private void BindEnvironment(object instance, EnvironmentScope envScope)
{
var resolver = _kernel.Resolver;
var context = CreationContext.CreateEmpty();
instance = ProxyUtil.GetUnproxiedInstance(instance);
foreach (var property in _componentModel.Properties
.Where(property => envScope.Contains(property.Property.PropertyType)))
{
try
{
var value = resolver.Resolve(context, context.Handler, _componentModel, property.Dependency);
if (value == null) continue;
try
{
var setMethod = property.Property.GetSetMethod();
setMethod.Invoke(instance, new[] {value});
}
catch
{
// ignore
}
}
catch
{
// ignore
}
}
}
public void Should_Clear_Item_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
envScope.Clear(typeof(Cache));
Assert.AreSame(EnvironmentScope.Null, envScope.Get(typeof(Cache)));
}
}
public void Should_Add_Items_To_Ambient_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
envScope.Add(cache);
Assert.AreSame(cache, envScope.Get(typeof(Cache)));
}
}
public void Should_Get_Key_Value_From_Ambient_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
envScope["MyCache"] = cache;
Assert.AreSame(cache, envScope.GetKey <Cache>("MyCache"));
}
}
public void Should_Accept_Use_If_Within_Environment_Scope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
Env.Use(cache);
Assert.AreSame(cache, envScope.Get(typeof(Cache)));
}
}
public void Should_Prefer_Item_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new LRUCache();
envScope.Add(cache);
envScope.Clear(typeof(Cache));
Assert.AreSame(cache, envScope.Get(typeof(Cache)));
}
}
public static void Use <T>(T item)
{
var scope = EnvironmentScope.GetAmbientScope();
if (scope == null)
{
throw new InvalidOperationException("Use can only be called within an EnvironmentScope.");
}
scope.Add(item);
}
public void Should_Verify_List_In_Ambient_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
Assert.IsFalse(envScope.Contains(typeof(List <Cache>)));
envScope.Add(cache);
Assert.IsTrue(envScope.Contains(typeof(List <Cache>)));
}
}
public static T Key <T>(this T mediator, string key, object value) where T : IMediator
{
var scope = EnvironmentScope.GetAmbientScope()
?? new EnvironmentScope {
Implied = true
};
scope[key] = value;
return(mediator);
}
private IDisposable RequiredScope()
{
var scope = _kernel.RequireScope();
var envScope = new EnvironmentScope();
return(new DisposableAction(() =>
{
envScope.Dispose();
scope?.Dispose();
}));
}
public void Should_Clear_If_Remove_Item_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
envScope.Add(cache);
envScope.Remove(cache);
envScope.Clear(typeof(Cache));
Assert.AreSame(EnvironmentScope.Null, envScope.Get(typeof(Cache)));
}
}
public void Should_Retrieve_Lists_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache1 = new Cache();
var cache2 = new Cache();
envScope.Add(cache1, cache2);
var caches = (List <Cache>)envScope.Get(typeof(List <Cache>));
Assert.AreEqual(2, caches.Count);
Assert.IsTrue(caches.Contains(cache1));
Assert.IsTrue(caches.Contains(cache2));
}
}
public void Should_Retrieve_Collections_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache1 = new Cache();
var cache2 = new Cache();
envScope.Add(cache1, cache2);
var caches = ((IEnumerable <Cache>)envScope.Get(typeof(IEnumerable <Cache>))).ToArray();
Assert.AreEqual(2, caches.Length);
CollectionAssert.Contains(caches, cache1);
CollectionAssert.Contains(caches, cache1);
}
}
public void Should_Retrieve_Arrays_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache1 = new Cache();
var cache2 = new Cache();
envScope.Add(cache1, cache2);
var caches = (Cache[])envScope.Get(typeof(Cache[]));
Assert.AreEqual(2, caches.Length);
CollectionAssert.Contains(caches, cache1);
CollectionAssert.Contains(caches, cache1);
}
}
public void Should_Clear_Contravariantly_From_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
envScope.Clear(typeof(LRUCache));
Assert.AreSame(EnvironmentScope.Null, envScope.Get(typeof(Cache)));
}
using (var envScope = new EnvironmentScope())
{
envScope.Clear(typeof(Cache));
Assert.IsNull(envScope.Get(typeof(LRUCache)));
}
}
public void Should_Dispose_Ambient_EnvironmentScope()
{
using (var envScope = new EnvironmentScope())
{
var cache = new Cache();
envScope.Add(cache);
Assert.AreSame(cache, envScope.Get(typeof(Cache)));
}
using (var envScope = new EnvironmentScope())
{
Assert.IsNull(envScope.Get(typeof(Cache)));
}
}
public void Should_Override_With_Nested_EnvironmentScope()
{
using (var outerScope = new EnvironmentScope())
{
var cacheOuter = new Cache();
outerScope.Add(cacheOuter);
using (var innerScope = new EnvironmentScope())
{
var cacheInner = new Cache();
innerScope.Add(cacheInner);
Assert.AreSame(cacheInner, innerScope.Get(typeof(Cache)));
}
Assert.AreSame(cacheOuter, outerScope.Get(typeof(Cache)));
}
}
public void Should_Get_Key_Value_From_Parent_EnvironmentScope()
{
using (var outerScope = new EnvironmentScope())
{
var cacheOuter = new Cache();
outerScope["MyCache"] = cacheOuter;
using (var innerScope = new EnvironmentScope())
{
var cacheInner = new Cache();
innerScope["MyCache"] = cacheInner;
Assert.AreSame(cacheInner, innerScope.GetKey <Cache>("MyCache"));
}
Assert.AreSame(cacheOuter, outerScope.GetKey <Cache>("MyCache"));
}
}
public static T Use <T, E>(this T mediator, E item) where T : IMediator
{
var scope = EnvironmentScope.GetAmbientScope()
?? new EnvironmentScope {
Implied = true
};
if (item == null)
{
scope.Clear(typeof(E));
}
else
{
scope.Add(item);
}
return(mediator);
}
public void Should_Combine_Array_With_Nested_EnvironmentScope()
{
using (var outerScope = new EnvironmentScope())
{
var cacheOuter = new Cache();
outerScope.Add(cacheOuter);
using (var innerScope = new EnvironmentScope())
{
var cacheInner = new Cache();
innerScope.Add(cacheInner);
var caches = (Cache[])innerScope.Get(typeof(Cache[]));
Assert.AreEqual(2, caches.Length);
CollectionAssert.Contains(caches, cacheInner);
CollectionAssert.Contains(caches, cacheOuter);
}
var cachesOuter = (Cache[])outerScope.Get(typeof(Cache[]));
Assert.AreEqual(1, cachesOuter.Length);
CollectionAssert.Contains(cachesOuter, cacheOuter);
}
}
public void Should_Combine_List_With_Nested_EnvironmentScope()
{
using (var outerScope = new EnvironmentScope())
{
var cacheOuter = new Cache();
outerScope.Add(cacheOuter);
using (var innerScope = new EnvironmentScope())
{
var cacheInner = new Cache();
innerScope.Add(cacheInner);
var caches = (List <Cache>)innerScope.Get(typeof(List <Cache>));
Assert.AreEqual(2, caches.Count);
Assert.IsTrue(caches.Contains(cacheInner));
Assert.IsTrue(caches.Contains(cacheOuter));
}
var cachesOuter = (List <Cache>)outerScope.Get(typeof(List <Cache>));
Assert.AreEqual(1, cachesOuter.Count);
Assert.IsTrue(cachesOuter.Contains(cacheOuter));
}
}
public EnvironmentEnricher(EnvironmentScope scope = EnvironmentScope.All)
{
this.Scope = scope;
}
