private void should_replace_deep_circular_refs_with_a_flag()
{
var parentblob = new Blob();
var deepchild = new Blob {
Child = parentblob
};
parentblob.Child = new Blob {
Child = new Blob {
Child = new Blob {
Child = deepchild
}
}
};
var dictionary = ObjectMerging.ToDictionary(parentblob);
var child = (Dictionary <string, object>)(dictionary["Child"]);
child = (Dictionary <string, object>)(child["Child"]);
child = (Dictionary <string, object>)(child["Child"]);
child = (Dictionary <string, object>)(child["Child"]);
child = (Dictionary <string, object>)(child["Child"]);
Assert.Equal(child["OcelogWarning"], "Found a Circular Reference");
}
private void should_serialise_exceptions_targetsite()
{
var blob = GetException();
var dictionary = ObjectMerging.ToDictionary(blob);
Assert.True(dictionary.ContainsKey("TargetSite"));
Assert.Equal(blob.TargetSite.ToString(), dictionary["TargetSite"]);
}
private void should_ignore_exceptions_thrown_by_getters()
{
var blob = new ThrowException();
var dictionary = ObjectMerging.ToDictionary(blob);
var child = (Dictionary <string, object>)(dictionary["Prop"]);
Assert.Equal(child["OcelogWarning"], "Exception thrown by invocation");
}
private void should_ignore_privates()
{
var blob = new Blob();
blob.SetPrivates("hello");
var dictionary = ObjectMerging.ToDictionary(blob);
Assert.False(dictionary.ContainsKey("PrivateTextProp"));
Assert.False(dictionary.ContainsKey("privateText"));
}
private void should_replace_circular_refs_with_a_flag()
{
var blob = new Blob();
blob.Child = blob;
var dictionary = ObjectMerging.ToDictionary(blob);
var child = (Dictionary <string, object>)(dictionary["Child"]);
Assert.Equal(child["OcelogWarning"], "Found a Circular Reference");
}
private void should_merge_collections()
{
var blob = new { Ids = new[] { 12 }.ToList() };
var blob2 = new { Ids = new[] { 34 }.ToList() };
var dictionary = ObjectMerging.Flatten(new[] { blob, blob2 });
Assert.True(dictionary.ContainsKey("Ids"));
Assert.Collection <object>((IEnumerable <object>)dictionary["Ids"],
id => Assert.Equal(12, id),
id => Assert.Equal(34, id));
}
private void should_replace_circular_refs_in_enumerable_with_a_flag()
{
var blob = new Blob();
blob.ChildrenList = Enumerable.Repeat(blob, 1);
var dictionary = ObjectMerging.ToDictionary(blob);
var children = (IEnumerable <object>)dictionary["ChildrenList"];
var child = (Dictionary <string, object>)children.First();
Assert.Equal(child["OcelogWarning"], "Found a Circular Reference");
}
private void should_ignore_properties_that_are_delegate_types()
{
var didExecute = false;
Action execute = () => { didExecute = true; };
Action methodGroup = this.should_ignore_properties_that_are_delegate_types;
var blob = new { ThingToExecute = execute, ThingToExecute2 = methodGroup };
var dictionary = ObjectMerging.ToDictionary(blob);
Assert.False(didExecute);
Assert.False(dictionary.ContainsKey("ThingToExecute"));
Assert.False(dictionary.ContainsKey("ThingToExecute2"));
}
private void should_merge_collections_of_mixed_types()
{
var blob = new { Ids = new[] { 12 }.ToList() };
var blob2 = new { Ids = new[] { "34" }.ToList() };
var blob3 = new { Ids = new[] { true } };
var dictionary = ObjectMerging.Flatten(new object[] { blob, blob2, blob3 });
Assert.True(dictionary.ContainsKey("Ids"));
Assert.Collection <object>((IEnumerable <object>)dictionary["Ids"],
id => Assert.Equal(12, id),
id => Assert.Equal("34", id),
id => Assert.Equal(true, id));
}
public static ProcessedLogEvent Process(LogEvent logEvent)
{
var requiredFields = new Dictionary <string, object>()
{
{ "@version", 1 },
{ "@timestamp", logEvent.Timestamp.ToUniversalTime().ToString("yyyy-MM-ddTHH:mm:ss.fffZ", CultureInfo.InvariantCulture) }
};
var allFields = new object[] { requiredFields }
.Concat(logEvent.AdditionalFields)
.Concat(new object[] { logEvent.Content });
return(new ProcessedLogEvent()
{
Content = ObjectMerging.Flatten(allFields)
});
}
public void should_show_deep_path_of_fields_when_comparing_to_dictionary()
{
var logSpy = new LoggingSpy();
var content = new { Some = new { Deep = new { } } };
logSpy.Logger.Info(content);
Assert.Throws <LoggingAssertionFailed>(() =>
{
try
{
logSpy.AssertDidInfo(ObjectMerging.ToDictionary(new { Some = new { Deep = new { Field = "Field" } } }));
}
catch (LoggingAssertionFailed exception)
{
Assert.Contains("Some.Deep.Field", exception.Message);
throw;
}
});
}
private void should_merge_non_generic_collections()
{
var data1 = new Exception().Data;
data1.Clear();
data1.Add("blob", "thang");
var blob = new { Things = data1 };
var data2 = new Exception().Data;
data2.Clear();
data2.Add("blob", "thang2");
var blob2 = new { Things = data2 };
var dictionary = ObjectMerging.Flatten(new object[] { blob, blob2 });
Assert.True(dictionary.ContainsKey("Things"));
Assert.Collection <object>((IEnumerable <object>)dictionary["Things"],
id => Assert.Equal(new DictionaryEntry("blob", "thang"), id),
id => Assert.Equal(new DictionaryEntry("blob", "thang2"), id));
}
