE3;
};

event {
	name = thread_suspend_exit;
	id = 0xE4;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_lock;
	id = 0xE5;
};

event {
	name = thread_sched_unlock;
	id = 0xE6;
};

event {
	name = thread_sched_wakeup;
	id = 0xE7;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_abort;
	id = 0xE8;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_priority_set;
	id = 0xE9;
	fields := struct {
		uint32_t thread_id;
		int8_t prio;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_ready;
	id = 0xEA;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_pend;
	id = 0xEB;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_resume;
	id = 0xEC;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};

event {
	name = thread_sched_suspend;
	id = 0xED;
	fields := struct {
		uint32_t thread_id;
		ctf_bounded_string_t name[20];
	};
};