public void Find_UsingRegex()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
entityStore.Insert(new Person {
Name = "Daniel", Age = 29
});
entityStore.Insert(new Person {
Name = "Daniel1", Age = 45
});
entityStore.Insert(new Person {
Name = "Daniel1", Age = 55
});
entityStore.Insert(new Person {
Name = "Daniel2", Age = 65
});
entityStore.Insert(new Person {
Name = "Sue", Age = 20
});
var refetched = entityStore.FindOne <Person>(new { Age = 45, Name = new SimoRegex("^Dan.*1") });
Assert.AreEqual(45, refetched.Age);
Assert.AreEqual("Daniel1", refetched.Name);
}
}
public void ParentChildReference_CustomId_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//This time we use anonymous type and custom Id's (Guids).
var parent = new { _id = Guid.NewGuid(), Name = "Daniel" };
var fatherReference = entityStore.Reference("Parent", parent._id);
var child = new { _id = Guid.NewGuid(), Name = "Isabell", FatherReference = fatherReference };
//You could of course have created the reference manually, but then you loose the
//use of the pluralizer, and have to role-this on your own.
//new SimoReference<Guid> { CollectionName = "Parents", Id = parent._id };
entityStore.Insert("Parent", parent);
entityStore.Insert("Child", child);
var refetchedChild = entityStore.FindOneInfered(child, entityName: "Child", selector: new { child._id });
Assert.AreEqual(fatherReference.Id, refetchedChild.FatherReference.Id);
Assert.AreEqual(fatherReference.CollectionName, refetchedChild.FatherReference.CollectionName);
}
}
public void ParentChildReference_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//The parent generates a new _id when created.
//That _id is then used in the reference which is attached to the child.
//After that, you just store the items.
var parent = new Parent {
Name = "Daniel"
};
var fatherReference = entityStore.Reference <Parent>(parent._id);
var child = new Child {
Name = "Isabell", FatherReference = fatherReference
};
//You could of course have created the reference manually, but then you loose the
//use of the pluralizer, and have to role-this on your own.
//new SimoReference { CollectionName = "Parents", Id = parent._id };
entityStore.Insert(parent);
entityStore.Insert(child);
var refetchedChild = entityStore.FindOne <Child>(new { child._id });
Assert.AreEqual(fatherReference.Id, refetchedChild.FatherReference.Id);
Assert.AreEqual(fatherReference.CollectionName, refetchedChild.FatherReference.CollectionName);
}
}
public void Find_UsingJsonInOperator_ReturnsTwoOfThree()
{
var documents = new[]
{
new Person {
Name = "Daniel", Age = 29
},
new Person {
Name = "Adam", Age = 55
},
new Person {
Name = "Sue", Age = 55
},
};
TestHelper.InsertDocuments(Constants.Collections.PersonsCollectionName, documents);
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Find <Person>(@"{Name : { $in : [""Daniel"", ""Sue""] } }");
var danielAndSueFound = persons.Where(p => new[] { "Daniel", "Sue" }.Contains(p.Name)).Count() == 2;
Assert.AreEqual(2, persons.Count);
Assert.IsTrue(danielAndSueFound);
}
}
public void QueryFor_UsingMultipleInOnDifferentProps_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["Name"].In("Daniel").And("Age").In(21));
Assert.AreEqual(1, persons.Count);
}
}
public void QueryFor_UsingNotExistsQueryWhereMemberExists_ReturnsNoPersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["Tags"].NotExists());
Assert.AreEqual(3, persons.Count);
}
}
public void QueryFor_UsingSizeQueryOnArrayWithNoInts_ReturnsNoPersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["TimeCodes"].Size(0));
Assert.AreEqual(0, persons.Count);
}
}
public void Find_UsingWhereWithAnd_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q.Where(@"this.Name == 'Daniel' && this.Age == 21"));
Assert.AreEqual(1, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
}
}
public void QueryFor_UsingNotInQuery_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["Name"].NotIn("Daniel", "Sue").And("Age").NotIn(21, 23));
Assert.AreEqual(1, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
}
}
public void Find_UsingWhereWithAnd_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q.Where(@"this.Name == 'Daniel' && this.Age == 21"));
Assert.AreEqual(1, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
}
}
public void Insert_Example()
{
//The hierarchy in MongoDB is:
//- Db
// - Collection
// - Document
//By using EntityStore this is somewhat abstracted away.
//You do need a connection to create a session
//The creating of Connections and Session is something you most likely
//will put in a IoC-container or factory or something.
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//If you are dealing with typed documents (e.g. Person)
//you can use the generic API.
//Then the name of the collection is the name of the
//type, but pluralized.
//If you don't want pluralization, call
//session.SimoPluralizer.Disable(), or
//replace the implementation of the
//SimoIoC.Instance.PluralizerResolver
var person = new Person {
Name = "Daniel", Age = 29
};
entityStore.Insert(person);
//If you are using non-typed documents you have to pass
//the entityname string to the method you are using.
var anonymousPerson = new { Name = "Daniel" };
entityStore.Insert("Person", anonymousPerson);
//So the EntityStore only allows for an abstraction
//over the Db, Collection and Document hierarchy
//and you can of course access these to.
var db = session[DbName];
var persons = db["Person"];
persons.Insert(anonymousPerson);
//The EntityStore also holds the Database that it wraps.
//Of course you can obtain a collection using generics against the
//database.
var persons2 = entityStore.Database.GetCollection <Person>();
persons2.Insert(person);
var numOfStoredDocuments = entityStore.Count <Person>();
Assert.AreEqual(4, numOfStoredDocuments);
}
}
public void Find_UsingWhereWithOr_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q.Where(@"this.Name == 'Daniel' || this.Name == 'Sue'"));
Assert.AreEqual(6, persons.Count);
Assert.AreEqual(3, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(3, persons.Where(p => p.Name == "Sue").Count());
}
}
public void FindAll_LimitsTo20Of15_Returns15()
{
SetupData(15);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll<Person>(opts => opts.Limit(20));
Assert.AreEqual(15, persons.Count);
}
}
public void FindAll_SkipsThreeOfTwo_ReturnsNoItems()
{
SetupData(3);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll<Person>(opts => opts.Skip(3));
Assert.AreEqual(0, persons.Count);
}
}
public void FindAll_SkipsThreeOfTwo_ReturnsNoItems()
{
SetupData(3);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll <Person>(opts => opts.Skip(3));
Assert.AreEqual(0, persons.Count);
}
}
public void Find_UsingWhereWithOr_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q.Where(@"this.Name == 'Daniel' || this.Name == 'Sue'"));
Assert.AreEqual(6, persons.Count);
Assert.AreEqual(3, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(3, persons.Where(p => p.Name == "Sue").Count());
}
}
public void FindAll_LimitsTo20Of15_Returns15()
{
SetupData(15);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll <Person>(opts => opts.Limit(20));
Assert.AreEqual(15, persons.Count);
}
}
public void QueryFor_UsingSizeQueryOnArrayWithInts_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["TimeCodes"].Size(1));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void QueryFor_UsingChainedQuery_ReturnsTwoOfThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q =>
q["Name"].In("Daniel", "Sue").And("Age").Between(22, 28));
Assert.AreEqual(2, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void QueryFor_UsingAllQueryWithStrings_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["Tags"].HasAll("T1", "T2"));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void QueryFor_UsingAllQueryWithInts_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["TimeCodes"].HasAll(100, 200));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void QueryFor_UsingLtEQuery_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query <Person>(q => q["Age"].LtEq(21));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void FindAll_Skip10LimitTo10WhenTotalOf100_Returns10()
{
SetupData(100);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll<Person>(opts => opts.Skip(10).Limit(10));
Assert.AreEqual(10, persons.Count);
Assert.AreEqual(11, persons[0].Age);
}
}
public void FindAll_SkipsTwoOf100_ReturnsRemaining98()
{
SetupData(100);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll <Person>(opts => opts.Skip(2));
Assert.AreEqual(98, persons.Count);
Assert.AreEqual(3, persons[0].Age);
}
}
public void FindAll_Skip10LimitTo10WhenTotalOf100_Returns10()
{
SetupData(100);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll <Person>(opts => opts.Skip(10).Limit(10));
Assert.AreEqual(10, persons.Count);
Assert.AreEqual(11, persons[0].Age);
}
}
public void QueryFor_IntervalUsingQueryLtAndGt_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Age"].Gt(21).Lt(29));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void Insert_Example()
{
//The hierarchy in MongoDB is:
//- Db
// - Collection
// - Document
//By using EntityStore this is somewhat abstracted away.
//You do need a connection to create a session
//The creating of Connections and Session is something you most likely
//will put in a IoC-container or factory or something.
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//If you are dealing with typed documents (e.g. Person)
//you can use the generic API.
//Then the name of the collection is the name of the
//type, but pluralized.
//If you don't want pluralization, call
//session.SimoPluralizer.Disable(), or
//replace the implementation of the
//SimoIoC.Instance.PluralizerResolver
var person = new Person { Name = "Daniel", Age = 29 };
entityStore.Insert(person);
//If you are using non-typed documents you have to pass
//the entityname string to the method you are using.
var anonymousPerson = new { Name = "Daniel" };
entityStore.Insert("Person", anonymousPerson);
//So the EntityStore only allows for an abstraction
//over the Db, Collection and Document hierarchy
//and you can of course access these to.
var db = session[DbName];
var persons = db["Person"];
persons.Insert(anonymousPerson);
//The EntityStore also holds the Database that it wraps.
//Of course you can obtain a collection using generics against the
//database.
var persons2 = entityStore.Database.GetCollection<Person>();
persons2.Insert(person);
var numOfStoredDocuments = entityStore.Count<Person>();
Assert.AreEqual(4, numOfStoredDocuments);
}
}
public void FindOne_ChildHasNullReferenceToParent_ReturnsChildWithNullReferenceParent()
{
var child = new Child { Name = "Isabell" };
TestHelper.InsertDocument(Constants.Collections.ChildsCollectionName, child);
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
var refetchedChild = entityStore.FindOne<Child>(new { _id = child._id });
Assert.IsNotNull(refetchedChild, "Couldn't refetch child.");
Assert.IsNull(refetchedChild.FatherReference, "Fatherreference should be null.");
}
}
public void Find_UsingRegex()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
entityStore.Insert(new Person { Name = "Daniel", Age = 29 });
entityStore.Insert(new Person { Name = "Daniel1", Age = 45 });
entityStore.Insert(new Person { Name = "Daniel1", Age = 55 });
entityStore.Insert(new Person { Name = "Daniel2", Age = 65 });
entityStore.Insert(new Person { Name = "Sue", Age = 20 });
var refetched = entityStore.FindOne<Person>(new { Age = 45, Name = new SimoRegex("^Dan.*1") });
Assert.AreEqual(45, refetched.Age);
Assert.AreEqual("Daniel1", refetched.Name);
}
}
public void DisablePluralizer_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
//Just call Disable on the Pluralizer
//When you want to enable it again, call
//Enable().
var entityStore = new SimoEntityStore(session, DbName);
entityStore.Session.Pluralizer.Disable();
var person = new Person { Name = "Daniel" };
entityStore.Insert(person);
var refetched = entityStore.Database["Person"].FindOne<Person>(new { person.Name });
Assert.IsNotNull(refetched);
}
}
public void FindOne_ChildHasNullReferenceToParent_ReturnsChildWithNullReferenceParent()
{
var child = new Child {
Name = "Isabell"
};
TestHelper.InsertDocument(Constants.Collections.ChildsCollectionName, child);
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
var refetchedChild = entityStore.FindOne <Child>(new { _id = child._id });
Assert.IsNotNull(refetchedChild, "Couldn't refetch child.");
Assert.IsNull(refetchedChild.FatherReference, "Fatherreference should be null.");
}
}
public void DisablePluralizer_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
//Just call Disable on the Pluralizer
//When you want to enable it again, call
//Enable().
var entityStore = new SimoEntityStore(session, DbName);
entityStore.Session.Pluralizer.Disable();
var person = new Person {
Name = "Daniel"
};
entityStore.Insert(person);
var refetched = entityStore.Database["Person"].FindOne <Person>(new { person.Name });
Assert.IsNotNull(refetched);
}
}
public void Find_UsingJsonWhereOperator_ReturnsTwoOfThree()
{
var documents = new[]
{
new Person {Name = "Daniel", Age = 29},
new Person {Name = "Adam", Age = 55},
new Person {Name = "Sue", Age = 55},
};
TestHelper.InsertDocuments(Constants.Collections.PersonsCollectionName, documents);
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Find<Person>(@"{$where : ""this.Name == 'Daniel' || this.Name == 'Sue'""}");
var danielAndSueFound = persons.Where(p => new[] { "Daniel", "Sue" }.Contains(p.Name)).Count() == 2;
Assert.AreEqual(2, persons.Count);
Assert.IsTrue(danielAndSueFound);
}
}
public void QueryFor_UsingNotExistsQueryWhereMemberExists_ReturnsNoPersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Tags"].NotExists());
Assert.AreEqual(3, persons.Count);
}
}
public void FindAll_SkipsTwoOf100_ReturnsRemaining98()
{
SetupData(100);
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.FindAll<Person>(opts => opts.Skip(2));
Assert.AreEqual(98, persons.Count);
Assert.AreEqual(3, persons[0].Age);
}
}
public void QueryFor_UsingMultipleInOnDifferentProps_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Name"].In("Daniel").And("Age").In(21));
Assert.AreEqual(1, persons.Count);
}
}
public void QueryFor_UsingBetweenQuery_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Age"].Between(22, 28));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void QueryFor_UsingSizeQueryOnArrayWithStrings_ReturnsThreePersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Tags"].Size(2));
Assert.AreEqual(3, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Daniel").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
Assert.AreEqual(1, persons.Where(p => p.Name == "Sue").Count());
}
}
public void ParentChildReference_CustomId_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//This time we use anonymous type and custom Id's (Guids).
var parent = new { _id = Guid.NewGuid(), Name = "Daniel" };
var fatherReference = entityStore.Reference("Parent", parent._id);
var child = new { _id = Guid.NewGuid(), Name = "Isabell", FatherReference = fatherReference };
//You could of course have created the reference manually, but then you loose the
//use of the pluralizer, and have to role-this on your own.
//new SimoReference<Guid> { CollectionName = "Parents", Id = parent._id };
entityStore.Insert("Parent", parent);
entityStore.Insert("Child", child);
var refetchedChild = entityStore.FindOneInfered(child, entityName: "Child", selector: new { child._id });
Assert.AreEqual(fatherReference.Id, refetchedChild.FatherReference.Id);
Assert.AreEqual(fatherReference.CollectionName, refetchedChild.FatherReference.CollectionName);
}
}
public void ParentChildReference_Example()
{
var cn = TestHelper.CreateConnection();
using (var session = new SimoSession(cn))
{
var entityStore = new SimoEntityStore(session, DbName);
//The parent generates a new _id when created.
//That _id is then used in the reference which is attached to the child.
//After that, you just store the items.
var parent = new Parent { Name = "Daniel" };
var fatherReference = entityStore.Reference<Parent>(parent._id);
var child = new Child { Name = "Isabell", FatherReference = fatherReference };
//You could of course have created the reference manually, but then you loose the
//use of the pluralizer, and have to role-this on your own.
//new SimoReference { CollectionName = "Parents", Id = parent._id };
entityStore.Insert(parent);
entityStore.Insert(child);
var refetchedChild = entityStore.FindOne<Child>(new { child._id });
Assert.AreEqual(fatherReference.Id, refetchedChild.FatherReference.Id);
Assert.AreEqual(fatherReference.CollectionName, refetchedChild.FatherReference.CollectionName);
}
}
public void QueryFor_UsingSizeQueryOnArrayWithNoStrings_ReturnsNoPersons()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Tags"].Size(0));
Assert.AreEqual(0, persons.Count);
}
}
public void QueryFor_UsingNotInQuery_ReturnsOnePerson()
{
using (var session = TestHelper.CreateSession())
{
var entityStore = new SimoEntityStore(session, DbName);
var persons = entityStore.Query<Person>(q => q["Name"].NotIn("Daniel", "Sue").And("Age").NotIn(21, 23));
Assert.AreEqual(1, persons.Count);
Assert.AreEqual(1, persons.Where(p => p.Name == "Adam").Count());
}
}
