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There are many types of cache in an ordinary PC. The principle of cache is that it is faster than the "layer"below it in the memory hierarchy, and physically close to the layer above i t Cache therefore stores what is in the "layer"below it in order to increase the speed of communication. Here we shall look at cache in relation to processors. When we talk about "layers"it is the memory (RAM) that is one layer below the processor. It fetches data from the memory, and ordinary memory is far slower than the processor. Cache is therefore placed between processor and memory to increase the speed of transfers between them. When a processor with cache is about to fetch data from the memory, it checks first whether what is to be fetched is in the cache. If it is, it is fetched from there. (Thisis called a cache hit.) If not, the data is read from the memory, and a copy is again placed in the cache.

Imagine showing up at a disaster recovery site with a set of system data from several hundred systems perhaps on disk or maybe on tape. You have a set of hardware available to you, but know little about how much disk space is available, how the SAN is con gured. You identify the system that will become the enterprise DP system, make the systems data available to it (place the tapes in the library or give it access to the data stored on disk). You boot it from a special DVD that was sent with the systems data. Within minutes it recovers the enterprise DP server. Now you initiate a GUI console, select the systems you need to recover and issue a single command. The network routers and switches are located and automatically con gured for the discovery phase. You then perform network boots on all the hardware available to you. As each system boots, information about its disks drives, disk adapters and network hardware is discovered and sent back to the enterprise DP server. The server automatically allocates systems to be recovered to available hardware, bringing back the AD servers and DNS servers rst, creating and allocating LUNs from the SAN as needed for the systems. The network routers and switches are recon gured as needed, and within a few hours, all of the several hundred systems have been recovered, and a report is available that summarizes the process. Details are available for each system in the master log. It will take years to get to this point, but the basic technology needed to achieve it is already here. The future looks bright indeed.

C2Hz (5.85).

TCP:D=1090 S=l038 ACK=965280927 SEQ=88896 LEN=1460 WIN=65535 TCP:D=1090 S=1038 ACK=965280927 SEQ=90356 LEN=1460 WIN=65535 TCP:D=1038 S= 1090 ACK=88896 WIN=64240 TCP:D=1090 S=1038 ACK=965280927 SEQ=91816 LEN=892 WIN=65535 TCP:D=1090 S=1038 ACK=965280927 SEQ=92708 LEN=1460 WIN=65535 TCP:D=1038 S=1090 ACK=91816 WIN=64240

$ gawk BEGIN{FS="\n"; RS=""} {printf "%16s Riley Mullen (312)555-1234 Frank Williams (317)555-9876 Haley Snell (313)555-4938 $ %s\n", $1, $4} data2

So, if we ignore the possibility for ArrayIndexOutOfBounds exceptions, what s wrong with this code Imagine what happens after you push three objects on the stack and then pop them off. While the stack is empty, it still contains the references to those three objects, preventing those objects from being garbage-collected.

Now, the substitution command that looks for the phrase in a single line works just ne on the last line in the data stream, and the multiline substitution command covers the occurrence in the middle of the data stream.

snmpModules (3)

Developing a Security Strategy PO4 Define the IT Processes, Organization, and Relationships. Policies, standards, organizational structure, and roles and responsibilities will be resources for PO4. PO9 Assess and Manage IT Risks. Threat and vulnerability analysis and Risk and impact assessment from our resources list address this requirement.

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