11/7/2023 0 Comments Macbook xcodeIf Apple brings Xcode to the iPad, the app needs to be completely rethought with a new interface adapted for touch. That’s where Parker’s concept comes in to thrill our imagination. ![]() With iPadOS becoming increasingly sophisticated, bringing computer features such as advanced mouse support, it makes sense to think that iPad should have such a professional tool. Since Xcode is a very complex program, it’s only available for Mac at the moment, and although Apple offers the Swift Playgrounds app for iPad, the company has never officially indicated that it has plans to release a version of Xcode for its tablet. Xcode is a tool from Apple that lets developers create apps for iOS, macOS, watchOS, and tvOS. While we don’t know if Apple is working on that for the next WWDC in June, designer Parker Ortolani is back with a fantastic concept that imagines how Apple could recreate Xcode for the iPad. Not supported: P0619, Sections D.4, D.7, D.11, D.12, and D.Every year, right after Apple announces a new iPad or something related, the old discussion about having a version of Xcode for iPadOS is retaken. Reviewing deprecated facilities of C++17 for C++20 Guaranteed copy elision for piecewise construction Thou shalt not specialize std function templates!Ĭhecking for existence of an element in associative containers Library support for the spaceship (comparison) operator Utility to convert a pointer to a raw pointer Make std::memory_order a scoped enumerationĭe-pessimize legacy algorithms with std::move Support arrays in make_shared and allocate_sharedĬhar8_t backward compatibility remediationĪdd constexpr modifiers to functions in and headers Ranges adaptors for non-copyable iteratorsĬonsistent stateful allocator propagation for operator+(basic_string) Smart pointer creation with default initializationīasic_istream_view::iterator should not be copyable Views should not be required to be default constructible Polymorphic_allocator as a vocabulary type Utility functions to implement uses-allocator construction Implicit move for more local objects and rvalue referencesįeatures implemented in the libc++library Permit conversions to arrays of unknown bound Prohibit aggregates with user-declared constructorsĮxplicit(bool): conditionally explicit constructorĬhar8_t: A type for UTF-8 characters and stringsĭeprecate comma operator in subscripting expressions like aĭeprecate some problematic uses of volatile Relaxing access checking on specializationsĭefault constructible and assignable stateless lambdas Range-based for statements with initializerĪDL and function templates that are not visibleĬonst mismatch with defaulted copy constructor _VA_OPT_ for comma omission and comma deletionįamiliar template-parameter-list syntax for generic lambdas Require span & basic_string_view to be trivially copyableĭefault member initializers for bit-fieldsįix const-qualified ( const&-qualified) pointers to members Prohibit basic_string and basic_string_view construction from nullptr Prevent overconstraining allocators in container deduction guides ![]() Std::visit() for classes derived from std::variant Type trait to detect scoped enumerations std::is_scoped_enumĬontains() function for basic_string and basic_string_view Std::unexpected should have error() as member accessorįunction to mark unreachable code std::unreachable() String_view range constructor should be explicitĪdd constexpr modifiers to functions to_chars and from_chars for integral types in header Preprocessing directives elifdef and elifndefĮxtend init-statement to allow alias-declarationįeatures implemented in the libc++ library Trimming whitespaces before line splicingĬ++ identifier syntax using unicode standard annex 31 Non-literal variables (and labels and gotos) in constexpr functions ![]() Relax requirements on wchar_t to match existing practices Support for UTF-8 as a portable source file encoding ![]() Remove non-encodable wide character literals and multicharacter wide character literals C++23 Featureĭe-deprecating volatile compound operations. Code that uses those features should be guarded by the minimal deployment target check as noted. While most features are supported by all Apple operating systems, some features depend on specific OS capabilities or require support in the libc++.dylib shared library provided with the OS. The following tables list support for ISO C++ standard features available on Apple platforms and in the Apple Clang compiler, as well as links to related documentation.
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