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#ifndef BOOST_NUMERIC_EXCEPTION #define BOOST_NUMERIC_EXCEPTION // Copyright (c) 2012 Robert Ramey // // Distributed under the Boost Software License, Version 1.0. (See // accompanying file LICENSE_1_0.txt or copy at // http://www.boost.org/LICENSE_1_0.txt) // contains error indicators for results of doing checked // arithmetic on native C++ types #include #include // error_code, system_error #include #include #include // std::uint8_t // Using the system_error code facility. This facility is more complex // than meets the eye. To fully understand what out intent here is, // review http://blog.think-async.com/2010/04/system-error-support-in-c0x-part-5.html // "Giving context-specific meaning to generic error codes" namespace boost { namespace safe_numerics { // errors codes for safe numerics // in spite of the similarity, this list is distinct from the exceptions // listed in documentation for std::exception. // note: Don't reorder these. Code in the file checked_result_operations.hpp // depends upon this order !!! enum class safe_numerics_error : std::uint8_t { success = 0, positive_overflow_error, // result is above representational maximum negative_overflow_error, // result is below representational minimum domain_error, // one operand is out of valid range range_error, // result cannot be produced for this operation precision_overflow_error, // result lost precision underflow_error, // result is too small to be represented negative_value_shift, // negative value in shift operator negative_shift, // shift a negative value shift_too_large, // l/r shift exceeds variable size uninitialized_value // creating of uninitialized value }; constexpr inline const char * literal_string(const safe_numerics_error & e){ switch(e){ case safe_numerics_error::success: return "success"; case safe_numerics_error::positive_overflow_error: return "positive_overflow_error"; case safe_numerics_error::negative_overflow_error: return "negative_overflow_error"; case safe_numerics_error::domain_error: return "domain_error"; case safe_numerics_error::range_error: return "range_error"; case safe_numerics_error::precision_overflow_error: return "precision_overflow_error"; case safe_numerics_error::underflow_error: return "underflow_error"; case safe_numerics_error::negative_value_shift: return "negative_value_shift"; case safe_numerics_error::negative_shift: return "negative_shift"; case safe_numerics_error::shift_too_large: return "shift_too_large"; case safe_numerics_error::uninitialized_value: return "uninitialized_value"; default: assert(false); // should never arrive here } } const std::uint8_t safe_numerics_casting_error_count = static_cast(safe_numerics_error::domain_error) + 1; const std::uint8_t safe_numerics_error_count = static_cast(safe_numerics_error::uninitialized_value) + 1; } // safe_numerics } // boost namespace std { template <> struct is_error_code_enum : public true_type {}; } // std namespace boost { namespace safe_numerics { const class : public std::error_category { public: virtual const char* name() const noexcept{ return "safe numerics error"; } virtual std::string message(int ev) const { switch(static_cast(ev)){ case safe_numerics_error::success: return "success"; case safe_numerics_error::positive_overflow_error: return "positive overflow error"; case safe_numerics_error::negative_overflow_error: return "negative overflow error"; case safe_numerics_error::underflow_error: return "underflow error"; case safe_numerics_error::range_error: return "range error"; case safe_numerics_error::precision_overflow_error: return "precision_overflow_error"; case safe_numerics_error::domain_error: return "domain error"; case safe_numerics_error::negative_shift: return "negative shift"; case safe_numerics_error::negative_value_shift: return "negative value shift"; case safe_numerics_error::shift_too_large: return "shift too large"; case safe_numerics_error::uninitialized_value: return "uninitialized value"; default: assert(false); } return ""; // suppress bogus warning } } safe_numerics_error_category {}; // constexpr - damn, can't use constexpr due to std::error_code inline std::error_code make_error_code(const safe_numerics_error & e){ return std::error_code(static_cast(e), safe_numerics_error_category); } // actions for error_codes for safe numerics. I've leveraged on // error_condition in order to do this. I'm not sure this is a good // idea or not. enum class safe_numerics_actions { no_action = 0, uninitialized_value, arithmetic_error, implementation_defined_behavior, undefined_behavior }; } // safe_numerics } // boost namespace std { template <> struct is_error_condition_enum : public true_type {}; } // std namespace boost { namespace safe_numerics { const class : public std::error_category { public: virtual const char* name() const noexcept { return "safe numerics error group"; } virtual std::string message(int) const { return "safe numerics error group"; } // return true if a given error code corresponds to a // given safe numeric action virtual bool equivalent( const std::error_code & code, int condition ) const noexcept { if(code.category() != safe_numerics_error_category) return false; switch (static_cast(condition)){ case safe_numerics_actions::no_action: return code == safe_numerics_error::success; case safe_numerics_actions::uninitialized_value: return code == safe_numerics_error::uninitialized_value; case safe_numerics_actions::arithmetic_error: return code == safe_numerics_error::positive_overflow_error || code == safe_numerics_error::negative_overflow_error || code == safe_numerics_error::underflow_error || code == safe_numerics_error::range_error || code == safe_numerics_error::domain_error; case safe_numerics_actions::implementation_defined_behavior: return code == safe_numerics_error::negative_value_shift || code == safe_numerics_error::negative_shift || code == safe_numerics_error::shift_too_large; case safe_numerics_actions::undefined_behavior: return false; default: ; } // should never arrive here assert(false); // suppress bogus warning return false; } } safe_numerics_actions_category {}; // the following function is used to "finish" implementation of conversion // of safe_numerics_error to std::error_condition. At least for now, this // isn't being used and defining here it can lead duplicate symbol errors // depending on the compiler. So suppress it until further notice #if 0 std::error_condition make_error_condition(const safe_numerics_error & e) { return std::error_condition( static_cast(e), safe_numerics_error_category ); } #endif } // safe_numerics } // boost #endif // BOOST_NUMERIC_CHECKED_RESULT