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Taking a packet trace can have a performance impact, especially on a heavily loaded server There are two parts to the performance piece: the actual capture of packets and the decoding/printing of packets The actual capture of packets, while somewhat costly, can be minimized with a good filter In general, unless your server load is extremely high or you re moving a lot of traffic (a lot being hundreds of megabits/second), this penalty is not too significant The cost that is there comes from the penalty of moving packets from the kernel up to the tcpdump application, which requires both a buffer copy and a context switch The decoding/printing of packets, by comparison, is substantially more expensive The decode itself is a small fraction of the cost, but the printing is high If your server is loaded, you want to avoid printing for two reasons: It generates load to format the strings that are output, and it generates load to update your screen The latter factor can be especially costly if you re using a serial console, since each byte sent over the serial port generates a high-priority interrupt (higher than the network cards) that takes a long time to process because serial ports are comparatively so much slower than everything else Printing decoded packets over a serial port can generate enough interrupt traffic to cause network cards to drop packets as they are starved for attention from the main CPU To alleviate the stress of the decode/print process, use the -w option to write raw packets to disk The process of writing raw packets is much faster and lower in cost than printing them Furthermore, writing raw packets means you skip the entire decode/ print step, since that is only done when you need to see the packets In short, if you re not sure, use the -w option to write the packets to disk, copy them off to another machine, and then read them there.

Since an ideal-gas mixture is an ideal solution of ideal gases, Eqs (1176) through (1179) become expressions for Mig when Mi is replaced by M ~ ! ~ example, Eq (1176) becomes: For

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The most fundamental building block of many Linux/UNIX file systems is the i-node An i-node is a control structure that points either to other i-nodes or to data blocks The control information in the i-node includes the file s owner, permissions, size, time of last access, creation time, group ID, and so on (For the truly curious, the entire kernel data structure for the ext2 file system is available in /usr/src/kernels/*/include/ linux/ext2_fsh assuming, of course, that you have the source tree installed in the /usr/ src directory) The one information an i-node does not provide is the file s name As mentioned in 5, directories themselves are special instances of files This means each directory gets an i-node, and the i-node points to data blocks containing information (filenames and i-nodes) about the files in the directory Figure 7-1 illustrates the organization of i-nodes and data blocks in the ext2 file system As you can see in Figure 7-1, the i-nodes are used to provide indirection so that more data blocks can be pointed to which is why each i-node does not contain the filename (Only one i-node works as a representative for the entire file; thus, it would be a waste of space if every i-node contained filename information) Take, for example, a 6-gigabyte (GB) disk that contains 1,079,304 i-nodes If every i-node consumed 256 bytes to store the filename, a total of about 33 megabytes (MB) would be wasted in storing filenames, even if they weren t being used!

The two sets of equations, for Mid and Mig, therefore provide a general relation for the difference:

7:

wherein the summation terms with logarithms have canceled This leads immediately to the result:

Each indirect block, in turn, can point to other indirect blocks if necessary With up to three layers of indirection, it is possible to store very large files on a Linux file system

M~ = M~ -

The first piece of information read from a disk is its superblock This small data structure reveals several key pieces of information, including the disk s geometry, the amount of available space, and, most importantly, the location of the first i-node Without a superblock, an on-disk file system is useless

(1184)

Something as important as the superblock is not left to chance Multiple copies of this data structure are scattered all over the disk to provide backup in case the first one is damaged Under Linux s ext2 file system, a superblock is placed after every group of blocks, which contains i-nodes and data One group consists of 8192 blocks; thus, the first redundant superblock is at 8193, the second at 16,385, and so on The designers of most Linux file systems intelligently included this superblock redundancy into the file system design

Note that excess properties have no meaning for pure species, whereas residual properties exist for pure species as well as for mixtures The partial-property relation analogous to Eq (1145) is:

Figure 19-3. Three string values combined and sent to the DISPLAY block Next, I add a TIME WAIT block, so I can view the text before the program ends and the text disappears; I ll configure the WAIT block for 10 seconds (see Figure 19-4).

where is a partial excess property The fundamental excess-property relation is derived in exactly the same way as the fundamental residual-property relation and leads to analogous results Equation (1 150), written for the special case of an ideal solution, is subtracted from Eq (1150) itself, yielding:

.

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