thelittlemango

import java.io.BufferedReader;
import java.io.InputStreamReader;
import java.io.IOException;

//-----------------------------------------------------------------
// Program by: Sam Fader and Annabella Lopez
//
// This program was created to simulate deadlock prevention using the
// Banker's Algorithm. Processes must declare the maximum number of
// instances of each resource type and may not exceed the total number

thelittlemango

import java.io.BufferedReader;
import java.io.InputStreamReader;
import java.io.IOException;

//-----------------------------------------------------------------
// Program by: Sam Fader and Annabella Lopez
//
// This program was created to simulate deadlock prevention using the
// Banker's Algorithm. Processes must declare the maximum number of
// instances of each resource type and may not exceed the total number

thelittlemango

import java.io.BufferedReader;
import java.io.InputStreamReader;
import java.io.IOException;

//-----------------------------------------------------------------
// Program by: Sam Fader and Annabella Lopez
//
// This program was created to simulate deadlock prevention using the
// Banker's Algorithm. Processes must declare the maximum number of
// instances of each resource type and may not exceed the total number

thelittlemango

import java.util.*;

//------------------------------------------------------------------
// Program by: Sam Fader and Bell Lopez
// The purpose of this program is to determine if processes are
// deadlocked or not.
// We pledge that this work is ours.
//-------------------------------------------------------------------

public class Deadlock {

thelittlemango

import java.util.*;

//------------------------------------------------------------------
// Program by: Sam Fader and Bell Lopez
// The purpose of this program is to determine if processes are
// deadlocked or not.
// We pledge that this work is ours.
//-------------------------------------------------------------------

public class Deadlock {

thelittlemango

import java.util.*;

public class Process {

	private ArrayList myArrayList2;
	private int[] myArray;
	private int size;
	private String x;
	
	public Process (String x, int size){

thelittlemango

import java.util.*;

//------------------------------------------------------------------
// Program by: Sam Fader and Bell Lopez
// The purpose of this program is to determine if processes are
// deadlocked or not.
// We pledge that this work is ours.
//-------------------------------------------------------------------

public class Deadlock {