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In Java, an application always has at least one thread, the one that executes the main method A new thread is created by instantiating and starting a thread object; the code to be executed is provided in a run method, as described later A thread terminates when its run method returns A thread can be normal or marked as a daemon thread Each thread runs independently of the other threads in an application, and the application terminates when all of its nondaemon threads have terminated

public void createDomain(String domainName) { Request request = createNewRequest("CreateDomain"); requestsetDomain(domainName); CLIENTfetch(request); } public List<String> listDomains() { Request request = createNewRequest("ListDomains"); Response response = CLIENTfetch(request); return responseextractDomains(); } public Map<String, Long> domainMetadata(String domain) { Request request = createNewRequest("DomainMetadata"); requestsetDomain(domain); Response response = CLIENTfetch(request); return responseextractDomainMetadata(); }

The Address class represents an Internet messaging address, as distinct from another type of Internet address such as the Uniform Resource Locator (java netURL) This is an abstract class; it may not be instantiated Instead, developers create a subclass of this class, or use one of two subclasses provided with the JavaMail API: the InternetAddress and NewsAddress classes

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The Message class is an abstract class that represents a mail message It is responsible for storing the contents of a mail message and any associated properties (such as the subject, date, and "To" and "From" addresses) Messages may be sent using a message transport object, or retrieved from a mail folder This is also an abstract class; it may not be instantiated Methods The following methods of the Message class are public unless otherwise noted

public void batchPut(String domain, List<Item> items) { Request request = createNewRequest("BatchPutAttributes"); requestsetDomain(domain); requestaddItems(items); CLIENTfetch(request); } public void put(String domain, Item item) { Request request = createNewRequest("PutAttributes"); requestsetItemName(itemgetName()); requestaddAttributes(itemgetAtts()); requestsetDomain(domain); CLIENTfetch(request); } public void delete(String domain, Item item) { Request request = createNewRequest("DeleteAttributes"); requestsetDomain(domain); requestsetItemName(itemgetName()); requestaddAttributes(itemgetAtts()); CLIENTfetch(request); } public Item get(String domain, String itemName, String atts) { Request request = createNewRequest("GetAttributes"); requestsetDomain(domain); requestsetItemName(itemName); requestaddAttributeNames(atts); Response response = CLIENTfetch(request); return new Item(itemName, responseextractAttributes()); } public List<Item> select(String select) { return select(select, ""); } public boolean hasNextPage() { return lastTokenget()length() > 0; } public List<Item> getNextPage() { return select(lastSelectget(), lastTokenget()); } private List<Item> select(String select, String nextToken) { lastSelectset(select); Request request = createNewRequest("Select");

A thread can access all variables visible to its run method according to the usual Java scope rules Thus, by making variables visible to multiple threads, memory can be shared between them By encapsulating variables, memory can be protected from access by other threads In addition, a variable can be marked final, which means that, once initialized, its value will not change Provided the initialization is done properly, final variables can be accessed by multiple threads without requiring synchronization (However, marking a reference final does not guarantee immutability of the referenced object; care must be taken to ensure that it is thread safe as well) There are two different ways to specify the run method that a thread will execute One is to extend the Thread class and override its run method Then, one simply instantiates an object of the subclass and calls its inherited start method The more common approach is to instantiate a Thread object using the constructor that takes a Runnable object as a parameter As before, invoking the Thread object's start method begins the thread's execution The Runnable interface contains a public void run method; the newly created thread executes the Runnable object's run method Because the run method is parameterless, information is typically passed to the thread via data members of the Thread subclass or the Runnable These are typically set in the constructor In the following example, the class ThinkParallel implements the Runnable interface (that is, it declares that it implements the interface and provides a public void run() method) The main method creates and starts four Thread objects Each of these is passed a ThinkParallel object, whose id field has been set to the value of loop counter i This causes four threads to be created, each executing the run method of the ThinkParallel class.

void addFrom(Address[] addressArray) throws javaxmailIllegalWriteException, javalangIllegalStateException, javaxmail MessagingException adds the specified mail addresses to the "From" field of the

requestsetSelectExpression(select); requestsetNextToken(nextToken); Response response = CLIENTfetch(request); lastTokenset(responseextractNextToken()); return responseextractItems(); } private Request createNewRequest(String action) { return new Request(HMAC, action, KEY, URL); } }

void addRecipient (MessageRecipientType type, Address address)

Figure C2 Program to create four threads, passing a Runnable in the Thread constructor Thread-specific data is held in a field of the Runnable object

throws javaxmailIllegalWriteException, javaxmailMessagingException adds the address to the message as a recipient There are three types of recipients (to, carbon copy, and blind carbon copy) that may be specified, either as MessageRecipientTypeTO, MessageRecipientTypeCC, or MessageRecipientTypeBCC

class ThinkParallel implements Runnable { int id; //thread-specific variable containing thread ID /*The run method defines the thread's behavior*/ public void run() { Systemoutprintln(id + ": Are we there yet "); } /*Constructor sets id*/ ThinkParallel (int id){thisid = id;}

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