public void UnregisterAsyncTestExecutor()
{
if (asyncTestExecutor != null)
{
asyncTestExecutor.Dispose();
asyncTestExecutor = null;
}
}
public void UnregisterAsyncTestExecutor()
{
if (asyncTestExecutor != null)
{
asyncTestExecutor.Dispose();
asyncTestExecutor = null;
}
}
// This method is called from the generated code so that it can register the IAsyncTestExecutor, which
// is the abstraction between us and the actual implementation of the async enqueueing stuff
static public void RegisterAsyncTestExecutor(ITestRunner testRunner, IAsyncTestExecutor newAsyncTestExecutor)
{
var asyncTestRunner = testRunner as AsyncTestRunner;
if (asyncTestRunner != null)
{
asyncTestRunner.RegisterAsyncTestExecutor(newAsyncTestExecutor);
}
}
public AsyncContext(IAsyncTestExecutor asyncTestExecutor)
{
this.asyncTestExecutor = asyncTestExecutor;
}
public void RegisterAsyncTestExecutor(IAsyncTestExecutor newAsyncTestExecutor)
{
UnregisterAsyncTestExecutor();
asyncTestExecutor = newAsyncTestExecutor;
}
static public void RegisterAsyncTestExecutor(ITestRunner testRunner, IAsyncTestExecutor newAsyncTestExecutor)
{
AsyncTestRunner asyncTestRunner = testRunner as AsyncTestRunner;
if (asyncTestRunner != null)
asyncTestRunner.RegisterAsyncTestExecutor(newAsyncTestExecutor);
}
public void RegisterAsyncTestExecutor(IAsyncTestExecutor newAsyncTestExecutor)
{
UnregisterAsyncTestExecutor();
asyncTestExecutor = newAsyncTestExecutor;
}
protected AsyncSteps(ITestRunner testRunner, IAsyncTestExecutor asyncTestExecutor) : base(testRunner)
{
this.asyncTestExecutor = asyncTestExecutor;
}
public AsyncContext(IAsyncTestExecutor asyncTestExecutor)
{
this.asyncTestExecutor = asyncTestExecutor;
}
protected AsyncSteps(ITestRunner testRunner, IAsyncTestExecutor asyncTestExecutor) : base(testRunner)
{
this.asyncTestExecutor = asyncTestExecutor;
}
