Microsoft Transaction Server (MTS) was software that provided services to Component Object Model (COM) software components, to make it easier to create large distributed applications. The major services provided by MTS were automated transaction management, instance management (or just-in-time activation) and role-based security. MTS is considered to be the first major software to implement aspect-oriented programming.^[1]

1. Microsoft Transaction Server Mts File
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Apr 16, 2019  Microsoft Transaction Server MTS was software that provided services to Component Object Model COM software components, to make it easier to create large distributed applications The major. Microsoft Transaction Server (MTS) was software that provided services to Component Object Model (COM) software components, to make it easier to create large distributed applications. The major services provided by MTS were automated transaction management, instance management (or just-in-time activation) and role-based security.

1. For Oracle Data Provider for.NET (ODP.NET) cluster configurations (or any failover configuration), install Microsoft Transaction Server on the node running the Microsoft Distributed Transaction Coordinator (MS DTC) component. This ensures that the Oracle MTS Recovery Service migrates with the client application during failover.
2. This definition is generally duplicated under Viper. The Microsoft Transaction Server (MTS), called 'Viper' while it was being developed, is a program that runs on an Internet or other network server with a Windows NT system and manages application and database transaction requests on behalf of a client computer user.
3. MTS: Microsoft Transaction Server. Microsoft transaction server was a software. It provided services to component object model (COM) software component. This is to make easier to create large distributed applications. Automated Transaction management, role based security and instant management these were the major services provided by MTS.
4. Microsoft Transaction Server (MTS) is a component-based processing system produced by Microsoft Inc. And used to build, deploy and administer robust Internet and intranet server applications. MTS also permits the user to administer MTS server applications with a rich graphical tool. MTS was initially offered to users in the Windows NT 4.0.

MTS was first offered in the Windows NT 4.0 Option Pack. In Windows 2000, MTS was enhanced and better integrated with the operating system and COM, and was renamed COM+. COM+ added object pooling, loosely-coupled events and user-defined simple transactions (compensating resource managers) to the features of MTS.

COM+ is still provided with Windows Server 2003 and Windows Server 2008, and the Microsoft .NET Framework provides a wrapper for COM+ in the EnterpriseServices namespace. The Windows Communication Foundation (WCF) provides a way of calling COM+ applications with web services. However, COM+ is based on COM, and Microsoft's strategic software architecture is now web services and .NET, not COM. There are pure .NET-based alternatives for many of the features provided by COM+, and in the long term it is likely COM+ will be phased out.

Architecture[edit]

A basic MTS architecture comprises:

• the MTS Executive (mtxex.dll)
• the Factory Wrappers and Context Wrappers for each component
• the MTS Server Component
• MTS clients
• auxiliary systems like:
  • COMruntime services
  • the Service Control Manager (SCM)
  • the Microsoft Distributed Transaction Coordinator (MS-DTC)
  • the Microsoft Message Queue (MSMQ)
  • the COM-Transaction Integrator (COM-TI)
  • etc.

COM components that run under the control of the MTS Executive are called MTS components. In COM+, they are referred to as COM+ Applications. MTS components are in-process DLLs. MTS components are deployed and run in the MTS Executive which manages them. As with other COM components, an object implementing the IClassFactory interface serves as a Factory Object to create new instances of these components.

MTS inserts a Factory Wrapper Object and an Object Wrapper between the actual MTS object and its client. This interposing of wrappers is called interception. Whenever the client makes a call to the MTS component, the wrappers (Factory and Object) intercept the call and inject their own instance-management algorithm called the Just-In-Time Activation (JITA) into the call. The wrapper then makes this call on the actual MTS component. Interception was considered difficult at the time due to a lack of extensible metadata.^[1]

In addition, based on the information from the component's deployment properties, transaction logic and security checks also take place in these wrapper objects.

For every MTS-hosted object, there also exists a Context Object, which implements the IObjectContext interface. The Context Object maintains specific information about that object, such as its transactional information, security information and deployment information. Methods in the MTS component call into the Context Object through its IObjectContext interface.

MTS does not create the actual middle-tier MTS object until the call from a client reaches the container. Since the object is not running all the time, it does not use up a lot of system resources (even though an object wrapper and skeleton for the object do persist).

As soon as the call comes in from the client, the MTS wrapper process activates its Instance Management algorithm called JITA. The actual MTS object is created 'just in time' to service the request from the wrapper. And when the request is serviced and the reply is sent back to the client, the component either calls SetComplete()/SetAbort(), or its transaction ends, or the client calls Release() on the reference to the object, and the actual MTS object is destroyed. In short, MTS uses a stateless component model.

Generally, when a client requests services from a typical MTS component, the following sequence occurs on the server :

1. acquire a database connection
2. read the component's state from either the Shared Property Manager or from an already existing object or from the client
3. perform the business logic
4. write the component's changed state, if any, back to the database
5. close and release the database connection
6. vote on the result of the transaction. MTS components do not directly commit transactions, rather they communicate their success or failure to MTS.

It is thus possible to implement high-latency resources as asynchronous resource pools, which should take advantage of the stateless JIT activation afforded by the middleware server. Intel graphics controller driver.

References[edit]

1. ^ ^abDon Box; Chris Sells (4 November 2002). Essential.NET: The common language runtime. Addison-Wesley Professional. p. 206. ISBN978-0-201-73411-9. Retrieved 4 October 2011.

Microsoft Transaction Server Mts File

External links and references[edit]

Microsoft Translator