![]() When a table in a SQL Server Compact database is initialized through synchronization, the seed and increment of its identity columns are always set to 0 and 1, respectively, regardless of how they are set on the server database.The scope_info table contains information about each scope, including the scope name. To find a list of the scopes that are currently provisioned in a database, query the.This is because, while TRUNCATE TABLE is in effect a DELETE statement, it does not activate the trigger used to update the change tracking metadata, so the deletion is invisible to Sync Framework Don't use TRUNCATE TABLE to modify a table that is synchronized.Here's an article that tells you how to do this: Will be better if you use backup and restore to create the database copies instead of an initial synchronization. If you are setting up a synchronization community that contains copies of a large SQL Server database, performance Use backup and restore (with post-restore fixup) to create and initialize multiple large SQL Server databases in your synchronization community.And the API is simple, too! Here's an article that tell you how to do this: Snapshot initialization offers much faster performance for setting up multiple SQL Server Compact databases than provisioning each Use snapshot initialization to create and initialize multiple SQL Server Compact databases in your synchronization community.You can install the selected components of the SDK from Syncįramework 2.1 Redistributable Packages page and full SDK package from Only selected components of other version (32-bit) of SDK. It is not possible have full 32-bit Sync Framework 2.1 SDK installed side-by-side with the 64-bit SDK therefore you will have to install one version of SDK (64-bit) completely and Message: "Unable to install because a newer version of this product is already installed". For example, if you try to install 32-bit version of Sync Framework 2.1 SDK on a computer that already has 64-bit version on it, you will receive an error Side-by-side installation of 32-bit and 64-bit versions of Sync Framework 2.1 SDK is not supported. How to: Trace the Synchronization Process. ![]() ![]() For more information on tracing Sync Framework, see To a new file on a pre-specified interval. Over TextWriterTraceListener logs does a nice job of showing you how to override the class to start logging When Sync Framework tracing runs for a long time, the tracing output file gets very large, and there isn't any integrated support for rolling over to a new tracing file or for clearing out old traces to keep the file size manageable. This blog post about Rolling This can occur when Sync Framework has been uninstalled or when installation was not completed Solution: This also occurs when an unmanaged synchronization component, such as Synchronization.dll, is missing from the installation. In Visual Studio, change the Platform Target in the Build pane of your project properties to match the Sync Framework processor type. The 圆4 version of Sync Framework installed. For example, your application targets the x86 processor and you have Solution: This occurs when the processor type for which an application is built does not match the processor type for which Sync Framework is installed. Problem: A managed synchronization application throws with the following error message: "Retrieving the COM class factory for component with CLSID įailed due to the following error: 80040154." The Sync Framework Developer Discussions forum is another excellent place to ask questions and find answers. This article collects tips on using Sync Framework, and provides help troubleshooting problems you might encounter on your path to synchronization.Īn article like this is an eternal work in progress, so please add your own tips and troubleshooting advice if you don't find it here!
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