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Reliability Reliability lies at the heart of SONET technology SONET protection schemes and all the operations and management capabilities required to support them provide failure detection and reporting within 10 ms and restoration within 50 ms For this reason, and because most SONET network element solutions come from vendors with years of experience delivering reliable products to service providers, SONET has become synonymous with survivable optical networking EoS solutions can leverage the ability of SONET to provide underlying protection for reliable Carrier Ethernet services,4 while service providers can sell Ethernet over SONET to their customers using the power of the SONET brand for reliable, survivable networks Quality of service QoS is typically a packet-level function; it comprises the ability of a packet-based system to assign the right network resources to the right packets when there is contention for those resources (eg, when the network is experiencing congestion due to the statistical nature of packet arrivals) SONET provides a

unused clusters */ total number of clusters */ number of bytes per sector */ number of sectors per cluster */

Once you ve figured out where you re getting your data, you can use the Path property to specify the path to the bit of data in that object. If you exclude Path, then you re binding to the entire object. (For example, if you want to bind a ListBox to a collection, you want the entire collection.) Otherwise, Path can point to a property or indicate the path to data in more complex ways. Here are some examples:

This program prints the number of free clusters available for use on drive C:

#include <stdioh> #include <dosh> int main(void) { struct dfree p; getdfree(3, &p); /* drive C */ printf("Number of free clusters is %d", pdf_avail);

Some have criticized SONET protection and its application to data services because it reserves half the network bandwidth for protection However, any service (packet or circuit) that requires dedicated bandwidth under all network conditions (including link or node failure) must have that amount of dedicated bandwidth reserved on the protection path So, while some Carrier Ethernet services are best effort, some important customer applications (digital video delivery is one example) require Carrier Ethernet services where all the bandwidth is dedicated For these dedicated-bandwidth Carrier Ethernet services, SONET protection is no more or less efficient than packet-based protection schemes

Path=SelectedItem Path=SelectedItem.Tag Path=SelectedItem.Tag[30] Path=SelectedItem.Tag[30].Name Path=SelectedItem.Tag[30].(Parent.Element).Name

return 0; }

_dos_getdiskfree( )

int getftime(int handle, struct ftime *ftptr)

11

If you think that this is scary, you should try debugging some of the code we ve written that uses stuff like this. The point that we want to make is that Path is very flexible and has a rich syntax. In practice, if you re doing things like some of the worst examples here, you might want to reconsider your design. (Often, you can create a simple intermediate object in code that will make most of this nastiness go away.) Binding also has several other features. For example, we can specify a converter that can take the value returned by the binding and change it to be something else.

The prototype for getftime( ) is in <ioh> This function is not defined by the ANSI/ISO C/C++ standard The function getftime( ) returns time and date of creation for the file associated with handle The information is loaded into the structure pointed to by ftptr The bit-field structure ftime is defined like this:

struct ftime { unsigned ft_tsec: unsigned ft_min: unsigned ft_hour: unsigned ft_day: unsigned ft_month: unsigned ft_year: };

{Binding Path=ActualWidth,Converter={StaticResource AddPadding}}

complete optical networking layer beneath the packet layer and one that, from the perspective of the packet layer, provides perfect QoS Ethernet frames that are mapped within an STS path will traverse the SONET portion of the network with no contention for network resources and therefore no packet loss, no packet jitter (delay variation), and only minimal additional latency (typically tens of microseconds per SONET node traversed, plus speed of light delays on transmission links) An EoS solution that combines robust Ethernet-level QoS control and judicious use of the underlying SONET network can provide unparalleled Carrier Ethernet QoS

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/* /* /* /* /* /*

The AddPadding resource points to an object that implements the IValueConverter interface a simple interface with only the two methods Convert and ConvertBack (and no one ever bothers implementing the ConvertBack method). The AddPadding resource looks like this:

seconds */ minutes */ hours */ days */ month */ year from 1980 */