Some updates to the documentation and readme files, and IP updates to…

… the server and ThermostatDevice classes to allow for testing.

DOCUMENTATION.md

@@ -16,4 +16,4 @@ The thermostat package deals with received commands from the server, and directl
 ##Networking
 The networking package is shared between both the server and the thermostat packages. It handles all network communication, and forwards commands.
 ##Testing
-The testing packages contains our various JUnit test files, which were used for validation throughout the development process.
+The testing packages contains our various test files, which were used for validation throughout the development process.

README.md

@@ -12,7 +12,7 @@ The thermostat/thermocontroller device code is designed to be run on a Raspberry
 
 The server functionality runs in a JavaFX GUI. This requires the proprietary Oracle Java 8 runtime. It has been tested on Windows 7 SP2, OSX 10.10.3, and Arch GNU/Linux with Java 1.8.0_45.
 
-
+The networking code currently hard-codes IP addresses of 192.168.1.102 for the server and 192.168.1.103 for the Raspberry Pi thermostat device. There is unimplemented code that will allow for automatic device discovery.
 
 ##License
 Thermocontroller is licensed under the GPLv3. A full copy of the license is provided with this program under the name LICENSE.txt

src/server/server.java

@@ -92,7 +92,7 @@ public class server extends ServerNetworking implements Thermostatable, Serializ
 	  public void sendDesiredTemp(String desiredTemperature, String thermostatIP) throws Exception {
 	    // Opens a sending port
 		// Replace this with the thermostatIP string if we get multicast working
-	    Socket sender = new Socket("192.168.1.3", 7002);
+	    Socket sender = new Socket("192.168.1.103", 7002);
 	    try {
 	      while (true) {
 	        // Instantiate a printwriter so we can write to the output stream

src/thermostat/ThermostatDevice.java

@@ -97,7 +97,7 @@ public class ThermostatDevice extends ThermostatNetworking implements Deviceable
 		  // Sends the current temperature on port sendCurrentTempPORT
 		    // Open a sending port
 			// Replace this with the serverIP string if we get multicast working
-		    Socket sender = new Socket("192.168.0.3", 7000);
+		    Socket sender = new Socket("192.168.1.102", 7000);
 		    try {
 		      while (true) {
 		        // Instantiate a printwriter so we can write to the output stream