Enumerations

enum inline_any_is_pinned

enum storage_class_e

enum empty_t

enum error_t

enum value_t

enum state_e

Records

• class arrow_operator

• class arrow_operator

• class arrow_operator

• class base_target_ops

• class detector

• class detector

• class empty_type

• class error_or_value_type

• class error_or_value_type

• class first

• class first

• class function_base

• class function_base

• class function_base

• class function_base

• class function_base

• class function_base

• class generic_function_base

• class generic_function_base

• class generic_function_base

• class has_plus_equals

• class has_plus_equals

• class identity

• class inline_any_impl

• class is_error

• class is_match

• class is_match

• class is_nothrow_swappable

• class is_nothrow_swappable

• class is_result

• class is_success

• class is_swappable

• class is_swappable

• class is_unbounded_array

• class not_error_type

• class not_result_type

• class null_target

• class occurences_of

• class occurences_of

• class occurences_of

• class storage_type

• class storage_type

• class storage_type

• class storage_type

• class storage_type

• class target

• class target

• class target

• class target

• class target

• class target_ops

• class template_matcher

Functions

• size_t RoundUpToMultiple (size_t value, size_t multiple)

  Rounds the first argument up to a non-zero multiple of the second argument.

  Defined at line 28 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t RoundUpToMultiple (size_t value, size_t multiple)

  Rounds the first argument up to a non-zero multiple of the second argument.

  Defined at line 28 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t RoundUpToMultiple (size_t value, size_t multiple)

  Rounds the first argument up to a non-zero multiple of the second argument.

  Defined at line 28 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t RoundUpToWord (size_t value)

  Rounds up to the nearest word. To avoid unnecessary instantiations, function_base can only be

  instantiated with an inline size that is a non-zero multiple of the word size.

  Defined at line 34 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t RoundUpToWord (size_t value)

  Rounds up to the nearest word. To avoid unnecessary instantiations, function_base can only be

  instantiated with an inline size that is a non-zero multiple of the word size.

  Defined at line 34 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t RoundUpToWord (size_t value)

  Rounds up to the nearest word. To avoid unnecessary instantiations, function_base can only be

  instantiated with an inline size that is a non-zero multiple of the word size.

  Defined at line 34 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t FunctionAlignment (size_t inline_target_size)

  Calculates the alignment to use for a function of the provided

  inline_target_size. Some platforms use a large alignment for max_align_t, so

  use the minimum of max_align_t and the largest alignment for the inline

  target size.

  Alignments must be powers of 2, and alignof(T)

  <

  = sizeof(T), so find the

  largest power of 2

  <

  = inline_target_size.

  Defined at line 276 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t FunctionAlignment (size_t inline_target_size)

  Calculates the alignment to use for a function of the provided

  inline_target_size. Some platforms use a large alignment for max_align_t, so

  use the minimum of max_align_t and the largest alignment for the inline

  target size.

  Alignments must be powers of 2, and alignof(T)

  <

  = sizeof(T), so find the

  largest power of 2

  <

  = inline_target_size.

  Defined at line 276 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• size_t FunctionAlignment (size_t inline_target_size)

  Calculates the alignment to use for a function of the provided

  inline_target_size. Some platforms use a large alignment for max_align_t, so

  use the minimum of max_align_t and the largest alignment for the inline

  target size.

  Alignments must be powers of 2, and alignof(T)

  <

  = sizeof(T), so find the

  largest power of 2

  <

  = inline_target_size.

  Defined at line 276 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• const void * get_target_type_id (const function_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• const void * get_target_type_id (const function_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• const void * get_target_type_id (const function_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• const void * get_target_type_id (const callback_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• const void * get_target_type_id (const callback_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• template <typename T, size_t = sizeof(T)>

  bool is_complete_or_unbounded_array (identity<T> )

  Returns true when T is a complete type or an unbounded array.

  Defined at line 92 of file ../../sdk/lib/fit/include/lib/fit/internal/utility.h

• template <typename T, size_t = sizeof(T)>

  bool is_complete_or_unbounded_array (identity<T> )

  Returns true when T is a complete type or an unbounded array.

  Defined at line 92 of file ../../sdk/lib/fit/include/lib/fit/internal/utility.h

• template <typename Identity, typename T = typename Identity::type>

  bool is_complete_or_unbounded_array (Identity )

  Defined at line 96 of file ../../sdk/lib/fit/include/lib/fit/internal/utility.h

• template <size_t size_bytes>

  void inline_trivial_target_move (void * from_bits, void * to_bits)

  Trivially movable and destructible types can be moved with a simple memcpy. Use the same function

  for all callable types of a particular size to reduce code size.

  Defined at line 118 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• template <size_t size_bytes>

  void inline_trivial_target_move (void * from_bits, void * to_bits)

  Trivially movable and destructible types can be moved with a simple memcpy. Use the same function

  for all callable types of a particular size to reduce code size.

  Defined at line 118 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• void * inline_target_get (void * bits)

  Defined at line 161 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• void * heap_target_get (void * bits)

  Defined at line 214 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• template <typename SharedFunction>

  const void * get_target_type_id (const SharedFunction & function_or_callback)

  vtable for fit::function std::shared_ptr to target function

  Defined at line 225 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• const void * get_target_type_id (const callback_impl<inline_target_size, require_inline, Result (Args...), Allocator> & )

  supports target() for shared functions

• void trivial_target_destroy (void * )

  Defined at line 75 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• const void * unshared_target_type_id (void * , const void * impl_ops)

  Defined at line 77 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• template <typename T, size_t = sizeof(T)>

  bool is_complete_or_unbounded_array (identity<T> )

  Returns true when T is a complete type or an unbounded array.

  Defined at line 92 of file ../../sdk/lib/fit/include/lib/fit/internal/utility.h

• void * null_target_get (void * )

  Defined at line 105 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• void null_target_move (void * , void * )

  Defined at line 106 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• template <size_t size_bytes>

  void inline_trivial_target_move (void * from_bits, void * to_bits)

  Trivially movable and destructible types can be moved with a simple memcpy. Use the same function

  for all callable types of a particular size to reduce code size.

  Defined at line 118 of file ../../sdk/lib/fit/include/lib/fit/internal/function.h

• template <auto methodtypename Ttypename... Args>

  auto make_the_call (T * instanceparameter_pack<Args...> )

  Performs the call for bind_member but captures the arguments of the method.

  This ensure that the correct overload of |method| is called.

  Defined at line 536 of file ../../sdk/lib/fit/include/lib/fit/function.h

Variables

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const size_t occurences_of_v

const bool is_trivially_destructible_v

const bool is_trivially_destructible_v

const bool is_trivially_copyable_v

const bool is_trivially_copyable_v

const bool is_trivially_movable_v

const bool is_trivially_movable_v