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#Visual studio 2017 website tutorial code#

Five new checks have been added to enforce rules around integer overflow and additional rules for C++ guidelines.Debug options are now available for embedded ARM GCC development.Missing include files are automatically discovered for C++ Open Folder if under the workspace root.For C++ standards conformance, the preview implements more of the C++ 17 standard library, including APIs such as stable_sort and partition.The preview also offers new capabilities for C++ developers: Test Explorer has changed real-time test discovery so it is now on by default, rather than require a flag be set.The Test Explorer capability, for running tests, has added a hierarchy to organize tests by project, namespace, and class.For Azure cloud development, continuous delivery can be configured for solutions with ASP.Net Core projects.

#Visual studio 2017 website tutorial code#

This view makes it easier to navigate asynchronous code and understand performance. Asynchronous code running on behalf of a parent function or task appears as a child in Call Tree and Caller/Callee views. For diagnostics, the CPU usage tool now displays logical call stacks for asynchronous code when used during post-mortem profiling with the Alt-Z Performance profiler.For productivity, the beta lets developers navigate to decompiled sources.Microsoft has found that large C# and Visual Basic solutions will “warm-load” twice as fast as before. Visual Studio thus can use the disk and CPU with greater efficiency. The design time build cache has been optimized, with project data loading now done in parallel.Improved solution load performance, focused on scenarios where a project already has been opened.Microsoft on January 10 released a second beta of Visual Studio 2017 15.6. Interested developers can sign up on the Visual Studio Live Share website. A limited, private preview is being offered for Visual Studio Live Share, which provides for real-time collaboration among teams.

Build tools in Visual Studio now support TypeScript and Node.js project types.

Compile-time improvements have been made for C++, via improved optimizations of pre-incremented loops and better propagation of constant global data in link-time code generation.

C++ linker improvements involve changes to the PDB (program database), which has reduced latency and enabled a 30 percent reduction in heap memory consumption with the Visual Studio Debugger.

CMake is a tool for defining build processes that run across multiple platforms.

For C++ development, developers can choose whether to automatically generate the CMake cache when opening CMake projects.

The window also is now asynchronous, so users can interact with Visual Studio while data is processed in the background.

For diagnostics, the debugger’s threads window is significantly faster.

Developers are given an option to disable the extension and disable future notifications pertaining to that extension.

Notifications about extensions that could cause the UI to become unresponsive.