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Similarly, the one-to-many relationships between primary entities can be retrieved: A Track is related to the corresponding Album based on the nesting of the Track XML element inside the Album XML element. A Track is related to a Title based on the value of the Title XML attribute of the Track XML element. An Album is related to a Title based on the value of the Title XML attribute of the Album XML element. The scripts containing the definitions of the two procedures can be downloaded from http://www.manning.com/SQLServerMVPDeepDives. You should study both definitions thoroughly before creating and/or attempting to use the procedures. Note that in both procedures, table variables are used as temporary storage, which provides the primary keys (based on IDENTITY columns) needed for preserving referential integrity in the Discography database. The dependency of individual business entities was mentioned in the section Preparing the inbound data flow. In both procedures, in the INSERT statements used to import the data into the tables of the Discography database, observe the methods used to prevent the unique and primary key constraint violations. In brief, this is the operational flow used in both procedures:

You can open multiple dictionary files at once from the Open Dictionary dialog box Click the first dictionary file, and then z-click each of the others you want; click the OK button when you ve finished choosing Alternatively, click the first dictionary file and then SHIFT-click the last to select a range of files

From the XML source, extract the data that represents each primary entity (in the order mentioned in the section Preparing the inbound data flow ). Insert the data into the database table, but exclude rows that already exist at the destination (using the EXCEPT clause or the NOT EXISTS predicate). Save the data of each primary entity in a table variable, including the surrogate key values that the rows received when they were inserted into the database table. After both primary entities of a particular one-to-many relationship have been inserted and temporarily saved in the corresponding table variables, insert the data representing these relationships to the associative database tables. After all the data has been extracted and all primary and associative entities have been inserted, the process finishes.

100 = 1/(628 100 C ) Dividing through by 100, you get: 1 = 1/(628 100 C ) Multiply each side of this by C, and you obtain C = 1/(628 100) This can be worked out with a calculator You should find that C = 0000159 to three significant figures Because the frequency is given in megahertz, the capacitance comes out in microfarads That means C = 0000159 F You can also say it is 159 pF (Remember that 1 pF = 0000001 F)

Like iTunes, the Dictionary Viewer window has three columns in the upper part of the window for browsing through its contents The main section of the window is the dictionary pane, which shows the definition for the selected term

After you ve carefully studied both stored procedures and have identified all the concepts presented in this chapter, prepare a T-SQL script to import the XML samples. Execute the script in steps: one XML file at a time, observe the progress, and inspect the tables of the Discography database after each step of the script has finished. A sample script can also be downloaded from http:/ /www.manning.com/ SQLServerMVPDeepDives.