public void IgnoresPropertiesConfiguredForIgnoring()
{
IMongoConfigurationMap cfg = new MongoConfigurationMap();
cfg.For<User>(u => u.ForProperty(p => p.LastName).Ignore());
User u1 = new User() { FirstName = "Peter", LastName = "Engstrom" };
var bytes = BsonSerializer.Serialize(u1);
var u2 = BsonDeserializer.Deserialize<User>(bytes);
Assert.Equal(u1.FirstName, u2.FirstName);
Assert.Null(u2.LastName);
}
public void SerializesClassWithCustomValueObjectUsingCustomTypeConverter()
{
IMongoConfigurationMap cfg = new MongoConfigurationMap();
cfg.TypeConverterFor <NonSerializableValueObject, NonSerializableValueObjectTypeConverter>();
BsonSerializer.UseConfiguration(cfg);
// Verify that a contained, normally unserializable, value can be serialized with a proper type converter
var s1 = new NonSerializableClass()
{
Value = new NonSerializableValueObject("12345"),
Text = "Abc"
};
var bytes = BsonSerializer.Serialize(s1);
var s2 = BsonDeserializer.Deserialize <NonSerializableClass>(bytes);
Assert.Equal(s1.Value.Number, s2.Value.Number);
Assert.Equal(s1.Text, s2.Text);
BsonSerializer.UseConfiguration(null);
}
public void SerializesClassWithCustomValueObjectUsingCustomTypeConverter()
{
IMongoConfigurationMap cfg = new MongoConfigurationMap();
cfg.TypeConverterFor<NonSerializableValueObject, NonSerializableValueObjectTypeConverter>();
BsonSerializer.UseConfiguration(cfg);
// Verify that a contained, normally unserializable, value can be serialized with a proper type converter
var s1 = new NonSerializableClass()
{
Value = new NonSerializableValueObject("12345"),
Text = "Abc"
};
var bytes = BsonSerializer.Serialize(s1);
var s2 = BsonDeserializer.Deserialize<NonSerializableClass>(bytes);
Assert.Equal(s1.Value.Number, s2.Value.Number);
Assert.Equal(s1.Text, s2.Text);
BsonSerializer.UseConfiguration(null);
}
