XenForms is a Xamarin.Forms UI Designer. It allows you to open, visually manipulate, and save out XAML. There are two applications that collectively make up the product.

1. XenForms Toolbox

The desktop application, containing the visual tree outline and property editors. 2. XenForms Designer

The mobile application that plays the role of the design surface. The toolbox connects to the designer.

##Binaries The official binary distribution can be found on the XenForms web site. It currently runs on Microsoft Windows 7+ and Android 4.0.3 – 6.0.

##Solutions

The Toolbox and Designer each have their respective Visual Studio/Xamarin Studio .sln file. Compiling and deploying locally should be straight-forward, as there are no custom build events.

First, start by opening designer.sln, then compile and deploy Droid.csproj to your Android emulator or device. Second, open toolbox.windows.sln. Ensure that Toolbox.Windows.csproj is set as the start-up project. Now, compile and execute. There are two methods to connect to the design surface. If the Android device is not immediately displayed, click File -> Connect and type in the IP Address displayed on the design surface (mobile app).

1. toolbox.windows.sln (all csprojs)

• Core
• Core.Platform
• Toolbox.UI
• Toolbox.Windows

2. designer.sln (all csprojs)

• Core (save as above)
• Core.Platform (same as above)
• Designer.Test
• Designer.UI
• Droid
• iOS (not set to compile)

The major libraries and frameworks used are listed below:

1. Toolbox

• Desktop UI: Eto.Forms.
• Installer: Squirrel.Windows
• Android Communication: SharpAdbClient
• XAML Open/Save: Portable.Xaml
• Various others...

2. Designer

• Xamarin.Forms
• Communication: websocket-sharp
• Various others...

##Networking

The toolbox and designer communicate over a websocket, hence websocket-sharp. All messages derive from XenForms.Core.Messages.XenMessage. A set of factory methods, such as XenForms.Core.Messages.XenMessage.Create<>() exits and should be used to instantiate a message object. Messages are actions, such as get the visual tree, open a XAML file, return object X's properties, set a property value on object x, and others.

When a message is received by the designer, it scans a list of registered reactions. A reaction is any class that derives from the XenForms.Core.Designer.Reaction abstract base class. However, most reactions will derive from XenForms.Designer.XamarinForms.UI.Reactions.XamarinFormsReaction as it provides useful properties and methods to visually manipulate the design surface.

Reactions must be registered before a message can be dispatched to it. This is done in XenForms.Designer.XamarinForms.UI.DesignerAppEvents.

Example

XamarinFormsReaction.Register<GetVisualTreeRequest, GetVisualTreeReaction<VisualElement>>(page);

##Roadmap and Contributing I have a project board on Trello that I use to maintain my backlog of work. Rewriting the XAML load & save features is crucial. The project started as a visual tree inspector, and saving XAML was bolted on in the last few cycles. You can see that by viewing the ```XamlPostProcessor`` type.

I happily accept pull requests. :P