Wps Macros Cannot Be Run Because The Vba Support Library Is Not Installed

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Pierpont Oldham

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Jul 24, 2024, 7:39:29 PM7/24/24

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VBA, or Visual Basic for Applications, is a programming language that can be used to automate tasks in Office applications. If you want to create and run macros in Office, you need to install the VBA Support Library. This article will provide you with step-by-step instructions on how to download and install the VBA Support Library.

wps macros cannot be run because the vba support library is not installed

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VBA, or Visual Basic for Applications, is a powerful tool that enhances your productivity within WPS Office. But what exactly is it, and how can it benefit you? We'll explain its definition and uses, setting the stage for your VBA journey.

Visual Basic for Applications (VBA) is a programming language that is integrated into Microsoft Office applications, such as Excel, Word, and PowerPoint. It allows users to automate tasks, create custom functions, and develop add-ins.

Automate repetitive tasks: VBA can be used to automate repetitive tasks, which can save you a lot of time. For example, you could create a macro that automatically sorts a list of data or generates a report.

Create custom functions: VBA can be used to create custom functions, which can extend the functionality of Excel. For example, you could create a function that calculates the Fibonacci sequence or the factorial of a number.

Develop add-ins: VBA can be used to develop add-ins, which are additional tools that can be added to Excel. Add-ins can be used to add new features or functionality to Excel.

Create macros: VBA can be used to create macros, which are a series of instructions that can be run automatically. Macros can be used to automate tasks or to perform complex calculations.

Requires programming knowledge: VBA is a programming language, so it requires some programming knowledge to use. If you are not familiar with programming, you may find it difficult to learn VBA.

If you are looking for a way to save time and automate tasks in your daily work, VBA is a powerful tool that can help you. However, it is important to be aware of the disadvantages of VBA before you start using it.

It's important to note that you don't need to download any additional software to use VBA; it is typically included as part of the Microsoft Office suite and is pre-installed on your computer. Ensure that your Office version supports VBA functionality.

Generally, VBA support libraries come installed with the corresponding development tools or applications rather than being available as separate downloads. Here are ways to obtain common VBA support libraries:

For users of Microsoft Office, VBA libraries are typically installed along with Office. Ensure that your Office version is one that supports VBA. If you encounter missing libraries or the need for updates, you can do so through official Office channels.

Libraries related to the Windows API are usually provided with the Windows operating system. If you need to use a specific feature of the Windows API, there's generally no need to download libraries separately; you just need to correctly declare and use them in your VBA code.

Occasionally, developers and organizations create and share third-party libraries specifically for VBA. You can find and download these libraries through online communities, developer forums, GitHub, and similar platforms. Ensure that you obtain these libraries from trusted sources.

When working with VBA, you typically don't need to download additional libraries unless your development environment lacks specific functionalities or you wish to use third-party libraries. In such cases, ensure you acquire these libraries from official and trustworthy sources to avoid potential security issues.

All versions of Microsoft Office, especially desktop versions (as opposed to online versions), support VBA (Visual Basic for Applications). This includes Microsoft Office 2019, Office 2016, Office 2013, and earlier versions. VBA is a powerful tool for automating tasks and customizing Office applications.

VBA (Visual Basic for Applications) is typically closely associated with the Microsoft Office suite and is a part of it. Besides Microsoft Office, other office software generally does not directly support VBA. However, some office software may offer script languages or macro functionalities similar to VBA for automating tasks and customization. Here are some examples of software with similar functionalities:

Please note that the script languages in these tools may differ from VBA, and using them requires an understanding of their respective syntax and capabilities. If VBA is crucial for you, it is still advisable to use Microsoft Office or other software directly supporting VBA.

In this article, we have introduced the VBA function of Microsoft Office. However, it is important to note that there are other VBA support libraries available for Office suite. If you are using a different office suite, you will need to download the VBA support library for that suite. VBA is a powerful tool that can be used to automate tasks and create macros in office applications. If you are looking for ways to save time and improve your productivity, VBA is a great option to consider.

The library, the examples and the tool each has their own CMakeLists.txt defining the target and related code in their subdirectory. The root CMakeLists.txt defines configuration options and adds the subdirectories.

It also generates the config_impl.hpp that can be included inside the config.hpp in the current binary dir and defines the library with the given files.Its PUBLIC include directory is both the included/ subfolder and the current binary dir.The latter is needed to access the generated config_impl.hpp.

We only need to install the following in order to use the library:the header files, the tool executable and the built library.This can be done in a very straightforward way with the install() command.It will simply copy the files into the $CMAKE_INSTALL_PREFIX (/usr/local/ under Linux) when entering the cmake install command in a terminal.

But this does not handle different configurations of the library: only one can exist in the location.We can of course prevent that by adding a unique identifier for each configuration like we did for the version, but this is unnecessary for most files.

Again ignoring the tool, there are only two files that depend on the configuration: the built library and the generated config_impl.hpp since it will have macros set that correspond to the library options.So we need to put only those two files in a different location depending on the configuration.

And also change the destination for config_impl.hpp and the my_library target to $lib_dest.This will put those two files into different folders depending on the configuration to allow multiple configuration to be installed.So, for example, the Debug library will be installed under $CMAKE_INSTALL_PREFIX/lib/my_library-1.0/Debug etc.

CMake provides the ability to export targets though.Exporting a target allows reusing it in other CMake projects, just as if it were defined in the current project.To enable that, a file my_library.cmake will be created upon installation.It contains definitions of all the targets with references to the installed build files and configuration.Users just need to include() that file and can use the target as usually.

There is still a minor problem though: The library has set the target_include_diretories() it will pass on to the linked targets to the directory the sources prior to the installation are stored!And we cannot change the directory because then the include directory for building is wrong.

An ugly feature named generator expressions help here though. It allows setting different include directories whether the library has been installed or is currently building.The call to target_include_directories() in the src/CMakeLists.txt needs to be changed like so:

We just need to provide the my_library-config.cmake file.The contents of the file will be made available to the calling script of find_package().It usually contains code defining the targets but we already have that code!It is in the my_library.cmake file created by the install(EXPORT).We just need to include() that inside the my_library-config.cmake file.

Now the client can call find_package(my_library REQUIRED) and the library will be searched, found (if the $CMAKE_BUILD_TYPE is installed) and all exported targets made available allowing a simple target_link_libraries(client_target PUBLIC my_library).This will link to the library version of matching build type.

It gets the requested version in the form of $PACKAGE_FIND_VERSION_MAJOR/MINOR and should set the variables $PACKAGE_FIND_VERSION_EXACT/COMPATIBLE/UNSUITABLE as appropriate.It should also set the full version in $PACKAGE_VERSION.One thing it does not get though is the version of the library with which it is installed.For that reason, it needs to refer to the version variables defined in the root CMakeLists.txt and to be configured prior installation.

Change the call to target_include_directories() so that it uses the $ and $ generator expressions to set the right include directory. In installation mode this is the location where the header files will be installed (see directly below).

Define a file named my_library-config.cmake that just includes the corresponding my_library.cmake file (see above, just copy-paste that). Also define a my_library-config-version.cmake.in similar to above for version compatiblity checks.

Configure the version install file so that it uses the right version via configure_file(...) and install the configured version install file and the my_library-config.cmake file to lib/my_library-[major].[minor]/ via install(FILES).

Webpages suggest it has to do with my project references on my system, whereas they must be ok on the developer's system. I'm going to be dealing with this for some time from others, and will be distributing these applications to many others, so I need to understand what's wrong with my excel setup that I need to fix, or what needs to be changed in the xls file so that it'll run on a variety of systems. I'd like to avoid making everyone use "VBA." as an explicit reference, but if there's no ideal solution I suppose that's what we'll have to do.