i dunno i've seen type inference create horrible to debug situations - although mainly where it has been shoehorned into to C++11 and used with templates and auto to create code that fails silently doing nothing when a parameter has the wrong type
C++ "type inference" has nothing to do with actual type inference. Types in functional programming languages have a proper academic mathematical foundation, specifically in formal logic. This is in sharp contrast to C++, where it was added as a convenience to avoid specifying certain template parameters. And with so many C++ "features", this one adds yet more ambiguity to the language.
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i dunno i've seen type inference create horrible to debug situations - although mainly where it has been shoehorned into to C++11 and used with templates and auto to create code that fails silently doing nothing when a parameter has the wrong type
C++ "type inference" has nothing to do with actual type inference. Types in functional programming languages have a proper academic mathematical foundation, specifically in formal logic. This is in sharp contrast to C++, where it was added as a convenience to avoid specifying certain template parameters. And with so many C++ "features", this one adds yet more ambiguity to the language.