The Component Object Model (COM) technology solutions packaged as libraries can be consumed through Runtime Callable Wrapper (RCW), available in the .NET platform. By allowing managed classes and COM components to interact, despite their interface disparity, RCWs are an example of bridge pattern (implemented as an adapter!). Please consult the documentation on Com Callable Wrapper (CCW) and RCW to understand how the bridge pattern is implemented to interoperate with components written in other languages (mostly C++/ATL). Technically speaking, even ADO.NET API also leverages the bridge pattern, to interact with ODBC and other native drivers implemented by respective database vendors.
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Praseed Pai has been working in the software industry for the last 25 years, starting his career as a MS-DOS systems programmer using ANSI C. He has been actively involved in developing large-scale, cross-platform, native code-based systems using C++ on Windows, GNU Linux, and macOS X. He has experience in COM+ and CORBA programming using C++. In the last decade, he has worked with Java- and .NET-based systems. He is the primary implementer of the SLANG4.net compilation system, which has been ported to C++ with an LLVM backend. He coauthored .NET Design Patterns, by Packt Publishing.
Read more about Praseed Pai
Shine Xavier is a core software engineering practitioner with an extreme passion for designing/building software solutions, application frameworks, and accelerators that help maintain productivity, code quality, performance, and security. His areas of interest include functional programming, interpreters, JavaScript library development, visual programming, algorithms, performance engineering, automation, enterprise mobility, IoT and machine learning. He is currently associated with UST Global as a senior architect, where he continues to provide technical leadership in customer engagements, pre-sales, practice development, product development, innovation, and technology adoption. He lives with his wife and three kids in Thiruvananthapuram, Kerala, India.
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Praseed Pai has been working in the software industry for the last 25 years, starting his career as a MS-DOS systems programmer using ANSI C. He has been actively involved in developing large-scale, cross-platform, native code-based systems using C++ on Windows, GNU Linux, and macOS X. He has experience in COM+ and CORBA programming using C++. In the last decade, he has worked with Java- and .NET-based systems. He is the primary implementer of the SLANG4.net compilation system, which has been ported to C++ with an LLVM backend. He coauthored .NET Design Patterns, by Packt Publishing.
Read more about Praseed Pai
Shine Xavier is a core software engineering practitioner with an extreme passion for designing/building software solutions, application frameworks, and accelerators that help maintain productivity, code quality, performance, and security. His areas of interest include functional programming, interpreters, JavaScript library development, visual programming, algorithms, performance engineering, automation, enterprise mobility, IoT and machine learning. He is currently associated with UST Global as a senior architect, where he continues to provide technical leadership in customer engagements, pre-sales, practice development, product development, innovation, and technology adoption. He lives with his wife and three kids in Thiruvananthapuram, Kerala, India.
Read more about Shine Xavier