public void The_root_resolver_resolves_from_default_resolvers_and_roots()
{
var attributeProvider1 = new Mock <AttributeProvider>().Object;
var attributeProvider2 = new Mock <AttributeProvider>().Object;
var mockDefaultResolver1 = new Mock <IDbDependencyResolver>();
mockDefaultResolver1.Setup(m => m.GetServices(typeof(AttributeProvider), null)).Returns(new object[] { attributeProvider1 });
var mockDefaultResolver2 = new Mock <IDbDependencyResolver>();
mockDefaultResolver2.Setup(m => m.GetServices(typeof(AttributeProvider), null)).Returns(new object[] { attributeProvider2 });
var rootResolver = new RootDependencyResolver();
var defaultProvider = rootResolver.GetServices <AttributeProvider>().Single();
Assert.IsType <AttributeProvider>(defaultProvider);
rootResolver.AddDefaultResolver(mockDefaultResolver1.Object);
rootResolver.AddDefaultResolver(mockDefaultResolver2.Object);
var attributeProviders = rootResolver.GetServices <AttributeProvider>().ToList();
Assert.Equal(3, attributeProviders.Count);
Assert.Same(attributeProvider2, attributeProviders[0]);
Assert.Same(attributeProvider1, attributeProviders[1]);
Assert.Same(defaultProvider, attributeProviders[2]);
}
public void GetServices_can_be_accessed_from_multiple_threads_concurrently()
{
for (var i = 0; i < 30; i++)
{
var bag = new ConcurrentBag <AttributeProvider>();
var resolver = new RootDependencyResolver();
resolver.AddDefaultResolver(new SingletonDependencyResolver <AttributeProvider>(new AttributeProvider()));
resolver.AddDefaultResolver(new SingletonDependencyResolver <AttributeProvider>(new AttributeProvider()));
ExecuteInParallel(() => resolver.GetServices <AttributeProvider>().Each(bag.Add));
Assert.Equal(60, bag.Count);
Assert.True(bag.All(c => c.GetType() == typeof(AttributeProvider)));
}
}
public void The_root_resolver_resolves_from_default_resolvers_and_roots()
{
var attributeProvider1 = new Mock<AttributeProvider>().Object;
var attributeProvider2 = new Mock<AttributeProvider>().Object;
var mockDefaultResolver1 = new Mock<IDbDependencyResolver>();
mockDefaultResolver1.Setup(m => m.GetServices(typeof(AttributeProvider), null)).Returns(new object[] { attributeProvider1 });
var mockDefaultResolver2 = new Mock<IDbDependencyResolver>();
mockDefaultResolver2.Setup(m => m.GetServices(typeof(AttributeProvider), null)).Returns(new object[] { attributeProvider2 });
var rootResolver = new RootDependencyResolver();
var defaultProvider = rootResolver.GetServices<AttributeProvider>().Single();
Assert.IsType<AttributeProvider>(defaultProvider);
rootResolver.AddDefaultResolver(mockDefaultResolver1.Object);
rootResolver.AddDefaultResolver(mockDefaultResolver2.Object);
var attributeProviders = rootResolver.GetServices<AttributeProvider>().ToList();
Assert.Equal(3, attributeProviders.Count);
Assert.Same(attributeProvider2, attributeProviders[0]);
Assert.Same(attributeProvider1, attributeProviders[1]);
Assert.Same(defaultProvider, attributeProviders[2]);
}
public void GetServices_can_be_accessed_from_multiple_threads_concurrently()
{
for (var i = 0; i < 30; i++)
{
var bag = new ConcurrentBag<AttributeProvider>();
var resolver = new RootDependencyResolver();
resolver.AddDefaultResolver(new SingletonDependencyResolver<AttributeProvider>(new AttributeProvider()));
resolver.AddDefaultResolver(new SingletonDependencyResolver<AttributeProvider>(new AttributeProvider()));
ExecuteInParallel(() => resolver.GetServices<AttributeProvider>().Each(bag.Add));
Assert.Equal(60, bag.Count);
Assert.True(bag.All(c => c.GetType() == typeof(AttributeProvider)));
}
}