final static int MAX = 10;
final int MAX = 10;
	public static void main(String argv[]) {		int ages[];			// declare a reference		ages = new int[10];		// construct it		int ages2[] = new int[10];	// short form		// an even shorter form is the initializer form:		int monthLen[] = {				31, 28, 31, 30,				31, 30, 31, 31,				30, 31, 30, 31		};				final static int MAX = 10;		Employee staff[] = new Employee[MAX];		for (int i=0; i<MAX; i++)			   staff[i] = new Employee("NoName", i);	 		// Two-Dimensional Arrays		// Want a 10-by-24 array		int me[][] = new int[10][];		for (int i=0; i<10; i++)			me[i] = new int[24];		System.out.println(me.length);		System.out.println(me[0].length);		int me2[][];				// shorter		me2 = new int[10][24];				int me3[][] = new int[10][24];	// shortest		double data[][] = {			{24, 100},			{10, 20},			{32, 98.6},		};		System.out.println("Should print 98.6: " + data[2][1] );		int nEmployees = 0;		// allocate array		staff = new Employee[MAX];		staff[nEmployees++] = new Employee();// allocate Employee an object		if (nEmployees >= staff.length) {			System.err.println("Too Many Staff Hired!!");			System.exit(1);  // wimp out		}		// better to reallocate, making the data structure dynamic		if (nEmployees >= staff.length) {			Employee tmpstaff[] = new Employee[staff.length + 10];			for (int i=0; i<staff.length; i++) { //or System.arraycopy()					tmpstaff[i] = staff[i];			}			staff = tmpstaff;       // copies the array reference		   // old array will be garbage collected soon...		}	}