Grabbing adresses if available from header

handler/textPacketHandler.hpp

@@ -35,6 +35,26 @@ void textPacketHandler(std::vector<std::string> textPacket){
     packet.signal = std::stoi(signalText);
 
     // Addresses seem complicated at first, but just have many fields which might be available.
+    // SA and DA are src- and dst-Addresses
+    // BSSID is the used bssid
+    // TA and RA are transmitter- and receiver-address  which are used exclusively for RTS and CTS in tcpdump
+    //  BEWARE: SA, DA, BSSID, TA and RA can be used together, but tcpdump doesnt display all of them!
+    //           DA might also not be a valid MAC-address, but Broadcast or an encoded IPv4/6 Multicast-address
+    int saIndex = findContains(headerData, "SA:", 1);
+    std::string sAddr = (saIndex != -1) ? headerData[saIndex].substr("SA:"s.length()) : "";
+
+    int daIndex = findContains(headerData, "DA:", 1);
+    std::string dAddr = (daIndex != -1) ? headerData[daIndex].substr("DA:"s.length()) : "";
+
+    int bssidIndex = findContains(headerData, "BSSID:", 1);
+    std::string bssidAddr = (bssidIndex != -1) ? headerData[bssidIndex].substr("BSSID:"s.length()) : "";
+
+    int taIndex = findContains(headerData, "SA:", 1);
+    std::string tAddr = (taIndex != -1) ? headerData[taIndex].substr("SA:"s.length()) : "";
+
+    int raIndex = findContains(headerData, "RA:", 1);
+    std::string rAddr = (raIndex != -1) ? headerData[raIndex].substr("RA:"s.length()) : "";
+    
 }
 
 #endif /* EE781A91_6D07_47AC_B3C4_F99E29F3731F */