public void SerializationSpeedTest()
{
for (var i = 0; i < 5; i++)
{
var stopWatch = new Stopwatch();
stopWatch.Start();
for (var j = 0; j < 10000; j++)
{
var obj1 = new GeneralDTO
{
Title = null,
ABoolean = true,
AGuid = Guid.NewGuid(),
AnInt = 1,
Pi = 3.14,
Nester = new GeneralDTO {
Title = "Bob", AnInt = 42
}
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
}
stopWatch.Stop();
Console.WriteLine(stopWatch.ElapsedMilliseconds);
}
}
public void SerializationOfBytesIsNotLossy()
{
var bin = new List <byte>();
for (int i = 1; i < 1000; i++)
{
bin.AddRange(BitConverter.GetBytes(i));
}
var obj1 = new GeneralDTO {
Bytes = bin.ToArray()
};
var obj2 = new GeneralDTO {
Bytes = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.True(obj1.Bytes.SequenceEqual(hydratedObj1.Bytes));
Assert.Equal(null, hydratedObj2.Bytes);
}
public void SerializesAndDeserializesAFloat()
{
var o = new GeneralDTO {
AFloat = 1.4f
};
Assert.Equal(1.4f, BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(o)).AFloat);
}
public void SerializingPocoGeneratesBytes()
{
var dummy = new GeneralDTO {
Title = "Testing"
};
Assert.NotEmpty(BsonSerializer.Serialize(dummy));
}
public void DoesntSerializeIgnoredProperties()
{
var o = new GeneralDTO {
IgnoredProperty = 4
};
Assert.Equal(0, BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(o)).IgnoredProperty);
}
public void SerializesAndDeserializesAComplexObject()
{
var obj1 = new GeneralDTO
{
Flags64 = Flags64.FlagOff,
Flags32 = Flags32.FlagOn,
Pi = 2d,
AnInt = 3,
Title = "telti",
ABoolean = false,
Strings = new[] { "a", "bb", "abc" },
Bytes = new byte[] { 1, 2, 3 },
AGuid = Guid.NewGuid(),
ADateTime = new DateTime(2001, 4, 8, 10, 43, 23, 104),
ARex = new Regex("it's over (9000)", RegexOptions.IgnoreCase)
};
var nested = new GeneralDTO {
Pi = 43d, Title = "little", ARex = new Regex("^over (9000)$")
};
obj1.Nester = nested;
var obj2 = new GeneralDTO();
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(obj1));
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(obj2));
Assert.Equal(obj1.Pi, hydratedObj1.Pi);
Assert.Equal(obj1.AnInt, hydratedObj1.AnInt);
Assert.Equal(obj1.Title, hydratedObj1.Title);
Assert.Equal(obj1.ABoolean, hydratedObj1.ABoolean);
Assert.Equal(obj1.Bytes, hydratedObj1.Bytes);
Assert.Equal(obj1.AGuid, hydratedObj1.AGuid);
Assert.Equal(obj1.ADateTime.Value.ToUniversalTime().Ticks,
hydratedObj1.ADateTime.Value.ToUniversalTime().Ticks);
Assert.Equal(obj1.Strings, hydratedObj1.Strings);
Assert.Equal(obj1.Flags32, hydratedObj1.Flags32);
Assert.Equal(obj1.Flags64, hydratedObj1.Flags64);
Assert.Equal(obj1.Nester.Title, hydratedObj1.Nester.Title);
Assert.Equal(obj1.Nester.Pi, hydratedObj1.Nester.Pi);
Assert.Equal(obj1.ARex.ToString(), hydratedObj1.ARex.ToString());
Assert.Equal(obj1.ARex.Options, hydratedObj1.ARex.Options);
Assert.Equal(obj2.Pi, hydratedObj2.Pi);
Assert.Equal(obj2.AnInt, hydratedObj2.AnInt);
Assert.Equal(obj2.Title, hydratedObj2.Title);
Assert.Equal(obj2.ABoolean, hydratedObj2.ABoolean);
Assert.Equal(obj2.Bytes, hydratedObj2.Bytes);
Assert.Equal(obj2.AGuid, hydratedObj2.AGuid);
Assert.Equal(obj2.ADateTime, hydratedObj2.ADateTime);
Assert.Equal(obj2.Strings, hydratedObj2.Strings);
Assert.Equal(obj2.Flags32, hydratedObj2.Flags32);
Assert.Equal(obj2.Flags64, hydratedObj2.Flags64);
Assert.Equal(obj2.Nester, hydratedObj2.Nester);
Assert.Equal(obj2.ARex, hydratedObj2.ARex);
}
public void RecursiveNestedTypesDontCauseInfiniteLoop()
{
var obj1 = new GeneralDTO {
Title = "Hello World", Nester = new GeneralDTO {
Title = "Bob", AnInt = 42
}
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
}
public void SerializationOfIEnumerableTIsNotLossy()
{
var gto = new GeneralDTO {
AnIEnumerable = new List <Person>()
{
new Person(), new Person()
}
};
var bytes = BsonSerializer.Serialize(gto);
var gto2 = BsonDeserializer.Deserialize <GeneralDTO>(bytes);
Assert.Equal(2, gto2.AnIEnumerable.Count());
}
public void SerializationOfEnumIsNotLossy()
{
var obj1 = new GeneralDTO {
Flags32 = Flags32.FlagOn, Flags64 = Flags64.FlagOff
};
var obj2 = new GeneralDTO();
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(obj1));
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(obj2));
Assert.Equal(obj1.Flags32, hydratedObj1.Flags32);
Assert.Equal(null, hydratedObj2.Flags32);
Assert.Equal(obj1.Flags64, hydratedObj1.Flags64);
Assert.Equal(null, hydratedObj2.Flags64);
}
public void SerializationOfNestedObjectsIsNotLossy()
{
var obj1 = new GeneralDTO {
Title = "Hello World", Nester = new GeneralDTO {
Title = "Bob", AnInt = 42
}
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
Assert.Equal(obj1.Title, hydratedObj1.Title);
Assert.Equal(obj1.Nester.Title, hydratedObj1.Nester.Title);
Assert.Equal(obj1.Nester.AnInt, hydratedObj1.Nester.AnInt);
}
public void SerializationOfScopedCodeIsNotLossy()
{
var obj1 = new GeneralDTO {
Code = new ScopedCode {
CodeString = "function(){return 'hello world!'}"
}
};
var scope = new Expando();
scope["$ns"] = "root";
obj1.Code.Scope = scope;
var obj2 = BsonDeserializer.Deserialize <GeneralDTO>(BsonSerializer.Serialize(obj1));
Assert.Equal(obj1.Code.CodeString, obj2.Code.CodeString);
Assert.Equal(((Expando)obj1.Code.Scope)["$ns"], ((Expando)obj2.Code.Scope)["$ns"]);
}
public void SerializationOfBooleansAreNotLossy()
{
var obj1 = new GeneralDTO {
ABoolean = true
};
var obj2 = new GeneralDTO {
ABoolean = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(obj1.ABoolean, hydratedObj1.ABoolean);
Assert.Equal(null, hydratedObj2.ABoolean);
}
public void SerializationOfDoublesAreNotLossy()
{
var obj1 = new GeneralDTO {
Pi = 3.1415927d
};
var obj2 = new GeneralDTO {
Pi = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(obj1.Pi, hydratedObj1.Pi);
Assert.Equal(null, hydratedObj2.Pi);
}
public void SerializationOfGuidIsNotLossy()
{
var obj1 = new GeneralDTO {
AGuid = Guid.NewGuid()
};
var obj2 = new GeneralDTO {
AGuid = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(obj1.AGuid, hydratedObj1.AGuid);
Assert.Equal(null, hydratedObj2.AGuid);
}
public void SerializationOfStringsAreNotLossy()
{
var obj1 = new GeneralDTO {
Title = null
};
var obj2 = new GeneralDTO {
Title = "Hello World"
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(null, hydratedObj1.Title);
Assert.Equal(obj2.Title, hydratedObj2.Title);
}
public void SerializationOfIntsAreNotLossy()
{
var obj1 = new GeneralDTO {
AnInt = 100
};
var obj2 = new GeneralDTO {
AnInt = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(obj1.AnInt, hydratedObj1.AnInt);
Assert.Equal(null, hydratedObj2.AnInt);
}
public void SerializationOfRegexIsNotLossy()
{
var obj1 = new GeneralDTO {
ARex = new Regex("[0-9]{5}", RegexOptions.Multiline)
};
var obj2 = new GeneralDTO {
ARex = null
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(obj1.ARex.ToString(), hydratedObj1.ARex.ToString());
Assert.Equal(obj1.ARex.Options, hydratedObj1.ARex.Options);
Assert.Equal(null, hydratedObj2.ARex);
//more tests would be useful for all the options.
}
public void SerializationOfDatesHasMillisecondPrecision()
{
var obj1 = new GeneralDTO {
ADateTime = null
};
var obj2 = new GeneralDTO {
ADateTime = DateTime.Now
};
var obj1Bytes = BsonSerializer.Serialize(obj1);
var obj2Bytes = BsonSerializer.Serialize(obj2);
var hydratedObj1 = BsonDeserializer.Deserialize <GeneralDTO>(obj1Bytes);
var hydratedObj2 = BsonDeserializer.Deserialize <GeneralDTO>(obj2Bytes);
Assert.Equal(null, hydratedObj1.ADateTime);
//Mongo stores dates as long, therefore, we have to use double->long rounding.
Assert.Equal((long)((obj2.ADateTime.Value.ToUniversalTime() - DateTime.MinValue)).TotalMilliseconds,
(long)(hydratedObj2.ADateTime.Value - DateTime.MinValue).TotalMilliseconds);
}