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Explore advanced C++ template metaprogramming techniques inspired by Haskell in this CppNow conference talk. Discover how to extend Boost.MPL's capabilities by incorporating functional programming concepts such as let expressions, monads with do notation, list comprehension, and error handling using the Either monad. Learn to leverage these tools to create more readable, organized, and efficient template metaprograms. Gain insights into implementing Haskell-like features in C++ compile-time computations, reducing boilerplate code, and simplifying complex transformations. Examine the Metamonad library, which builds upon Boost.MPL, and understand how to integrate these advanced techniques into existing metaprograms. Requires familiarity with Boost.MPL and is suitable for experienced C++ developers looking to enhance their template metaprogramming skills.
