1. With a short description of Voltron.Controller
The Voltron.GUI API
With a short description of Voltron.Controller

2. Overview of the GUI API We have three main categories of interface
Classes implemented by the UI for use by the controller or model
Classes containing data the UI will need or representing data objects in the world
Adapters that allow the UI to notify the model when the user performs an action

3. Internal Class API IView Represents the GUI as a whole.
Should be notified whenever a node is directly connected or disconnected, and updated the status of jobs
Implemented by MainForm.cs, the main GUI class, but could be moved out into a separate class if the code gets too large

4. Login/Authentication API
GetLogin class
Allows the controller to request login information from the view
LoginInfo class
Contains two string fields for the username and password
Essentially a structure so GetLogin can return a pair of strings

5. Data Representation API
IComputer
Represents a single computer on the grid
Has methods for getting resource info, location, and name
ILocation
Contained by a given IComputer
Represents a location of the computer in the world

6. Adapters API INetworkAdapter IConnectionAdapter
Allows the computer to interact with the grid as a network
Currently allows view to walk network
IConnectionAdapter
Manages the view’s notion of connections
Currently allows the view to make or break direct connections to remote hosts

7. Adapters API (2) IFileSystemAdapter IFlatFileSystemAdapter
Encapsulates the notion of getting files from or giving files to any provider
Can get, delete, and put files into the abstract file system by a string filename
IFlatFileSystemAdapter
Adds the ability to list all of the files in the file system, since it lacks hierarchy

8. UML Diagram of the GUI MainForm IView LoginDialog IFileSytstemAdapter
IFlatFileSytstemAdapter
IConnectionAdapter
ILocation
IComputer
LoginInfo
GetLogin
INetworkAdapter

9. Story – Running a Process
The user would like to run one of the processes that is shown graphically in the view of the file system. The user single-clicks on the file they want to run, and then drags it onto the view of the grid (the blob). The file is then run by the grid, and its status is shown on the process panel, which tells the user which computer this process is being run on, and its status (running/done).

10. Story – Direct Connection
A user would like to directly connect to one of the computers in the grid. To do this, the user right-clicks on one of the entries on the processes panel. They then select on the right-click menu to directly connect to the computer that process was run on in the grid. If a direct connection has not already been established with this computer, a connection is established, and the computer that was connected to is displayed in the directly connected panel.

11. Controller Overview
Basic idea – implement classes the subprojects need and pass around information between model and view
Contains implementations of UI adapters
Encapsulate startup code for running the entire program