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This section shows you how to measure the temperature with the TMP100 temperature sensor from Texas Instruments connected to the I C bus. This sensor can measure temperatures from 55 C to 125 C. It is possible to wire up to eight TMP100 sensors at an I C bus. This temperature sensor can measure resolutions from 9 to 12 bits. With 12 bits, the accuracy of the measurement amounts to 0.0625 C. The sensor takes, on average, 320 milliseconds, and maximally

mystat.sql and its companion, mystat2.sql, are used to show the increase in some Oracle statistic before and after some operation. mystat.sql simply captures the begin value of some statistic: set echo off set verify off column value new_val V define S="&1" set autotrace off select a.name, b.value from v$statname a, v$mystat b where a.statistic# = b.statistic# and lower(a.name) like '%' || lower('&S')||'%' / set echo on and mystat2.sql reports the difference for us: set echo off set verify off select a.name, b.value V, to_char(b.value-&V,'999,999,999,999') diff from v$statname a, v$mystat b

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The Csla.Core.ReadOnlyBindingList class implemented earlier in the chapter already handles all the details, except for implementing ICloneable and data access. The data access code will be added in 4, so only the ICloneable functionality will be added here. The ReadOnlyListBase class is defined like this: <Serializable()> _ Public MustInherit Class ReadOnlyListBase( _ Of T As ReadOnlyListBase(Of T, C), C) Inherits Core.ReadOnlyBindingList(Of C) Implements Csla.Core.IReadOnlyCollection Implements ICloneable End Class Like BusinessListBase, it accepts two generic type parameters. Type T is constrained to be a subclass of this base class and refers to the type of the collection being created. Type C is the type of the child object to be contained within the collection, and it can be any type. Again, it would make the most sense for the child type to be some form of read-only object, but that s not required by the collection class. A business collection would be declared like this: <Serializable()> _ Public Class CustomerList Inherits Csla.ReadOnlyListBase(Of CustomerList, CustomerInfo) End Class This indicates that the collection will be containing child objects of type CustomerInfo.

where a.statistic# = b.statistic# and lower(a.name) like '%' || lower('&S')||'%' / set echo on For example, to see how much redo is generated by some UPDATE, we can do the following: big_table@ORA10G> @mystat "redo size" big_table@ORA10G> set echo off NAME VALUE ------------------------------ ---------redo size 496 big_table@ORA10G> update big_table set owner = lower(owner) 2 where rownum <= 1000; 1000 rows updated. big_table@ORA10G> @mystat2 big_table@ORA10G> set echo off NAME V DIFF ------------------------------ ---------- ---------------redo size 89592 89,096 That shows our UPDATE of 1,000 rows generated 89,096 bytes of redo.

600 milliseconds, to convert a 12-bit temperature value. Thus, the TMP100 can provide the temperature about three times per second in a 12-bit resolution, which allows you to configure for faster conversion time or higher resolution. The sensor supports a one-shot mode, which needs to be triggered by the master and a continuous measurement. Additionally, you can configure a temperature range; exceeding the range causes the sensor to send an alert bit.

The class implements System.ICloneable like all base classes in CSLA .NET. The implementation is identical to that in BusinessListBase, so I won t duplicate it here. The clone operation is available via ICloneable and through a Public strongly typed Clone() method. Other than the data access code that will be implemented in 4, this completes the read-only collection base class and this chapter.

The SHOW_SPACE routine prints detailed space utilization information for database segments. Here is the interface to it: ops$tkyte@ORA10G> desc show_space PROCEDURE show_space Argument Name Type ------------------------------ ----------------------P_SEGNAME VARCHAR2 P_OWNER VARCHAR2 P_TYPE VARCHAR2 P_PARTITION VARCHAR2 The arguments are as follows: P_SEGNAME: Name of the segment (e.g., the table or index name). P_OWNER: Defaults to the current user, but you can use this routine to look at some other schema.

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.

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