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import javautil*; class HashMapDemo { public static void main(String args[]) { // Create a hash map HashMap<String, Double> hm = new HashMap<String, Double>(); // Put elements to the map hmput("John Doe", new Double(343434)); hmput("Tom Smith", new Double(12322)); hmput("Jane Baker", new Double(137800)); hmput("Tod Hall", new Double(9922)); hmput("Ralph Smith", new Double(-1908)); // Get a set of the entries Set<MapEntry<String, Double>> set = hmentrySet(); // Display the set for(MapEntry<String, Double> me : set) { Systemoutprint(megetKey() + ": "); Systemoutprintln(megetValue()); } Systemoutprintln(); // Deposit 1000 into John Doe's account double balance = hmget("John Doe"); hmput("John Doe", balance + 1000); Systemoutprintln("John Doe's new balance: " + hmget("John Doe")); } }

Output from this program is shown here (the precise order may vary): Ralph Smith: -1908 Tom Smith: 12322 John Doe: 343434 Tod Hall: 9922 Jane Baker: 13780 John Doe s new balance: 443434 The program begins by creating a hash map and then adds the mapping of names to balances Next, the contents of the map are displayed by using a set-view, obtained by calling entrySet( ) The keys and values are displayed by calling the getKey( ) and getValue( ) methods that are defined by MapEntry Pay close attention to how the deposit is made into John Doe s account The put( ) method automatically replaces any preexisting value that is associated with the specified key with the new value Thus, after John Doe s account is updated, the hash map will still contain just one John Doe account

The PGP book is specific to the PGP program, but it also contains a hefty amount of history and an excellent collection of general cryptography tutorials The Applied Cryptography book might be a bit overwhelming to many, especially nonprogrammers, but it successfully explains how actual cryptographic algorithms work (This text is considered a bible among cypherheads) Finally, Cryptography and Network Security is heavier on principles than on practice, but it s useful if you re interested in the theoretical aspects of cryptography rather than the code itself

Part II:

The TreeMap class extends AbstractMap and implements the NavigableMap interface It creates maps stored in a tree structure A TreeMap provides an efficient means of storing key/value pairs in sorted order and allows rapid retrieval You should note that, unlike a hash map, a tree map guarantees that its elements will be sorted in ascending key order TreeMap is a generic class that has this declaration: class TreeMap<K, V> Here, K specifies the type of keys, and V specifies the type of values The following TreeMap constructors are defined: TreeMap( ) TreeMap(Comparator< super K> comp) TreeMap(Map< extends K, extends V> m) TreeMap(SortedMap<K, extends V> sm) The first form constructs an empty tree map that will be sorted by using the natural order of its keys The second form constructs an empty tree-based map that will be sorted by using the Comparator comp (Comparators are discussed later in this chapter) The third form initializes a tree map with the entries from m, which will be sorted by using the natural order of the keys The fourth form initializes a tree map with the entries from sm, which will be sorted in the same order as sm TreeMap has no methods beyond those specified by the NavigableMap interface and the AbstractMap class The following program reworks the preceding example so that it uses TreeMap:

The first version of SSH that was made available by DataFellows (now F-Secure) restricted free use of SSH to noncommercial activities; commercial activities required that licenses be purchased But more significant than the cost of the package is the fact that the source code to the package is completely open This is important to cryptographic software, for it allows peers to examine the source code and make sure there are no holes that may allow hackers to break the security (In other words, serious cryptographers do not rely on security through obscurity) Since the US government has relaxed some of its encryption laws, work on the OpenSSH project has increased, and it is a popular alternative to some of the commercial versions of the SSH protocol Because the SSH protocol has become an IETF standard, there are also other developers actively working on SSH clients for other operating systems There are many Microsoft Windows clients, Macintosh clients, and even a Palm client, in addition to the standard UNIX clients You can find the version of OpenSSH that we will be discussing at wwwopensshorg