Rename Ozi[Mux] -> OziPlotter UDP format

Sockets.md

@@ -5,7 +5,7 @@ The LoRa Gateway provides some socket interfaces, configurable in gateway.txt:
 - ServerPort - TCP/IP server socket, allowing a single client.  Sends status and packet information in JSON format.  Also allows for gateway settings (e.g. frequency) to be polled or changed. 
 - DataPort - TCP/IP server socket, allowing a single client.  Sends raw telemetry packets (e.g. $$...).
 - UDPPort - UDP client broadcast socket, sending raw telemetry.
-- OziPort - UDP client broadcast socket, sending basic telemetry reformatted as OziMux format.
+- OziPlotterPort - UDP client broadcast socket, sending basic telemetry reformatted as OziPlotter CSV format.
 
 
 

gateway.c

@@ -921,8 +921,8 @@ void ProcessLineUKHAS(int Channel, char *Line)
                   Config.Payloads[PayloadIndex].Longitude,
                   Config.Payloads[PayloadIndex].Altitude);
 
-    // Send out to any OziMux clients
-    if (Config.OziPort > 0)
+    // Send out to any OziPlotter clients
+    if (Config.OziPlotterPort > 0)
     {
         char OziSentence[200];
         sprintf(OziSentence, "TELEMETRY,%s,%lf,%lf,%d\n", 
@@ -930,7 +930,7 @@ void ProcessLineUKHAS(int Channel, char *Line)
                              Config.Payloads[PayloadIndex].Latitude,
                              Config.Payloads[PayloadIndex].Longitude,
                              Config.Payloads[PayloadIndex].Altitude);   
-        UDPSend(OziSentence, Config.OziPort);
+        UDPSend(OziSentence, Config.OziPlotterPort);
     }
 }
 
@@ -968,8 +968,8 @@ void ProcessLineHABpack(int Channel, received_t *Received)
                   Config.Payloads[PayloadIndex].Longitude,
                   Config.Payloads[PayloadIndex].Altitude);
 
-    // Send out to any OziMux clients
-    if (Config.OziPort > 0)
+    // Send out to any OziPlotter clients
+    if (Config.OziPlotterPort > 0)
     {
         char OziSentence[200];
         sprintf(OziSentence, "TELEMETRY,%s,%lf,%lf,%d\n", 
@@ -977,7 +977,7 @@ void ProcessLineHABpack(int Channel, received_t *Received)
                              Config.Payloads[PayloadIndex].Latitude,
                              Config.Payloads[PayloadIndex].Longitude,
                              Config.Payloads[PayloadIndex].Altitude);   
-        UDPSend(OziSentence, Config.OziPort);
+        UDPSend(OziSentence, Config.OziPlotterPort);
     }
 }
 
@@ -1696,10 +1696,10 @@ void LoadConfigFile(void)
     RegisterConfigInteger(MainSection, -1, "HABPort", &Config.HABPort, NULL);			// Telnet server
     RegisterConfigInteger(MainSection, -1, "DataPort", &Config.DataPort, NULL);			// Raw data server
     RegisterConfigInteger(MainSection, -1, "UDPPort", &Config.UDPPort, NULL);			// UDP Broadcast socket (raw data)
-    RegisterConfigInteger(MainSection, -1, "OziPort", &Config.OziPort, NULL);			// UDP Broadcast socket (OziMux format)
+    RegisterConfigInteger(MainSection, -1, "OziPlotterPort", &Config.OziPlotterPort, NULL);			// UDP Broadcast socket (OziPlotter format)
 	
 	if (Config.UDPPort > 0) LogMessage("UDP Broadcast of raw packets on port %d\n", Config.UDPPort);
-	if (Config.OziPort > 0) LogMessage("UDP Broadcast of OziMux packets on port %d\n", Config.OziPort);
+	if (Config.OziPlotterPort > 0) LogMessage("UDP Broadcast of OziPlotter packets on port %d\n", Config.OziPlotterPort);
 	
 	// Timeout for HAB Telnet uplink
 	Config.HABTimeout = 4000;

global.h

@@ -116,7 +116,7 @@ struct TConfig
 	int InternetLED;
 	int ServerPort;				// JSON port for telemetry, settings
 	int UDPPort;				// UDP Broadcast port for raw received data packets
-	int OziPort;				// UDP Broadcast port for OziMux formatted packets
+	int OziPlotterPort;			// UDP Broadcast port for OziPlotter formatted packets
 	int HABPort;				// Telnet style port for comms with HAB
 	int HABTimeout;				// Timeout in ms for telnet uplink
 	int HABChannel;				// LoRa Channel for uplink