At first the lib (let's call it libutil.a) was built for simulator, and everything was working fine: I would run the app project in the simulator and it would use the code from the lib. Now I'm trying to build for device. I have replaced the library with another one, this time built for armv7 arch. I have cleaned both projects. I98-30 Waterproof Visual Earpick Ear Wax Remover USB 3 in 1 Ear Cleaning Endoscope Borescope Inspection Camera, US $ 6.1 - 7.2 / Unit, Guangdong, China, OEM, I98-30.Source from Shenzhen Dier Technology Co., Ltd.
For more details, please visit: http://www.codemaid.net
Currently supports VS2017 and VS2019.
For Visual Studio 2012/2013/2015, the last supported version is v10.6.
For Visual Studio 2010, the last supported version is v0.8.1.
For Visual Studio 2005/2008, the last supported version is v0.4.3.
Project home, Documentation, News: www.codemaid.net
Download, Reviews: Visual Studio Marketplace
Code, Issues: GitHub
Continuous Integration: AppVeyor
Memory Cleaner X monitors your memory usage and cleans up your Mac’s memory, increasing performance. Cached memory can take up the memory needed for new apps, and Memory Cleaner X increases performance by cleaning cached memory. Memory Cleaner X also monitors RAM usage on your computer, and you can free up unused memory in just one click. When your Mac powers up, it normally uses the system on its internal hard drive unless you change this behavior by choosing System Preferences@@→Startup Disk. You can also change what your Mac does by holding down the following keys or key combinations during startup. Print these boot option keys, because they’re particularly helpful to have.
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Cleanup random white space into a simple standard order. Add unspecified access modifiers. Utilize Visual Studio’s built-in formatting capabilities. Remove and sort using statements. And do it all automatically on save or on demand, from an individual file to the entire solution.
Visualize and navigate through the contents of your C# and C++ files from a tree view hierarchy. Quickly switch between different sorting methods to get a better overview. Drag and drop to reorganize the code. See McCabe complexity scores and informative tooltips.
Reorganize the layout of members in a C# file to follow Microsoft’s StyleCop convention, or your own preferences. Automatically generate regions to match. Run on demand or automatically during cleanup.
Format comments to wrap at a specified column and arrange tags on separate lines. Run on demand or automatically during cleanup.
Join two adjacent lines, or a highlighted section of code onto a single line.
Find the current file in the solution explorer window.
Sort a highlighted section of code alphabetically.
Recursively collapse nodes or the entire tree in the solution explorer window.
View the overall progress of a build within Visual Studio, or in the Windows taskbar, both with a green/red status indication.
Enable, modify or disable many of the aspects of how CodeMaid does its work.
Switch between related files, such as cpp and header files or xaml and code-behind.
Toggle read-only state of files without jumping into the windows explorer.
Remove regions, close read-only files, etc.
Excel-DNA is an independent project to integrate .NET into Excel. With Excel-DNA you can make native (.xll) add-ins for Excel using C#, Visual Basic.NET or F#, providing high-performance user-defined functions (UDFs), custom ribbon interfaces and more. Your entire add-in can be packed into a single .xll file requiring no installation or registration.
If you are using a version of Visual Studio that supports the NuGet Package Manager (including Visual Studio 2019 Community Edition), the easiest way to make an Excel-DNA add-in is to:
3. Add your code (C#, Visual Basic.NET or F#):
4. Compile, load and use your function in Excel:
The Excel-DNA NuGet Package installs the required files and configures your project to build an Excel-DNA add-in.
Alternatively, get the full Excel-DNA download from GitHub, and work through the Getting Started page. The download includes a step-by-step guide to making your first C# add-in, and more information is available on the Documentation page.
Excel-DNA is developed using .NET, and users have to install the freely available .NET Framework runtime. The integration is by an Excel Add-In (.xll) that exposes .NET code to Excel. The user code can be in text-based (.dna) script files (C#, Visual Basic or F#), or compiled .NET libraries (.dll). Excel-DNA supports both the .NET runtime version 2.0 (which is used by .NET versions 2.0, 3.0 and 3.5) and version 4 (used by all newer versions). Add-ins can target either generation of the runtime, and concurrent loading of both runtime versions into an Excel instance is supported.
Excel versions ’97 through 2019 can be targeted with a single add-in. Advanced Excel features are supported, including multi-threaded recalculation (Excel 2007+), registration-free RTD servers (Excel 2002+) and customized Ribbon interfaces (Excel 2007+). There is support for integrated Custom Task Panes (Excel 2007+), offloading UDF computations to a Windows HPC cluster (Excel 2010+), and for the 64-bit versions of (Excel 2010+).
Most managed UDF assemblies developed for Excel Services can be exposed to the Excel client with no modification. (Please contact me if you are interested in this feature.)
Since Excel-DNA uses the Excel C API, porting C/C++ add-in code based on the Excel XLL SDK is very easy. (No more XLOPERs!)
The Excel-DNA Runtime is free for all use, and distributed under a permissive open-source license that also allows commercial use.
The current version is Excel-DNA 1.1, released on 29 June 2020. This release included various bug-fixes and further improvements to the NuGet package build integration. Excel-DNA 1.1 is expected to be the final version with support for older .NET (< 4.5) and Excel (< 2007) releases.