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Figure 8-23. Delivering notifications synchronously It may be inefficient for the sender to wait all this time. To reduce the processing time, the sender could notify all the subscribers concurrently, using separate threads. While the immediate effect of concurrent delivery is a reduced delivery time, a side effect is the loss of predictability in the delivery order. If B and C send notifications to a subscriber D, the notifications may arrive at D in a different order with respect to the nonconcurrent delivery case, as shown in Figure 8-24.

Both the AWR report that you can obtain by using the awrrpt.sql script and the ADDM report that you can obtain with the addmrpt.sql script contain copious amounts of wait information.

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P_TYPE: Defaults to TABLE and represents the type of object you are looking at For example, SELECT DISTINCT SEGMENT_TYPE FROM DBA_SEGMENTS lists valid segment types P_PARTITION: Name of the partition when you show the space for a partitioned object SHOW_SPACE shows space for only one partition at a time The output of this routine looks as follows, when the segment resides in an Automatic Segment Space Management (ASSM) tablespace: big_table@ORA10G> exec show_space('BIG_TABLE'); Unformatted Blocks .................... 0 FS1 Blocks (0-25) .................... 0 FS2 Blocks (25-50) .................... 0 FS3 Blocks (50-75) .................... 0 FS4 Blocks (75-100).................... 0 Full Blocks .................... 14,469 Total Blocks........................... 15,360 Total Bytes............................ 125,829,120 Total MBytes........................... 120 Unused Blocks.......................... 728 Unused Bytes........................... 5,963,776 Last Used Ext FileId................... 4 Last Used Ext BlockId.................. 43,145 Last Used Block........................ 296 PL/SQL procedure successfully completed.

The wait events listed in the sections that follow have a significant impact on system performance by increasing response times. Each of these events (and several other events) indicates an unproductive use of time because of an excessive demand for a resource, or contention for Oracle structures such as tables or the online redo log files.

The buffer busy waits event occurs in the buffer cache area when several processes are trying to access the same buffer One session is waiting for another session s read of a buffer into the buffer cache This wait could also occur when the buffer is in the buffer cache, but another session is changing it You should observe the V$SESSION_WAIT view while this wait is occurring to find out exactly what type of block is causing the wait Two of the common causes of high buffer busy waits are contention on data blocks belonging to tables and indexes, and contention on segment header blocks.

Assume that Class1 is defined like this: public class Class1 { string whatever; public Class1() { string whatever = Class2.MyString; } } The compiler can see that the string value in Class2 is constant. When compiling Class1, the compiler might be able to embed the characters of the string whatever somewhere in the executable code of the Class1. If so, then Class1 would be K-coupled to Class2. If the compiler didn t embed the characters in the Class1 code, it might generate code to use a pointer to Class2.MyString, which would then induce unambiguous type coupling between Class1 and Class2.

The items reported are as follows: Unformatted Blocks: The number of blocks that are allocated to the table and are below the high-water mark (HWM), but have not been used Add unformatted and unused blocks together to get a total count of blocks allocated to the table but never used to hold data in an ASSM object FS1 Blocks FS4 Blocks: Formatted blocks with data The ranges of numbers after their name represent the emptiness of each block For example, (0 25) is the count of blocks that are between 0 and 25 percent empty Full Blocks: The number of blocks so full that they are no longer candidates for future inserts Total Blocks, Total Bytes, Total MBytes: The total amount of space allocated to the segment measured in database blocks, bytes, and megabytes Unused Blocks, Unused Bytes: These represent a portion of the amount of space never used.

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