+#ifdef PRIVATE
+struct if_traffic_class {
+ u_int64_t ifi_ibepackets; /* TC_BE packets received on interface */
+ u_int64_t ifi_ibebytes; /* TC_BE bytes received on interface */
+ u_int64_t ifi_obepackets; /* TC_BE packet sent on interface */
+ u_int64_t ifi_obebytes; /* TC_BE bytes sent on interface */
+ u_int64_t ifi_ibkpackets; /* TC_BK packets received on interface */
+ u_int64_t ifi_ibkbytes; /* TC_BK bytes received on interface */
+ u_int64_t ifi_obkpackets; /* TC_BK packet sent on interface */
+ u_int64_t ifi_obkbytes; /* TC_BK bytes sent on interface */
+ u_int64_t ifi_ivipackets; /* TC_VI packets received on interface */
+ u_int64_t ifi_ivibytes; /* TC_VI bytes received on interface */
+ u_int64_t ifi_ovipackets; /* TC_VI packets sent on interface */
+ u_int64_t ifi_ovibytes; /* TC_VI bytes sent on interface */
+ u_int64_t ifi_ivopackets; /* TC_VO packets received on interface */
+ u_int64_t ifi_ivobytes; /* TC_VO bytes received on interface */
+ u_int64_t ifi_ovopackets; /* TC_VO packets sent on interface */
+ u_int64_t ifi_ovobytes; /* TC_VO bytes sent on interface */
+ u_int64_t ifi_ipvpackets; /* TC priv packets received on interface */
+ u_int64_t ifi_ipvbytes; /* TC priv bytes received on interface */
+ u_int64_t ifi_opvpackets; /* TC priv packets sent on interface */
+ u_int64_t ifi_opvbytes; /* TC priv bytes sent on interface */
+};
+
+struct if_data_extended {
+ u_int64_t ifi_alignerrs; /* unaligned (32-bit) input pkts */
+ u_int64_t ifi_dt_bytes; /* Data threshold counter */
+ u_int64_t ifi_fpackets; /* forwarded packets on interface */
+ u_int64_t ifi_fbytes; /* forwarded bytes on interface */
+ u_int64_t reserved[12]; /* for future */
+};
+
+struct if_packet_stats {
+ /* TCP */
+ u_int64_t ifi_tcp_badformat;
+ u_int64_t ifi_tcp_unspecv6;
+ u_int64_t ifi_tcp_synfin;
+ u_int64_t ifi_tcp_badformatipsec;
+ u_int64_t ifi_tcp_noconnnolist;
+ u_int64_t ifi_tcp_noconnlist;
+ u_int64_t ifi_tcp_listbadsyn;
+ u_int64_t ifi_tcp_icmp6unreach;
+ u_int64_t ifi_tcp_deprecate6;
+ u_int64_t ifi_tcp_rstinsynrcv;
+ u_int64_t ifi_tcp_ooopacket;
+ u_int64_t ifi_tcp_dospacket;
+ u_int64_t ifi_tcp_cleanup;
+ u_int64_t ifi_tcp_synwindow;
+ u_int64_t reserved[6];
+ /* UDP */
+ u_int64_t ifi_udp_port_unreach;
+ u_int64_t ifi_udp_faithprefix;
+ u_int64_t ifi_udp_port0;
+ u_int64_t ifi_udp_badlength;
+ u_int64_t ifi_udp_badchksum;
+ u_int64_t ifi_udp_badmcast;
+ u_int64_t ifi_udp_cleanup;
+ u_int64_t ifi_udp_badipsec;
+ u_int64_t _reserved[4];
+};
+
+struct if_description {
+ u_int32_t ifd_maxlen; /* must be IF_DESCSIZE */
+ u_int32_t ifd_len; /* actual ifd_desc length */
+ u_int8_t *ifd_desc; /* ptr to desc buffer */
+};
+
+struct if_bandwidths {
+ u_int64_t eff_bw; /* effective bandwidth */
+ u_int64_t max_bw; /* maximum theoretical bandwidth */
+};
+
+struct if_latencies {
+ u_int64_t eff_lt; /* effective latency */
+ u_int64_t max_lt; /* maximum theoretical latency */
+};
+
+struct if_rxpoll_stats {
+ u_int32_t ifi_poll_off_req; /* total # of POLL_OFF reqs */
+ u_int32_t ifi_poll_off_err; /* total # of POLL_OFF errors */
+ u_int32_t ifi_poll_on_req; /* total # of POLL_ON reqs */
+ u_int32_t ifi_poll_on_err; /* total # of POLL_ON errors */
+
+ u_int32_t ifi_poll_wakeups_avg; /* avg # of wakeup reqs */
+ u_int32_t ifi_poll_wakeups_lowat; /* wakeups low watermark */
+ u_int32_t ifi_poll_wakeups_hiwat; /* wakeups high watermark */
+
+ u_int64_t ifi_poll_packets; /* total # of polled packets */
+ u_int32_t ifi_poll_packets_avg; /* average polled packets */
+ u_int32_t ifi_poll_packets_min; /* smallest polled packets */
+ u_int32_t ifi_poll_packets_max; /* largest polled packets */
+ u_int32_t ifi_poll_packets_lowat; /* packets low watermark */
+ u_int32_t ifi_poll_packets_hiwat; /* packets high watermark */
+
+ u_int64_t ifi_poll_bytes; /* total # of polled bytes */
+ u_int32_t ifi_poll_bytes_avg; /* average polled bytes */
+ u_int32_t ifi_poll_bytes_min; /* smallest polled bytes */
+ u_int32_t ifi_poll_bytes_max; /* largest polled bytes */
+ u_int32_t ifi_poll_bytes_lowat; /* bytes low watermark */
+ u_int32_t ifi_poll_bytes_hiwat; /* bytes high watermark */
+
+ u_int32_t ifi_poll_packets_limit; /* max packets per poll call */
+ u_int64_t ifi_poll_interval_time; /* poll interval (nsec) */
+};
+
+struct if_tcp_ecn_perf_stat {
+ u_int64_t total_txpkts;
+ u_int64_t total_rxmitpkts;
+ u_int64_t total_rxpkts;
+ u_int64_t total_oopkts;
+ u_int64_t total_reorderpkts;
+ u_int64_t rtt_avg;
+ u_int64_t rtt_var;
+ u_int64_t sack_episodes;
+ u_int64_t rxmit_drop;
+ u_int64_t rst_drop;
+ u_int64_t oo_percent;
+ u_int64_t reorder_percent;
+ u_int64_t rxmit_percent;
+};
+
+struct if_tcp_ecn_stat {
+ u_int64_t timestamp;
+ u_int64_t ecn_client_setup;
+ u_int64_t ecn_server_setup;
+ u_int64_t ecn_client_success;
+ u_int64_t ecn_server_success;
+ u_int64_t ecn_peer_nosupport;
+ u_int64_t ecn_syn_lost;
+ u_int64_t ecn_synack_lost;
+ u_int64_t ecn_recv_ce;
+ u_int64_t ecn_recv_ece;
+ u_int64_t ecn_conn_recv_ce;
+ u_int64_t ecn_conn_recv_ece;
+ u_int64_t ecn_conn_plnoce;
+ u_int64_t ecn_conn_plce;
+ u_int64_t ecn_conn_noplce;
+ u_int64_t ecn_fallback_synloss;
+ u_int64_t ecn_fallback_reorder;
+ u_int64_t ecn_fallback_ce;
+ u_int64_t ecn_off_conn;
+ u_int64_t ecn_total_conn;
+ struct if_tcp_ecn_perf_stat ecn_on;
+ struct if_tcp_ecn_perf_stat ecn_off;
+};
+
+/*
+ * Interface link status report -- includes statistics related to
+ * the link layer technology sent by the driver. The driver will monitor
+ * these statistics over an interval (3-4 secs) and will generate a report
+ * to the network stack. This will give first-hand information about the
+ * status of the first hop of the network path. The version and
+ * length values should be correct for the data to be processed correctly.
+ * The definitions are different for different kind of interfaces like
+ * Wifi, Cellular etc,.
+ */
+#define IF_CELLULAR_STATUS_REPORT_VERSION_1 1
+#define IF_WIFI_STATUS_REPORT_VERSION_1 1
+#define IF_CELLULAR_STATUS_REPORT_CURRENT_VERSION \
+ IF_CELLULAR_STATUS_REPORT_VERSION_1
+#define IF_WIFI_STATUS_REPORT_CURRENT_VERSION IF_WIFI_STATUS_REPORT_VERSION_1
+/*
+ * For cellular interface --
+ * There is no way to share common headers between the Baseband and
+ * the kernel. Any changes to this structure will need to be communicated
+ * to the Baseband team. It is better to use reserved space instead of
+ * changing the size or existing fields in the structure.
+ */
+struct if_cellular_status_v1 {
+ u_int32_t valid_bitmask; /* indicates which fields are valid */
+#define IF_CELL_LINK_QUALITY_METRIC_VALID 0x1
+#define IF_CELL_UL_EFFECTIVE_BANDWIDTH_VALID 0x2
+#define IF_CELL_UL_MAX_BANDWIDTH_VALID 0x4
+#define IF_CELL_UL_MIN_LATENCY_VALID 0x8
+#define IF_CELL_UL_EFFECTIVE_LATENCY_VALID 0x10
+#define IF_CELL_UL_MAX_LATENCY_VALID 0x20
+#define IF_CELL_UL_RETXT_LEVEL_VALID 0x40
+#define IF_CELL_UL_BYTES_LOST_VALID 0x80
+#define IF_CELL_UL_MIN_QUEUE_SIZE_VALID 0x100
+#define IF_CELL_UL_AVG_QUEUE_SIZE_VALID 0x200
+#define IF_CELL_UL_MAX_QUEUE_SIZE_VALID 0x400
+#define IF_CELL_DL_EFFECTIVE_BANDWIDTH_VALID 0x800
+#define IF_CELL_DL_MAX_BANDWIDTH_VALID 0x1000
+#define IF_CELL_CONFIG_INACTIVITY_TIME_VALID 0x2000
+#define IF_CELL_CONFIG_BACKOFF_TIME_VALID 0x4000
+ u_int32_t link_quality_metric;
+ u_int32_t ul_effective_bandwidth; /* Measured uplink bandwidth based on current activity (bps) */
+ u_int32_t ul_max_bandwidth; /* Maximum supported uplink bandwidth (bps) */
+ u_int32_t ul_min_latency; /* min expected uplink latency for first hop (ms) */
+ u_int32_t ul_effective_latency; /* current expected uplink latency for first hop (ms) */
+ u_int32_t ul_max_latency; /* max expected uplink latency first hop (ms) */
+ u_int32_t ul_retxt_level; /* Retransmission metric */
+#define IF_CELL_UL_RETXT_LEVEL_NONE 1
+#define IF_CELL_UL_RETXT_LEVEL_LOW 2
+#define IF_CELL_UL_RETXT_LEVEL_MEDIUM 3
+#define IF_CELL_UL_RETXT_LEVEL_HIGH 4
+ u_int32_t ul_bytes_lost; /* % of total bytes lost on uplink in Q10 format */
+ u_int32_t ul_min_queue_size; /* minimum bytes in queue */
+ u_int32_t ul_avg_queue_size; /* average bytes in queue */
+ u_int32_t ul_max_queue_size; /* maximum bytes in queue */
+ u_int32_t dl_effective_bandwidth; /* Measured downlink bandwidth based on current activity (bps) */
+ u_int32_t dl_max_bandwidth; /* Maximum supported downlink bandwidth (bps) */
+ u_int32_t config_inactivity_time; /* ms */
+ u_int32_t config_backoff_time; /* new connections backoff time in ms */
+ u_int64_t reserved_1;
+ u_int64_t reserved_2;
+ u_int64_t reserved_3;
+ u_int64_t reserved_4;
+ u_int64_t reserved_5;
+} __attribute__((packed));
+
+struct if_cellular_status {
+ union {
+ struct if_cellular_status_v1 if_status_v1;
+ } if_cell_u;
+};
+
+/*
+ * These statistics will be provided by the Wifi driver periodically.
+ * After sending each report, the driver should start computing again
+ * for the next report duration so that the values represent the link
+ * status for one report duration.
+ */
+
+struct if_wifi_status_v1 {
+ u_int32_t valid_bitmask;
+#define IF_WIFI_LINK_QUALITY_METRIC_VALID 0x1
+#define IF_WIFI_UL_EFFECTIVE_BANDWIDTH_VALID 0x2
+#define IF_WIFI_UL_MAX_BANDWIDTH_VALID 0x4
+#define IF_WIFI_UL_MIN_LATENCY_VALID 0x8
+#define IF_WIFI_UL_EFFECTIVE_LATENCY_VALID 0x10
+#define IF_WIFI_UL_MAX_LATENCY_VALID 0x20
+#define IF_WIFI_UL_RETXT_LEVEL_VALID 0x40
+#define IF_WIFI_UL_ERROR_RATE_VALID 0x80
+#define IF_WIFI_UL_BYTES_LOST_VALID 0x100
+#define IF_WIFI_DL_EFFECTIVE_BANDWIDTH_VALID 0x200
+#define IF_WIFI_DL_MAX_BANDWIDTH_VALID 0x400
+#define IF_WIFI_DL_MIN_LATENCY_VALID 0x800
+#define IF_WIFI_DL_EFFECTIVE_LATENCY_VALID 0x1000
+#define IF_WIFI_DL_MAX_LATENCY_VALID 0x2000
+#define IF_WIFI_DL_ERROR_RATE_VALID 0x4000
+#define IF_WIFI_CONFIG_FREQUENCY_VALID 0x8000
+#define IF_WIFI_CONFIG_MULTICAST_RATE_VALID 0x10000
+#define IF_WIFI_CONFIG_SCAN_COUNT_VALID 0x20000
+#define IF_WIFI_CONFIG_SCAN_DURATION_VALID 0x40000
+ u_int32_t link_quality_metric; /* link quality metric */
+ u_int32_t ul_effective_bandwidth; /* Measured uplink bandwidth based on current activity (bps) */
+ u_int32_t ul_max_bandwidth; /* Maximum supported uplink bandwidth (bps) */
+ u_int32_t ul_min_latency; /* min expected uplink latency for first hop (ms) */
+ u_int32_t ul_effective_latency; /* current expected uplink latency for first hop (ms) */
+ u_int32_t ul_max_latency; /* max expected uplink latency for first hop (ms) */
+ u_int32_t ul_retxt_level; /* Retransmission metric */
+#define IF_WIFI_UL_RETXT_LEVEL_NONE 1
+#define IF_WIFI_UL_RETXT_LEVEL_LOW 2
+#define IF_WIFI_UL_RETXT_LEVEL_MEDIUM 3
+#define IF_WIFI_UL_RETXT_LEVEL_HIGH 4
+ u_int32_t ul_bytes_lost; /* % of total bytes lost on uplink in Q10 format */
+ u_int32_t ul_error_rate; /* % of bytes dropped on uplink after many retransmissions in Q10 format */
+ u_int32_t dl_effective_bandwidth; /* Measured downlink bandwidth based on current activity (bps) */
+ u_int32_t dl_max_bandwidth; /* Maximum supported downlink bandwidth (bps) */
+ /*
+ * The download latency values indicate the time AP may have to wait for the
+ * driver to receive the packet. These values give the range of expected latency
+ * mainly due to co-existence events and channel hopping where the interface
+ * becomes unavailable.
+ */
+ u_int32_t dl_min_latency; /* min expected latency for first hop in ms */
+ u_int32_t dl_effective_latency; /* current expected latency for first hop in ms */
+ u_int32_t dl_max_latency; /* max expected latency for first hop in ms */
+ u_int32_t dl_error_rate; /* % of CRC or other errors in Q10 format */
+ u_int32_t config_frequency; /* 2.4 or 5 GHz */
+#define IF_WIFI_CONFIG_FREQUENCY_2_4_GHZ 1
+#define IF_WIFI_CONFIG_FREQUENCY_5_0_GHZ 2
+ u_int32_t config_multicast_rate; /* bps */
+ u_int32_t scan_count; /* scan count during the previous period */
+ u_int32_t scan_duration; /* scan duration in ms */
+ u_int64_t reserved_1;
+ u_int64_t reserved_2;
+ u_int64_t reserved_3;
+ u_int64_t reserved_4;
+} __attribute__((packed));
+
+struct if_wifi_status {
+ union {
+ struct if_wifi_status_v1 if_status_v1;
+ } if_wifi_u;
+};
+
+struct if_link_status {
+ u_int32_t ifsr_version; /* version of this report */
+ u_int32_t ifsr_len; /* length of the following struct */
+ union {
+ struct if_cellular_status ifsr_cell;
+ struct if_wifi_status ifsr_wifi;
+ } ifsr_u;
+};
+
+struct if_interface_state {
+ /*
+ * The bitmask tells which of the fields
+ * to consider:
+ * - When setting, to control which fields
+ * are being modified;
+ * - When getting, it tells which fields are set.
+ */
+ u_int8_t valid_bitmask;
+#define IF_INTERFACE_STATE_RRC_STATE_VALID 0x1
+#define IF_INTERFACE_STATE_LQM_STATE_VALID 0x2
+#define IF_INTERFACE_STATE_INTERFACE_AVAILABILITY_VALID 0x4
+
+ /*
+ * Valid only for cellular interface
+ */
+ u_int8_t rrc_state;
+#define IF_INTERFACE_STATE_RRC_STATE_IDLE 0x0
+#define IF_INTERFACE_STATE_RRC_STATE_CONNECTED 0x1
+
+ /*
+ * Values normalized to the edge of the following values
+ * that are defined on <net/if.h>:
+ * IFNET_LQM_THRESH_BAD
+ * IFNET_LQM_THRESH_POOR
+ * IFNET_LQM_THRESH_GOOD
+ */
+ int8_t lqm_state;
+
+ /*
+ * Indicate if the underlying link is currently
+ * available
+ */
+ u_int8_t interface_availability;
+#define IF_INTERFACE_STATE_INTERFACE_AVAILABLE 0x0
+#define IF_INTERFACE_STATE_INTERFACE_UNAVAILABLE 0x1
+};
+
+struct chain_len_stats {
+ uint64_t cls_one;
+ uint64_t cls_two;
+ uint64_t cls_three;
+ uint64_t cls_four;
+ uint64_t cls_five_or_more;
+};
+
+#endif /* PRIVATE */
+
projects / apple / xnu.git / blobdiff