public void AttemptToCreatePoliciesWithNonMatchingConfigurationObjectThrows()
{
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator = new ConstructorArgumentMatchingPolicyCreator(typeof(TestClass));
creator.CreatePolicies(context.Policies,
instanceName,
new TestClassEmptySource(),
null);
}));
}
public void ChoosesNoArgsConstructor()
{
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator
= new ConstructorArgumentMatchingPolicyCreator(typeof(TestClassWithNoArgsConstructor));
creator.CreatePolicies(context.Policies,
instanceName,
new TestClassEmptySource(),
null);
}));
TestClassWithNoArgsConstructor provider
= container.Resolve <TestClassWithNoArgsConstructor>(instanceName);
Assert.IsNotNull(provider);
}
public void IndexerPropertiesAreNotConsideredForMatching()
{
TestClassSourceWithIndexerProperty source = new TestClassSourceWithIndexerProperty();
source.Property1 = 1;
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator
= new ConstructorArgumentMatchingPolicyCreator(typeof(TestClassWithItemArgument));
creator.CreatePolicies(context.Policies,
instanceName,
source,
null);
}));
TestClassWithItemArgument provider
= container.Resolve <TestClassWithItemArgument>(instanceName);
Assert.IsNotNull(provider);
Assert.AreEqual(source.Property1, provider.Property1);
Assert.AreEqual("no value set", provider.Property2);
}
public void ChoosesConstructorWithMaximalNumberOfMatchingParameters()
{
TestClassSource source = new TestClassSource();
source.Property1 = 1;
source.Property2 = "value2";
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator
= new ConstructorArgumentMatchingPolicyCreator(typeof(TestClassWhereLongestConstructorCannotBeMatched));
creator.CreatePolicies(context.Policies,
instanceName,
source,
null);
}));
TestClassWhereLongestConstructorCannotBeMatched provider
= container.Resolve <TestClassWhereLongestConstructorCannotBeMatched>(instanceName);
Assert.IsNotNull(provider);
Assert.AreEqual(source.Property1, provider.Property1);
Assert.AreEqual(source.Property2, provider.Property2);
}
public void DerivedTypesAreAllowedWhenMatchingProperties()
{
TestClassSource source = new TestClassSource();
source.Property1 = 1;
source.Property2 = "value2";
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator
= new ConstructorArgumentMatchingPolicyCreator(typeof(TestClassWithInterfaceArgument));
creator.CreatePolicies(context.Policies,
instanceName,
source,
null);
}));
TestClassWithInterfaceArgument provider
= container.Resolve <TestClassWithInterfaceArgument>(instanceName);
Assert.IsNotNull(provider);
Assert.AreEqual(source.Property1, provider.Property1);
Assert.AreEqual("value2", provider.Property2);
}
public void TypesAreConsideredWhenMatchingProperties()
{
TestClassSourceWithPropertyOfNonMatchingType source = new TestClassSourceWithPropertyOfNonMatchingType();
source.Property1 = 1;
source.Property2 = new object();
container.AddExtension(
new TestHelperExtension(context =>
{
IContainerPolicyCreator creator
= new ConstructorArgumentMatchingPolicyCreator(typeof(TestClass));
creator.CreatePolicies(context.Policies,
instanceName,
source,
null);
}));
TestClass provider
= container.Resolve <TestClass>(instanceName);
Assert.IsNotNull(provider);
Assert.AreEqual(source.Property1, provider.Property1);
Assert.AreEqual("not set", provider.Property2);
}