Dll import broken after upgrading to unified API / Visual Studio For Mac. Of MDTool as we use Visual Studio for Mac and no longer Xamarin Studio. Map from the. Failed to Load DLL After Windows 10 Upgrade. Ask Question. I don't want to re-install Visual Studio multiple times because it takes forever. Browse other questions tagged windows-10 visual-studio dll regsvr32 or ask your own question. 2 years, 9 months ago. I'm working on a project involving the Microsoft Unified Communications Client API; uccapi.dll. I'm also using Codegear C++Builder 2010, not Visual Studio. After registering the dll with regsvr32 and importing it as type library into C++Builder 2010, uccapi_tlb- and uccapi_ocx-files were generated.

Static linking can't replace it completely, for various reasons, one being licensing: just one LGPL library in a non-GPL app and bye-bye static linking to the CRT. 'Visual C++ libraries would not be “critical security updates.”' I think there could be alternative system here (for consideration): scenario: app is run that requires runtime but runtime is not present • windows somehow notices this and then if that runtime is available as optional update through WU, offers to install it • after wu install, app loading can proceed. • if internet was not available or runtime was not at WU, then inform about this – ideally in a way that tells what the user needs to go look for to find the appropriate runtime on the internet. This sounds like one of those ideas that sounded great in a white paper and meetings, but is just plain stupid. I'll wager than anyone who questions this at Microsoft was shouted down and now is told that it's too late. This WILL end in disaster. By Windows 11, there will be yet another over-engineered, convoluted 'revolutionary' solution.

Check with about availability for Visual Studio 2017. LightSwitch LightSwitch is no longer supported in Visual Studio 2017.

We know what’s best. (nevermind the fact that it is unnecessary, you must use it) Nice spin, must’ve had a marketing major come up with that. All Console Apps created from either “dotnet new” or project template on VS2017 after the update got broken: 1>—— Build started: Project: ConsoleApp2, Configuration: Debug Any CPU —— 1>C: Program Files (x86) Microsoft Visual Studio 2017 Enterprise MSBuild Sdks Microsoft.NET.Sdk build Microsoft.NET.Sdk.targets(127,7): error MSB4131: The “FilesWritten” parameter is not supported by the “GenerateRuntimeConfigurationFiles” task. Verify the parameter exists on the task, and it is a gettable public instance property.

[009C:0C40][2016-12-09T13:54:48]i319: Applied execute package: Windows81_x64, result: 0x80240017, restart: None [009C:0C40][2016-12-09T13:54:48]e000: Error 0x80240017: Failed to execute MSU package. This is on Hyper-V Server 2012 R2 which I assumed is the same platform as Windows Server Core 2012R2. If you are using Visual Studio 2010, then your program should not have a direct dependency on the Universal CRT or the related APISets (api-ms-win-core-*.dll). It is possible, however, that some dependency of your program now has a dependency on those APISets.

Just because we need to use external DLL files which was compiled using Visual Studio 2015 and suddenly requires ucrtbase.dll and other stupidity. If the external DLL was compiled with /MT it would be just 100KB bigger and would not require ucrtbase.dll, all the forwarding DLLs and vcruntime140.dll. Samsung pc studio download windows 10.

Regarding ABI: While the C++ ABI is not stable, the C ABI is, and the Universal CRT has only C exports. The Universal CRT is implemented largely in C++, but nothing C++ crosses the DLL boundary. Regarding performance implications of statically linking: When a single CRT DLL is used, it can be mapped into memory once and its code pages and read-only data pages may be shared across all process that use the CRT DLL. When the CRT is statically linked into a module, every “copy” of the statically linked CRT must be mapped separately into memory. This is especially important on memory-constrained systems (e.g., phones, other mobile devices, and servers).

If I right-click on the #include line then choose “Open Document” and it opens in the IDE. Here is my include directories from the Microsoft.Cpp.Win32.user.props file: $(SBI_DEV_DIR) Common;$(SBI_DEV_DIR) Common Include;$(IncludePath);$(UniversalCRT_IncludePath) I have tried all possible options that I know but no resolution for this. Any help would greatly appreciated. Thank you in advance, Kumar. [1278:091C][2016-12-09T13:54:47]i301: Applying execute package: Windows81_x64, action: Install, path: C: ProgramData Package Cache 3ACBF3890FC9C8A6F3D2155ECF106028E5F55164 packages Patch x64 Windows8.1-KB2999226-x64.msu, arguments: ‘”C: Windows SysNative wusa.exe” “C: ProgramData Package Cache 3ACBF3890FC9C8A6F3D2155ECF106028E5F55164 packages Patch x64 Windows8.1-KB2999226-x64.msu” /quiet /norestart’ [1278:091C][2016-12-09T13:54:48]e000: Error 0x80240017: Failed to execute MSU package. [009C:0C40][2016-12-09T13:54:48]e000: Error 0x80240017: Failed to configure per-machine MSU package.

TCOMIUccPlatform plat; plat = CoUccPlatform::Create(); and IUccPlatformPtr im; im = CreateComObject(CLSID_UccPlatform); and IUccPlatform* pIUccPlatform; hr = CoCreateInstance(CLSID_UccPlatform, NULL, CLSCTX_INPROC_SERVER, __uuidof(IUccPlatform), (void**)&pIUccPlatform); and IUccPlatformPtr pIPlat; pIPlat.CreateInstance(__uuidof(IUccPlatform)); The three first seem to work well. The latter will give me an Assertion failed: intf!=0 error with 0×40000015 exception. Using any of the three top ones I can access methods and initialize the platform interface.

Hi James, I have a question about APISet forwarders dlls compatibility. We use an application that was compiled on a Windows 7 System with VS2015 and redistribute the APISet forwarders DLLs of Windows7. Now assume we install this application (and the APISet forwarders DLLs of Windows7) on a Windows 8 system where the Universal CRT is not available (because of a corporate environment filtering or blocking Windows update), should that work correctly? Or may we encounter some issues? I guess it’s not the recommended way to proceed, since different APISet forwarders DLLs are available depending on the version of Windows, however we weren’t able to find a way to prove the incompatibility.

They have to install their pre-requisites to be on the safe side. This new system will apply that problem to every product containing anything that's dynamically linked. When you're customers are developers who work with entire suites of tools created by multiple teams, they're going to suffer through this a lot. James, The main problem with the proposed Universal CRT is that, yet again, it creates layers upon layers of Windows-specific complexity at an age where Microsoft seems (or at least seemed) to be changing its old unilateral ways for the better.

If popular libraries require particular features. At this time, our current priority is C++ conformance. The idea of deploying the Visual C++ libraries via Windows Update instead of via the VCRedist is a great idea in theory that doesn’t work so well in practice. John Dallman’s comment is correct. For a wide variety of reasons, many machines are not regularly updated or do not have all updates installed.

In the old layour there was a “More downloads.” link, with all sdk/zip combination. Atm is just preview2 and preview 2.1, but is not enough if i just want to try preview4 (without VS). MSBuild xml format is the worst decision. For first time on my life i don´t want to update to visual studio 2017,.net core + visual studio code was a great step but if we need to write msbuild xml is not the same feeling. For years the msbuild format was like a black box, nobody take a care. Mac os 10.4 upgrade. You show to us a wonderful way to make projects multi-target (and pack as nuget packages) and edit code with a modern air and IDEless experience but the dream is over. You return to 2014 and merge a old and ugly schema with new.net core features.

Again, see the article for details on project support in Visual Studio 2017. Project types The following list describes support in Visual Studio 2017 for projects that were created in earlier versions. If you don't see a project or file type listed here that should be, consult the and use the 'Give documentation feedback' option at the bottom of this page to provide details of your project. (If you'd like a response, use the documentation feedback rather than the anonymous 'Is this page helpful?' Control.) Type of Project Support.NET Core projects (xproj) Projects created with Visual Studio 2015 used preview tooling that included an xproj project file.