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modm:utils¶
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// Class class modm::allocator::AllocatorBase< typename T >; class modm::allocator::Block< typename T , std::size_t BLOCKSIZE >; class modm::allocator::Dynamic< typename T >; class modm::allocator::Static< typename T , std::size_t N >; class modm::tmp::Conversion< typename T , typename U >; class modm::tmp::NullType; // Struct struct modm::ArithmeticTraits< char >; struct modm::ArithmeticTraits< double >; struct modm::ArithmeticTraits< float >; struct modm::ArithmeticTraits< int16_t >; struct modm::ArithmeticTraits< int32_t >; struct modm::ArithmeticTraits< int64_t >; struct modm::ArithmeticTraits< signed char >; struct modm::ArithmeticTraits< typename T >; struct modm::ArithmeticTraits< uint16_t >; struct modm::ArithmeticTraits< uint32_t >; struct modm::ArithmeticTraits< uint64_t >; struct modm::ArithmeticTraits< unsigned char >; struct modm::allocator::Block::rebind< typename U >; struct modm::allocator::Dynamic::rebind< typename U >; struct modm::allocator::Static::rebind< typename U >; struct modm::tmp::Conversion< T, T >; struct modm::tmp::Conversion< T, void >; struct modm::tmp::Conversion< void, T >; struct modm::tmp::Conversion< void, void >; struct modm::tmp::EnableIf< class Conditional , class T =void >; struct modm::tmp::EnableIfCondition< bool B, class T=void >; struct modm::tmp::EnableIfCondition< false, T >; struct modm::tmp::STATIC_ASSERTION_FAILURE< bool x >; struct modm::tmp::STATIC_ASSERTION_FAILURE< true >; struct modm::tmp::SameType< T, T >; struct modm::tmp::SameType< typename T , typename U >; struct modm::tmp::Select< bool flag, typename T, typename U >; struct modm::tmp::Select< false, T, U >; struct modm::tmp::SuperSubclass< T, void >; struct modm::tmp::SuperSubclass< typename T , typename U >; struct modm::tmp::SuperSubclass< void, U >; struct modm::tmp::SuperSubclass< void, void >; struct modm::tmp::SuperSubclassStrict< typename T , typename U >; struct modm::tmp::static_assert_test< int x >; // Function InputIterator modm::find(InputIterator first, InputIterator last, const T &value); void modm::dummy(); // Variable constexpr uint16_t modm::Bit10 = (1ul << 10); constexpr uint16_t modm::Bit11 = (1ul << 11); constexpr uint16_t modm::Bit12 = (1ul << 12); constexpr uint16_t modm::Bit13 = (1ul << 13); constexpr uint16_t modm::Bit14 = (1ul << 14); constexpr uint16_t modm::Bit15 = (1ul << 15); constexpr uint16_t modm::Bit8 = (1ul << 8); constexpr uint16_t modm::Bit9 = (1ul << 9); constexpr uint32_t modm::Bit16 = (1ul << 16); constexpr uint32_t modm::Bit17 = (1ul << 17); constexpr uint32_t modm::Bit18 = (1ul << 18); constexpr uint32_t modm::Bit19 = (1ul << 19); constexpr uint32_t modm::Bit20 = (1ul << 20); constexpr uint32_t modm::Bit21 = (1ul << 21); constexpr uint32_t modm::Bit22 = (1ul << 22); constexpr uint32_t modm::Bit23 = (1ul << 23); constexpr uint32_t modm::Bit24 = (1ul << 24); constexpr uint32_t modm::Bit25 = (1ul << 25); constexpr uint32_t modm::Bit26 = (1ul << 26); constexpr uint32_t modm::Bit27 = (1ul << 27); constexpr uint32_t modm::Bit28 = (1ul << 28); constexpr uint32_t modm::Bit29 = (1ul << 29); constexpr uint32_t modm::Bit30 = (1ul << 30); constexpr uint32_t modm::Bit31 = (1ul << 31); constexpr uint8_t modm::Bit0 = (1ul << 0); constexpr uint8_t modm::Bit1 = (1ul << 1); constexpr uint8_t modm::Bit2 = (1ul << 2); constexpr uint8_t modm::Bit3 = (1ul << 3); constexpr uint8_t modm::Bit4 = (1ul << 4); constexpr uint8_t modm::Bit5 = (1ul << 5); constexpr uint8_t modm::Bit6 = (1ul << 6); constexpr uint8_t modm::Bit7 = (1ul << 7); // Define #define MODM_STATIC_ASSERT(condition, msg)