C# COM+ Programming
Derek Beyer
Abstract
Derek Beyer
Abstract
From the Publisher: C# COM+ Programming Your Complete Guide to COM+ Services in the .NET Framework Whether you want to integrate existing COM+ services into the .NET Framework or create all-new .NET COM+ services using C#, this unique guide shows you the way. With lucid explanations and a generous helping of sample components and source code, COM+ expert Derek Beyer shows you step by step how to consume COM components from .NET, consume .NET components from COM, and create .NETCOM+ components for transactions, security, events, object pooling, queuing, and remoting. Your Road Map to COM+ and .NET Integration Understand the .NET Framework and Common Language RuntimeConvert COM type libraries into .NET namespacesTransform .NET assemblies into COM type librariesHarness JIT activation, synchronization, and AutoComplete in a transaction componentCreate a role-based security componentWrite a loosely coupled events component and create subscriptions with COM+ ExplorerLearn the ins and outs of object pooling, from attributes to scalabilityGet the scoop on MSMQ, exceptions, error handling, and other queuing issuesUse SOAP, channels, formatters, proxies, and other tools to create remoting serviced components Source Code on Complete examples for developing COM+ components in C# including: Queued componentRemote componentPooled componentEvent-driven componentRole-based security component, andC# transactional component and client application System Requirements: PC running Windows. See the What's on the CD-ROM Appendix for further requirements and details. www.mandtbooks.com Author Biography: Derek Beyer,MCP+I, specializes in programming distributed applications using Visual Basic, C++, and, most recently, C# and .NET. Currently the enterprise architect for a large Midwestern retailer in the U.S., he has worked on a wide variety of projects, including a top-ten B2C Web site, an ERP Web integration, and a distributed application that integrates legacy systems.
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From the Publisher: C# COM+ Programming Your Complete Guide to COM+ Services in the .NET Framework Whether you want to integrate existing COM+ services into the .NET Framework or create all-new .NET COM+ services using C#, this unique guide shows you the way. With lucid explanations and a generous helping of sample components and source code, COM+ expert Derek Beyer shows you step by step how to consume COM components from .NET, consume .NET components from COM, and create .NETCOM+ components for transactions, security, events, object pooling, queuing, and remoting. Your Road Map to COM+ and .NET Integration Understand the .NET Framework and Common Language RuntimeConvert COM type libraries into .NET namespacesTransform .NET assemblies into COM type librariesHarness JIT activation, synchronization, and AutoComplete in a transaction componentCreate a role-based security componentWrite a loosely coupled events component and create subscriptions with COM+ ExplorerLearn the ins and outs of object pooling, from attributes to scalabilityGet the scoop on MSMQ, exceptions, error handling, and other queuing issuesUse SOAP, channels, formatters, proxies, and other tools to create remoting serviced components Source Code on Complete examples for developing COM+ components in C# including: Queued componentRemote componentPooled componentEvent-driven componentRole-based security component, andC# transactional component and client application System Requirements: PC running Windows. See the What's on the CD-ROM Appendix for further requirements and details. www.mandtbooks.com Author Biography: Derek Beyer,MCP+I, specializes in programming distributed applications using Visual Basic, C++, and, most recently, C# and .NET. Currently the enterprise architect for a large Midwestern retailer in the U.S., he has worked on a wide variety of projects, including a top-ten B2C Web site, an ERP Web integration, and a distributed application that integrates legacy systems.
Key concepts: Computer science, .NET Framework, Microservices, Component (thermodynamics), Source code, SOAP, Pooling, Message queue