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A modern cable system is capable of fully bidirectional communication The optical fibers between the head-end and the fiber nodes carry downstream (from the head-end to the customer) and upstream (from the customer to the head-end) signals on separate fibers, whereas the two signals are intermixed on the coax portion of the plant In order to allow bidirectional communications over the coax portion of the plant, and to maintain compatibility with the legacy downstream services (analog and digital video), the upstream communications operate at the low-frequency end of the spectrum (5 42 MHz in North America, 5 65 MHz in Europe), whereas the downstream transmissions operate in the normal video transmission band (typically 54 870 MHz in North America, 875 862 MHz in Europe) Because cable networks were originally designed as one-way transmission media, the spectrum allocation for downstream (to the customer) and upstream (to the network) communication in cable networks is very asymmetric The upstream radio frequency (RF) spectrum is fairly narrow compared to the amount of downstream spectrum That, coupled with the highly robust modulation required for upstream transmissions, leaves a large asymmetry in capacity between the two channels That capacity asymmetry has, fortunately, matched fairly well with the demand asymmetry historically seen in websurfing traffic for residential broadband users and the predominantly downstream entertainment video services Today, applications are increasingly making more use of the upstream transmission path, for example, peer-to-peer sharing of multimedia content

To help illustrate how structures and arrays of structures are used, consider a simple inventory program that uses an array of structures to hold the inventory information The functions in this program interact with structures and their members in various ways to illustrate structure usage In this example, the information to be stored includes I item name I cost I number on hand You can define the basic data structure, called inv, to hold this information as

#define MAX 100 struct inv { char item[30]; float cost; int on_hand; } inv_info[MAX];

<TextBlock> <TextBlock.Text> <Binding Path="WorkingSet" StringFormat="N0"/> </TextBlock.Text> </TextBlock>

In the inv structure, item is used to hold each inventoried item s name The cost member contains the item s cost, and on_hand represents the number of items currently available

and transmission of digital images In addition, business customers may require a symmetric connection to the Internet in order to host a website or for virtual private network connections to remotely located employees Furthermore, there are applications on the horizon that will absolutely require symmetric bandwidths (eg, video telephony, video conferencing, and so on) All of these factors underscore the need for the higher capacity upstream technology introduced in DOCSIS 20 and the channel bonding introduced in DOCSIS 30

7:

Note that we ve gone back to the version of the Process Monitor that s bound in XAML rather than in code. All we have to do is add a StringFormat to the binding of the WorkingSet. StringFormat uses the same format as String.Format, so N indicates that a number should be displayed using Number format, which gives us the number with commas separating thousands. The 0 after the N indicates that we don t want to display any decimal places (figure 12.3). You can use any of the standard formatting options for numbers here. Table 12.1 shows the standard number formatting options.

The first function needed for the program is main( )

THE FOUNDATION OF C++ int main(void) { char choice; init_list(); /* initialize the structure array */ for(;;) { choice = menu_select(); switch(choice) { case 1: enter(); break; case 2: del(); break; case 3: list(); break; case 4: return 0; } } }

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We put this below the close of the Rectangle. Fill element. Note that we re specifying our start and end points the same way we did for the top shine on the buttons so that our gradient goes top to bottom. Then we go from full solid to slightly transparent to fully transparent. Again, we played with the values until they looked pleasing. The specific color we use isn t imporFigure 8.15 Our finished reflection tant; only the transparency value of the color is used by the mask. Now we finally have our finished reflection (figure 8.15). That should pretty much do it, although, honestly, we could go on tweaking the visuals forever. For example, we could use a Skew transform as well to make the reflection go off at a slight angle, and then animate the skew so that the image floats gently back and forth, and then well, you get the point. Transforms are extremely powerful, and WPF has built-in support for all the standard ones.

In main( ), the call to init_list( ) prepares the structure array for use by putting a null character into the first byte of each item field The program assumes that a structure is not in use if the item field is empty The init_list( ) function is defined as follows