Program_Final_Code

// A Less Simple Carnivore Client // // Note: requires Carnivore Library for Processing (http://r-s-g.org/carnivore) // // + Windows people: first install winpcap (http://winpcap.org) // + Mac people: first open a Terminal and execute this commmand: sudo chmod 777 /dev/bpf* // (must be done each time you reboot your mac)

import java.util.Iterator; import org.rsg.carnivore.; import org.rsg.carnivore.net.; import org.rsg.lib.Log;

HashMap nodes = new HashMap(); float startDiameter = 150.0; float shrinkSpeed = 0.99; int splitter, x, y; CarnivoreP5 c; PFont font32; PImage terminalInFinder; PImage terminalSudoCommand;

import ddf.minim.* ; import ddf.minim.signals.* ; import ddf.minim.effects.* ; Minim minim;

AudioOutput au_out ; SquareWave sqw ; LowPassSP lpass ;

void setup(){ size(800, 600); ellipseMode(CENTER);

terminalInFinder = loadImage("terminalInFinder.png"); terminalSudoCommand = loadImage("terminalSudoCommand.png");

Log.setDebug(true); // Uncomment this for verbose mode c = new CarnivoreP5(this); //c.setVolumeLimit(4);

minim = new Minim(this) ; au_out = minim.getLineOut() ;

// create a SquareWave with a frequency of 440 Hz, // an amplitude of 1 and the same sample rate as out sqw = new SquareWave(440, 1, 44100); // create a LowPassSP filter with a cutoff frequency of 200 Hz // that expects audio with the same sample rate as out lpass = new LowPassSP(200, 44100); // now we can attach the square wave and the filter to our output au_out.addSignal(sqw); au_out.addEffect(lpass);

}

void draw(){ if(c.isMacAndPromiscuousModeFailed) { drawError(); } else { drawMap(); } }

void drawMap(){ background(255); drawNodes();

}

void drawError(){ int x = width/2 - 200; int y = 75; int lineheight = 32;

background(255); fill(0, 102, 153); text("Please initialize packet sniffing.", x, y); y += lineheight*2;

text("Step 1--Open the Terminal.", x, y); y += 20;

image(terminalInFinder, x, y); y += lineheight*4.5;

text("Step 2--Type this command:", x, y); y += lineheight;

fill(0); text("sudo chmod 777 /dev/bpf*", x, y); y += 10;

image(terminalSudoCommand, x-33, y); y += lineheight*6;

fill(0, 102, 153); text("Step 3--Quit and relaunch.", x, y); y += lineheight;

}

// Iterate through each node synchronized void drawNodes() { Iterator it = nodes.keySet().iterator(); while(it.hasNext()){ String ip = (String)it.next(); float d = float(nodes.get(ip).toString());

// Use last two IP address bytes for x/y coords
String ip_as_array[] = split(ip, '.');
x = int(ip_as_array[2]) * width / 255; // Scale to applet size
y = int(ip_as_array[3]) * height / 255; // Scale to applet size

// Draw the node
stroke(0);
 fill(random(255),random(255),random(255)); // Rim
ellipse(x, y, d, d);             // Node circle
noStroke();
 fill(random(255),random(255),random(255));  // Halo
ellipse(x, y, d + 20, d + 20);

// Shrink the nodes a little
if(d > 50)
  nodes.put(ip, str(d * shrinkSpeed));

}

}

// Called each time a new packet arrives synchronized void packetEvent(CarnivorePacket packet){ println("[PDE] packetEvent: " + packet);

// Remember these nodes in our hash map nodes.put(packet.receiverAddress.toString(), str(startDiameter)); nodes.put(packet.senderAddress.toString(), str(startDiameter));

float r = random(1000); sqw.setFreq(packet.receiverPort) ; frameRate(10); }

void keyPressed() { if ( key == 'm' ) { if ( au_out.isMuted() ) { au_out.unmute(); }

else { au_out.mute(); } } }