Microsoft Sync Framework Runtime V1 0 Sp1 X64 Download

The Sync Framework runtime provides synchronization functionality, without being tied to any data store or data transport protocols. By providing data source specific synchronization providers, any data source can be supported. For example, using proper synchronization providers, files can be synchronized across computers, project updates synchronized across project participants, or media synchronized across devices. Sync Framework ships with three providers: Microsoft Sync Services for ADO.NET, Sync Services for File Systems, and Sync Services for SSE. Sync Services can be used to synchronize devices by supplying providers for the device. Similarly, PIM software such as Microsoft Office Outlook and media libraries such as Windows Media Player can also be supported by providing suitable providers.

In Summary, think of Sync Framework as the bigger umbrella or framework that enables synchronization between devices, Data Store, files etc. Think of Sync services for ADO .net as a component of Sync Framework that enables Synchronization between Data Sources for which an ADO .net provider is available.

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How have you accounted for MethodAccessExceptions thrown when using the SyncAgent or SyncOrchestrator? I am aiming to use CF 4.1 and CE 4.0 with Sync Framework 2. If I understand your guide correctly:

1. Produce a CE 3.5 version of the database.

2. Apply the provisioning mechanism to the database using CE 3.5.

3. Modify the app config so the runtime assembly used is 4.0.0.

4. Upgrade the database to CE 4.0.

5. Using this to perform synchronisation between SQL Express and CE 4.0 database.

Only then could the framework support roaming and sharing scenarios for content such as PIM, audio, video, settings, and files/folders across any number of PCs, services, and devices-all directly via peer-to-peer sync or through any number of intermediaries such as PCs or services.

At the same time, more and more applications were looking to enable an Outlook-like cached mode of operation in which an application operates offline and periodically synchronizes with the server. Clearly, the common framework would need to excel at scenarios such as:

The framework would also have to support numerous data types and schemas (such as relational data or files), as well as various sync topologies (such as peer-to-peer meshes or hub-and-spoke). These requirements emerged prominently whenever multiple sync solutions were bridged in a heterogeneous mesh.

The metadata at the core of Microsoft Sync Framework is highly efficient and compact, yet it provides full support for correct multi-master synchronization (that is, allowing concurrent updates on multiple endpoints). The Microsoft Sync Framework runtime implements the algorithms required to work with the metadata, allowing endpoints to easily participate in the ecosystem.

Microsoft Sync Framework 2.1 reached End of Life on January 12, 2021. WEM has removed the legacy sync service based on that framework and instead uses a new sync framework, Dotmim.Sync, an open-source sync framework. How does this change impact you?

I work for Microsoft in the Windows Live division as a Software Design Engineer. One of the most interesting problems in the distributed world is managing and synchronizing changes in data elements on various endpoints. Microsoft released a CTP of its sync framework that is out for pre RTM preview (Read this). The API consists of three major components:

The above sample is the most basic a developer may require for synchronization. On top of this sample, you can bind synchronization events and conflict resolution. For example, you can wire an event handler to the ApplyingChange event and control whether files should be skipped synchronization at runtime. Note that this will only work if FileSyncProvider.DetectChanges( ) is called either implicitly by the SyncOrchestrator.Synchronize( ) method, or explicitly if the FileSyncProvider options specifies that DetectChanges is to be called explicitly.

The first parts of the tutorial will cover Sync Services for ADO.net. They work similar to but they extend the sync runtime and provide some providers for databases. Read part 1 for an introduction to Sync Framework.

The runtime itself is simple. It runs on one host and talks to two providers. The runtime itself does not work in a distributed environment. If you want to synchronize across a communication channel of some kind you will have to do it yourself. For example by writing a proxy provider that communicates with the actual provider (implemented as a WCF service).

Recently, we were working on a client project where the client required multiple line of business Windows Based Client Applications to be able to work offline and synchronize with the master MS SQL Database (hosted on the internet), when internet connection is available. We faced several challenges in building this application and I thought it would be a good idea to blog the solution we created for the client. In this post we have tried to build upon the samples provided by Microsoft but explain the whole process so that its easier for others to understand and implement this platform. This blog post does not try to explain in detail how sync framework works, but tries to explain the creation of WCF based web service to sync between server and clients over the internet.

Over the years there has been a much greater push of new technologies built for the web and mobile devices, but there seems to be much slower pace of development on the Windows application development side from Microsoft. The choice of technology for building Windows based application is WPF (Windows Presentation Framework), but the pace of development on WPF is certainly way behind the pace of development on the web technologies side.

The state of technologies that allow synchronization between client and server is bad and totally confusing! The sync framework has not advanced in ages, while there is no alternative path presented. We are stuck to using Sync Framework v2.1, released in last quarter of 2010 for our solution since we wish to have a framework that provides automatic synchronization between SQL CE and SQL Server databases. The latest, Sync Framework 4 builds upon Sync Framework 2.1 and provides OData based synchronization so that you can synchronize between device platforms without installing any framework on the client platform, but it does not provide any features for automatic sync between client and server db. If you want to use Sync Framework 4 then you need to manually handle the client side sync code. The only highlight for this framework is that Microsoft is promoting it as the means to synchronize with Azure cloud databases, so there are some updated samples provided.

The other major issue with using Sync Framework 2.1 is that it depends upon SQL CE 3.5 SP2 and does NOT work with the latest SQL CE 4.0. For reasons best known to Microsoft they have chosen to release SQL CE 4.0 without support for synchronization, so we are stuck to using SQL CE 3.5 SP2. Tooling support in Visual Studio 2012 is built to support SQL CE 4.0 and does not work with SQL CE 3.5.

On the server side, we will expose the sync framework using WCF (Windows Communication Framework) web services. The core reason behind this blog post is that the sample presented by Microsoft is not well documented nor is it clear how to deploy the sample application. In this blog post we are building upon the sample provided by Microsoft but making things clear to understand. The default WCF sample provided by Microsoft is built under the assumption that the WCF service will be self-deployed, while we have modified the sample to deploy the service in IIS.

To summarize technologies used, on client side we will use WPF, SQL CE 3.5 Sp2 and MS Sync Framework v2.1. On the server side we will use WCF web services, MS SQL 2012 (you can use MS SQL 2008/Express does not matter) and MS Sync Framework v2.1.

We will be using Visual Studio 2012 and MS SQL 2012 for building this application.

Microsoft Sync Framework 2.1 Software Development Kit (SDK) - SyncSDK-v2.1-x64-ENU.msi or SyncSDK-v2.1-x86-ENU.msi.

Its very important to remember to install the right flavor of the SDK based on your development machine. Make sure you have the 64-bit version installed for a 64-bit machine else the sync framework will not work correctly.

on My Mac M1 16GB with Ventura is experienced also memory leak issues and attributed this on the multiple Webstorm sessions i had open. But when opening Activity Monitor, changing the default view from GPU processes to All processes is showed that exchangesyncd was, after less than 24 hours after reboot, allocating more than 16GB. The path /System/Library/PrivateFrameworks/ExchangeSync.framework/Versions/A does indicate that this is not a Microsoft Application but a System Library delivered with Ventura.

This seems to be a Microsoft Office365 / Outlook process. The "Sync Services Agent" seems to be called exchangesyncd (according to -us/outlook_com/forum/all/microsoft-365-outlook-for-mac-continually-displays/beeefec9-5ea0-4d10-9627-7ca5090b29f9). On my machine it is /System/Library/PrivateFrameworks/ExchangeSync.framework/Versions/A/exchangesyncd

Apparently this is NOT a Microsoft issue and relates to Apple. This "exchangesyncd" seems part of a private (non-documented, internal) Apple framework and also restarts itself, once it's "killed". Probably for accessing Microsoft back-ends (Office365, outlook-dot-com, etc.) from MacOS apps like Mail, Calendar, etc. I could verify, that the issue went away, once I deleted my "Internet Accounts" using Office365 backends in MacOS system settings, while they still are active in the Outlook App.

I think it is safe. To me just the leaking "exchangesyncd" is part of a private Apple framework. Apple exposes the ExchangeActiveSync framework (at least on iOS/iPadOS), so that iOS/iPadOS Apps can use Microsoft back-ends. And probably with their efforts of aligning iOS/iPadOS/MacOS, the frameworks might be fully supported there as well in the future. And MacOS' own apps probably seem to use it. ff782bc1db