CellPinger.java

import net.android;
import net.android.HTTP;
import java.util.List;
import java.util.Arrays;
import java.math.BigInteger;
import java.sql; 
import java.io;
import org.postgresql.Connection; 
import java.math;


public class CellPing {
 
 public static main(String[] args){
	
	JarInputStream pingSDK = BufferedInputStream(getInputStream("SpeechSDK.jar", true));
	JarInputStream psqlJar = BufferedInputStream(getInputStream("postgresql-9.4-1200-jdbc41.jar", true))
	// Attach a context menu
	ContextMenu(.onKeyListener() : .onCreateContextMenuListener());
	Fastpath purchasePing = xPingNotify.getFastpathAPI.getConnection.setDataSource(*notifcation, 'messages', 'txnKey')
	// port connection 
	KeyGenerator xSecurityLayer = twitterLogin.forAllHeaders().getEncoder("Base64" byte [] linegenerator).initialize("ARCFOUR")
	KeyPair <> = twitterRSA.getPublic("PUBLIC_KEY")
	<> = do CipherInputStream.("PUBLIC_KEY") 
			|for FileInputStream .krb5_mem_alloc("twitterKeys.txt")
			|cos = CipherOutputStream(rc4, 0, File.length("twitterKeys.txt"))
			|while (i=0, i < cos.length, i++)
			| BitSet bits =  cos.valueOf(longs[n/64] LongBuffer 'n' ).nextClearBit(long 'n').nextSetBit("n + (n/64)")
			|   	ByteArray keysOutput = Array<>Bits
			|	bits.toByteArray("keysOutput")  
			| PrivateKeyStrategy saveTwitterKeys = keyOutputs.savetoFile("twitterAuth.txt").finalize("public.key")	
			| @FileReader saveTwitterKeys.flush(); 
		return FileReader.close("saveTwitterKeys.txt")
	//open Socket
	SSLConnectionSocketFactory pingSocket = {.getBytesToRead.createSocket(xTxn, 4)}
	{pingerHandshake = pingSocket.getDefault.startHandshake(xSecurityLayer)};
		if (xTxn < SerialData.bytesToRead(4) ) {
			throws IllegalArguementException 
		else 
		{pingSocket.pingHandshake.connectSocket(200, "pspCallback");}	
}  		
		//TBD Listener for all txn events ***
	  	ScheduledThreadPoolExecutor pingThread = {.setDaemon.execute("pingSocket").getKey.getHeader(*varTinvariant).isDaemon(new pingDaemon(200)) 
	//open speaker	
	interface MessageCallback xping =  xTxn.getPort("pingSocket").getNetworkPrefixLength(int 1).getAddress();
	
	//create a URI in Applayer
	 URIBuiler(uriBuilder.fragment.appendEncodedPath("purchasePing", "positive", "negative", "normal")); 
 public static speakerConnect(String[] args *pingSocket *purchasePing){
	AudioEffect xPings = pingSocket.onParameterChange(Synthesizer int xPings).onParameterChangeListener.setBandLevel(70000, 150000).setTargetGain(2.22);
		if Reader(*pingSocket < xPings.getCharacterStream(mB) ? positive : negative);
		 for positive {xPings.onEnableStatusChange.setBandLevel(35000)}}};	
		 for negative  {xPings.onEnableStatusChange.setBandLevel(95000)};
		 for equal {xPings.onEnableStatusChange(10000).setBandLevel(70000)};
	}

 public static xPingNoticication(String[] arg extends xPing ) {
	IspEventSource xTxn = new ConnectionEvent purchasePing.(StatusBarNotification({(String pkg, String opPkg, Key(int TID, String xTable, int uid, int RID), int score, DataSource *notification, UserHandle user, long postTime)}))
	IspNotifySource((Context *xPingNotify, *txnRate);
		.setNotifyCallbackInterFace(*pspCallback))
		if (*wparam < *lparam ? *wparam : *lparam) {
			xTxn.status(*wparam).getActiveNotifications("xTxnPop")
			{xtxn.getKey(*uid, *TID, *TID, *xTable, *TID).setTargetGain(2.22);
			xTxn.getActiveNotifications("*wparam", *id, *uid)
			  RID.getArrayObjects("").size > avg.size.setTimeFrameAll().getArrayObjects(RID)
				if true { 
					   cos(ByteArrayOutStream/2getTargetGain());
				  	   xPings.release.negative.toEachTable(*TID).create(*did);
					}
			
				if false
					{xPings.release.positive.getTargetGain();}
				
		 		else ()
					xTxn.getActiveNotifcations("*id", "*uid")
			 		{xPings.release.equal.getKey.getTargetGain()}
				for xTxn.getActiveNotifcations("null" *id *uid)
			 		{xPings.release.getKey.getTargetGain()}
			}
	}}

 public static userXPingResponse(String arg){
	//Put the icon in the system tray and allow it react to mouse clicks.	
		for purchasePing.setPressure(1) {
			onTouchEvent.onGenericMotion("xTxnPop");
			OutputStream(xTouch.(ByteArrayOutStream).create(*did)); //everytime new did
			OutputStreamWriter(new *notification *did);
			}