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Connectivity checking Every endpoint of an EVC (two UNIs for an E-Line and two or more for an E-LAN) transmits a periodic multicast connectivity check message (CCM) that contains the identity of the EVC and the transmitting endpoint Every endpoint listens for the other endpoints CCMs and issues an error notification if three or more are missed from any other endpoint This guarantees the detection of loss of connectivity with a minimum of packets sent Equally important, it also detects excessive connectivity, eg, the accidental concatenation of two EVCs that are supposed to be separate This latter capability is an advance over the OAM capabilities of other Carrier Ethernet technologies Loopback An endpoint can transmit a unicast loopback message (LBM) to any other endpoint in the EVC and to intermediate points along the paths among endpoints The target point returns the LBM as a loopback reply (LBR) This corresponds to many other technologies similar capabilities, but the loopback capability is not used as the primary means for connectivity checking; it is used for fault isolation after the CCMs detect a connectivity fault Linktrace An endpoint can issue a linktrace message (LTM) that traces the route taken by a given target MAC address Each intermediate point along the path returns a unicast linktrace reply (LTR) to the endpoint originating the LTM, so that the originator can construct the path to the target address Linktrace produces similar results to, but operates completely differently than, the IP traceroute capability familiar to the Layer 3 world

void read_word(FILE *fp, char *token) { while(isalpha(*token=getc(fp))) token++;

always one of those tasks to assign to the developer you liked least and who you could then happily blame for your whole schedule slipping.1 As with many things in Windows, the reason that printing has been so painful is tied to 20+ year-old technology, in a time where every printing device worked in its own way and Microsoft wasn t big enough to bully hardware companies into consistency. WPF, in many ways, makes printing simpler particularly for simple scenarios like printing a document with some data. But, printing has to handle a lot of specialized scenarios. Think about the needs of desktop publishing applications that write to high-end typesetters, or printing color-corrected proofs from a drawing program, or even creating a paperless document that can be easily shared la PDF. Also, even lowend devices now have a whole plethora of options, and the printing mechanism has to handle all of them. What this means is that WPF has to have a lot of underlying support for different needs, making WPF printing seem somewhat confusing. The trick is to focus on the bits that are relevant to your needs and to know which classes you can ignore. In this chapter, we ll demonstrate a subset of the printing capabilities of WPF a subset because we could easily fill two books the size of this one to do the subject justice. We ll also discuss XML Paper Specification (XPS), which sits at the heart of WPF printing.

11:

ungetc(fp, *token); }

These three functions are specified in great detail in IEEE 8021ag Further functions are described in the ITU-T Y1731 Ethernet OAM recommendation, though the equipment specification (G8021) is not yet complete Among the most important of these functions are

The most straightforward way to print in WPF is to create a document and then send it to the printer (or wherever). Prior to WPF, this wouldn t have been terribly effective, but WPF provides for the ability to build extremely rich documents. Conveniently, our dictionary application already uses a document the one that displays the results of a search. We aren t doing much with it; it s just a large font title and some paragraphs, but we could easily put in tables, images, built-in or custom controls, or anything else our little hearts desire. The document in the dictionary application is an example of a FlowDocument. WPF has support for two different types of documents:

getc( )

int ungetch(int ch)

FlowDocuments Content is added, and the FlowDocument figures out how to position it based on the available space and options such as the number of pages to display, the current zoom level, and so on. This type of document is most appropriate for display in applications where you want to get the content out and printed in the most appropriate manner for the display or print device. FixedDocuments Content is more precisely placed for a particular type of target, such as a specific page format. This type of document is what you would use for printing forms or desktop publishing or for creating transferable documents.

Alarm indication signal (AIS) An endpoint that detects a connectivity failure transmits this message toward the user of the EVC to notify the user of the failure Frame loss measurement Frames can be sent, between the endpoints of an E-Line EVC only, that allow each endpoint to determine separately for each direction exactly how many frames have been lost in transit between the endpoints

The prototype for ungetch( ) is in <conioh> This function is not defined by the ANSI/ISO C/C++ standard It cannot be used in Windows programs The ungetch( ) function returns the character specified in the low-order byte of ch back into the console input buffer This character is then returned by the next call to a console input function Only one character can be put back between subsequent input operations The return value is equal to ch on success and EOF on failure