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MASTERING FINANCIAL ACCOUNTING ESSENTIALS
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What functions will the product perform Understanding the tasks the product will
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would display code lines 10 through 24. A bare list command displays 10 lines of code, including the line where the error was first detected, as illustrated here:
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Part III
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4. Using Linux. You won t know if Linux can be used to replace your current desktop or server system until you start using it. This book helps you try OpenOffice.org software to write documents, create spreadsheets, and build presentations. It describes xmms and mplayer for playing your music and video content, respectively, and covers some of the best Linux tools available for Web browsing (for example, Firefox, Seamonkey and Konqueror) and managing your e-mail (such as Evolution and Thunderbird). 5. Configuring Linux. Linux works very well as a desktop system, and it can also be configured to act as a router, a firewall, and a variety of server types. While there are some excellent graphical tools for administering Linux systems, most Linux administrators edit configuration files and run commands to configure Linux. Part II, Running the Show, contains basic information for administering Linux, and Part V, Running Servers, discusses procedures for setting up various types of servers.
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Normally gridlines appear between fields (columns) and between records (rows). By selecting Format Datasheet, you can determine whether to display gridlines and how they look. Figure 7-18 shows the Cells Effects dialog box that you use.
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# apachectl configtest Syntax OK. # apachectl stop # apachectl start
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By default, processes are sorted by CPU usage. You can sort processes numerically by PID (type N), by age (type A), by resident memory usage (type M), or by time (type T). To return to CPU usage, type P. To terminate a process, type k and enter the PID of the process you want to kill (listed in the left column). Be careful to kill only processes you are sure you don t need or want.
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virtual addresses are typically converted to physical addresses and then applied to cache. 3.3.2 Cache Memory Organization The performance of a microprocessor system can be improved significantly by introducing a small, expensive, but fast memory between the microprocessor and main memory. The idea for cache memory was introduced in the IBM 360/85 computer. Later, the concept was implemented in minicomputers such as the PDP- 11/70. With the advent of very large scale integration (VLSI) technology, the cache memory technique has been gaining acceptance in the microprocessor world. Studies have shown that typical programs spend most of their execution time in loops. This means that the addresses generated by a microprocessor have a tendency to cluster around a small region in the main memory, a phenomenon known as locality of reference. Typical 32-bit microprocessors can execute the same instructions in a loop from the on-chip cache rather than reading them repeatedly from the external main memory. Thus, the performance is greatly improved. For example, an on-chip cache memory is implemented in Intel s 32-bit microprocessor, the 80486/Pentium, and Motorola s 32-bit microprocessor, the 68030/68040. The 80386 does not have an on-chip cache, but external cache memory can be interfaced to it. A block diagram representation of a microprocessor system that employs a cache memory is shown in Figure 3.13. Usually, a cache memory is very small in size and its access time is less than that of the main memory by a factor of 5. Typically, the access times of the cache and main memories are 100 and 500 ns, respectively. If a reference is found in the cache, we call it a cache hit, and the information pertaining to the microprocessor reference is transferred to the microprocessor from the cache. However, if the reference is not found in the cache, we call it a cache miss. When there is a cache miss, the main memory is accessed by the microprocessor and the instructions andor data are transferred to the microprocessor from the main memory. At the same time, a block containing the information needed by the microprocessor is transferred from the main memory to cache. The block normally contains 4 to 16 words, and this block is placed in the cache using standard replacement policies such as FIFO or LRU. This block transfer is done with the hope that all future references made by the microprocessor will be confined to the fast cache. The relationship between the cache and main memory blocks is established using mapping techniques. Three widely used mapping techniques are direct mapping, fully associative mapping, and set-associative mapping. To explain these three mapping techniques, the memory organization of Figure 3.14 will be used. The main memory is capable of storing 4K words of 16 bits each. The cache memory, on the other hand, can store 256 words of 16 bits each. An identical copy of every word stored in cache exists in main memory. The microprocessor first accesses the cache. If there is a hit, the microprocessor accepts the 16-bit word from the cache. In case of a miss, the microprocessor reads the desired 16-bit word from the main memory, and this 16-bit word is then written to the cache. A cache memory may contain instructions only (Instruction cache) or data only (data cache) or both instructions and data (unified cache). Direct mapping uses a RAM for the cache. The microprocessor s 12-bit address is divided into two fields, an index field and a tag field. Because the cache address is 8 bits wide (28 = 256), the low-order 8 bits of the microprocessor s address form the index field, and the remaining 4 bits constitute the tag field. This is illustrated in Figure 3.15. In general, if the main memory address field is m bits wide and the cache memory address is n bits wide, the index field will then require n bits and the tag field will be ( m - n )
Part III
ISD reporting locations can vary, but a preferred location is to report directly to senior management.
Part V
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