Lines Matching refs:of
15 // Every network gets assigned a network_id on creation based on order of
47 // A pair of (key, value) integers for describing histogram-like statistics.
81 // lack of a default network.
85 // Network score of this network when it became the default network.
90 // Network score of this network when it stopped being the default network.
95 // Best available information about IP support of this default network.
100 // LinkLayer of the previous default network. Ignores any previous period
107 // A value of 0 means this is a loss of the system default network.
111 // A value of 0 means there was no previous default network.
115 // Best available information about IP support of the previous network when
120 // The transport types of the new default network, represented by
126 // only for DefaultNetworkEvents representing lack of a default network.
139 // The event type code of the probe, represented by constants defined in
145 // Logs NetworkMonitor and ConnectivityService events related to the state of
150 // The id of the network on which this event happened.
154 // The type of network event, represented by NETWORK_* constants defined in
168 // The id of the network for which the probe was sent.
175 // The type of portal probe, represented by PROBE_* constants defined in
179 // The http code result of the probe test.
189 // The number of repeated values can be less than getaddrinfo_query_count
190 // + gethostbyname_query_count in case of event rate-limiting.
193 // The total number of getaddrinfo queries.
197 // The total number of gethostbyname queries.
201 // The total number of getaddrinfo errors.
205 // The total number of gethostbyname errors.
209 // Counts of all errors returned by getaddrinfo.
215 // Counts of all errors returned by gethostbyname.
224 // The id of the network on which the DNS lookups took place.
228 // The types of the DNS lookups, as defined in android.net.metrics.DnsEvent.
232 // The return values of the DNS resolver for each DNS lookups.
237 // Represents a collections of DNS lookup latencies and counters for a
238 // particular combination of DNS query type and return code.
242 // The type of the DNS lookups, as defined in android.net.metrics.DnsEvent.
243 // Acts as a key for a set of DNS query results.
247 // The return value of the DNS resolver for the DNS lookups.
248 // Acts as a key for a set of DNS query results.
252 // The number of query operations recorded.
255 // The number of query operations returning A IPv4 records.
258 // The number of query operations returning AAAA IPv6 records.
261 // The time it took for each DNS lookup to complete. The number of repeated
262 // values can be less than query_count in case of event rate-limiting.
266 // Represents latency and errno statistics of the connect() system call.
270 // The number of connect() operations recorded.
273 // The number of connect() operations done in blocking mode.
277 // The number of connect() operations with IPv6 socket address.
281 // The number of repeated values can be less than connect_blocking_count in
282 // case of event rate-limiting.
286 // non-blocking mode. The number of repeated values can be less than
287 // connect_count - connect_blocking_count in case of event rate-limiting.
290 // Counts of all error values returned by failed connect() operations.
307 // The name of a state in the DhcpClient state machine, represented by
308 // the inner classes of android.net.dhcp.DhcpClient.
311 // The error code of a DHCP error, represented by constants defined in
316 // Lifetime duration in milliseconds of a DhcpClient state, or transition
317 // time in milliseconds between specific pairs of DhcpClient's states.
322 // Represents the generation of an Android Packet Filter program.
326 // Maximum lifetime of the program in seconds.
329 // Effective lifetime of the program in seconds from the time the
333 // Number of RAs filtered by the APF program.
336 // Total number of RAs to filter currently tracked by ApfFilter. Can be more
340 // Length of the APF program in bytes.
358 // The total number of received RAs.
361 // The total number of received RAs that matched a known RA.
364 // The total number of received RAs ignored due to the MAX_RAS limit.
367 // The total number of received RAs with an effective lifetime of 0 seconds.
368 // Effective lifetime for APF is the minimum of all lifetimes in a RA.
371 // The total number of received RAs that could not be parsed.
374 // The total number of APF program updates triggered by an RA reception.
380 // The total number of successful APF program updates triggered by any state
384 // The total number of APF program updates triggered when disabling the
389 // The total number of packets processed by the APF interpreter.
393 // The total number of packets dropped by the APF interpreter.
397 // List of hardware counters collected by the APF interpreter.
404 // Represents the reception of a Router Advertisement packet for an interface
411 // The lifetime of an option (e.g., the Prefix Information Option) is the
412 // minimum lifetime of all such options in the packet.
414 // The value of the router lifetime in the RA packet.
442 // The code of the IP provisioning event, represented by constants defined in
446 // The duration of the provisioning action that resulted in this event.
455 // Duration of this Network lifecycle in milliseconds.
458 // Information about IP support of this network.
467 // Total number of times no connectivity was reported for this network.
470 // Total number of validation attempts.
478 // The Pair value is the duration of the validation attempts in milliseconds.
481 // Time series of validation states in time order.
486 // The Pair value is the duration of that state in milliseconds.
498 // The total number of ingress packets waking up the device.
501 // The total number of wakeup packets routed to a socket belonging to
505 // The total number of wakeup packets routed to a socket belonging to
509 // The total number of wakeup packets routed to a socket belonging to
513 // The total number of wakeup packets routed to a socket belonging to another
518 // The total number of wakeup packets with no associated socket or uid.
521 // Counts of all different ethertype values from wakeup packets received.
524 // Counts of all different IP next header values from wakeup packets received.
527 // The total number of wakeup packets whose destination hardware address was
531 // The total number of wakeup packets whose destination hardware address was
535 // The total number of wakeup packets whose destination hardware address was
540 // Represents one of the IP connectivity event defined in this file.
546 // Physical link layer of the network on which the event happened.
554 // It is used to correlate different types of events to each other for devices
561 // the device, so that post-processing of the serialized proto can backfill
565 // The transport types of the network on which the event happened, expressed
566 // as a bit field of TRANSPORT_* constants as defined in NetworkCapabilities.
568 // so that post-processing of the serialized proto can backfill link_layer
583 // A batch of DNS lookups.
623 // An array of IP connectivity events.
626 // The number of events that had to be dropped due to a full buffer.
629 // The version number of the metrics events being collected.