private static void GenerateJsonForAandB(out string jsonA, out string jsonB)
{
Console.WriteLine("Begin constructing the original objects. Please ignore trace information until I'm done.");
// set all parameters to false to produce pure JSON
fastJSON.JSON.Instance.Parameters = new JSONParameters {
EnableAnonymousTypes = false, IgnoreCaseOnDeserialize = false, SerializeNullValues = false, ShowReadOnlyProperties = false, UseExtensions = false, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUTCDateTime = false, UsingGlobalTypes = false
};
var a = new ConcurrentClassA {
PayloadA = new PayloadA()
};
var b = new ConcurrentClassB {
PayloadB = new PayloadB()
};
// A is serialized with extensions and global types
jsonA = JSON.Instance.ToJSON(a, new JSONParameters {
EnableAnonymousTypes = false, IgnoreCaseOnDeserialize = false, SerializeNullValues = false, ShowReadOnlyProperties = false, UseExtensions = true, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUTCDateTime = false, UsingGlobalTypes = true
});
// B is serialized using the above defaults
jsonB = JSON.Instance.ToJSON(b);
Console.WriteLine("Ok, I'm done constructing the objects. Below is the generated json. Trace messages that follow below are the result of deserialization and critical for understanding the timing.");
Console.WriteLine(jsonA);
Console.WriteLine(jsonB);
}
public void NullOutput()
{
var c = new ConcurrentClassA ();
var s = JSON.ToJSON (c, new JSONParameters { UseExtensions = false, SerializeNullValues = false });
Console.WriteLine (JSON.Beautify (s));
Assert.AreEqual (false, s.Contains (",")); // should not have a comma
}
void GenerateJsonForAandB(out string jsonA, out string jsonB)
{
Console.WriteLine("Begin constructing the original objects. Please ignore trace information until I'm done.");
var a = new ConcurrentClassA {
PayloadA = new PayloadA()
};
var b = new ConcurrentClassB {
PayloadB = new PayloadB()
};
// A is serialized with extensions and global types
jsonA = Json.ToJson(a, new SerializationManager {
EnableAnonymousTypes = false, SerializeNullValues = false, SerializeReadOnlyProperties = false, UseExtensions = true, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUniversalTime = false
});
// B is serialized using below settings
// set all parameters to false to produce pure JSON
jsonB = Json.ToJson(b, new SerializationManager {
EnableAnonymousTypes = false, SerializeNullValues = false, SerializeReadOnlyProperties = false, UseExtensions = false, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUniversalTime = false
});
Console.WriteLine("Ok, I'm done constructing the objects. Below is the generated json. Trace messages that follow below are the result of deserialization and critical for understanding the timing.");
Console.WriteLine(jsonA);
Console.WriteLine(jsonB);
}
public static void NullOutput()
{
var c = new ConcurrentClassA();
var s = fastJSON.JSON.Instance.ToJSON(c, new JSONParameters {
UseExtensions = false
});
Console.WriteLine(fastJSON.JSON.Instance.Beautify(s));
Assert.AreEqual(false, s.Contains(",")); // should not have a comma
}
public void NullOutput()
{
var c = new ConcurrentClassA();
var s = JSON.ToJSON(c, new JSONParameters {
UseExtensions = false, SerializeNullValues = false
});
Console.WriteLine(JSON.Beautify(s));
Assert.AreEqual(false, s.Contains(",")); // should not have a comma
}
public void NullOutput()
{
var c = new ConcurrentClassA();
var s = Json.ToJson(c, new SerializationManager {
UseExtensions = false, SerializeNullValues = false
});
Console.WriteLine(Json.Beautify(s));
Assert.AreEqual(false, s.Contains(",")); // should not have a comma
}
void GenerateJsonForAandB(out string jsonA, out string jsonB)
{
Console.WriteLine ("Begin constructing the original objects. Please ignore trace information until I'm done.");
// set all parameters to false to produce pure JSON
JSON.Parameters = new JSONParameters { EnableAnonymousTypes = false, SerializeNullValues = false, ShowReadOnlyProperties = false, UseExtensions = false, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUTCDateTime = false, UsingGlobalTypes = false };
var a = new ConcurrentClassA { PayloadA = new PayloadA () };
var b = new ConcurrentClassB { PayloadB = new PayloadB () };
// A is serialized with extensions and global types
jsonA = JSON.ToJSON (a, new JSONParameters { EnableAnonymousTypes = false, SerializeNullValues = false, ShowReadOnlyProperties = false, UseExtensions = true, UseFastGuid = false, UseOptimizedDatasetSchema = false, UseUTCDateTime = false, UsingGlobalTypes = true });
// B is serialized using the above defaults
jsonB = JSON.ToJSON (b);
Console.WriteLine ("Ok, I'm done constructing the objects. Below is the generated json. Trace messages that follow below are the result of deserialization and critical for understanding the timing.");
Console.WriteLine (jsonA);
Console.WriteLine (jsonB);
}