Account for eMTC sysmode while getting signal values

Author: keeramis

hal/network/ncp_client/quectel/quectel_ncp_client.cpp

@@ -695,7 +695,8 @@ int QuectelNcpClient::getSignalQuality(CellularSignalQuality* qual) {
         {"TDSCDMA", CellularAccessTechnology::UTRAN},
         {"LTE", CellularAccessTechnology::LTE},
         {"CAT-M1", CellularAccessTechnology::LTE_CAT_M1},
-        {"CAT-NB1", CellularAccessTechnology::LTE_NB_IOT}
+        {"eMTC", CellularAccessTechnology::LTE_CAT_M1},
+        {"NBIoT", CellularAccessTechnology::LTE_NB_IOT},
     };
 
     int vals[5] = {};

user/tests/integration/slo/connect_time/connect_time.cpp

@@ -55,6 +55,13 @@ inline auto& network() {
 #endif
 }
 
+bool isQuectelRadio(int radioType) {
+    return (radioType == DEV_QUECTEL_BG96 || radioType == DEV_QUECTEL_EG91_E ||
+            radioType == DEV_QUECTEL_EG91_NA || radioType == DEV_QUECTEL_EG91_EX ||
+            radioType == DEV_QUECTEL_BG95_M1 || radioType == DEV_QUECTEL_EG91_NAX ||
+            radioType == DEV_QUECTEL_BG77 || radioType == DEV_QUECTEL_BG95_MF);
+}
+
 const char* ratToString(hal_net_access_tech_t rat) {
     switch (rat) {
     case NET_ACCESS_TECHNOLOGY_WIFI:
@@ -191,7 +198,7 @@ bool testCloudConnectTimeFromColdBoot() {
             Test::out->println("Failed to retreive cellular_device_info!");
             return false;
         }
-        if (devInfo.dev == DEV_QUECTEL_BG96 || devInfo.dev == DEV_QUECTEL_EG91_NA) {
+        if (isQuectelRadio(devInfo.dev)) {
             delay(6000);
         }
         signal = network().RSSI();