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SSIS 2014, Part 04 of 11: Containers and Transaction Support
with expert Don Kiely
Control flow containers provide ways to group tasks so that they execute together. Containers allow you to group control flow tasks for execution, to group tasks for repeated execution given some condition, to repeatedly execute group tasks for each data member in some kind of collection and to easily set properties that affect all its contained tasks. In the looping containers you can control how and whether the member tasks of each execution group interact with each other or to share the same variable scope defined for that container. They also provide a way to define success and failure through precedents constraints for the groups of tasks as a whole. In this course you’ll learn about all containers you can use including the mostly invisible task host container that Integration Services creates for you automatically any time that you add a task to a control flow. We’ll explore all the containers and you’ll see various demos that show how you can take advantage of them. A transaction is a core concept of relational data base systems. It is one of the major mechanisms through which a data base server protects the integrity of data by making sure the data remains internally consistent. SQL Server has always had rich support for transactions and Integration Services hooks into that support. You’ll see how to implement transaction for both a package as well as for smaller units using containers. With smart transaction implementation you can build remarkably robust packages.
Intermediate | 1h 41m | November 03, 2014Course Outline
Don Kiely is a featured instructor on many of our SQL Server and Visual Studio courses. He is a nationally recognized author, instructor, and consultant specializing in Microsoft technologies. Don has many years of teaching experience, is the author or co-author of several programming books, and has spoken at many industry conferences and user groups. In addition, Don is a consultant for a variety of companies that develop distributed applications for public and private organizations.