public TestDecorator7(Func <ITest1> test1)
{
this.Test = test1();
}
public void Inject(ITest1 <I, K> test1)
{
}
public TestDecorator5(ITest1 test1)
{
this.Test = test1;
}
public Test3(ITest1 test1)
{
}
public Test2(ITest1 test1)
{
Shield.EnsureNotNull(test1, nameof(test1));
Shield.EnsureTypeOf<Test1>(test1);
}
public Test3(ITest1 test1, ITest2 test2)
{
}
public Test6(ITest1 test)
{
Count = 1;
}
public ClassOne(ITest1 test1)
{
m_Itest1 = test1;
}
public ClassTwo(ITest1 test1, One one)
{
m_Itest1 = test1;
m_One = one;
}
public Test22([Dependency("test1")]ITest1 test1, [Dependency("test2")]ITest1 test2)
{
this.Test1 = test1;
this.Test2 = test2;
}
public TestDecorator5(ITest1 test1)
{
this.Test = test1;
}
public void Inject(ITest1 test)
{
Shield.EnsureNotNull(test, nameof(test));
this.MethodInvoked = true;
Name += test.Name;
}
public Test3(ITest1 test1, ITest2 test2)
{
Name = test1.Name + test2.Name;
}
public Test2(ITest1 test1)
{
this.Name = test1.Name;
}
public TestDecorator9(ITest1 test1, IDecoratorDep dep)
{
this.Test = test1;
}
public Test222(ITest1 test1)
{
Assert.Fail("Wrong constructor selected.");
}
public TestDecorator12(ITest1 test1)
{
this.Test2 = ((T4)test1.Test).Test2;
}
public Test2222(ITest1 test1)
{
Shield.EnsureNotNull(test1, nameof(test1));
Shield.EnsureTypeOf <Test1>(test1);
}
// don't know what ctor to choose
public Test5(ITest1 test)
{
}
public Test2222(ITest1 test1, [Dependency("test12")] ITest1 test2)
{
Assert.Fail("Wrong constructor selected.");
}
public Test3([TestCondition2] ITest1 test12)
{
this.test12 = test12;
}
public Test4(ITest1 test)
{
this.Test = test;
}
public Test2(ITest1 test1)
{
this.Test1 = test1;
}
public Test2([Dependency("test11")] ITest1 test1)
{
Shield.EnsureNotNull(test1, nameof(test1));
Shield.EnsureTypeOf <Test11>(test1);
}
public Test1(ITest1 <I, K> test1)
{
}
public Test3(ITest1 test1, ITest2 test2)
{
this.Test1 = test1;
this.Test2 = Test2;
}
public TestDecorator1(ITest1 <T> test1)
{
this.Test = test1;
}
public Test(ITest1 test1, ITest2 test2, ITest1 test3)
{
_test1 = test1;
}
public TestDecorator6(Lazy <ITest1> test1)
{
this.Test = test1.Value;
}
public void InterfaceIsGenerated()
{
var connection = Connection();
// make sure that we can create an interface
ITest1 i = connection.As <ITest1>();
Assert.IsNotNull(i);
// make sure that the wrapper is still a connection
DbConnection c = i as DbConnection;
Assert.IsNotNull(c);
// let's call us some methods
i.ExecuteSomething();
i.ExecuteSomethingWithParameters(5, "6");
Assert.AreEqual(9, i.ExecuteSomethingScalar(9));
i.SingleObject().Verify(false);
Assert.IsNull(i.SingleObjectWithNoData());
Assert.AreEqual(2, i.QueryValue(9).Count());
ParentTestData.Verify(i.QueryObject(), false);
Assert.AreEqual(11, i.ObjectAsParameter(new ParentTestData()
{
ParentX = 11
}));
Assert.AreEqual(11, i.ObjectListAsParameter(new[] { new ParentTestData()
{
ParentX = 11
} }).First());
var results = i.QueryResults(7);
ParentTestData.Verify(results.Set1, false);
Assert.AreEqual(7, results.Set2.First());
// let's call them asynchronously
i.ExecuteSomethingAsync().Wait();
i.ExecuteSomethingWithParametersAsync(5, "6").Wait();
Assert.AreEqual(9, i.ExecuteSomethingScalarAsync(9).Result);
i.SingleObjectAsync().Result.Verify(false);
Assert.AreEqual(2, i.QueryValueAsync(9).Result.Count());
ParentTestData.Verify(i.QueryObjectAsync().Result, false);
Assert.AreEqual(11, i.ObjectAsParameterAsync(new ParentTestData()
{
ParentX = 11
}).Result);
Assert.AreEqual(11, i.ObjectListAsParameterAsync(new[] { new ParentTestData()
{
ParentX = 11
} }).Result.First());
results = i.QueryResultsAsync(7).Result;
ParentTestData.Verify(results.Set1, false);
Assert.AreEqual(7, results.Set2.First());
// inline SQL!
Assert.AreEqual("42", i.InlineSql(42));
Assert.AreEqual(99, i.InlineSqlProcOverride(99));
Assert.AreEqual(98, i.InlineSqlWithSchema(98));
Assert.AreEqual(98, connection.As <ITestWithSqlAttribute>().ExecuteSomethingScalar(98));
}
public TestDecorator8(IEnumerable <ITest1> test1)
{
this.Test = test1.First();
}
public Test2(ITest1 test12)
{
this.test12 = test12;
}
public TestDecorator10(ITest2 test2, ITest1 test1)
{
this.Test2 = test2;
this.Test1 = test1;
}
public Test2(ITest1 test1)
{
this.Name = test1.Name;
}
public Test2(ITest1 test1)
{
}
public Test22([Dependency("test1")] ITest1 test1)
{
this.Name = test1.Name;
}
public Test2(ITest1 test1)
{
this.Test1 = test1;
}
public Test3(ITest1 test1, ITest2 test2)
{
Name = test1.Name + test2.Name;
}
// ctor to choose
public Test6(ITest1 test1, ITest1 test2)
{
Count = 2;
}
public void Inject(ITest1 test)
{
Shield.EnsureNotNull(test, nameof(test));
this.MethodInvoked = true;
Name += test.Name;
}
public Test2(ITest1 test12)
{
this.test12 = test12;
}
public Test3(ITest1 test1, ITest2 test2)
{
}
public Test2(ITest1 test1)
{
}
public Test2(ITest1 <I, K> test1, ITest1 <I, K> test2)
{
Test = test1;
}
public Test33(ITest1 test1)
{
Shield.EnsureNotNull(test1, nameof(test1));
}
public Test3(ITest1 test1, ITest2 test2)
{
Shield.EnsureNotNull(test1, nameof(test1));
Shield.EnsureNotNull(test2, nameof(test2));
Shield.EnsureNotNullOrEmpty(test1.Name, nameof(test1.Name));
Shield.EnsureTypeOf<Test1>(test1);
Shield.EnsureTypeOf<Test2>(test2);
}
public Test3(ITest1 test1, ITest2 test2)
{
_test1 = test1;
_test2 = test2;
}
public Test22(ITest1[] tests)
{
Shield.EnsureNotNull(tests, nameof(tests));
Assert.AreEqual(3, tests.Count());
}
