This print for content only-size & color not accurate 7" X 9-1/4" / casebound / malloy

// Get context information and print out context ID.

Context ctx = Thread.CurrentContext;

Console.WriteLine("{0} object in context {1}",

this.ToString(), ctx.ContextID);

foreach(IContextProperty itfCtxProp in ctx.ContextProperties)

Console.WriteLine("-> Ctx Prop: {0}", itfCtxProp.Name);

}

}

// SportsCarTS demands to be loaded in

// a synchronization context.

[Synchronization]

class SportsCarTS : ContextBoundObject

{

public SportsCarTS()

{

// Get context information and print out context ID.

Context ctx = Thread.CurrentContext;

Console.WriteLine("{0} object in context {1}",

this.ToString(), ctx.ContextID);

foreach(IContextProperty itfCtxProp in ctx.ContextProperties)

Console.WriteLine("-> Ctx Prop: {0}", itfCtxProp.Name);

}

}

Notice that each constructor obtains a Context type from the current thread of execution,

via the static Thread.CurrentContext property. Using the Context object, you are able to print out

statistics about the contextual boundary, such as its assigned ID, as well as a set of descriptors

obtained via Context.ContextProperties. This property returns an object implementing the

IContextProperty interface, which exposes each descriptor through the Name property. Now,

update Main() to allocate an instance of each class type:

static void Main(string[] args)

{

Console.WriteLine("***** Fun with Object Context *****\n");