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OAM is typically optionally implemented in the data-link layer between the MAC and LLC sublayers, and because it was termed optional in the IEEE 8023ah standard, system vendors can use either proprietary or existing management solutions, depending on the required functions and supported extensions The EFM OAM can be implemented in hardware (especially in stations where performance is the main issue, eg, in OLTs) or in software (to provide extended flexibility and remote configuration, eg, in ONUs) This means that only a certain group of network stations may support OAM features (eg, ONUs providing service to premium customers) The OAM functionality can be implemented on any full-duplex point-to-point (P2P) link or emulated P2P link (EPON case), and the OAM protocol can be used simultaneously with the 8023x MAC flow control PAUSE function, although when doing so, PAUSE inhibits all traffic, including the OAM protocol data units (OAMPDUs) The EPON OAM protocol is, therefore, a straightforward implementation of the generic Ethernet OAM protocol, with minor changes in the MIB targeting adjustment to the EPON environment conditions The EPON MIB module is an extension for the generic Ethernet MIB, IF-MIB, and MAU-MIB devices, thus consisting of three distinct MIB groups:

8:

The d format indicates that we want the short date format. Figure 12.5 shows the results. DateTimes support a large number of formats. Table 12.2 shows a few of the more common.

#include <stdioh> THE FOUNDATION OF C++ int main(void) { int count; printf("this%n is a test\n", &count); printf("%d", count); return 0; }

This program displays this is a test followed by the number 4 The %n format specifier is used primarily to enable your program to perform dynamic formatting

MPCP MIBs Containing objects used for configuration and status verification for the IEEE 8023ah-compliant MPCP protocol Additionally, the statistic table, termed dot3MpcpStatTable contains all metrics relevant to the operation of the multipoint access mechanism

Table 12.2 Format D T D F A few DateTime formatting options Description Short date Short time Long date Full date and time Example

Many format specifiers can take modifiers that alter their meaning slightly For example, you can specify a minimum field width, the number of decimal places, and left justification The format modifier goes between the percent sign and the format code These modifiers are discussed next

An integer placed between the % sign and the format code acts as a minimum field width specifier This pads the output with spaces to ensure that it reaches a certain minimum length If the string or number is longer than that minimum, it will still be printed in full The default padding is done with spaces If you want to pad with 0 s, place an 0 before the field width specifier For example, %05d will pad a number of less than five digits with 0 s so that its total length is five The following program demonstrates the minimum field width specifier:

7/4/2008

7

#include <stdioh> int main(void) { double item; item = 1012304; printf("%f\n", item); printf("%10f\n", item); printf("%012f\n", item); return 0; }

This program produces the following output:

As well as DateTimes, you can format any other data type using the appropriate formats, including strings if, for example, you want to include text in front of or behind the string, you write the following:

10123040 10123040 00010123040

OMPEmulation MIB Containing objects required for configuration and status verification for all P2P emulation mechanisms present in EPONs, which are achieved by tagging each data frame traversing the EPON structure with the network unique Logical Link IDentifier (LLID) number, identifying the source/target entity in a unanimous manner There are two distinct tables present, namely dot3OmpEmulationTable containing objects required for configuration and status polling and dot3OmpEmulatio nStatTable storing relevant mechanism statistics MAU MlBs Containing objects required for configuration and status verification for EPON MAU level interfaces A MAU MIB is generally considered an extension of the generic Ethernet MAU MIB It comprises a dot3EponMauTable, hosting the managed parameters of the EPON physical layer, and a dot3EponMauType type definition

The minimum field width modifier is most commonly used to produce tables in which the columns line up For example, the next program produces a table of squares and cubes for the numbers between 1 and 19: