private string RenderRegistry(Registry registry)
{
return($@"
<table class=""container row-seperator"">
<thead>
<tr>
<th>Plugin Type</th>
<th>Plugin Assembly</th>
<th>Singleton</th>
<th>Instance</th>
<th>Concrete Type</th>
<th width=""100%"">Concrete Assembly</th>
</tr>
</thead>
<tbody>
{registry?.OrderBy(r => r.PluginType.FullName).Select(r =>
{
var pluginType = _typeCache.GetTypeDescriptor(r.PluginType);
var concreteType = r.ConcreteType != null ? _typeCache.GetTypeDescriptor(r.ConcreteType) : null;
return $@"
<tr>
<td nowrap><code>{pluginType.FriendlyFullName}</code></td>
<td nowrap><code>{pluginType.Type.Assembly.GetFriendlyName().HtmlEncode()}</code></td>
<td>{(r.IsInstance ? "<span class=\"grey\">N/A</span>" : YesNo(r.Singleton))}</td>
<td>{YesNo(r.IsInstance)}</td>
<td><code>{concreteType?.FriendlyFullName}</code></td>
<td nowrap><code>{concreteType?.Type.Assembly.GetFriendlyName().HtmlEncode()}</code></td>
</tr>
";
}).Join()}
private TypeDescriptor(Type type, Type originalType, ITypeCache typeCache)
: base(type.Name, type.ToLazy(x => x.GetCustomAttributes().ToArray()))
{
Type = type;
AssemblyDescriptor = typeCache.GetAssemblyDescriptor(type.Assembly);
IsBclType = type.IsBclType();
_isSimpleType = type.ToLazy(x => x.IsSimpleType());
_friendlyName = type.ToLazy(x => x.GetFriendlyTypeName());
_friendlyFullName = type.ToLazy(x => x.GetFriendlyTypeName(true));
_baseName = type.ToLazy(x => x.GetNonGenericName());
_tryCreate = type.ToLazy(x => x.CompileTryCreate());
_hasDefaultConstructor = type.ToLazy(x => x.GetConstructor(Type.EmptyTypes) != null);
_methods = type.ToLazy(x => x.GetMethods().Select(y =>
new MethodDescriptor(this, y, typeCache)).ToArray());
_properties = type.ToLazy(x => x.GetProperties().Select(y =>
new PropertyDescriptor(this, y, typeCache)).ToArray());
_isNullable = type.ToLazy(x => x.IsNullable());
_underlyingNullableType = type.ToLazy(x => typeCache
.GetTypeDescriptor(x.GetUnderlyingNullableType()));
_arrayElementType = type.ToLazy(x => typeCache
.GetTypeDescriptor(x.TryGetArrayElementType()));
_genericListCastableType = type.ToLazy(x => typeCache
.GetTypeDescriptor(x.TryGetGenericListCastableElementType()));
IsTask = originalType.IsTask();
IsTaskWithResult = !IsTask && type != originalType;
}
public override string ToString()
{
return(_registrations.OrderBy(r => r.PluginType.FullName).Select(r =>
{
var pluginType = _typeCache.GetTypeDescriptor(r.PluginType);
var concreteType = r.ConcreteType != null ?
_typeCache.GetTypeDescriptor(r.ConcreteType) : null;
return new
{
PluginType = pluginType.FriendlyFullName,
PluginAssembly = pluginType.Type.Assembly.GetFriendlyName(),
r.Singleton,
Instance = r.Instance?.GetType().GetFriendlyTypeName(true),
ConcreteType = concreteType?.FriendlyFullName,
ConcreteAssembly = concreteType?.Type.Assembly.GetFriendlyName()
};
})
.ToTable(x => new
{
Plugin_Type = x.PluginType,
Plugin_Assembly = x.PluginAssembly,
x.Singleton,
x.Instance,
Concrete_Type = x.ConcreteType,
Concrete_Assembly = x.ConcreteAssembly
}));
}
public static ActionMethod From(MethodInfo method, ITypeCache typeCache = null)
{
typeCache = typeCache ?? new TypeCache();
var typeDescriptor = typeCache.GetTypeDescriptor(method.DeclaringType);
return(new ActionMethod(typeDescriptor, new MethodDescriptor(
typeDescriptor, method, typeCache)));
}
public PropertyDescriptor(TypeDescriptor typeDescriptor,
PropertyInfo propertyInfo, ITypeCache typeCache) :
base(propertyInfo.Name, propertyInfo.ToLazy(
x => x.GetCustomAttributes().ToArray()))
{
DeclaringType = typeDescriptor;
PropertyInfo = propertyInfo;
_propertyType = propertyInfo.ToLazy(x => typeCache.GetTypeDescriptor(x.PropertyType));
}
public ParameterDescriptor(TypeDescriptor typeDescriptor,
MethodDescriptor methodDescriptor,
ParameterInfo parameterInfo, ITypeCache typeCache) :
base(parameterInfo.Name, parameterInfo.ToLazy(
x => x.GetCustomAttributes().ToArray()))
{
DeclaringType = typeDescriptor;
Method = methodDescriptor;
ParameterInfo = parameterInfo;
Position = parameterInfo.Position;
_parameterType = parameterInfo.ToLazy(
x => typeCache.GetTypeDescriptor(x.ParameterType));
}
public PropertyDescriptor(TypeDescriptor typeDescriptor,
PropertyInfo propertyInfo, ITypeCache typeCache) :
base(propertyInfo.Name, propertyInfo.ToLazy(
x => x.GetCustomAttributes().ToArray()))
{
DeclaringType = typeDescriptor;
PropertyInfo = propertyInfo;
_friendlyName = propertyInfo.ToLazy(x => x.GetFriendlyPropertyName());
_friendlyFullName = propertyInfo.ToLazy(x => x.GetFriendlyPropertyName(true));
_propertyType = propertyInfo.ToLazy(x => typeCache.GetTypeDescriptor(x.PropertyType));
_setValue = propertyInfo.ToLazy(x => x.CompileSetter());
_getValue = propertyInfo.ToLazy(x => x.CompileGetter());
}
public void Should_only_configure_matching_behaviors_on_action()
{
_configuration.Behaviors.Append <TestBehavior1>(x => x.ActionMethod
.Method.Name == nameof(Handler1.Get));
_configuration.Behaviors.Append <TestBehavior2>();
var actions = _actionSource.GetActions(new ActionSourceContext(_configuration, null));
var behaviors = actions.FirstOrDefault(x => x.Action == _handler1Get).Behaviors;
behaviors.Length.ShouldEqual(3);
behaviors.ShouldOnlyContain(
_typeCache.GetTypeDescriptor <DefaultErrorHandlerBehavior>(),
_typeCache.GetTypeDescriptor <TestBehavior1>(),
_typeCache.GetTypeDescriptor <TestBehavior2>());
behaviors = actions.FirstOrDefault(x => x.Action == _handler1Post).Behaviors;
behaviors.Length.ShouldEqual(2);
behaviors.ShouldOnlyContain(
_typeCache.GetTypeDescriptor <DefaultErrorHandlerBehavior>(),
_typeCache.GetTypeDescriptor <TestBehavior2>());
}
public MethodDescriptor(TypeDescriptor typeDescriptor,
MethodInfo methodInfo, ITypeCache typeCache) :
base(methodInfo.Name, methodInfo.ToLazy(x => x.GetCustomAttributes().ToArray()))
{
MethodInfo = methodInfo;
_friendlyName = methodInfo.ToLazy(x => x.GetFriendlyMethodName());
DeclaringType = typeDescriptor;
IsBclMethod = methodInfo.IsBclMethod();
_parameters = methodInfo.ToLazy(x => x.GetParameters().Select(p =>
new ParameterDescriptor(typeDescriptor, this, p, typeCache)).ToArray());
_hasResult = methodInfo.ReturnType.ToLazy(x => x.UnwrapTask() != typeof(void));
_returnType = methodInfo.ToLazy(x => x.ReturnType == typeof(void) ? null :
typeCache.GetTypeDescriptor(x.ReturnType));
}
public static TypeDescriptor GetTypeDescriptor <T>(this ITypeCache typeCache)
{
return(typeCache.GetTypeDescriptor(typeof(T)));
}
public virtual List <ActionDescriptor> GetActions(ActionSourceContext context)
{
return(_actionMethodSources.ThatApplyTo(context, _configuration)
.SelectMany(x => x.GetActionMethods(context)).Distinct()
.SelectMany(a => _routeConventions.ThatApplyTo(a, context, _configuration)
.SelectMany(rc => rc
.GetRouteDescriptors(context, a)
.Select(r => new ActionDescriptor(a, r,
_configuration.Behaviors.ThatApplyTo(context, a, r)
.Select(x => _typeCache.GetTypeDescriptor(x)).ToArray()))))
.ToList());
}