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This will allow you to see and experience the performance hot spots during development nothing is more embarrassing than having a user call you up and tell you that your application is way too slow, right Regarding the use of remoting features, I can give you basically the same advice as for the LAN environment: use SingleCall SAOs hosted in IIS with HttpChannel and BinaryFormatter In addition, you have to make absolutely sure that you don t use events, callbacks, or client-side sponsors, as these might not work whenever a firewall, proxy, or NAT device is used between the client computer and your server Whereas the use of events in a LAN environment might just render your application instable, they will simply prevent it from working in WAN environments When using NET Remoting on a WAN or the Internet, it is very important to develop with a sound versioning strategy.

In some older F# code, you may see the function using. For example: using (new Customer()) (fun jane -> printfn "jane.Ticket = %d" jane.Ticket ) The definition of using is as follows: let using (ie : #System.IDisposable) f = try f(ie) finally ie.Dispose() This is more explicit than writing use bindings but can be useful if you like to know what s going on under the hood.

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In practice, this for example means that you shouldn t use [Serializable] without implementing ISerializable The reason is that you usually cannot force all worldwide users who run your application to install a new version right at the instant it becomes available..

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<project name="${PROJECT_NAME}" default="all" basedir="."> <!-- set global properties for this build --> <property environment="env"/> Loads the build <property file="build_ejb.properties"/> properties file <target name="all" depends="init, compile_ejb, jar_ejb, ejbc, deploy_jar"> <echo>---------[ Project name: ${PROJECT_NAME} Completed ]---</echo> Executes the build system </target> <!-=========================================================== Setup ready for build. Create all the necessary Directories ======================================================= --> <target name="init"> <tstamp/> <echo>----[ Creating all Directories and copying XML files ]</echo> <mkdir dir="${BUILD}"/> <mkdir dir="${EJB_BUILD}"/> Creates necessary <mkdir dir="${EJB_BUILD}/META-INF"/> directories </target> <!-=================================================== Clean the files up ======================================================== --> <target name="clean"> <tstamp/> <echo>---[ Cleaning the Compiled and Deployed Files ]----</echo> Deletes the build <delete dir="${BUILD}"/> directory and contents </target> <! ===================================================== Compile the EJB Source Files ===================================================== -->

If the optimizer uses these noworkload statistics, it takes the preceding values, the db_block_size, and the db_file_multiblock_read_count, and synthesizes some values for the sreadtim, mreadtim, and MBRC. MBRC is set to the actual value of db_file_multiblock_read_count. sreadtim is set to ioseektim + db_block_size/iotrfrspeed. mreadtim is set to ioseektim + db_file_multiblock_read_count * db_block_size/ iotftspeed. In other words, a read request takes one seek and then however many milliseconds of transfer to shift the volume of data off disk. Using the preceding example with an 8KB block size and a multiblock read of 8, the optimizer would set the sreadtim to 10 + 8192/4096 = 12 ms, and mreadtim to 10 + 8 * 8192/4096 = 26 ms. Once these values have been synthesized (the values are not stored back into the aux_stats$ table), the rest of the calculation proceeds as previously discussed. But, inevitably, there are complications for example, what happens when you change the db_file_multiblock_ read_count Table 2-3 compares the effect of noworkload system statistics with normal system statistics and traditional costing for different values of db_file_multiblock_read_count (see script tablescan_03.sql in the online code suite). This example uses the same 10,000 row table of my first example, with one row per block. For the standard cpu_costing figures, I have deliberately set the MBRC, sreadtim, and mreadtim to mimic the values derived from the noworkload statistics.

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