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‎bridge/articles/bridge-to-kubernetes-aks.md

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## Before you begin
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This guide uses the [Todo App sample application](https://github.com/Azure/Bridge-To-Kubernetes/tree/main/samples/todo-app) to demonstrate connecting your development computer to a Kubernetes cluster running in AKS. If you already have your own application running on a Kubernetes cluster, see [Develop with Kubernetes](bridge-to-kubernetes-vs-code.md). If you are using another cluster, such as MiniKube running locally, see [Use Bridge to Kubernetes with a sample](bridge-to-kubernetes-sample.md).
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This guide uses the Todo App sample application to demonstrate connecting your development computer to a Kubernetes cluster running in AKS. If you already have your own application running on a Kubernetes cluster, see [Develop with Kubernetes](bridge-to-kubernetes-vs-code.md). If you are using another cluster, such as MiniKube running locally, see [Use Bridge to Kubernetes with a sample](bridge-to-kubernetes-sample.md).
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### Prerequisites
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‎bridge/articles/bridge-to-kubernetes-vs.md

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- The [kubectl](https://kubernetes.io/docs/reference/kubectl/kubectl/) executable installed on your system.
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- [Visual Studio 2019](https://www.visualstudio.com/vs/) version 16.7 or later running on Windows 10 or later or [Visual Studio 2022](https://www.visualstudio.com/vs/).
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- The [Bridge to Kubernetes extension for Visual Studio 2019](https://marketplace.visualstudio.com/items?itemName=ms-azuretools.mindaro) or [Bridge to Kubernetes extension for Visual Studio 2022](https://marketplace.visualstudio.com/items?itemName=ms-azuretools.mindaro2022).
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- An application to troubleshoot, such as this [TODO App sample application](https://github.com/Azure/Bridge-To-Kubernetes/tree/main/samples/todo-app).
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## Set up a service
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‎docs/containers/container-tools-configure.md

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ms.topic: how-to
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ms.date: 07/13/2023
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ms.subservice: container-tools
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f1_keywords:
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- VS.ToolsOptionsPages.Container_Tools.General
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- VS.ToolsOptionsPages.Container_Tools.Docker
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- VS.ToolsOptionsPages.Container_Tools.Containers_Tool_Window
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- VS.ToolsOptionsPages.Container_Tools.Settings
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---
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# Configure Visual Studio Container Tools

‎docs/debugger/debug-interface-access/basictype.md

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```
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## Elements
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btNoType
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No basic type is specified.
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btVoid
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Basic type is a `void`.
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btChar
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Basic type is a `char` (C/C++ type).
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btWChar
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Basic type is a wide (Unicode) character (`WCHAR`).
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btInt
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Basic type is `signed int` (C/C++ type).
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btUInt
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Basic type is `unsigned int` (C/C++ type).
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btFloat
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Basic type is a floating-point number (`FLOAT`).
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btBCD
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Basic type is a binary-coded decimal (`BCD`).
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btBool
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Basic type is a Boolean (`BOOL`).
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btLong
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Basic type is a `long int` (C/C++ type).
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btULong
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Basic type is an `unsigned long int` (C/C++ type).
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btCurrency
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Basic type is currency.
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btDate
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Basic type is date/time (`DATE`).
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btVariant
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Basic type is a variable type structure (`VARIANT`).
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btComplex
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Basic type is a complex number.
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btBit
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Basic type is a bit.
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btBSTR
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Basic type is a basic or binary string (`BSTR`).
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btHresult
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Basic type is an `HRESULT`.
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| Element | Description |
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| ---------- | ---------------------------------------------------- |
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| btNoType | No basic type is specified. |
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| btVoid | Basic type is a `void`. |
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| btChar | Basic type is a `char` (C/C++ type). |
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| btWChar | Basic type is a wide (Unicode) character (`WCHAR`). |
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| btInt | Basic type is `signed int` (C/C++ type). |
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| btUInt | Basic type is `unsigned int` (C/C++ type). |
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| btFloat | Basic type is a floating-point number (`FLOAT`). |
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| btBCD | Basic type is a binary-coded decimal (`BCD`). |
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| btBool | Basic type is a Boolean (`BOOL`). |
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| btLong | Basic type is a `long int` (C/C++ type). |
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| btULong | Basic type is an `unsigned long int` (C/C++ type). |
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| btCurrency | Basic type is currency. |
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| btDate | Basic type is date/time (`DATE`). |
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| btVariant | Basic type is a variable type structure (`VARIANT`). |
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| btComplex | Basic type is a complex number. |
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| btBit | Basic type is a bit. |
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| btBSTR | Basic type is a basic or binary string (`BSTR`). |
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| btHresult | Basic type is an `HRESULT`. |
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## Remarks
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The values in this enumeration are returned by the [IDiaSymbol::get_baseType](../../debugger/debug-interface-access/idiasymbol-get-basetype.md) method.

‎docs/debugger/debug-interface-access/cv-access-e.md

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```
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## Elements
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CV_private
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Member has private access.
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CV_protected
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Member has protected access.
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CV_public
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Member has public access.
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| Element | Description |
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| ------------ | ---------------------------- |
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| CV_private | Member has private access. |
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| CV_protected | Member has protected access. |
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| CV_public | Member has public access. |
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## Remarks
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The `friend` access specifier is not included here because it is typically used by non-member functions that have access to both private and protected elements of the class. Use the [IDiaSymbol::get_symTag](../../debugger/debug-interface-access/idiasymbol-get-symtag.md) method to find symbols with `SymTagFriend` access.

‎docs/debugger/debug-interface-access/cv-call-e.md

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```
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## Elements
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CV_CALL_NEAR_C
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Specifies a function-calling convention using a near right-to-left push. The calling function clears the stack.
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CV_CALL_NEAR_FAST
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Specifies a function-calling convention using a near left-to-right push with registers. The called function uses the sum of parameter bytes to clear the stack.
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CV_CALL_NEAR_STD
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Specifies a function-calling convention using a near standard call (right-to-left push).
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CV_CALL_NEAR_SYS
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Specifies a function-calling convention using a near system call.
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CV_CALL_THISCALL
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Specifies a function-calling convention using `this` call (`this` pointer passed in register).
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CV_CALL_CLRCALL
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Specifies a function-calling convention used by the Common Language Runtime (CLR) (also known as a managed code calling convention).
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| Element | Description |
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| ----------------- | ---------------------------------------------------------------------------------------- |
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| CV_CALL_NEAR_C | Specifies a function-calling convention using a near right-to-left push.</br>The calling function clears the stack. |
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| CV_CALL_NEAR_FAST | Specifies a function-calling convention using a near left-to-right push with registers.</br>The called function uses the sum of parameter bytes to clear the stack. |
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| CV_CALL_NEAR_STD | Specifies a function-calling convention using a near standard call</br>(right-to-left push). |
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| CV_CALL_NEAR_SYS | Specifies a function-calling convention using a near system call. |
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| CV_CALL_THISCALL | Specifies a function-calling convention using `this` call</br>(`this` pointer passed in register). |
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| CV_CALL_CLRCALL | Specifies a function-calling convention used by the Common Language Runtime (CLR)</br> (also known as a managed code calling convention). |
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## Remarks
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The values in this enumeration are returned by a call to the [IDiaSymbol::get_callingConvention](../../debugger/debug-interface-access/idiasymbol-get-callingconvention.md) method.

‎docs/debugger/debug-interface-access/cv-cfl-lang.md

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```
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## Elements
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CV_CFL_C
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Application language is C.
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CV_CFL_CXX
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Application language is C++.
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CV_CFL_FORTRAN
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Application language is FORTRAN.
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CV_CFL_MASM
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Application language is Microsoft Macro Assembler.
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CV_CFL_PASCAL
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Application language is Pascal.
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CV_CFL_BASIC
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Application language is BASIC.
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CV_CFL_COBOL
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Application language is COBOL.
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CV_CFL_LINK
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Application is a linker-generated module.
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CV_CFL_CVTRES
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Application is a resource module converted with CVTRES tool.
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CV_CFL_CVTPGD
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Application is a POGO optimized module generated with CVTPGD tool.
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CV_CFL_CSHARP
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Application language is C#.
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CV_CFL_VB
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Application language is Visual Basic.
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CV_CFL_ILASM
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Application language is intermediate language assembly (that is, Common Language Runtime (CLR) assembly).
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CV_CFL_JAVA
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Application language is Java.
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CV_CFL_JSCRIPT
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Application language is Jscript.
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CV_CFL_MSIL
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Application language is an unknown Microsoft Intermediate Language (MSIL), possibly a result of using the [/LTCG (Link-time Code Generation)](/cpp/build/reference/ltcg-link-time-code-generation) switch.
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CV_CFL_HLSL
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Application language is High Level Shader Language.
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CV_CFL_OBJC
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Application language is Objective-C.
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CV_CFL_OBJCXX
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Application language is Objective-C++.
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CV_CFL_SWIFT
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Application language is Swift.
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CV_CFL_ALIASOBJ
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Application is a module generated by the aliasobj tool.
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CV_CFL_RUST
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Application language is Rust.
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CV_CFL_GO
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Application language is Go.
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| Element | Description |
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| --------------- | ------------------------------------------------------------------------------------------- |
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| CV_CFL_C | Application language is C. |
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| CV_CFL_CXX | Application language is C++. |
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| CV_CFL_FORTRAN | Application language is FORTRAN. |
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| CV_CFL_MASM | Application language is Microsoft Macro Assembler. |
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| CV_CFL_PASCAL | Application language is Pascal. |
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| CV_CFL_BASIC | Application language is BASIC. |
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| CV_CFL_COBOL | Application language is COBOL. |
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| CV_CFL_LINK | Application is a linker-generated module. |
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| CV_CFL_CVTRES | Application is a resource module converted with CVTRES tool. |
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| CV_CFL_CVTPGD | Application is a POGO optimized module generated with CVTPGD tool. |
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| CV_CFL_CSHARP | Application language is C#. |
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| CV_CFL_VB | Application language is Visual Basic. |
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| CV_CFL_ILASM | Application language is intermediate language assembly</br> (this is, Common Language Runtime (CLR) assembly). |
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| CV_CFL_JAVA | Application language is Java. |
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| CV_CFL_JSCRIPT | Application language is Jscript. |
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| CV_CFL_MSIL | Application language is an unknown Microsoft Intermediate Language (MSIL), possibly a result of using the [/LTCG (Link-time Code Generation)](/cpp/build/reference/ltcg-link-time-code-generation) switch. |
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| CV_CFL_HLSL | Application language is High Level Shader Language. |
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| CV_CFL_OBJC | Application language is Objective-C. |
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| CV_CFL_OBJCXX | Application language is Objective-C++. |
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| CV_CFL_SWIFT | Application language is Swift. |
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| CV_CFL_ALIASOBJ | Application is a module generated by the aliasobj tool. |
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| CV_CFL_RUST | Application language is Rust. |
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| CV_CFL_GO | Application language is Go. |
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## Remarks
12078
The values in this enumeration are returned by a call to the [IDiaSymbol::get_language](../../debugger/debug-interface-access/idiasymbol-get-language.md) method.

‎docs/debugger/debug-interface-access/cv-hreg-e.md

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```
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## Elements
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CV_REG_*
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Registers used by Intel 80x86 and ix86 processors, and p-code.
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CV_R68_*
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Registers used by 68K processor.
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CV_M4_*
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Registers used by MIPS 4000 series processor.
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CV_ALPHA_*
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Registers used by Digital Equipment Corporation Alpha AXP series processor.
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CV_PPC_*
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Registers used by Motorola/IBM PowerPC processor.
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CV_SH3_* and CV_SH_\*
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Registers used by Hitachi SH3 and Hitachi SH series processor.
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CV_ARM_*
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Registers used by Advanced RISC Machine (ARM) processors.
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CV_IA64_*
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Registers used by Intel IA64 series processors.
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CV_TRI_*
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Registers used by Infineon Technologies TriCore processor.
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CV_AM33_*
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Registers used by Matsushita/Panasonic AM33 and related processors.
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CV_M32R_*
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Registers used by Mitsubishi M32R processor.
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| Element | Description |
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| ---------------------- | --------------------------------------------------------------------------- |
409+
| CV_REG_* | Registers used by Intel 80x86 and ix86 processors and p-code. |
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| CV_R68_* | Registers used by 68K processor. |
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| CV_M4_* | Registers used by MIPS 4000 series processor. |
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| CV_ALPHA_* | Registers used by Digital Equipment Corporation Alpha AXP series processor. |
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| CV_PPC_* | Registers used by Motorola/IBM PowerPC processor. |
414+
| CV_SH3_* and CV_SH_\\* | Registers used by Hitachi SH3 and Hitachi SH series processor. |
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| CV_ARM_* | Registers used by Advanced RISC Machine (ARM) processors. |
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| CV_IA64_* | Registers used by Intel IA64 series processors. |
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| CV_TRI_* | Registers used by Infineon Technologies TriCore processor. |
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| CV_AM33_* | Registers used by Matsushita/Panasonic AM33 and related processors. |
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| CV_M32R_* | Registers used by Mitsubishi M32R processor. |
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## Remarks
440422
Each processor type uses its own unique set of registers.

‎docs/debugger/debug-interface-access/datakind.md

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```
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## Elements
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DataIsUnknown
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Data symbol cannot be determined.
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DataIsLocal
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Data item is a local variable.
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DataIsStaticLocal
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Data item is a static local variable.
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DataIsParam
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Data item is a formal parameter.
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DataIsObjectPtr
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Data item is an object pointer (`this`).
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DataIsFileStatic
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Data item is a file-scoped variable.
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DataIsGlobal
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Data item is a global variable.
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DataIsMember
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Data item is an object member variable.
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DataIsStaticMember
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Data item is a class static variable.
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DataIsConstant
65-
Data item is a constant value.
38+
| Element | Description |
39+
| ------------------ | ---------------------------------------- |
40+
| DataIsUnknown | Data symbol cannot be determined. |
41+
| DataIsLocal | Data item is a local variable. |
42+
| DataIsStaticLocal | Data item is a static local variable. |
43+
| DataIsParam | Data item is a formal parameter. |
44+
| DataIsObjectPtr | Data item is an object pointer (`this`). |
45+
| DataIsFileStatic | Data item is a file-scoped variable. |
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| DataIsGlobal | Data item is a global variable. |
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| DataIsMember | Data item is an object member variable. |
48+
| DataIsStaticMember | Data item is a class static variable. |
49+
| DataIsConstant | Data item is a constant value. |
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## Remarks
6852
The values in this enumeration are returned by the [IDiaSymbol::get_dataKind](../../debugger/debug-interface-access/idiasymbol-get-datakind.md) method.

‎docs/debugger/debug-interface-access/diaaddressmapentry.md

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## Elements
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`rva`
32-
A relative virtual address (RVA) in image A.
33-
34-
`rvaTo`
35-
The relative virtual address `rva` is mapped to in image B.
31+
| Element | Description |
32+
| ------- | ----------------------------------------------------------- |
33+
| `rva` | A relative virtual address (RVA) in image A. |
34+
| `rvaTo` | The relative virtual address `rva` is mapped to in image B. |
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3736
## Remarks
3837

‎docs/debugger/debug-interface-access/idiasymbol-get-issafebuffers.md

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---
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# IDiaSymbol::get_isSafeBuffers
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Retrieves a flag that specifies whether the preprocesser directive for a safe buffer is used. Use when the [SymTagEnum Enumeration](../../debugger/debug-interface-access/symtagenum.md) is set to `SymTagFunction`.
17+
Retrieves a flag that specifies whether the preprocessor directive for a safe buffer is used. Use when the [SymTagEnum Enumeration](../../debugger/debug-interface-access/symtagenum.md) is set to `SymTagFunction`.
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## Syntax
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‎docs/debugger/debug-interface-access/idiasymbol-get-sealed.md

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> A return value of `S_FALSE` means the property is not available for the symbol.
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3838
## Remarks
39-
A sealed class cannot be used as a base class. A sealed method cannot be overidden.
39+
A sealed class cannot be used as a base class. A sealed method cannot be overridden.
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4141
## Requirements
4242
Header: Dia2.h

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