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This is perhaps the most flexible method of loading data with embedded newlines. Using the STR attribute, we can specify a new end-of-line character (or sequence of characters). This allows us to create an input data file that has some special character at the end of each line the newline is no longer special. I prefer to use a sequence of characters, typically some special marker, and then a newline. This makes it easy to see the end-of-line character when viewing the input data in a text editor or some utility, as each record still has a newline at the end of it. The STR attribute is specified in hexadecimal, and perhaps the easiest way to get the exact hexadecimal string we need is to use SQL and UTL_RAW to produce the hexadecimal string for us. For example, assuming we are on UNIX where the end-of-line marker is CHR(10) (linefeed) and our special marker character is a pipe symbol (|), we can write this ops$tkyte@ORA11GR2> select utl_raw.cast_to_raw( '|'||chr(10) ) from dual; UTL_RAW.CAST_TO_RAW('|'||CHR(10)) ------------------------------------------------------------------------------7C0A which shows us that the STR we need to use on UNIX is X'7C0A'.

cpu elapsed disk query current -------- ---------- ---------- ---------- ---------0.00 0.00 0 0 0 0.00 0.00 0 0 0 0.00 0.00 0 77 0 -------- ---------- ---------- ---------- ---------0.00 0.00 0 77 0

A slow system could be the result of a bottleneck in processing (CPU), memory, disk, or bandwidth. System monitoring tools help you to clearly identify the bottlenecks causing poor performance. Let s briefly examine what s involved in the monitoring of each of these resources on your system.

Note On Windows, you would use UTL_RAW.CAST_TO_RAW(

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As long as you are not utilizing 100 percent of the CPU capacity, you still have juice left in the system to support more activity. Spikes in CPU usage are common, but your goal is to track down what, if any, processes are contributing excessively to CPU usage. These are some of the key factors to remember while examining CPU usage: User versus system usage: You can identify the percentage of time the CPU power is being used for users applications as compared with time spent servicing the operating system s overhead. Obviously, if the system overhead accounts for an overwhelming proportion of CPU usage, you may have to examine this in more detail. Runnable processes: At any given time, a process is either running or waiting for resources to be freed up. A process that is waiting for the allocation of resources is called a runnable process. The presence of a large number of runnable processes indicates that your system may be facing a power crunch it is CPU-bound. Context switches and interrupts: When the operating system switches between processes, it incurs some overhead due to the so-called context switches. If you have too many context switches, you ll see deterioration in CPU usage. You ll incur similar overhead when you have too many interrupts, caused by the operating system when it finishes certain hardware- or software-related tasks.

rows ---------0 0 1 ---------1

Memory is one of the first places you should look when you have performance problems. If you have inadequate memory (RAM), your system may slow down due to excessive swapping. Here are some of the main factors to focus on when you are checking system memory usage: Page ins and page outs: If you have a high number of page ins and page outs in your memory statistics, it means that your system is doing an excessive amount of paging, the moving of pages from memory to the disk system due to inadequate available memory. Excessive paging could lead to a condition called thrashing, which just means you are using critical system resources to move pages back and forth between memory and disk. Swap ins and swap outs: The swapping statistics also indicate how adequate your current memory allocation is for your system. Active and inactive pages: If you have too few inactive memory pages, it may mean that your physical memory is inadequate.

'|'||chr(13)||chr(10) ).

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