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replaced C++-CX with C++/CX
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‎docs/cppcx/StructuredTOC.md‎

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##### [Object::GetHashCode Method](object-gethashcode-method.md)
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##### [Object::GetType Method](object-gettype-method.md)
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##### [Object::ReferenceEquals Method](object-referenceequals-method.md)
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##### [Object::ToString Method (C++-CX)](object-tostring-method-c-cx.md)
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##### [Object::ToString Method (C++/CX)](object-tostring-method-c-cx.md)
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#### [Platform::ObjectDisposedException Class](platform-objectdisposedexception-class.md)
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#### [Platform::OperationCanceledException Class](platform-operationcanceledexception-class.md)
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#### [Platform::OutOfBoundsException Class](platform-outofboundsexception-class.md)

‎docs/cppcx/TOC.md‎

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# [Visual C++ Language Reference (C++-CX)](visual-c-language-reference-c-cx.md)
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## [Quick Reference (C++-CX)](quick-reference-c-cx.md)
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## [Type System (C++-CX)](type-system-c-cx.md)
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### [Namespaces and Type Visibility (C++-CX )](namespaces-and-type-visibility-c-cx.md)
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### [Fundamental types (C++-CX)](fundamental-types-c-cx.md)
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### [Strings (C++-CX)](strings-c-cx.md)
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### [Array and WriteOnlyArray (C++-CX)](array-and-writeonlyarray-c-cx.md)
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### [Ref classes and structs (C++-CX)](ref-classes-and-structs-c-cx.md)
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### [Value classes and structs (C++-CX)](value-classes-and-structs-c-cx.md)
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### [Partial classes (C++-CX)](partial-classes-c-cx.md)
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### [Properties (C++-CX)](properties-c-cx.md)
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### [Collections (C++-CX)](collections-c-cx.md)
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### [Template ref classes (C++-CX)](template-ref-classes-c-cx.md)
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### [Interfaces (C++-CX)](interfaces-c-cx.md)
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### [Enums (C++-CX)](enums-c-cx.md)
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### [Delegates (C++-CX)](delegates-c-cx.md)
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### [Exceptions (C++-CX)](exceptions-c-cx.md)
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### [Events (C++-CX)](events-c-cx.md)
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### [Casting (C++-CX)](casting-c-cx.md)
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### [Boxing (C++-CX)](boxing-c-cx.md)
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### [Attributes (C++-CX)](attributes-c-cx.md)
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### [Deprecating types and members (C++-CX)](deprecating-types-and-members-c-cx.md)
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## [Building apps and libraries (C++-CX)](building-apps-and-libraries-c-cx.md)
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### [Compiler and Linker options (C++-CX)](compiler-and-linker-options-c-cx.md)
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### [Static libraries (C++-CX)](static-libraries-c-cx.md)
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### [DLLs (C++-CX)](dlls-c-cx.md)
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## [Interoperating with Other Languages (C++-CX)](interoperating-with-other-languages-c-cx.md)
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### [JavaScript integration (C++-CX)](javascript-integration-c-cx.md)
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### [CLR integration (C++-CX)](clr-integration-c-cx.md)
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### [WRL integration (C++-CX)](wrl-integration-c-cx.md)
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## [Obtaining pointers to data buffers (C++-CX)](obtaining-pointers-to-data-buffers-c-cx.md)
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## [Threading and Marshaling (C++-CX)](threading-and-marshaling-c-cx.md)
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## [Weak references and breaking cycles (C++-CX)](weak-references-and-breaking-cycles-c-cx.md)
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## [Namespaces Reference (C++-CX)](namespaces-reference-c-cx.md)
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# [Visual C++ Language Reference (C++/CX)](visual-c-language-reference-c-cx.md)
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## [Quick Reference (C++/CX)](quick-reference-c-cx.md)
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## [Type System (C++/CX)](type-system-c-cx.md)
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### [Namespaces and Type Visibility (C++/CX )](namespaces-and-type-visibility-c-cx.md)
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### [Fundamental types (C++/CX)](fundamental-types-c-cx.md)
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### [Strings (C++/CX)](strings-c-cx.md)
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### [Array and WriteOnlyArray (C++/CX)](array-and-writeonlyarray-c-cx.md)
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### [Ref classes and structs (C++/CX)](ref-classes-and-structs-c-cx.md)
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### [Value classes and structs (C++/CX)](value-classes-and-structs-c-cx.md)
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### [Partial classes (C++/CX)](partial-classes-c-cx.md)
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### [Properties (C++/CX)](properties-c-cx.md)
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### [Collections (C++/CX)](collections-c-cx.md)
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### [Template ref classes (C++/CX)](template-ref-classes-c-cx.md)
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### [Interfaces (C++/CX)](interfaces-c-cx.md)
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### [Enums (C++/CX)](enums-c-cx.md)
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### [Delegates (C++/CX)](delegates-c-cx.md)
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### [Exceptions (C++/CX)](exceptions-c-cx.md)
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### [Events (C++/CX)](events-c-cx.md)
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### [Casting (C++/CX)](casting-c-cx.md)
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### [Boxing (C++/CX)](boxing-c-cx.md)
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### [Attributes (C++/CX)](attributes-c-cx.md)
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### [Deprecating types and members (C++/CX)](deprecating-types-and-members-c-cx.md)
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## [Building apps and libraries (C++/CX)](building-apps-and-libraries-c-cx.md)
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### [Compiler and Linker options (C++/CX)](compiler-and-linker-options-c-cx.md)
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### [Static libraries (C++/CX)](static-libraries-c-cx.md)
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### [DLLs (C++/CX)](dlls-c-cx.md)
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## [Interoperating with Other Languages (C++/CX)](interoperating-with-other-languages-c-cx.md)
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### [JavaScript integration (C++/CX)](javascript-integration-c-cx.md)
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### [CLR integration (C++/CX)](clr-integration-c-cx.md)
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### [WRL integration (C++/CX)](wrl-integration-c-cx.md)
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## [Obtaining pointers to data buffers (C++/CX)](obtaining-pointers-to-data-buffers-c-cx.md)
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## [Threading and Marshaling (C++/CX)](threading-and-marshaling-c-cx.md)
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## [Weak references and breaking cycles (C++/CX)](weak-references-and-breaking-cycles-c-cx.md)
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## [Namespaces Reference (C++/CX)](namespaces-reference-c-cx.md)
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### [default namespace](default-namespace.md)
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#### [default::(type_name)::Equals Method](default-type-name-equals-method.md)
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#### [default::(type_name)::GetHashCode Method](default-type-name-gethashcode-method.md)
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#### [default::(type_name)::GetType Method](default-type-name-gettype-method.md)
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#### [default::(type_name)::ToString Method](default-type-name-tostring-method.md)
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### [Platform namespace (C++-CX)](platform-namespace-c-cx.md)
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### [Platform namespace (C++/CX)](platform-namespace-c-cx.md)
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#### [Platform::AccessDeniedException Class](platform-accessdeniedexception-class.md)
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#### [Platform::Agile Class](platform-agile-class.md)
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#### [Platform::Array Class](platform-array-class.md)
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#### [Platform::Metadata::RuntimeClassName](platform-metadata-runtimeclassname.md)
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### [Platform::Runtime::CompilerServices Namespace](platform-runtime-compilerservices-namespace.md)
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### [Platform::Runtime::InteropServices Namespace](platform-runtime-interopservices-namespace.md)
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### [Windows::Foundation::Collections Namespace (C++-CX)](windows-foundation-collections-namespace-c-cx.md)
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### [Windows::Foundation::Collections Namespace (C++/CX)](windows-foundation-collections-namespace-c-cx.md)
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#### [back_inserter Function](back-inserter-function.md)
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#### [begin Function](begin-function.md)
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#### [end Function](end-function.md)

‎docs/cppcx/array-and-writeonlyarray-c-cx.md‎

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title: "Array and WriteOnlyArray (C++-CX) | Microsoft Docs"
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title: "Array and WriteOnlyArray (C++/CX) | Microsoft Docs"
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# Array and WriteOnlyArray (C++-CX)
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# Array and WriteOnlyArray (C++/CX)
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You can freely use regular C-style arrays or [std::array](../standard-library/array-class-stl.md) in a C++/CX program (although [std::vector](../standard-library/vector-class.md) is often a better choice), but in any API that is published in metadata, you must convert a C-style array or vector to a [Platform::Array](../cppcx/platform-array-class.md) or [Platform::WriteOnlyArray](../cppcx/platform-writeonlyarray-class.md) type depending on how it is being used. The [Platform::Array](../cppcx/platform-array-class.md) type is neither as efficient nor as powerful as [std::vector](../standard-library/vector-class.md), so as a general guideline you should avoid its use in internal code that performs lots of operations on the array elements.
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The following array types can be passed across the ABI:

‎docs/cppcx/attributes-c-cx.md‎

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title: "Attributes (C++-CX) | Microsoft Docs"
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title: "Attributes (C++/CX) | Microsoft Docs"
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# Attributes (C++-CX)
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# Attributes (C++/CX)
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An attribute is a special kind of ref class that can be prepended in square brackets to [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] types and methods to specify certain behaviors in metadata creation. Several predefined attributes—for example, [Windows::Foundation::Metadata::WebHostHidden](http://msdn.microsoft.com/library/windows/apps/windows.foundation.metadata.webhosthiddenattribute.aspx)—are commonly used in C++/CX code. This example shows how the attribute is applied to a class:
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[!code-cpp[cx_attributes#01](../cppcx/codesnippet/CPP/cx_attributes/class1.h#01)]

‎docs/cppcx/boxing-c-cx.md‎

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title: "Boxing (C++-CX) | Microsoft Docs"
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title: "Boxing (C++/CX) | Microsoft Docs"
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# Boxing (C++-CX)
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# Boxing (C++/CX)
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*Boxing* is wrapping a value type variable such as [Windows::Foundation::DateTime](http://msdn.microsoft.com/library/windows/apps/windows.foundation.datetime.aspx)—or a fundamental scalar type such as `int`—in a ref class when the variable is passed to a method that takes [Platform::Object^](../cppcx/platform-object-class.md) as its input type.
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## Passing a value type to an Object^ parameter

‎docs/cppcx/building-apps-and-libraries-c-cx.md‎

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title: "Building apps and libraries (C++-CX) | Microsoft Docs"
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title: "Building apps and libraries (C++/CX) | Microsoft Docs"
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# Building apps and libraries (C++-CX)
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# Building apps and libraries (C++/CX)
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The topics in this section provide a few details about using the build system to produce a Universal Windows Platform app or [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] component.
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## In this section

‎docs/cppcx/casting-c-cx.md‎

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title: "Casting (C++/CX) | Microsoft Docs"
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# Casting (C++-CX)
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# Casting (C++/CX)
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Four different cast operators apply to [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] types: [static_cast Operator](../cpp/static-cast-operator.md), [dynamic_cast Operator](../cpp/dynamic-cast-operator.md), **safe_cast Operator**, and [reinterpret_cast Operator](../cpp/reinterpret-cast-operator.md). `safe_cast` and `static_cast` throw an exception when the conversion can't be performed; [static_cast Operator](../cpp/static-cast-operator.md) also performs compile-time type checking. `dynamic_cast` returns `nullptr` if it fails to convert the type. Although `reinterpret_cast` returns a non-null value, it might be invalid. For this reason, we recommend that you not use `reinterpret_cast` unless you know that the cast will succeed. In addition, we recommend that you not use C-style casts in your C++/CX code because they are identical to `reinterpret_cast`.
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The compiler and runtime also perform implicit casts—for example, in boxing operations when a value type or built-in type are passed as arguments to a method whose parameter type is `Object^`. In theory, an implicit cast should never cause an exception at run time; if the compiler can't perform an implicit conversion, it raises an error at compile time.

‎docs/cppcx/clr-integration-c-cx.md‎

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title: "CLR integration (C++/CX) | Microsoft Docs"
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# CLR integration (C++/CX)
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Some [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] types receive special handling in C++/CX and the languages that are based on the common language runtime (CLR). This article discusses how several types in one language map to another language. For example, the CLR maps Windows.Foundation.IVector to System.Collections.IList, Windows.Foundation.IMap to System.Collections.IDictionary, and so on. Similarly, C++/CX specially maps types such as Platform::Delegate and Platform::String.
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## Mapping the [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] to C++/CX

‎docs/cppcx/collections-c-cx.md‎

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# Collections (C++/CX)
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In a C++/CX program, you can make free use of Standard Template Library (STL) containers, or any other user-defined collection type. However, when you pass collections back and forth across the [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] application binary interface (ABI)—for example, to a XAML control or to a JavaScript client—you must use [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] collection types.
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The [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)] defines the interfaces for collections and related types, and C++/CX provides the concrete C++ implementations in the collection.h header file. This illustration shows the relationships between the collection types:

‎docs/cppcx/compiler-and-linker-options-c-cx.md‎

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# Compiler and Linker options (C++-CX)
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# Compiler and Linker options (C++/CX)
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An environment variable, C++/CX compiler options, and linker options support the building of apps for the [!INCLUDE[wrt](../cppcx/includes/wrt-md.md)].
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## Library path

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