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Once a Zend_Translate object has been registered with the application registry, other Zend Framework components can also use it for string localization The best example of this is Zend_Form, which can automatically use a registered Zend_Translate object to prepare localized versions of form field and button labels, option elements, fieldset legends, and validation error messages You ll see an example of this in the next section

.

Try This 9-1

As the previous sections have illustrated, the Zend Framework offers a comprehensive API for application localization Now that you know the theory, let s apply it in a practical context by localizing the SQUARE example application to support three different languages: English (both UK and US), French, and German

No two homes are ever exactly the same (add or subtract for oor plan, additions, size) No two lots (sites) are ever located exactly the same (add or subtract for view, size, quiet location)

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The first step in application localization is to define the application s locale This locale information can then be used by other components, such as Zend_Date and Zend_Translate The recommended way to do this is to first attempt locale autodiscovery from the user s client, or failing that, manually set the locale to a reasonable value Begin by editing the application bootstrapper, at $APP_DIR/application/Bootstrapphp, and adding a method to perform locale autodiscovery, as follows:

DoCoMo actually temporarily suspended all marketing, advertising, and promotional activities for the service because so many new users were signing up for service that the network s bandwidth was maximized It is worth noting that this happened on a 2G network with limited content As content increases and improves, and as the wireless form factor improves in functionality, it is not inconceivable to envision similar overcapacity issues occurring on 25G and 3G networks within the next five years Some preliminary 4G network technologies have already been demonstrated All of these demonstrations have focused on methods to increase throughput to the wireless device, particularly to enable capabilities like streaming audio and video A common term used in both 3G and 4G architectures is downlink performance This refers to the throughput to the device Because the wireless devices are not expected to send large amounts of data to the network, uplink performance is not as important Thus, the focus has been to design asymmetric networks that offer considerably faster throughput from network to device rather than vice versa This is parallel to the concept behind Digital Subscriber Line (DSL) technology in the wired world in which download speed is much faster than upload speed The reality of 4G is that it has significant challenges Given the asymmetric nature of the data flow, the wireless device s functionality must be increased significantly With DSL, the standard PC is easily capable of handling the asymmetric requirements Wireless devices do not have the same luxuries as PCs, such as high-powered processors, significant memory and storage, and ample power supply For these reasons, some of the biggest hurdles for 4G will revolve on the capability to increase the wireless device functionality in areas such as battery life and processing power without significantly increasing cost 4G has also renewed interest in a concept called software-defined radio (SDR) SDR traces its roots to the ongoing radio frequency spectrum issues and was conceived as a method to enable network operators to reprogram base stations2 This functionality is important for better spectrum efficiency Although interest initially concentrated on programmable base stations, the continuing advancements in silicon semiconductor technology have also opened the possibility of reprogrammable wireless devices A reprogrammable wireless device could enable a.

< php class Bootstrap extends Zend_Application_Bootstrap_Bootstrap { protected function _initLocale() { try { $locale = new Zend_Locale('browser'); } catch (Zend_Locale_Exception $e) { $locale = new Zend_Locale('en_GB'); } $registry = Zend_Registry::getInstance(); $registry->set('Zend_Locale', $locale); } }

In this case, Zend_Locale will attempt to automatically detect the user s current locale and, if unable to do so, will set the locale to en_GB (language: English, country: United Kingdom) The locale will be registered in the application registry via Zend_Registry so that other localeaware components can use it as well

CDMA-based device to switch on the fly to GSM This has some obvious benefits to operators, handset vendors, and users who currently cannot roam between different bearer technologies without multiple handsets SDR is equally important in 3G/4G environments, where the capability to program individual cell sites or handsets helps the network operate more efficiently

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Figure 2-1

2:

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