private FormRequest createRequest()
{
var rules = new AccessorRules();
var overrides = new ValidationOptionsTargetOverrides().As <IAccessorRulesRegistration>();
overrides.AddRules(rules);
var services = new InMemoryServiceLocator();
services.Add <IChainResolver>(new ChainResolutionCache(theGraph));
services.Add(rules);
services.Add <IChainUrlResolver>(new ChainUrlResolver(new OwinHttpRequest()));
services.Add <ITypeResolver>(new TypeResolver());
services.Add <ITypeDescriptorCache>(new TypeDescriptorCache());
var graph = ValidationGraph.BasicGraph();
graph.Fields.FindWith(new AccessorRulesFieldSource(rules));
services.Add(graph);
var request = new FormRequest(new ChainSearch {
Type = typeof(ValidationOptionsTarget)
}, new ValidationOptionsTarget());
request.Attach(services);
request.ReplaceTag(new FormTag("test"));
return(request);
}
public static void BuildHtmlConventionLibrary(HtmlConventionLibrary library, AccessorRules rules)
{
library.Import(new DefaultHtmlConventions().Library);
var visitor = new Visitor(rules);
library.For <ElementRequest>().AcceptVisitor(visitor);
}
public void rule_registration_is_idempotent()
{
var rules = new AccessorRules();
rules.Add<Target1>(x => x.Age, new ColorRule("red"));
rules.Add<Target1>(x => x.Age, new ColorRule("red"));
rules.Add<Target1>(x => x.Age, new ColorRule("red"));
rules.AllRulesFor<Target1, IRule>(x => x.Age)
.Single().ShouldEqual(new ColorRule("red"));
}
public void rule_registration_is_idempotent()
{
var rules = new AccessorRules();
rules.Add <Target1>(x => x.Age, new ColorRule("red"));
rules.Add <Target1>(x => x.Age, new ColorRule("red"));
rules.Add <Target1>(x => x.Age, new ColorRule("red"));
rules.AllRulesFor <Target1, IRule>(x => x.Age)
.Single().ShouldEqual(new ColorRule("red"));
}
public void returns_all_rules_of_a_type()
{
var rules = new AccessorRules();
rules.Add<Target1>(x => x.Name, new ColorRule("red"));
rules.Add<Target1>(x => x.Name, new ColorRule("green"));
rules.Add<Target1>(x => x.Name, new ColorRule("blue"));
rules.Add<Target1>(x => x.Name, new FooPolicy());
rules.Add<Target1>(x => x.Name, new BarPolicy());
rules.AllRulesFor<Target1, IRule>(x => x.Name).ShouldHaveTheSameElementsAs(
new ColorRule("red"), new ColorRule("green"), new ColorRule("blue"));
}
public void returns_all_rules_of_a_type()
{
var rules = new AccessorRules();
rules.Add <Target1>(x => x.Name, new ColorRule("red"));
rules.Add <Target1>(x => x.Name, new ColorRule("green"));
rules.Add <Target1>(x => x.Name, new ColorRule("blue"));
rules.Add <Target1>(x => x.Name, new FooPolicy());
rules.Add <Target1>(x => x.Name, new BarPolicy());
rules.AllRulesFor <Target1, IRule>(x => x.Name).ShouldHaveTheSameElementsAs(
new ColorRule("red"), new ColorRule("green"), new ColorRule("blue"));
}
public void SetUp()
{
theRules = new AccessorRules();
a1 = accessor(x => x.Prop1);
a2 = accessor(x => x.Prop2);
a3 = accessor(x => x.Prop3);
theRules.Add(a1, new RequiredFieldRule());
theRules.Add(a3, new EmailFieldRule());
theRules.Add(a3, new GreaterThanZeroRule());
theSource = new AccessorRulesFieldSource(theRules);
}
public void SetUp()
{
theRules = new AccessorRules();
a1 = accessor(x => x.Prop1);
a2 = accessor(x => x.Prop2);
a3 = accessor(x => x.Prop3);
theRules.Add(a1, new RequiredFieldRule());
theRules.Add(a3, new EmailFieldRule());
theRules.Add(a3, new GreaterThanZeroRule());
theSource = new AccessorRulesFieldSource(theRules);
}
public static Task Compile(BehaviorGraph graph, IPerfTimer timer)
{
return(TypeRepository.FindTypes(graph.AllAssemblies(),
TypeClassification.Concretes | TypeClassification.Closed, IsAccessorRule)
.ContinueWith(t =>
{
var rules = new AccessorRules();
t.Result.Distinct()
.Select(x => Activator.CreateInstance(x).As <IAccessorRulesRegistration>())
.Each(x => x.AddRules(rules));
graph.Settings.Replace(rules);
}));
}
private IServiceLocator services()
{
var rules = new AccessorRules();
var overrides = new AccessorRulesValidationOverrides();
overrides.As <IAccessorRulesRegistration>().AddRules(rules);
var services = new InMemoryServiceLocator();
services.Add(rules);
return(services);
}
public void add_and_retrieve_rules_by_accessor()
{
var rules = new AccessorRules();
rules.Add<Target1>(x => x.Name, new FooRule());
rules.Add<Target2>(x => x.Name, new BarRule());
rules.Add<Target1>(x => x.Age, new ColorRule("red"));
rules.Add<Target2>(x => x.Age, new ColorRule("green"));
rules.FirstRule<Target1, IRule>(x => x.Name).ShouldBeOfType<FooRule>();
rules.FirstRule<Target2, IRule>(x => x.Name).ShouldBeOfType<BarRule>();
rules.FirstRule<Target1, IRule>(x => x.Age).ShouldBeOfType<ColorRule>().Color.ShouldEqual("red");
rules.FirstRule<Target2, IRule>(x => x.Age).ShouldBeOfType<ColorRule>().Color.ShouldEqual("green");
}
public static Task Compile(BehaviorGraph graph, IPerfTimer timer)
{
return TypeRepository.FindTypes(graph.AllAssemblies(),
TypeClassification.Concretes | TypeClassification.Closed, IsAccessorRule)
.ContinueWith(t =>
{
var rules = new AccessorRules();
t.Result.Distinct()
.Select(x => Activator.CreateInstance(x).As<IAccessorRulesRegistration>())
.Each(x => x.AddRules(rules));
graph.Settings.Replace(rules);
});
}
public void add_and_retrieve_rules_by_accessor()
{
var rules = new AccessorRules();
rules.Add <Target1>(x => x.Name, new FooRule());
rules.Add <Target2>(x => x.Name, new BarRule());
rules.Add <Target1>(x => x.Age, new ColorRule("red"));
rules.Add <Target2>(x => x.Age, new ColorRule("green"));
rules.FirstRule <Target1, IRule>(x => x.Name).ShouldBeOfType <FooRule>();
rules.FirstRule <Target2, IRule>(x => x.Name).ShouldBeOfType <BarRule>();
rules.FirstRule <Target1, IRule>(x => x.Age).ShouldBeOfType <ColorRule>().Color.ShouldEqual("red");
rules.FirstRule <Target2, IRule>(x => x.Age).ShouldBeOfType <ColorRule>().Color.ShouldEqual("green");
}
public static void Compile(BehaviorGraph graph)
{
graph.Settings.Replace(() => {
return(PackageRegistry.Timer.Record("Finding AccessorRules", () => {
var rules = new AccessorRules();
graph.Types()
.TypesMatching(
x =>
x.CanBeCastTo <IAccessorRulesRegistration>() && x.IsConcreteWithDefaultCtor() &&
!x.IsOpenGeneric())
.
Distinct().Select(x => Activator.CreateInstance(x).As <IAccessorRulesRegistration>())
.Each(x => x.AddRules(rules));
return rules;
}));
});
}
public static void Compile(BehaviorGraph graph)
{
graph.Settings.Replace(() => {
return PackageRegistry.Timer.Record("Finding AccessorRules", () => {
var rules = new AccessorRules();
graph.Types()
.TypesMatching(
x =>
x.CanBeCastTo<IAccessorRulesRegistration>() && x.IsConcreteWithDefaultCtor() &&
!x.IsOpenGeneric())
.
Distinct().Select(x => Activator.CreateInstance(x).As<IAccessorRulesRegistration>())
.Each(x => x.AddRules(rules));
return rules;
});
});
}
public void SetUp()
{
theOverrides = new AccessorRules();
thePolicy = new AccessorOverrideElementBuilderPolicy(theOverrides, "C1", "P1");
}
public AccessorRulesFieldSource(AccessorRules rules)
{
_rules = rules;
}
public void SetUp()
{
theOverrides = new AccessorRules();
thePolicy = new AccessorOverrideElementBuilderPolicy(theOverrides, "C1", "P1");
}
public Visitor(AccessorRules rules)
{
_rules = rules;
}
private static void lookForAccessorOverrides(BehaviorGraph graph)
{
graph.Settings.Replace(() => {
var rules = new AccessorRules();
TypePool.AppDomainTypes()
.TypesMatching(
x => x.CanBeCastTo<IAccessorRulesRegistration>() && x.IsConcreteWithDefaultCtor() && !x.IsOpenGeneric())
.
Distinct().Select(x => { return Activator.CreateInstance(x).As<IAccessorRulesRegistration>(); })
.Each(x => x.AddRules(rules));
return rules;
});
}
public AccessorRulesFieldSource(AccessorRules rules)
{
_rules = rules;
}
public AccessorOverrideElementBuilderPolicy(AccessorRules rules, string category, string profile)
{
_rules = rules;
_category = category;
_profile = profile;
}
public AccessorOverrideElementBuilderPolicy(AccessorRules rules, string category, string profile)
{
_rules = rules;
_category = category;
_profile = profile;
}
void IAccessorRulesRegistration.AddRules(AccessorRules rules)
{
_registrations.Each(x => x(rules));
}
