reset per card stats

src/WBTxRx.cpp

@@ -605,6 +605,13 @@ void WBTxRx::rx_reset_stats() {
   m_rx_stats=RxStats{};
   m_rx_bitrate_calculator.reset();
   m_rx_packets_per_second_calculator.reset();
+  m_seq_nr_helper.reset();
+  for(int i=0;i<m_wifi_cards.size();i++){
+    RxStatsPerCard card_stats{};
+    card_stats.card_index=i;
+    m_rx_stats_per_card[i]=card_stats;
+    m_seq_nr_per_card[i]->reset();
+  }
 }
 
 int WBTxRx::get_curr_active_tx_card_idx() {

src/WBTxRx.h

@@ -171,9 +171,9 @@ class WBTxRx {
      int32_t curr_bits_per_second=-1;
      // n received valid session key packets
      int n_received_valid_session_key_packets=0;
-     // mcs index on the most recent okay data packet, if the card supports reporting it
+     // mcs index on the most recent valid data packet, if the card supports reporting it
      int last_received_packet_mcs_index=-1;
-     // channel width (20Mhz or 40Mhz) on the most recent received okay data packet, if the card supports reporting it
+     // channel width (20Mhz or 40Mhz) on the most recent received valid data packet, if the card supports reporting it
      int last_received_packet_channel_width=-1;
      // complicated but important metric in our case - how many "big gaps" we had in the last 1 second
      int16_t curr_big_gaps_counter=-1;