Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 1234]

▼Nutl	STL's core language concepts
▶N_1wire_i_det
Cis_1wire_	Primary template to catch any non 1-wire interface types
Cis_1wire_< _Tp, meta::void_t< void > >	Template to catch a proper 1-wire interface type
▶Ncommon_impl
C__common_ref_
C__common_ref_< T &&, U &&, meta::void_t< __common_ref< T &, U & >, meta::when< ConvertibleTo< T &&, __rref_res< T, U > > >, meta::when< ConvertibleTo< U &&, __rref_res< T, U > > > > >
C__common_ref_< T &&, U &, meta::void_t< __common_ref< const T &, U & >, meta::when< ConvertibleTo< T &&, __common_ref< const T &, U & > > > > >
C__common_ref_< T &, U &&, meta::void_t< __common_ref< T &, const U & >, meta::when< ConvertibleTo< U &&, __common_ref< T &, const U & > > > > >
C__common_ref_< T &, U &, meta::void_t< __lref_res< T, U >, meta::when< std::is_reference< __lref_res< T, U > >::value > > >
C__common_reference
C__common_reference2
C__common_reference2< T, U, meta::void_t< __basic_common_reference_t< T, U > > >
C__common_reference3
C__common_reference3< T, U, meta::void_t< __cond_res< T, U > > >
C__common_reference< T, U, meta::when< std::is_reference< T >::value &&std::is_reference< U >::value > >
C__copy_cv_
C__copy_cv_< const From >
C__copy_cv_< const volatile From >
C__copy_cv_< volatile From >
C__xref
C__xref< const T >
C__xref< const volatile T >
C__xref< T & >
C__xref< T && >
C__xref< volatile T >
Cbasic_common_reference
Ccommon_reference
Ccommon_reference< T >
Ccommon_reference< T, U >
Ccommon_reference< T, U, V, W... >
▶Ndetail
Cinvoke_result_
Cinvoke_result_< true, _Callable, _Args... >
Cis_ref_wrapper
Cis_ref_wrapper< std::reference_wrapper< U > >
Ctry_invoke
▶Ndetails
Cis_boolean_
Cis_boolean_< B, meta::void_t< meta::use_if_same_t< bool, decltype(!std::declval< cref_< B >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< B >>()==std::declval< cref_< B >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< B >>() !=std::declval< cref_< B >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< B >>() &&std::declval< cref_< B >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< B >>()||std::declval< cref_< B >>())> > >
Cis_strict_totally_ordered_
Cis_strict_totally_ordered_< T, meta::void_t< meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>()< std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>() > std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>()<=std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>() >=std::declval< cref_< T >>())> > >
Cis_strict_totally_ordered_with_
Cis_strict_totally_ordered_with_< T, U, meta::void_t< meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>()< std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>() > std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>()<=std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>() >=std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>()< std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>() > std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>()<=std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>() >=std::declval< cref_< T >>())> > >
Cis_weakly_equality_comparable_with_
Cis_weakly_equality_comparable_with_< T, U, meta::void_t< meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>()==std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< T >>() !=std::declval< cref_< U >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>()==std::declval< cref_< T >>())>, meta::use_if_same_t< bool, decltype(std::declval< cref_< U >>() !=std::declval< cref_< T >>())> > >
▶Ni2c_i_details
Cis_i2c_	Primary template to catch any non I2C interface types
Cis_i2c_< _Tp, meta::void_t< typename _Tp::Sequence, void > >	Template to catch a proper I2C interface type
▶Nidx_dev_details
Cis_idx_dev_	Primary template to catch any non input device types
Cis_idx_dev_< _Tp, void_t< typename _Tp::data_type, typename _Tp::pointer_type, typename _Tp::iterator, typename _Tp::const_iterator, use_if_same_t< try_get1_t< _Tp >, size_t >, use_if_same_t< try_get2_t< _Tp >, size_t >, use_if_same_t< try_begin_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_begin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cbegin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_end_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_end_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cend_t< _Tp >, typename _Tp::const_iterator > > >	Template to catch a proper input device type
▶Nidxdev_it_details
Cis_idxdev_it_	Primary template to catch any non SPI interface types
Cis_idxdev_it_< _Tp, meta::void_t< typename _Tp::value_type, typename _Tp::difference_type, typename _Tp::pointer, typename _Tp::reference, void > >	Template to catch a proper SPI interface type
▶Nin_dev_details
Cis_in_dev_	Primary template to catch any non input device types
Cis_in_dev_< _Tp, void_t< typename _Tp::data_type, typename _Tp::pointer_type, typename _Tp::iterator, typename _Tp::const_iterator, use_if_same_t< try_get1_t< _Tp >, size_t >, use_if_same_t< try_get2_t< _Tp >, size_t >, use_if_same_t< try_begin_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_begin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cbegin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_end_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_end_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cend_t< _Tp >, typename _Tp::const_iterator > > >	Template to catch a proper input device type
▶Ninbuf_dev_details
Cis_inbuf_dev_	Primary template to catch any non input device types
Cis_inbuf_dev_< _Tp, void_t< typename _Tp::data_type, typename _Tp::pointer_type, typename _Tp::iterator, typename _Tp::const_iterator, use_if_same_t< try_get1_t< _Tp >, size_t >, use_if_same_t< try_get2_t< _Tp >, size_t >, use_if_same_t< try_begin_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_begin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cbegin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_end_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_end_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cend_t< _Tp >, typename _Tp::const_iterator > > >	Template to catch a proper input device type
▶Nindev_it_details
Cis_indev_it_	Primary template to catch any non SPI interface types
Cis_indev_it_< _Tp, meta::void_t< typename _Tp::value_type, typename _Tp::difference_type, typename _Tp::pointer, typename _Tp::reference, void > >	Template to catch a proper SPI interface type
▶Nmeta
▶Napply_impl
Capply_
Capply_< Fn, integer_sequence< T, Is... > >	Sequence == integer_sequence<>
Capply_< Fn, typelist< List... > >	Sequence == typelist<>
▶Nat_impl
C_add_pointer
Cat_
Cat_< typelist< List... >, N >
Cat_head_
Cat_head_< typelist< voids... > >
▶Nback_impl
Cback_
Cback_< typelist< Head, Tail... > >
▶Ncat_impl
Ccat_
Ccat_< typelist< L1... > >
Ccat_< typelist< L1... >, typelist< L2... > >
Ccat_< typelist< L1... >, typelist< L2... >, Ln... >
Ccat_<>
▶Ncount_if_impl
Ccount_if_
Ccount_if_< typelist< Head, Tail... >, Fn, N >
Ccount_if_< typelist<>, Fn, N >
▶Ndetail
C_and_
C_and_< _T1 >
C_and_< _T1, _T2 >
C_and_< _T1, _T2, _T3, _Tn... >
C_and_<>
C_or_
C_or_< _T1 >
C_or_< _T1, _T2 >
C_or_< _T1, _T2, _T3, _Tn... >
C_or_<>
Ccompose_
Ccompose_< Fn0 >
Ccompose_< Fn0, Fns... >
Ccompose_f_
Ccompose_f_< Fn0 >
Ccompose_f_< Fn0, Fns... >
Cdefer_
Cdefer_i_
Cdetector
Cdetector< Default, void_t< Op< Args... > >, Op, Args... >
Cif_c_
Cif_c_< false, Then, Else >
Cif_c_< true, Then >
Cif_c_< true, Then, Else >
Cis_applicable_
Cis_applicable_i_
Cis_applicable_q_
Cwhen_
Cwhen_< true >
▶Nfilter_impl
Cfilter_
Cfilter_< typelist< Head, Tail... >, Fn, L >
Cfilter_< typelist<>, Fn, L >
▶Nfind_if_impl
Cfind_if_
Cfind_if_< typelist< Head, Tail... >, Fn, N >
Cfind_if_< typelist<>, Fn, N >
▶Nfold_impl
Cfold_
Cfold_< typelist< Head, Tail... >, V, Fn >
Cfold_< typelist<>, V0, Fn >
▶Nfront_impl
Cfront_
Cfront_< typelist< Head, Tail... > >
▶Npop_back_impl
Cpop_back_
▶Npop_front_impl
Cpop_front_
Cpop_front_< typelist< Head, Tail... > >
▶Nreplace_if_impl
Creplace_if_
Creplace_if_< typelist< Head, Tail... >, Fn, T, Ret >
Creplace_if_< typelist<>, Fn, T, Ret >
▶Nrev_fold_impl
Crev_fold_
Crev_fold_< typelist< Head, Tail... >, V, Fn >
Crev_fold_< typelist< Tail >, V, Fn >
Crev_fold_< typelist<>, V, Fn >
▶Nreverse_impl
Creverse_
▶Nseek_if_impl
Cseek_if_
Cseek_if_< typelist< Head, Tail... >, Fn, N >
Cseek_if_< typelist<>, Fn, N >
▶Ntransform_impl
Ctransform_
Ctransform_< typelist< typelist< Ts... >, Fn >, void_t< invoke< Fn, Ts >... > >
Ctransform_< typelist< typelist< Ts0... >, typelist< Ts1... >, Fn >, void_t< invoke< Fn, Ts0, Ts1 >... > >
▶Ntransform_lazy_impl
Ctransform_lazy_
Ctransform_lazy_< typelist< typelist< Ts... >, Fn >, void_t< invoke< Fn, Ts >... > >
Ctransform_lazy_< typelist< typelist< Ts0... >, typelist< Ts1... >, Fn >, void_t< invoke< Fn, Ts0, Ts1 >... > >
Cbind_back
Cbind_front
Cidentity
Cnat_
Cnil_
▶Cnot_same_as
Capply
Cquote
Cquote_i	Wrap a template F taking literal constants of type T into an Invokable
Csame_
Csame_< _Tp, _Tp >
▶Csame_as
Capply
▶Ctypelist
Ccat_
Ccat_< typelist< L1... >, typelist< L2... > >
Ctimes_
Ctimes_< 0, T... >
Ctimes_< 1, T... >
Cwrap
Cwrap_i	Wrap a template F taking literal constants of type T into an Invokable
▶Nout_dev_details
Cis_out_dev_	Primary template to catch any non output device types
Cis_out_dev_< _Tp, void_t< typename _Tp::data_type, typename _Tp::pointer_type, typename _Tp::iterator, typename _Tp::const_iterator, use_if_same_t< try_put1_t< _Tp >, size_t >, use_if_same_t< try_put2_t< _Tp >, size_t >, use_if_same_t< try_begin_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_begin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cbegin_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_end_t< _Tp >, typename _Tp::iterator >, use_if_same_t< tryc_end_t< _Tp >, typename _Tp::const_iterator >, use_if_same_t< try_cend_t< _Tp >, typename _Tp::const_iterator > > >	Template to catch a proper output device type
▶Noutdev_it_details
Cis_outdev_it_	Primary template to catch any non SPI interface types
Cis_outdev_it_< _Tp, meta::void_t< typename _Tp::value_type, typename _Tp::difference_type, typename _Tp::pointer, typename _Tp::reference, void > >	Template to catch a proper SPI interface type
▶Nspi_i_details
Cis_spi_	Primary template to catch any non SPI interface types
Cis_spi_< _Tp, meta::void_t< meta::use_if_same_t< try_cclock_t< _Tp >, uint32_t >, meta::use_if_same_t< try_clock_t< _Tp >, void >, meta::use_if_same_t< try_tx_t< _Tp >, byte_t >, meta::use_if_same_t< try_rx_t< _Tp >, byte_t > > >	Template to catch a proper SPI interface type
C_1wire_i	Template base class for 1-wire communication interface using CRTP
C_1wire_i< virtual_tag >	A virtual base class implementation
C_1wire_id_t
C_1wire_uart_i	1-wire UART interface template class using CRTP Using the private virtual interface we provide the interface from _1wire_i<>
C_1wire_uart_i< virtual_tag >	A virtual base class interface implementation. Using the private virtual interface we provide the interface from _1wire_i<virtual_tag>
Carray	A standard container for storing a fixed size sequence of elements
Carray_traits	Array container traits helper
▶Carray_traits< _Tp, 0 >
Ctype
Cbidirectional_iterator_tag
Ccontiguous_iterator_tag
Ccrtp_tag	CRTP support tag type
Cdev_iterator_traits	Device iterator collection
Cforward_iterator_tag
Ci2c_bb_i	A bit banking implementation of i2c bus inherited from i2c_i base class
Ci2c_bb_i< virtual_tag >	A virtual base class interface specialization. Using the private virtual interface we provide the interface from i2c_i<virtual_tag>
Ci2c_i	Abstract base class for i2c bus
Ci2c_i< virtual_tag >	A virtual base class specialization
Cid_t	A standard container for storing IDs as a fixed size sequence of bytes. This type is based on etl::array Meets the requirements of: container, reversible container, sequence. Sets support random access iterators
Cid_traits	Id container traits helper
▶Cid_traits< _Tp, 0 >
Ctype
Cidx_dev	Abstract base class for indexed devices
Cidx_dev< virtual_tag, data_t, idx_t, N >	A virtual base class specialization
Cin_dev	Abstract base class for input devices
Cin_dev< virtual_tag, data_t, streamsize >	A virtual base class specialization
Cinbuf_dev	Abstract base class for input buffered devices
Cinbuf_dev< virtual_tag, data_t, streamsize >	A virtual base class specialization
Cindev_it	Input device iterator type. We "future call" interface methods from owner class to provide iterator functionality
Cinput_iterator_tag
▶Ciodev_it	Indexed device iterator type. We "future call" interface methods from owner class to provide iterator functionality
Cvalue_type_t
Cis_invocable	Std::is_invocable trait for C++11
Cis_invocable_r	Std::is_invocable_r trait for C++11
Cistreamdev_it
Costream_dev	Abstract base classes for output stream devices
Costream_dev< virtual_tag, data_t >
Costreamdev_it
Cout_dev	Abstract base classes for output devices
Cout_dev< virtual_tag, data_t, streamsize >	A virtual base class specialization
Coutdev_it	Output device iterator type. We "future call" interface methods from owner class to provide iterator functionality
Coutput_iterator_tag	Iterator tags [std.iterator.tags] Extension: contiguous_iterator_tag for denoting contiguous iterators
Crandom_access_iterator_tag
Cspi_bb_i	A bit banking implementation of spi bus inherited from spi_i base class
Cspi_bb_i< virtual_tag, CPOL, CPHA, BitOrder >	A virtual base class interface specialization. Using the private virtual interface we provide the interface from spi_i<virtual_tag>
Cspi_i
Cspi_i< virtual_tag >	A virtual base class implementation
Cvirtual_tag	Virtual support tag type