Did some basic design of the networking package, and created a DOCUME…

…NTATION.md file.

DOCUMENTATION.md

@@ -0,0 +1,19 @@
+Thermocontroller
+================
+An interactive client/server setup for environmental control.
+##Creators
+Aimee Dipietro, Jonathan Huang, David Paquette, Jonathan Roemer
+##Summary
+Thermocontroller is an interactive server/client setup for environmental control. The user sends a command to the command and control server, which forwards that command to the client device. Both the client and server software is built to be deployed on a Raspberry Pi running GNU/Linux, with the client using the GPIO pins to interact with external devices.
+##Main Package
+The methods in Main prompt the user for which mode they want to run the program in.
+##Server Package
+The server package is the core of Thermocontroller, as it handles all user authentication, configuration storage, and communication with the thermostat devices.
+##UI Package
+The UI package provides a graphical frontend for the server capabilities.
+##Thermostat
+The thermostat package deals with received commands from the server, and directly interfaces with devices through the GPIO pins.
+##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.

README.md

@@ -4,7 +4,7 @@ An interactive client/server setup for environmental control.
 ##Creators
 Aimee Dipietro, Jonathan Huang, David Paquette, Jonathan Roemer
 ##Summary
-Thermocontroller is an interactive server/client setup for environmental control. The user sends a command to the command and control server, which forwards that command to the client device. Both the client and server software is built to be deployed on a Raspberry Pi running GNU/Linux, with the client using the GPIO pins to interact with external devices.
+Thermocontroller is an interactive server/client setup for environmental control. The user sends a command to the command and control server, which forwards that command to the client device. Both the client and server software is built to be deployed on a Raspberry Pi running GNU/Linux, with the client using the GPIO pins to interact with external devices. Extensive documenation is provided in the DOCUMENATION.md file.
 ##License
 Thermocontroller is licensed under the GPLv3. 
 

src/networking/Network.java

@@ -1,5 +1,33 @@
 package networking;
 
+import java.io.BufferedReader;
+import java.io.InputStreamReader;
+import java.net.ServerSocket;
+import java.net.Socket;
+
 public class Network {
+	// Listen on port 7777
+    private static final int PORT = 7777;
+
+    public static void serverCurrentTemperatureListener() throws Exception {
+        ServerSocket listener = new ServerSocket(PORT);
+        try {
+        	while (true) {
+        		Socket socket = listener.accept();
+        		try {
+        	        BufferedReader input =
+        	                new BufferedReader(new InputStreamReader(socket.getInputStream()));
+        	            String currentTemperature = input.readLine();
+        			System.out.printf("The current temperature is:", currentTemperature);
+        		} finally {
+        			socket.close();
+        		}
+        	}
+        }
+        finally {
+        	listener.close();
+        }
+    }
+
 
-}
+}