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#createtable.ps1 #Creates the Acquisition tables in the AdventureWorks database [System.Reflection.Assembly]::LoadWithPartialName("Microsoft.SqlServer.SMO") | out-null $s = new-object ("Microsoft.SqlServer.Management.Smo.Server") "MyServer\MyInstance" #Reference the AdventureWorks database. $db = $s.Databases["AdventureWorks"] #Create reusable datatype objects $dtint = [Microsoft.SqlServer.Management.Smo.Datatype]::Int $dtvchar100 = [Microsoft.SqlServer.Management.Smo.Datatype]::NVarChar(100) $dtdatetm = [Microsoft.SqlServer.Management.Smo.Datatype]::DateTime $dtbit = [Microsoft.SqlServer.Management.Smo.Datatype]::Bit #Create the table in the HumanResources schema $tbcomp = new-object ("Microsoft.SqlServer.Management.Smo.Table") ($db, "AcquisitionCompany", "HumanResources")

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QL excels at handling sets of rows. However, the current database world grew out of the old ISAM les structures, and the vestige of looping through data one row at a time remains in the form of the painfully slow SQL cursor. The second tier of Smart Database Design (a framework for designing highperformance systems, covered in 2) is developing set-based code, rather than iterative code. How slow are cursors In my consulting practice, the most dramatic cursor-toset-based refactoring that I ve worked on involved three nested cursors and about a couple hundred nested stored procedures that ran nightly taking seven hours. Reverse engineering the cursors and stored procedures, and then developing the query took me about three weeks. The query was three pages long and involved several case subqueries, but it ran in 3 5 seconds. When testing a well-written cursor against a well-written set-based solution, I have found that the set-based solutions usually range from three to ten times faster than the cursors. Why are cursors slow Very hypothetically, let s say I make a cool million from book royalties. A cursor is like depositing the funds at the bank one dollar at a time, with a million separate transactions. A set-based transaction deposits the entire million in one transaction. OK, that s not a perfect analogy, but if you view cursors with that type of mindset, you ll be a better database developer. While there are legitimate reasons to use a cursor (and I ll get to those), the most common reason is that programmers with a procedural background feel more comfortable thinking in terms of loops and pointers than set-based relational algebra.

// Member variable of the bean class. It is used to store client information between method calls. private PassengerData passengerData= null;

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Figure 46, with a representative technology in each cell The time/place cells are as follows: 1 Same-time/same-place In this setting, participants meet face-to-face in one place and at the same time An example is communication in a meeting room, which can be electronically supported by group systems (see group systemscom and 12) 2 Same-time/different-place This setting refers to a meeting whose participants are in different places but communicate at the same time A telephone conference call, desktop videoconferencing, chat rooms, and instant messaging are examples of such situations 3 Different-time/same-place This setting can materialize when people work in shifts The rst shift leaves electronic or voice messages for the second shift 4 Different-time/different-place In this setting, participants are in different places, and they send and/or receive messages (for example, via the Internet) at different times.

The at command allows you to specify a time when the Linux system will run a script. The at command submits a job to a queue with directions on when the shell should run the job. Another command, atd, runs in the background and checks the job queue for jobs to run. Most Linux distributions start this automatically at boot time. The atd command checks a special directory on the system (usually /var/spool/at) for jobs submitted using the at command. By default the atd command checks this directory every 60 seconds. When a job is present, the atd command checks the time the job is set to be run. If the time matches the current time, the atd command runs the job. The following sections describe how to use the at command to submit jobs to run and how to manage jobs.