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mated teller machines (ATMs), warehouses and manufacturing facilities, packages and pallets, instruments, containers (which contain Radio Frequency Identification Devices [RFID]), marshalling yards, railroads, and executive briefcases White-collar workers today are growing accustomed to the convenience of GPS locator systems in their cars and GPS-based asset management systems for logistics and fleet tracking Many are using automated speech recognition devices to drive their wireless data calls in motion They also browse the Internet using i-Mode and Wireless Access Protocol (WAP) phones for hot sites from Amazoncom to CNNcom to SureTrade and the Weather Channel, even buying and selling merchandise on the wireless web This is an age not only of automation, but also of frenetic, untethered connectedness, where information is available independent of distance Wireless devices will proliferate in all dimensions more vendors, more form factors, more creativity Between 1994 and 1999 the number of mobile phones sold each year exploded from 26 million to nearly 300 million By the end of 2003, there will be over 1 billion mobile phone users worldwide, and for the first time, mobile phones will outnumber PC and derivative devices This explosion of devices is in response to user demand Users want to communicate independent of their location and proximity to others As a result, the wireless vendor landscape is very different than what we all know as the Wintel monopoly on the desktop, where Microsoft and Intel are the standards leaving little room for creativity or other vendors Unconstrained by dominant forces such as these, the wireless data market is probably as remote from this world as possible There are no standards only creativity Vendors are solving problems at the frontier of the user experience Multiple chip designs, operating systems, and IT frameworks all underpin a divergent set of hardware Although Palm, Inc won the hearts of mobile users early with its Palm platform, phone manufacturers are shoehorning PDA-like function into the form factor of a mobile phone handset Clothing manufacturers are inserting phones and other portable electronic gear such as MP3 players into their offerings and consumer goods manufacturers are vying for this market as well Simultaneously, there is a design struggle between the one-size-fits-all device camp and the special purpose, form equals function camp It seems likely that some users will want to carry a jack-of-all-trades device, sort of the Swiss Army knife for wireless communication, while others will prefer to assemble an array of function-specific devices These discrete function devices will likely interoperate.

Email logging can be a major drag on performance, particularly when the mail server used is not on the same host as the application

<Parameter Direction="In" Name="@OrderDate"> <TypeDescriptor TypeName="System.DateTime" Name="OrderDate" /> </Parameter> <Parameter Direction="In" Name="@RequiredDate"> <TypeDescriptor TypeName="System.DateTime" Name="RequiredDate" /> </Parameter> <Parameter Direction="In" Name="@ShippedDate"> <TypeDescriptor TypeName="System.DateTime" Name="ShippedDate" /> </Parameter> <Parameter Direction="In" Name="@ShipVia"> <TypeDescriptor TypeName="System.Int32" Name="ShipVia" /> </Parameter> <Parameter Direction="In" Name="@Freight"> <TypeDescriptor TypeName="System.Decimal" Name="Freight" /> </Parameter> <Parameter Direction="In" Name="@ShipName"> <TypeDescriptor TypeName="System.String" Name="ShipName" /> </Parameter> <Parameter Direction="In" Name="@ShipAddress"> <TypeDescriptor TypeName="System.String" Name="ShipAddress" /> </Parameter> <Parameter Direction="In" Name="@ShipCity"> <TypeDescriptor TypeName="System.String" Name="ShipCity" /> </Parameter> <Parameter Direction="In" Name="@ShipRegion"> <TypeDescriptor TypeName="System.String" Name="ShipRegion" /> </Parameter> <Parameter Direction="In" Name="@ShipPostalCode"> <TypeDescriptor TypeName="System.String" Name="ShipPostalCode" /> </Parameter> <Parameter Direction="In" Name="@ShipCountry"> <TypeDescriptor TypeName="System.String" Name="ShipCountry" /> </Parameter> <Parameter Direction="Return" Name="dbo.Orders"> <TypeDescriptor TypeName="System.String" Name="SomethingToReturn" /> </Parameter> Method instance as </Parameters> described in chapter 2 <MethodInstances> <MethodInstance Name="dbo.OrdersInserter" Type="GenericInvoker" ReturnParameterName="dbo.Orders" /> </MethodInstances> </Method>

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To write messages directly to the system logger (syslogd on UNIX and the Event Viewer on Windows), use the Zend_Log_Writer_Syslog writer, as shown in the following example Note the use of the setFacility() method, which is used to set the log event s facility, or category, for the UNIX system logger

through technology known as Bluetooth Bluetooth, used for wirelessly connecting devices within a short distance of each other, will enable the evolution of specific devices These will take the form of screens (foldable and heads up which project an image a few inches in front of your eyes); mouthpieces for voice input (including voice input into a PDA where speech to text will occur); gesture gloves for mouse input; and antennae meant to be placed in a briefcase or purse

Listing 11.1 is an XML example of an Insert method using a GenericInvoker method. In listing 11.2, you can see how the same application definition file will allow you to use a GenericInvoker to create the Update statements.

Update statement uses identifier - <Method Name="updatedbo.Orders"> to locate record to update - <Properties> <Property Name="RdbCommandText" Type="System.String">Update dbo.Orders SET [CustomerID]=@CustomerID,[EmployeeID]=@EmployeeID,[OrderDate]= @OrderDate,[RequiredDate]=@RequiredDate,[ShippedDate]=@ShippedDate, [ShipVia]=@ShipVia,[Freight]=@Freight,[ShipName]=@ShipName, [ShipAddress]=@ShipAddress,[ShipCity]=@ShipCity,[ShipRegion]= @ShipRegion,[ShipPostalCode]=@ShipPostalCode,[ShipCountry]=@ShipCountry WHERE([OrderID]=@OrderID);select SomethingToReturn = @@Identity</Property> <Property Name="RdbCommandType" Type="System.String">Text</Property> Input parameters to </Properties> accept new values - <Parameters> - <Parameter Direction="In" Name="@OrderID"> <TypeDescriptor TypeName="System.Int32" Name="OrderID" /> </Parameter> - <Parameter Direction="In" Name="@CustomerID"> <TypeDescriptor TypeName="System.String" Name="CustomerID" /> </Parameter> - <Parameter Direction="In" Name="@EmployeeID"> <TypeDescriptor TypeName="System.Int32" Name="EmployeeID" /> </Parameter> Trimmed code as it is repetitive. - <Parameter Direction="Return" Name="dbo.Orders"> <TypeDescriptor TypeName="System.String" Name="SomethingToReturn" /> </Parameter> </Parameters> - <MethodInstances> <MethodInstance Name="dbo.OrdersUpdater" Type="GenericInvoker" ReturnParameterName="dbo.Orders" /> </MethodInstances> </Method>

< php class Sandbox_ExampleController extends Zend_Controller_Action { public function logAction() { // initialize logging engine $logger = new Zend_Log(); // attach writer to logging engine $writer = new Zend_Log_Writer_Syslog(); $writer->setFacility(LOG_USER); $logger->addWriter($writer); // write log message $logger->log('Body temperature critical', Zend_Log::EMERG); } }

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