} = new OptimizedAsyncEnumerable <TestType>(); // boxes enumerator but public
public void Method()
{
Property00 = new OptimizedAsyncEnumerable <TestType>();
Property01 = new NonOptimizedAsyncEnumerable <TestType>();
Property11 = new OptimizedAsyncEnumerable <TestType>(); // boxes enumerator but public
}
public IAsyncEnumerable <TestType> field11 = new OptimizedAsyncEnumerable <TestType>(); // boxes enumerator but public
public void Method()
{
field00 = new OptimizedAsyncEnumerable <TestType>();
field01 = new NonOptimizedAsyncEnumerable <TestType>();
field11 = new OptimizedAsyncEnumerable <TestType>(); // boxes enumerator but public
}
public void Method()
{
OptimizedAsyncEnumerable <TestType> variable00 = new OptimizedAsyncEnumerable <TestType>();
IAsyncEnumerable <TestType> variable01 = new NonOptimizedAsyncEnumerable <TestType>();
var variable10 = new OptimizedAsyncEnumerable <TestType>();
variable00 = new OptimizedAsyncEnumerable <TestType>();
variable01 = new NonOptimizedAsyncEnumerable <TestType>();
variable10 = new OptimizedAsyncEnumerable <TestType>();
}
public void Method()
{
var a0 = new OptimizedAsyncEnumerable <TestType>().FirstAsync();
var b0 = new OptimizedAsyncEnumerable <TestType>().FirstOrDefaultAsync();
var c0 = AsyncEnumerableExtensions.FirstAsync(new OptimizedAsyncEnumerable <TestType>());
var d0 = AsyncEnumerableExtensions.FirstOrDefaultAsync(new OptimizedAsyncEnumerable <TestType>());
var a1 = new TestType().SingleAsync();
var b1 = new TestType().SingleOrDefaultAsync();
var c1 = NotAsyncEnumerableExtensions.SingleAsync(new TestType());
var d1 = NotAsyncEnumerableExtensions.SingleOrDefaultAsync(new TestType());
var c2 = SingleAsync(new TestType());
var d2 = SingleOrDefaultAsync(new TestType());
}
public void Method()
{
IAsyncEnumerable <TestType> variable = new OptimizedAsyncEnumerable <TestType>();
}
