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Node list and aliases. An important feature of protocol analysis is the ability to generate a node list that contains the addresses of all the nodes attached to a network. The node list can be used as a reference to identify new nodes that have shown up, as well as to identify nodes that have gone quiet and possibly no longer exist. The user can create alias names for the obscure network addresses. Instead of referring to the PC in Becky s office by its MAC address of 08-00-90-2F-3C-7A, for example, an alias can be entered in the node list and the PC will be referenced as Becky s PC in the decodes and other measurements in the protocol analyzer. The alias also will be used in the user interface for configuration screens. Timestamps. Each frame captured by a protocol analyzer from the network under test is provided a timestamp generated by an internal clock in the analyzer. The timestamp is used to determine the particular time at which the frame was received, allowing a user to make critical timing measurements, such as determining if a protocol time-out occurred. Many protocols are based on receiving specific responses within a specified amount of time. In Figure 24.6b, the top of the display shows that frame number 4624 was captured on Monday, August 12, at 13:50:04.3084244. (An abbreviated time stamp is shown in the summary decode.) Typical network troubleshooting involving timing is done at microsecond

Property public IEqualityComparer<TKey> Comparer { get; } public Dictionary<TKey, TValue>.KeyCollection Keys { get; } public Dictionary<TKey, TValue>.ValueCollection Values { get; } Description Obtains the comparer for the invoking dictionary. Obtains a collection of the keys. Obtains a collection of the values.

a IAM b IAM c ACM d ACM e One-way audio f CPG g CPG h ANM i ANM j Two-way speech path k REL l REL m RLC n RLC

Fig. 7-2 The wave g(t) = 2 sin(t + /6) leads f (t) = 2 sin t, its features appear earlier in time.

192.168.1.1 192.168.1.30 192.168.1.33 192.168.1.62 192.168.1.65 192.168.1.94 192.168.1.97 192.168.1.126 192.168.1.129 192.168.1.158 192.168.1.161 192.168.1.190 192.168.1.193 192.168.1.222 192.168.1.225 192.168.1.254

10-5

The following program illustrates the foregoing discussion:

EMEMBER:

Original value of ob.MyProp: 0 Value of ob.MyProp: 100 Attempting to assign -10 to ob.MyProp Value of ob.MyProp: 100

Building house = new Building();

+ x)2

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Example: ReportFilter([Year]) returns "FY2000" if there is a filter on [Year] restricting values to "FY2000".

In this version, the alias Ctr is specified for Counter by the following line:

Restrict physical access to servers to those individuals who are involved with administering the server environment.

A data frame holds 2048 bytes of user data and 4 bytes of simple error-detection code (EDC) for a total of 2052 bytes. Each data frame is scrambled to spread the bits around. Then, 32 data frames are combined into a data block with 216 rows of 304 columns. Each column is one byte. A data block is extended into an LDC block by appending the LDC codes for the data block as 32 rows of 304 columns. The LDC block is internally interleaved and shifted to improve burst error correction, resulting in an LDC cluster of 152 columns and 496 rows. The 64KB physical cluster is divided into 16 address units (AU). The 4-byte address unit numbers are derived from the physical sector numbers and together with 1 byte of flags, 4 bytes of error correction, and user control data, they make up the data used for the BIS, which goes through a RS (62, 30, 33) coding and is arranged into a BIS cluster of 496 rows by 3 columns. The LDC cluster is split into four groups of 38 columns, and each of the three columns from the BIS cluster is inserted between them, forming an ECC cluster. An additional column of frame sync bits is added at the beginning of the ECC cluster and DC control bits are inserted to form a recording frame of 496 rows by 155 columns, also called a physical cluster.

N2 e 2N/2 Ne 2N/2 e 2N/4 /2 2 e 4 /2 e 4 /4

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