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Create a new Visual Studio solution and add a new WPF (.NET Core 3) application project;
Add, using nuget, a reference to: ;
Delete the default MainWindow.xaml;
Edit the app.xaml file to remove the StartupUri
attribute;
Add a Presentation
folder to the project;
Presentation
is the default location, based on conventions, where Radical looks for Views and ViewModels;
Create 2 new items in the Presentation
folder:
A WPF window named MainView.xaml (*View is important for the default conventions);
A class MainViewModel (<ViewName>ViewModel is important for the default conventions);
In the app.xaml.cs add a single line of code:
Press F5 and you are up & running: the MainView
window will be shown. The following things happen:
The application boots
All the default and required services (for MVVM and UI Composition) are wired into the IoC container (using IServiceCollection
)
The MainView
is designed as the main window
At boot time the MainView
is resolved and using the conventions engine the MainViewModel
is setup and set as the DataContext
of the MainView
Finally the MainView
is shown.
Radical follows a set of rules to prepare and publish releases:
Define the milestone;
Define an issue for everything that gets touched;
Associate the issue to the milestone;
Associate a commit with an issue and close it;
Publish the release associated to the milestone;
If you find a bug, please raise it as an issue, even better followed by a pull request.
Please rebase your code on top of the latest commits. Before working on your fork make sure you pull the latest so you work on top of the latests commits to avoid merge conflicts. Also before sending the PR please rebase your code as there is a chance there have been new commits pushed after you pulled last.
We will only merge PR that could be automatically merged.
Radical follows the following versioning scheme:
major.minor.patch-extensions.version
All samples are constantly under heavy development and are also used to test Radical features.
Radical uses MyGet to publish unstable releases during development, to use the unstable feed:
create a nuget.config
file in the same folder as your solution folder
add the following content to the configuration file:
close and reopen the solution
By going to the Manage Nuget Packages page of your solution, you'll now see a "Radical Unstable" option in the source selection dropdown. Do not forget to check the "prerelease versions" checkbox search setting.
The best topic to read now is basic .
Use to commit changes;
Your contributions to Radical are very welcome. If you find a bug, please raise it as an issue. Even better fix it and send a pull request. If you like to help out with existing bugs and feature requests just check out the list of and grab and fix one:
If you like to help out with existing bug and feature, just check out the list of and grab and fix one.
This project uses for pull requests. So if you want to contribute, fork the repo, create a descriptively named branch off of master (ie: portable-class-library-support), fix an issue, run all the unit tests, and send a PR if all is green.
We use the following :
Check the for the version history of all the Radical's packages. And the for Radical.Windows releases.
The Radical source code includes several samples that are divided per scope and technology, samples are available in the documentation repository:
Radical uses to host the build infrastructure. All active repositories are mapped to an AppVeyor project. Branches are configured so that Pull Requests require builds to be green to be merged. Each time a new PR is raised and/or each time a new commit is pushed to an existing PR a build is triggered and the build status is reported to GitHub. From AppVeyor build artfacts, such as Nuget packages, can be pushed to Myget or to Nuget, depending on their stability level. Builds are triggered also when a TAG is pushed. Usually a TAG identifies a stable build that will be released to Nuget.