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How to create a Nu. Get package. No matter what your package does or what code it contains, Nu. Get is how you package that functionality into a component that can be shared with and used by any number of other developers. The packaging process begins with the compiled code (assemblies), symbols, and/or other files that you want to deliver as a package (see Overview and workflow.

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How To Create Install Package In Visual Studio

List of Actual Installer features that allow you to create an installation package for a Windows program in less than 5 minutes. I have installed the NuGet.Tools.2013.vsix on my VS2013. And I like create a nuget package from Manager Console, but when I try I get a mensagem: The term 'nuget' is. Installation # The easiest way to get ggplot2 is to install the whole tidyverse: install.packages ("tidyverse") # Alternatively, install just ggplot2: install. How to create a silent installation package. When deploying MSI installation packages through GPO or SMS or simply to your clients, you may want to make them silent. Docs Usage Basic Functionality. Package Control is driven by the Command Palette. To open the palette, press ctrl+shift+p (Win, Linux) or cmd+shift+p (OS X).

That is, creating a package is an independent process from compiling or otherwise generating the files that go into the package. That said, the packaging process can can use information in a project file, helping you keep compiled assemblies and packages containing those assemblies in sync. This topic describes the detailed process of creating a package and serves as a reference for different aspects of that process.

For a focused walkthrough, refer to Create and Publish a Package Quickstart. In this topic: After these core steps, you can incorporate a variety of other features as described elsewhere in this documentation. See Next steps below. Deciding which assemblies to package.

Most general- purpose packages contain one or more assemblies that other developers can use in their own projects. In general, it's best to have one assembly per Nu. Get package, provided that each assembly is independently useful. For example, if you have a Utilities. Parser. dll, and Parser. Doing so allows developers to use Parser. Utilities. dll. However, if your library is composed of multiple assemblies that aren't independently useful, then it's fine to combine them into one package.

Using the previous example, if Parser. Utilities. dll, then it's fine to keep Parser. Similarly, if Utilities. Utilities. resources. Resources are, in fact, a special case. When a package is installed into a project, Nu. Get automatically adds assembly references to the package's DLLs, excluding those that are named .

Creating localized packages). For this reason, avoid using . The role and structure of the . Once you know what files you want to package, the next step is creating a . The manifest is an XML file that describes the package's contents and is itself included in the package.

The manifest both drives the creation of the package and instructs Nu. Get on how to install the package into a project.

The manifest, for example, identifies other package dependencies such that Nu. Get can also install those dependencies when the main package is installed. The manifest contains both required and optional properties as described below. For exact details, including other properties not mentioned here, see the .

Required properties: The package identifier, which must be unique across the gallery that hosts the package. A specific version number in the form Major. Minor. Patch. Build. Note that the. nuget.

A good source is the global package cache on your machine, the location of which is returned by the following command: nuget locals - list global- packages. Go into any package\version folder, copy the . Creating the . nuspec file. Creating a complete manifest typically begins with a basic . The best way to create an initial . This ensures that you start with the proper file structure.

You can also start with a manifest from another package and modify it to suit your needs. With nuget spec, you can create a new file with default values, or you can create a file using information in an existing assembly DLL, a project file, or a convention- based working directory as explained in the following sections. Important. Generated . That command fails if the . New file with default values.

The following command creates a default manifest with placeholders: nuget spec . If you provide a name such as Contoso. Utility. Useful. Stuff, the file is Contoso. Utility. Useful. Stuff. From an assembly DLLIf you have an assembly DLL, generate a . Using this form of the command replaces a few placeholders in the manifest with specific values from the assembly.

For example, the < id> property is set to the assembly name, and < version> is set to the assembly version. Other properties in the manifest, however, don't have matching values in the assembly and thus still contain placeholders. From a Visual Studio project. Using nuget spec in a folder containing a project file creates a . Use in a folder containing a project file < project- name>.

The resulting < project- name>. A token is delimited by $ symbols on both sides of the project property. For example, the < id> value in a manifest generated in this way typically appears as follows: < id> $id$< /id>. This token is replaced with the Assembly. Name value from the project file at packing time. For the exact mapping of project values to .

Replacement Tokens reference. Tokens relieve you from needing to update crucial values like the version number in the . Note that there are several additional packaging options available when working from a Visual Studio project, as described in the Creating the package section later on. Solution- level packages. Nu. Get 2. x only.

This capability is not present in Nu. Get 3. 0+. Nu. Get 2.

Package Manager Console, but does not add references, content, or build customizations to any projects in the solution. Download Save Game Skyrim Dawnguard Location. Such packages contain no files in its direct lib, content, or build folders, and none of its dependencies have files in their respective lib, content, or build folders. Nu. Get tracks installed solution- level packages in a packages. From a convention- based working directory. Technically speaking, a Nu. Get package is just a ZIP file that's been renamed with the .

The package's assembly DLLs, for instance, are always placed in a lib folder. The practical upshot of this is that you can simply create a folder structure that follows the expected conventions and contains all the files you want to include in the package excluding any folders that begin with . You then generate a manifest directly from that folder tree. When you create the package using that manifest, Nu. Get automatically adds all the files in the folder structure.

An advantage to this approach is that you don't need to edit the manifest to specifically identify which files you want to include in the package (as explained later in this topic). That is, when creating a manifest and package from the contents of a project tree, Nu. Get includes only the files that you specify in the manifest. Otherwise you'd risk including temporary build files, project files, . When using a convention- based working directory, on the other hand, Nu.

Get assumes that everything in the folder structure is exactly what you want in the final package (again excluding folders starting with .). You don't need to specifically reference any files in the manifest.

Such a folder structure also allows you to easily include files that might not be part of a project at all, including: Content and source code that should be injected into the target project. Power. Shell scripts (packages used in Nu. Get 2. x can include installation scripts as well, which is not supported in Nu. Get 3. x and later).

Transformations to existing configuration and source code files in a project. The folder conventions are as follows: Folder. Description. Action upon package install(root)Location for readme. Visual Studio displays a readme.

Assembly files (. Assemblies are added as references; . Arbitrary files. Contents are copied to the project rootbuild. MSBuild . targets and . Automatically inserted into the project file (Nu. Get 2. x) or project.

Nu. Get 3. x+). tools. Powershell scripts and programs accessible from the Package Manager Console. Contents are copied to the project folder, and the tools folder is added to the PATH environment variable. Think of the content folder as the root of the target application. To have the package add an image in the application's /images folder, place it in the package's content/images folder. Next, from the root folder of this layout, run the following command to create the . In this case, the .