Merge "Add more fields to LooperStats atom"

    // recorded_message_count.

    //

    // If recorded_message_count is different than message_count, it means data

    // collection has been sampled. All the fields below will be sampled in this

    // case.

    // collection has been sampled. The fields below will be sampled in this case.

    optional int64 recorded_message_count = 7;

    // Total latency of all processed messages.

    // True if the screen was interactive PowerManager#isInteractive at the end of the call.

    optional bool screen_interactive = 10;

    // Max recorded CPU usage of all processed messages.

    optional int64 recorded_max_cpu_micros = 11;

    // Max recorded latency of all processed messages.

    optional int64 recorded_max_latency_micros = 12;

    // Total number of messages we tracked the dispatching delay for. If we

    // collected data for all the messages, message_count will be equal to

    // recorded_delay_message_count.

    //

    // If recorded_delay_message_count is different than message_count, it means data

    // collection has been sampled or/and not all messages specified the target dispatch time.

    // The fields below will be sampled in this case.

    optional int64 recorded_delay_message_count = 13;

    // Total dispatching delay of all processed messages.

    // Calculated as a difference between the target dispatching time (Message.when)

    // and the actual dispatching time.

    // Average can be computed using recorded_total_delay_millis / recorded_delay_message_count.

    optional int64 recorded_total_delay_millis = 14;

    // Max dispatching delay of all processed messages.

    // Calculated as a difference between the target dispatching time (Message.when)

    // and the actual dispatching time.

    optional int64 recorded_max_delay_millis = 15;

}

/**

            e.writeLong(entry.totalLatencyMicros);

            e.writeLong(entry.cpuUsageMicros);

            e.writeBoolean(entry.isInteractive);

            e.writeLong(entry.maxCpuUsageMicros);

            e.writeLong(entry.maxLatencyMicros);

            e.writeLong(entry.recordedDelayMessageCount);

            e.writeLong(entry.delayMillis);

            e.writeLong(entry.maxDelayMillis);

            pulledData.add(e);

        }

    }