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Protection Hierarchy Acronym FS SF SD MS WTR IDLE Description A management directive that forces a span to be deactivated A signal failure that deactivates a span A signal degradation that can deactivate a span A management directive that can deactivate a scan A timer that improves stability in the presence of transient failures None of the above

x++;

Figure 14.10 When you start adding lots of Shapes, performance and memory usage will begin to suffer. For example, resizing may get a little sluggish.

However, there is a difference when they are used in an expression When an increment or decrement operator precedes its operand, C performs the increment or decrement operation prior to obtaining the operand s value If the operator follows its

operand, C obtains the operand s value before incrementing or decrementing it Consider the following:

But, there s a major difference between the WPF approach and the old stuff. In classic Windows drawing, when a section of the screen needed to be redrawn, a message was sent to your Window, and you were expected to redraw the screen right away. If a user moved another Window on top of your Window and then moved it off again, you d have to re-redraw that bit of the screen. This is referred to as immediate mode drawing because you have to immediately redraw everything as needed. In contrast, WPF uses retained-mode drawing. When WPF tells you to draw something, it only tells you once. You then describe your UI to WPF (albeit in a way that seems similar to the immediate-mode approach). The difference, though, is that WPF remembers (or retains) the description of your UI and doesn t ask you to redraw anything when, for example, part of the Window is covered and then uncovered. The only time you have to redescribe your UI is if something changes (for example, if the Window is resized or if you want to change what it looks like). Aside from being more convenient for the developer, this approach helps make it possible for WPF to take advantage of graphics card capabilities, handle complex transparency situations, and so on because it controls the rendering.

12

x = 10; y = ++x;

x = 10; y = x++;

14.3.1 Recreating the graph control To demonstrate direct rendering, let s create an entirely new version of our ColumnGraphCtrl called ColumnGraphRenderCtrl that, instead of creating Shape objects, renders the graph as it s needed. Then we can swap out the controls and see what happens. As with the Shape-based graph, we ll be doing almost everything programmatically rather than with the Visual Studio designer. When we were using Shapes, if we d known the Shapes we wanted ahead of time, we could have dragged them onto our control in

y would have been set to 10 In both cases, x is set to 11; the difference is when it happens There are significant advantages in being able to control when the increment or decrement operation takes place The precedence of the arithmetic operators is as follows: highest ++ (unary minus) * / % lowest +

of a physical failure condition The glitches could be due to protection switching of RPR traffic by underlying SONET infrastructure, as shown in Figure 1213 As illustrated in Figure 1213, if the hold off timeout is omitted, the RPR will protect the services before SONET layer protection is completed Soon after the SONET layer completes its protection task, the RPR will detect that the failure has been removed, and will restore the original path for the services An unnecessary protection hit has been performed If the hold off timeout is set to allow the SONET layer to complete protection, then no RPR protection is implemented and the additional hit is avoided The RPR MAC builds a topology data base that is partitioned into multiple components: ring level information, local station information, and per station information The information used to configure the values in the topology data base comes from a variety of sources such as: TP frames, ATD frames, LRTT frames, and topology checksum (TC) frames Figure 1214 shows an example of a data base built by an RPR station The TP frames are used to position the stations in the table, according to their hop count distance