public void SerializationSpeedPrimitives()
{
string ret;
var serializer = this.Serializer;
var count = 1;
var o = new List <Primitives>();
for (int n = 100; n < 50000; n++)
{
o.Add(Primitives.Create(n));
}
var elapsedMs = TestMethods.GetSerializationSpeed(count, serializer, o, out ret, serializer);
DebugWrite.WriteLine(
"{0} took {1}ms serializing {2} iterations.",
serializer,
elapsedMs,
count);
List <Primitives> outValue;
elapsedMs = TestMethods.GetDeserializationSpeed(count, serializer, ret, out outValue, serializer);
DebugWrite.WriteLine(
"{0} took {1}ms deserializing {2} iterations.",
serializer,
elapsedMs,
count);
}
public void SerializationSpeedDates()
{
string ret;
var serializer = this.Serializer;
var count = 1;
var o = new List <DateTimeDto>();
for (var n = 100; n < 20000; n++)
{
o.Add(DateTimeDto.Create(n));
}
var elapsedMs = TestMethods.GetSerializationSpeed(count, serializer, o, out ret, serializer);
DebugWrite.WriteLine(
"{0} took {1}ms serializing {2} iterations.",
serializer,
elapsedMs,
count);
IEnumerable <DateTimeDto> outValue;
elapsedMs = TestMethods.GetDeserializationSpeed(count, serializer, ret, out outValue, serializer);
DebugWrite.WriteLine(
"{0} took {1}ms deserializing {2} iterations.",
serializer,
elapsedMs,
count);
}
public void CanSerializeAbstractClass()
{
var dog = new Dog()
{
Name = "GSP"
};
Assert.IsTrue(TestMethods.CanSerialize <Animal>(this.Serializer, dog, this.Deserializer));
}
public void CanSerializeInterface()
{
var cat = new Cat()
{
Name = "Just some cat"
};
Assert.IsTrue(TestMethods.CanSerialize <IAnimal>(this.Serializer, cat, this.Deserializer));
}
public void CanSerializeSimple()
{
var person = new Person()
{
Id = 0,
FirstName = "First",
LastName = "Last"
};
Assert.IsTrue(TestMethods.CanSerialize(this.Serializer, person, this.Deserializer));
}
public void CanSerializePrimitiveList()
{
var list = new PrimitiveList();
for (var n = 0; n < 10; n++)
{
list.List.Add(Primitives.Create(n));
}
Assert.IsTrue(TestMethods.CanSerialize <PrimitiveList>(this.Serializer, list, this.Serializer));
}
public void SerializationSpeed()
{
var serializer = this.Serializer;
var count = 100;
var elapsedMs = TestMethods.GetSerializationSpeed(count, serializer);
DebugWrite.WriteLine("{0} took {1}ms serializing {2} iterations.",
serializer,
elapsedMs,
count);
}
public void CanSerializeListWithInterfaces()
{
var animals = new List <IAnimal> {
new Cat()
{
Name = "Just some cat"
}, new Dog()
{
Name = "GSP"
}
};
Assert.IsTrue(TestMethods.CanSerializeEnumerable(this.Serializer, animals, this.Deserializer));
}
public void DeserializationSpeed()
{
string str;
var count = 10;
List <Person> persons;
var serializer = this.Serializer;
var elapsedMs = TestMethods.GetSerializationSpeed(1, serializer, this.GetList(), out str, serializer);
elapsedMs = TestMethods.GetDeserializationSpeed(count, serializer, str, out persons, serializer);
DebugWrite.WriteLine("{0} took {1}ms deserializing {2} iterations.",
serializer,
elapsedMs,
count);
}
public void CanSerializeDates()
{
var p = DateTimeDto.Create(101);
Assert.IsTrue(TestMethods.CanSerialize(this.Serializer, p, this.Deserializer));
}
public void CanSerializeDateTimeOffset()
{
var p = new DateTimeOffset(DateTime.Now);
Assert.IsTrue(TestMethods.CanSerialize(this.Serializer, p, this.Deserializer));
}
public void CanSerializeDateTime()
{
var p = DateTime.Now;
Assert.IsTrue(TestMethods.CanSerialize(this.Serializer, p, this.Deserializer));
}
public void CanSerializePrimitive()
{
var p = Primitives.Create(10);
Assert.IsTrue(TestMethods.CanSerialize(this.Serializer, p, this.Deserializer));
}
