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Loops should prove familiar if you know Java, as should the do-while loop and the for loop (Listing 2-9) Listing 2-9 The while, do-while, and for loops using C

int i = 0; while(i < 20) { printf("loop%d", i); i++; } do { printf("loop%d", i); i--; } while(i > 0) for(int i =0; i < 20; i++) { printf("loop%d", i); }

*These cable and connecting hardware performance levels were promulgated by Anixter Inc to define advanced quality levels of Cat 5 components in structured cabling The 0 dB level of ACR is generally considered the bandwidth of the cable

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The UIImagePickerController is different from other view controllers Rather than developers creating the controller s view and adding components to the view s canvas, the UIImage PickerController s views are already created and are part of the UIKit library Developers simply determine the controller s source type and implement a delegate for the controller The controller creates and manages the views while the delegate responds to the view being dismissed by a user

The iPod touch, as of this book s publication, does not have a camera The iPhone Simulator also lacks a camera If you attempted to use an iPod touch s nonexistent camera, you would obtain an exception Attempting to use the camera on an iPhone Simulator results in a nonresponsive application after it logs a message to the debugger console (Figure 13-15)

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signal Some of the energy may be lost through pure resistance, and some may be coupled out of the cable pair to adjacent pairs or to other conductive objects In addition, any variation in the magnitude of resistance, capacitance, or inductance along the pair or at a termination point can cause a mismatch that serves to further attenuate the signal (among other things) Attenuation in a cable is frequency dependent The higher the frequency, the more the attenuation This effect is particularly noticeable at the extremely high frequencies that make up the gigabit signal Attenuation is measured in dB in 1 MHz increments up to the maximum range of the cable Advanced cables maintain very tight control on the geometry of the cable to minimize attenuation up to 100 MHz, 250 MHz, and beyond Accordingly, the attenuation at 100 MHz progressively improves for categories above Cat 5, as it must to achieve reasonable levels at the higher frequencies Near- and Far-End Crosstalk for Gigabit In reality, it is the ratio of signal to interference (presumably the most significant component of noise) at the far end of a link that is critical At the far end, however, signal components exist of both the local near-end crosstalk and the distributed far-end crosstalk (including the transmitting connector s NEXT and the pair-to-pair coupling along the cable) In gigabit signaling, all the pairs are in use, so the situation is really complex It turns out that it is particularly complex to test the parameters that cause performance to degrade at gigabit rates This testing is described in detail in 15, but it seems a little like a day at the races

To avoid an exception or nonresponsive application, the UIImagePickerController provides the isSourceTypeAvailable: method

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