public override object ApplyUndoRedoDiff(object diff)
{
ObjectDiff[] data = (ObjectDiff[])diff;
XmlElement status = UndoManager.GetObjectStatus(this);
XmlElement oldElem = (XmlElement)status.CloneNode(true);
ObjectDiff propsDiff = data [0];
if (propsDiff != null)
{
propDiffGenerator.ApplyDiff(status, propsDiff);
ReadProperties(new ObjectReader(Project, FileFormat.Native), status);
data [0] = propDiffGenerator.GetDiff(status, oldElem);
}
ObjectDiff actionsDiff = data [1];
if (actionsDiff != null)
{
LocalActionGroups.ApplyDiff(Project, actionsDiff);
data [1] = LocalActionGroups.GetDiff(Project, oldElem);
}
return(data);
}
public void ReadWithSchemaFirst()
{
string json = @"{
'StringProperty': 'Text',
'IntProperty': 42,
'DoubleProperty': 10.2,
'NullableIntProperty': null,
'BoolProperty': true,
'DateProperty': '2020-12-26',
'StringArray':['a1','a2'],
'IntArray':[1,2],
'$metadata.schema.compact': [
'StringProperty@type=string',
'IntProperty@type=int',
'DoubleProperty@type=double',
'NullableIntProperty@type=int?',
'BoolProperty @type = bool',
'DateProperty@type=LocalDate',
'StringArray@type=string[]',
'IntArray@type=int[]'
]
}";
var initialContainer = CreateTestContainer();
var restoredContainer = json.DeserializeWithNewtonsoftJson <IPropertyContainer>(configureSerialization: options => options.ReadSchemaFirst = true);
ObjectDiff objectDiff = MetadataComparer.GetDiff(restoredContainer, initialContainer);
objectDiff.Diffs.Should().BeEmpty();
// container will lose types
var restoredContainer2 = json.DeserializeWithNewtonsoftJson <IPropertyContainer>(configureSerialization: options => options.ReadSchemaFirst = false);
ObjectDiff objectDiff2 = MetadataComparer.GetDiff(restoredContainer2, initialContainer);
objectDiff2.Diffs.Should().NotBeNullOrEmpty();
}
public void OnlyMismatchedRemain()
{
var obj = new ObjectDiff()
{
BaseValue = 1,
EvaluatedValue = 1,
Items =
new List <BaseDiff>()
{
new BaseDiff()
{
BaseValue = 2, EvaluatedValue = 2
},
new BaseDiff()
{
BaseValue = 3, EvaluatedValue = 1
}
}
};
var result = obj.WithoutMatching();
Assert.Equal(1, result.Count);
Assert.Equal(false, result.First().ValuesMatch);
}
public void EnumerateProperties_JObject()
{
GameThread.IgnoreThreadRestrictions = true;
using (var ge = new GameEngine(null))
{
ge.EngineInitialized.WaitOne();
var objs = new List <object>();
var adders = new
{
a = 12,
b = 14,
c = new
{
d = 15
}
};
var obj = JObject.FromObject(adders);
var props = ObjectDiff.EnumerateProperties(obj).ToDictionary(x => x.Name, x => x.Value);
Assert.AreEqual(12, ((JValue)props["a"]).Value);
Assert.AreEqual(14, ((JValue)props["b"]).Value);
}
}
public void DiffKeysWithArrays()
{
using (var engine = new JavascriptEngine()) {
engine.Execute("var a = {};");
var startObj = engine.ExecuteAndReturn("a");
engine.Execute("var a = {};");
engine.Execute("a.users = []");
var endObj = engine.ExecuteAndReturn("a");
// Added
var diff = new ObjectDiff();
diff.Diff(startObj, endObj, "a");
Assert.AreEqual(1, diff.Added.Count);
Assert.AreEqual("a.users", diff.Added.Keys.First(), "It actually equals " + diff.Added.Keys.First());
var val = JsonConvert.SerializeObject(diff.Added.First().Value);
Assert.AreEqual("[]", val);
}
using (var engine = new JavascriptEngine())
{
engine.Execute("var a = {};");
engine.Execute("a.users = []");
var startObj = engine.ExecuteAndReturn("a");
engine.Execute("var a = {};");
engine.Execute("a.users = []");
engine.Execute("a.users[1] = 12");
var endObj = engine.ExecuteAndReturn("a");
// Added
var diff = new ObjectDiff();
diff.Diff(startObj, endObj, "a");
Assert.AreEqual(2, diff.Added.Count);
Assert.True(diff.Added.ContainsKey("a.users[0]"));
Assert.True(diff.Added.ContainsKey("a.users[1]"));
// Deleted
diff = new ObjectDiff();
diff.Diff(endObj, startObj, "a");
Assert.AreEqual(2, diff.Deleted.Count);
Assert.True(diff.Deleted.Contains("a.users[0]"));
Assert.True(diff.Deleted.Contains("a.users[1]"));
// Modified
engine.Execute("var a = {};");
engine.Execute("a.users = []");
engine.Execute("a.users[1] = 14");
var changedObj = engine.ExecuteAndReturn("a");
diff = new ObjectDiff();
diff.Diff(endObj, changedObj, "a");
Assert.AreEqual(1, diff.Modified.Count);
Assert.AreEqual("a.users[1]", diff.Modified.Keys.First(), "It actually equals " + diff.Modified.Keys.First());
}
}
public async Task DiffSizeDoNotMatchRightLongerTest()
{
int id = 2;
HttpResponseMessage httpResponseMessage;
//set left property
using (httpResponseMessage = HttpClient.PutAsJsonAsync(String.Format(PutLeftUrl, id), new ObjectData {
data = "AQA="
}).Result)
{
Assert.AreEqual(HttpStatusCode.Created, httpResponseMessage.StatusCode);
}
//set right property
using (httpResponseMessage = HttpClient.PutAsJsonAsync(String.Format(PutRightUrl, id), new ObjectData {
data = "AQABAQ=="
}).Result)
{
Assert.AreEqual(HttpStatusCode.Created, httpResponseMessage.StatusCode);
}
//get diff
using (httpResponseMessage = HttpClient.GetAsync(String.Format(GetDiffUrl, id)).Result)
{
Assert.AreEqual(HttpStatusCode.OK, httpResponseMessage.StatusCode);
ObjectDiff objectDiff = await httpResponseMessage.Content.ReadAsAsync <ObjectDiff>();
Assert.AreEqual(objectDiff.diffResultType, DiffResultType.SizeDoNotMatch);
}
}
public void SerializeDeserializePropertyContainer()
{
var initialContainer = CreateTestContainer();
var propertyContainerContract = initialContainer.ToContract(new DefaultMapperSettings());
propertyContainerContract.Should().NotBeNull();
var contractJson = propertyContainerContract.ToJsonWithSystemTextJson();
var json1 = initialContainer.ToJsonWithSystemTextJson();
var jsonOptions = new JsonSerializerOptions().ConfigureJsonOptions();
DeserializeAndCompare <IPropertyContainer>();
DeserializeAndCompare <PropertyContainer>();
DeserializeAndCompare <IMutablePropertyContainer>();
DeserializeAndCompare <MutablePropertyContainer>();
DeserializeAndCompare <PropertyContainer <TestMeta> >();
var json2 = initialContainer.ToJsonWithNewtonsoftJson();
var container2 = json2.DeserializeWithNewtonsoftJson <IPropertyContainer>();
ObjectDiff objectDiff = MetadataComparer.GetDiff(initialContainer, container2);
objectDiff.Diffs.Should().BeEmpty();
void DeserializeAndCompare <TContainer>() where TContainer : IPropertyContainer
{
TContainer?restored = JsonSerializer.Deserialize <TContainer>(json1, jsonOptions);
ObjectDiff objectDiff = MetadataComparer.GetDiff(restored, initialContainer);
objectDiff.Diffs.Should().BeEmpty();
}
}
public void Patch()
{
var po = ObjectDiff.ToJObject(new
{
a = 1,
b = 2,
c = new
{
d = 3
}
});
var co = ObjectDiff.ToJObject(new
{
a = 1,
b = 2,
c = new
{
d = 3
}
});
co["a"] = 2;
(co["c"] as JObject).Add("e", 4);
((JObject)co).Remove("b");
var diff = new ObjectDiff(po, co);
var patch = diff.Patch(po) as JObject;
Assert.AreEqual(((JValue)co["a"]).Value, ((JValue)patch["a"]).Value);
Assert.IsNull(patch.Property("b"));
Assert.AreEqual(4, ((JValue)((JObject)patch["c"])["e"]).Value);
}
private static string ToTextDiff(Diff diff)
{
return(diff switch
{
TypeDiff typeDiff => ToTypeTextDiff(typeDiff),
ValueDiff valueDiff => ToValueTypeTextDiff(valueDiff),
ArrayDiff arrayDiff => ToArrayTextDiff(arrayDiff),
ObjectDiff objectDiff => ToObjectTextDiff(objectDiff),
_ => throw new Exception("Unknown diff type")
});
internal void UpdateState(ObjectDiff diff)
{
lock (this)
{
_state.Add(diff.Id, diff);
_fullState = diff.Patch(_fullState);
_client.UIRPC.FireStateUpdated(diff);
}
}
public override object GetUndoDiff()
{
XmlElement oldElem = UndoManager.GetObjectStatus(this);
UndoWriter writer = new UndoWriter(oldElem.OwnerDocument, UndoManager);
XmlElement newElem = Write(writer);
ObjectDiff actionsDiff = GetDiffGenerator().GetDiff(this, oldElem);
UndoManager.UpdateObjectStatus(this, newElem);
return(actionsDiff);
}
public void StateChange(int id, ObjectDiff diff)
{
if (id != _lastState + 1)
{
//TODO should check to see if we missed a state change
// Cause we know they'll happen in order
throw new NotImplementedException();
}
_lastState = id;
_state.UpdateState(diff);
}
public void LeftIs1ByteLongAndRightIs2ByteLongTest()
{
byte[] left = { 0, 0 };
byte[] right = { 0 };
ObjectDiff objectDiff = _differ.GetDiff(left, right);
Assert.IsNotNull(objectDiff);
Assert.AreEqual(DiffResultType.SizeDoNotMatch, objectDiff.diffResultType);
Assert.IsNull(objectDiff.diffs);
}
public void LeftAndRightAre2ByteLongEqualsTest()
{
byte[] left = { 0, 0 };
byte[] right = { 0, 0 };
ObjectDiff objectDiff = _differ.GetDiff(left, right);
Assert.IsNotNull(objectDiff);
Assert.AreEqual(DiffResultType.Equals, objectDiff.diffResultType);
Assert.IsNull(objectDiff.diffs);
}
public void LeftAndRightAreEmptyTest()
{
byte[] left = new byte[0];
byte[] right = new byte[0];
ObjectDiff objectDiff = _differ.GetDiff(left, right);
Assert.IsNotNull(objectDiff);
Assert.AreEqual(DiffResultType.Equals, objectDiff.diffResultType);
Assert.IsNull(objectDiff.diffs);
}
public void FireStateUpdated(ObjectDiff obj)
{
dynamic[] cs = new dynamic[0];
lock (_clients)
{
cs = _clients.ToArray();
}
foreach (var c in cs)
{
c.FireStateUpdated(obj);
}
}
public void LeftAndRightAreDifferentInEveryByteTest()
{
byte[] left = { 1, 1, 1, 1 };
byte[] right = { 0, 0, 0, 0 };
ObjectDiff objectDiff = _differ.GetDiff(left, right);
Assert.IsNotNull(objectDiff);
Assert.AreEqual(DiffResultType.ContentDoNotMatch, objectDiff.diffResultType);
Assert.IsNotNull(objectDiff.diffs);
Assert.AreEqual(objectDiff.diffs.Count, 1);
Assert.AreEqual(objectDiff.diffs[0].offset, 0);
Assert.AreEqual(objectDiff.diffs[0].length, 4);
}
public ObjectDiff ProcessChanges()
{
var diff = new ObjectDiff();
if (diff.Diff(_prevObject, _object))
{
diff.Id = ++_prevId;
// Store those changes(patch)
_changes.Add(diff.Id, diff);
// Update the _objectProps object with new object
_prevObject = ObjectDiff.ToJObject(_object);
}
return(diff);
}
public override object ApplyUndoRedoDiff(object diff)
{
ObjectDiff actionsDiff = (ObjectDiff)diff;
XmlElement status = UndoManager.GetObjectStatus(this);
DiffGenerator differ = GetDiffGenerator();
differ.ApplyDiff(this, actionsDiff);
actionsDiff = differ.GetDiff(this, status);
UndoWriter writer = new UndoWriter(status.OwnerDocument, UndoManager);
XmlElement newElem = Write(writer);
UndoManager.UpdateObjectStatus(this, newElem);
return(actionsDiff);
}
public override object GetUndoDiff()
{
XmlElement oldElem = UndoManager.GetObjectStatus(this);
XmlElement newElem = WriteProperties(new ObjectWriter(oldElem.OwnerDocument, FileFormat.Native));
ObjectDiff propsDiff = propDiffGenerator.GetDiff(newElem, oldElem);
ObjectDiff actionsDiff = LocalActionGroups.GetDiff(Project, oldElem);
UndoManager.UpdateObjectStatus(this, newElem);
if (propsDiff == null && actionsDiff == null)
{
return(null);
}
else
{
return new ObjectDiff[] { propsDiff, actionsDiff }
};
}
public void IsArray()
{
var js = new JavascriptEngine();
var arrays = new object[] {
js.ExecuteAndReturn("[\"a\"]"),
new string[1] {
"a"
},
};
var notArrays = new object[]
{
js.ExecuteAndReturn("\"a\""),
new ExpandoObject(),
new Dictionary <int, string>()
};
for (var i = 0; i < arrays.Length; i++)
{
try
{
Assert.True(ObjectDiff.IsArray(arrays[i]), "Item {0} is an array", i);
}
catch (Exception e)
{
throw new Exception($"Item {i} in arrays threw an exception", e);
}
}
for (var i = 0; i < notArrays.Length; i++)
{
try
{
Assert.False(ObjectDiff.IsArray(notArrays[i]), "Item {0} is not an array", i);
}
catch (Exception e)
{
throw new Exception($"Item {i} in notArrays threw an exception", e);
}
}
}
public async Task DiffContentDoNotMatchTest()
{
int id = 2;
HttpResponseMessage httpResponseMessage;
//set left property
using (httpResponseMessage = HttpClient.PutAsJsonAsync(String.Format(PutLeftUrl, id), new ObjectData {
data = "AAAAAA=="
}).Result)
{
Assert.AreEqual(HttpStatusCode.Created, httpResponseMessage.StatusCode);
}
//set right property
using (httpResponseMessage = HttpClient.PutAsJsonAsync(String.Format(PutRightUrl, id), new ObjectData {
data = "AQABAQ=="
}).Result)
{
Assert.AreEqual(HttpStatusCode.Created, httpResponseMessage.StatusCode);
}
//get diff
using (httpResponseMessage = HttpClient.GetAsync(String.Format(GetDiffUrl, id)).Result)
{
Assert.AreEqual(HttpStatusCode.OK, httpResponseMessage.StatusCode);
ObjectDiff objectDiff = await httpResponseMessage.Content.ReadAsAsync <ObjectDiff>();
Assert.AreEqual(objectDiff.diffResultType, DiffResultType.ContentDoNotMatch);
Assert.AreEqual(objectDiff.diffs.Count, 2); //expect 2 contents diffs
Assert.AreEqual(objectDiff.diffs[0].offset, 0); //1 diff
Assert.AreEqual(objectDiff.diffs[0].length, 1);
Assert.AreEqual(objectDiff.diffs[1].offset, 2); //2 diff
Assert.AreEqual(objectDiff.diffs[1].length, 2);
}
}
public void EmptyIfMatching()
{
var obj = new ObjectDiff()
{
BaseValue = 1,
EvaluatedValue = 1,
Items =
new List <BaseDiff>()
{
new BaseDiff()
{
BaseValue = 2, EvaluatedValue = 2
},
new BaseDiff()
{
BaseValue = 3, EvaluatedValue = 3
}
}
};
var result = obj.WithoutMatching();
Assert.Equal(0, result.Count);
}
/// <summary>
/// . Obtains the difference between two JSON objects, either an Entity or a Structure. .
/// </summary>
/// <param name="ssOriginalObject">. Object in its original state (no change). .</param>
/// <param name="ssModifiedObject">. Object in its modified state (with change). .</param>
/// <param name="ssIgnoreItems">. List of items / attributes to be ignored by the comparison...</param>
/// <param name="ssResultProcessing">. Object containing attributes that have different values between the Original and Modified states or when there is an error, it returns true and the error message.</param>
public void MssGetDiff(string ssOriginalObject, string ssModifiedObject, RLIgnoreItemRecordList ssIgnoreItems, out RCObjectChangedErrorRecord ssResultProcessing)
{
int TrackChanges_Version = 2;
RCObjectChangedErrorRecord rCObjectChangedErrorRecord = new RCObjectChangedErrorRecord(null);
try
{
List <string> ignoreAttrib = new List <string>();
foreach (RCIgnoreItemRecord rCIgnoreItemRecord in ssIgnoreItems.Data)
{
ignoreAttrib.Add(rCIgnoreItemRecord.ssSTIgnoreItem.ssItem);
}
switch (TrackChanges_Version)
{
case 1:
TrackChangesInvok trackChangesInvok = new TrackChangesInvok(ssOriginalObject, ssModifiedObject, ignoreAttrib);
ObjectDiff objectDiff = trackChangesInvok.DiffJSON();
rCObjectChangedErrorRecord.ssSTObjectChanged.ssName = objectDiff.ObjectName;
objectDiff.Items.ForEach(delegate(ItemDiff itemDiff)
{
RCItemChangedRecord rCItemChangedRecord = new RCItemChangedRecord();
rCItemChangedRecord.ssSTItemChanged.ssAttribute = itemDiff.AttributeName;
rCItemChangedRecord.ssSTItemChanged.ssOriginalValue = itemDiff.Values[0];
rCItemChangedRecord.ssSTItemChanged.ssModifieldValue = itemDiff.Values[1];
rCObjectChangedErrorRecord.ssSTObjectChanged.ssAttributies.Append(record: rCItemChangedRecord);
});
break;
case 2:
TrackChangesV2.TrackChanges trackChangesV2 =
new TrackChangesV2.TrackChanges(originalOjbectJSON: ssOriginalObject, modifieldObjectJSON: ssModifiedObject, ignoreFields: ignoreAttrib);
trackChangesV2.ProcessTrackChanges().ForEach(delegate(TrackChangesV2.ItemMerge itemMerge)
{
RCItemChangedRecord rCItemChangedRecord = new RCItemChangedRecord();
rCItemChangedRecord.ssSTItemChanged.ssAttribute = itemMerge.Name;
rCItemChangedRecord.ssSTItemChanged.ssOriginalValue = itemMerge.ActualValue;
rCItemChangedRecord.ssSTItemChanged.ssModifieldValue = itemMerge.NewValue;
rCObjectChangedErrorRecord.ssSTObjectChanged.ssAttributies.Append(record: rCItemChangedRecord);
});
break;
}
ssResultProcessing = rCObjectChangedErrorRecord;
}
catch (Exception e)
{
rCObjectChangedErrorRecord.ssSTError.ssIsError = true;
rCObjectChangedErrorRecord.ssSTError.ssErrorMessage = string.Concat(e.Message);
ssResultProcessing = rCObjectChangedErrorRecord;
}
// TODO: Write implementation for action
} // MssGetDiff
internal void ApplyDiff(IProject prj, ObjectDiff diff)
{
GetDiffGenerator(prj).ApplyDiff(this, diff);
}
public void Diff()
{
GameThread.IgnoreThreadRestrictions = true;
using (var ge = new GameEngine(null)) {
ge.EngineInitialized.WaitOne();
var diff = new ObjectDiff();
dynamic sobj = new ExpandoObject();
dynamic eobj = new ExpandoObject();
eobj.Tim = new ExpandoObject();
eobj.Tim.bill = 12;
diff.Diff(sobj, eobj);
Assert.AreEqual(diff.Added["Tim"], ObjectDiff.ToJObject(eobj.Tim));
Assert.IsEmpty(diff.Deleted);
Assert.IsEmpty(diff.Modified);
// Equal
diff = new ObjectDiff();
sobj = eobj;
eobj = new ExpandoObject();
eobj.Tim = new ExpandoObject();
eobj.Tim.bill = 12;
diff.Diff(sobj, eobj);
Assert.IsEmpty(diff.Added);
Assert.IsEmpty(diff.Deleted);
Assert.IsEmpty(diff.Modified);
// Modify
diff = new ObjectDiff();
sobj = eobj;
eobj = new ExpandoObject();
eobj.Tim = new ExpandoObject();
eobj.Tim.bill = "chicken";
diff.Diff(sobj, eobj);
Assert.IsEmpty(diff.Added);
Assert.IsEmpty(diff.Deleted);
Assert.AreEqual(((JValue)diff.Modified["Tim.bill"]).Value, "chicken");
// Delete
diff = new ObjectDiff();
sobj = eobj;
eobj = new ExpandoObject();
eobj.Tim = new ExpandoObject();
diff.Diff(sobj, eobj);
Assert.IsEmpty(diff.Added);
Assert.IsEmpty(diff.Modified);
Assert.Contains("Tim.bill", diff.Deleted);
eobj = new ExpandoObject();
diff.Diff(sobj, eobj);
Assert.IsEmpty(diff.Added);
Assert.IsEmpty(diff.Modified);
Assert.Contains("Tim", diff.Deleted);
}
}
public void TestPropertiesDiffEquality()
{
var diff = new ObjectDiff(new DiffPoint("$",
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") }
}),
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") },
{ "edition", new JsonString("2nd") }
})), new PropertyMismatch[]
{
new RightOnlyProperty("edition", new JsonString("2nd"))
}
);
var sameDiff = new ObjectDiff(new DiffPoint("$",
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") }
}),
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") },
{ "edition", new JsonString("2nd") }
})), new PropertyMismatch[]
{
new RightOnlyProperty("edition", new JsonString("2nd"))
}
);
var anotherDiff = new ObjectDiff(new DiffPoint("$.books[0]",
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") }
}),
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") },
{ "edition", new JsonString("2nd") }
})), new PropertyMismatch[]
{
new RightOnlyProperty("edition", new JsonString("2nd"))
}
);
var yetAnotherDiff = new ObjectDiff(new DiffPoint("$",
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") }
}),
new JsonObject(new Dictionary <string, JsonValue>
{
{ "author", new JsonString("William Kent") },
{ "title", new JsonString("Data and Reality") },
{ "edition", new JsonString("3rd") }
})), new PropertyMismatch[]
{
new RightOnlyProperty("edition", new JsonString("3rd"))
}
);
Assert.Equal(diff, sameDiff);
Assert.NotEqual(diff, anotherDiff);
Assert.NotEqual((Diff)diff, anotherDiff);
Assert.NotEqual((object)diff, anotherDiff);
Assert.NotEqual(diff, yetAnotherDiff);
Assert.NotEqual(anotherDiff, yetAnotherDiff);
Assert.Equal("ObjectDiff { Path = $, Left = Object {2 properties}, Right = Object {3 properties} }", diff.ToString());
}
public void IsValue_True([Values(null, "asdf", "", 12, 1.2)] object obj)
{
Assert.True(ObjectDiff.IsValue(obj));
}
public void EnumerateProperties()
{
GameThread.IgnoreThreadRestrictions = true;
using (var ge = new GameEngine(null))
{
ge.EngineInitialized.WaitOne();
var objs = new List <object>();
var adders = new
{
a = 12,
b = 14,
c = new
{
d = 15
}
};
var adderProps = adders.GetType().GetProperties();
IDictionary <string, object> adderPropsDick = adderProps.ToDictionary(x => x.Name, x => x.GetValue(adders));
{
dynamic obj = new ExpandoObject();
foreach (var prop in adderPropsDick)
{
(obj as IDictionary <string, object>).Add(prop.Key, prop.Value);
}
objs.Add(obj);
}
{
StateClass obj = new StateClass(ge);
foreach (var prop in adderPropsDick)
{
Dynamic.InvokeSet(obj, prop.Key, prop.Value);
}
objs.Add(obj);
}
{
objs.Add(adders);
objs.Add(adderPropsDick);
objs.Add(adderPropsDick.AsEnumerable());
}
foreach (var obj in objs)
{
var objProps = ObjectDiff.EnumerateProperties(obj)
.Where(x => x.Name != "users")
.ToArray();
foreach (var prop in objProps)
{
Assert.Contains(prop.Name, adderPropsDick.Keys.ToArray());
Assert.AreEqual(prop.Value, adderPropsDick[prop.Name]);
}
foreach (var prop in adderPropsDick)
{
Assert.Contains(prop.Key, objProps.Select(x => x.Name).ToArray());
Assert.AreEqual(prop.Value, objProps.First(x => x.Name == prop.Key).Value);
}
}
}
}
public void IsValue_False()
{
Assert.False(ObjectDiff.IsValue(new object()));
}
