thenewrefa.blogg.se - Dependency graph builder online

DEPENDENCY GRAPH BUILDER ONLINE UPDATE
DEPENDENCY GRAPH BUILDER ONLINE SOFTWARE
DEPENDENCY GRAPH BUILDER ONLINE CODE

ProjectMetadata _m = _ĭependency = Path.GetFileNameWithoutExtension(_m.EvaluatedValue) _temp = new Node(p.GetPropertyValue( " ProjectName")) įoreach (ProjectItem _item in p.GetItems( " Reference")) Project p = _ProjCollection.LoadProject(_proj) Īssembly = p.GetPropertyValue( " TargetName") String projects = Directory.GetFiles(path, " *.csproj", SearchOption.AllDirectories) / /// Root folder private void LoadProjects( string path) csproj files found under the root folder and loads a graph between them NET Framework and its value has the path of such reference. This key word is used for libraries referenced outside the. In order to get the dependencies of a project (the libraries referenced by this project in order to build), I’ll be getting all the references containing the keyword “ HintPath”.

DEPENDENCY GRAPH BUILDER ONLINE CODE

If it doesn’t, we can safely assume that such project is a third party library which we don’t own, and thus we don’t have such source code but just the binary file. Each project will eventually be reached by the main for loop. Fortunately, there is no need for a recursive call or stack. Once all the projects have been retrieved, for each project, I’ll be creating a new instance of the class Node with the mentioned properties and initializing the dependency list with the libraries referenced by this project. csproj files) found under a given directory/folder. The idea here is to explore all the projects, in my case, the Visual Studio C# projects (. You can add and extend the properties of this class to fit your needs. / /// List of other projects that are needed to compile this / /// String with the compilation output / private string assemblyName, projectName / /// string for project and assembly names To keep it simple, the properties that will be tracked with this Node class are: In order to build the dependency graph, I’ll be treating each Visual Studio project as a node.

Tree visualization of build dependencies.

Automate build process: Automates the process of building a set of projects in the proper order.

I just added Debug/Release mode, but you can add and extend this functionality to meet your requirements.

Build Options: Sets the build options.

Build Log: Provides a detailed log with the output of the build.

In this article, I’ll be using this second approach in order to explore each project and build the ‘Build Dependency Graph’. Furthermore, the Project class exposes a Build method which builds the project with the given targets. This option saves us all the hard work of parsing and retrieving all the properties and dependencies of a project. As a second approach, we could load the Visual Studio projects on a Project class under the namespace in. Finally, to automate the build process, I would be calling as an external process the MSBuild command line tool ( ). The first and perhaps the most basic would be to parse each Visual Studio project as an XML file to retrieve all the properties needed then we proceed to build the dependency graph. Approachesĭoing some research, I came up with two possible alternatives to implement as a solution.

This dependency graph will come in handy to figure out the proper build order in a set of projects, especially when we don’t hold any configuration file with the build order. The process to build the graph on a small set of projects will take at most a couple of minutes and we can guarantee that the graph is updated with the latest relations between projects.

On the other hand, for smaller source repositories (hundreds of projects), we can dynamically build the dependency graph whenever we need it.

DEPENDENCY GRAPH BUILDER ONLINE UPDATE

For any subsequent project updates, there would also be an update on the dependency graph to properly reflect the changes made on the project(s). In companies with large source code repositories, usually, this dependency graph is built once and stored. The algorithm will automatically load the projects, build the dependencies between them and automate the build of a project by building the required dependencies first and in the proper order for all the projects needed. To achieve this, I’ll be creating a Dependency Graph with all the projects found on a given root folder (the root folder of our code repository). In this article, I’ll be automating the build process for Visual Studio projects. This dependency graph allows us to have the proper build order among a set of projects thus allowing the automation of the build process. But most importantly, it allows us to know which projects a project relies on (its dependencies). This dependency graph allows us to check how projects are correlated between each other and to identify common libraries.

DEPENDENCY GRAPH BUILDER ONLINE SOFTWARE

Many software companies hold a ‘Build Dependency Graph’ for their code projects.