public void AddToData_DuplicateKeysHandling_Ignore()
{
const string key = "flag1";
FeatureFlag initialFeatureFlag = new FeatureFlagBuilder(key).Version(0).Build();
var flagData = new Dictionary <string, ItemDescriptor>
{
{ key, new ItemDescriptor(1, initialFeatureFlag) }
};
var segmentData = new Dictionary <string, ItemDescriptor>();
FlagFileData fileData = new FlagFileData
{
Flags = new Dictionary <string, FeatureFlag>
{
{
key,
new FeatureFlagBuilder(key).Version(1).Build()
}
}
};
FlagFileDataMerger merger = new FlagFileDataMerger(FileDataTypes.DuplicateKeysHandling.Ignore);
merger.AddToData(fileData, flagData, segmentData);
ItemDescriptor postFeatureFlag = flagData[key];
Assert.Same(initialFeatureFlag, postFeatureFlag.Item);
Assert.Equal(1, postFeatureFlag.Version);
}
private static FlagFileData ParseJson(ref JReader r)
{
var ret = new FlagFileData
{
Flags = new Dictionary <string, FeatureFlag>(),
FlagValues = new Dictionary <string, LdValue>(),
Segments = new Dictionary <string, Segment>()
};
for (var obj = r.Object(); obj.Next(ref r);)
{
switch (obj.Name.ToString())
{
case "flags":
for (var subObj = r.ObjectOrNull(); subObj.Next(ref r);)
{
ret.Flags[subObj.Name.ToString()] = FeatureFlagSerialization.Instance.ReadJson(ref r) as FeatureFlag;
}
break;
case "flagValues":
for (var subObj = r.ObjectOrNull(); subObj.Next(ref r);)
{
ret.FlagValues[subObj.Name.ToString()] = LdValueConverter.ReadJsonValue(ref r);
}
break;
case "segments":
for (var subObj = r.ObjectOrNull(); subObj.Next(ref r);)
{
ret.Segments[subObj.Name.ToString()] = SegmentSerialization.Instance.ReadJson(ref r) as Segment;
}
break;
}
}
return(ret);
}
public void AddToData(FlagFileData data, IDictionary <string, ItemDescriptor> flagsOut, IDictionary <string, ItemDescriptor> segmentsOut)
{
if (data.Flags != null)
{
foreach (KeyValuePair <string, FeatureFlag> e in data.Flags)
{
AddItem(DataModel.Features, flagsOut, e.Key, e.Value);
}
}
if (data.FlagValues != null)
{
foreach (KeyValuePair <string, LdValue> e in data.FlagValues)
{
AddItem(DataModel.Features, flagsOut, e.Key, FlagFactory.FlagWithValue(e.Key, e.Value));
}
}
if (data.Segments != null)
{
foreach (KeyValuePair <string, Segment> e in data.Segments)
{
AddItem(DataModel.Segments, segmentsOut, e.Key, e.Value);
}
}
}
public void AddToData_DuplicateKeysHandling_Throw()
{
const string key = "flag1";
FeatureFlag initialFeatureFlag = new FeatureFlagBuilder(key).Version(0).Build();
var flagData = new Dictionary <string, ItemDescriptor>
{
{ key, new ItemDescriptor(1, initialFeatureFlag) }
};
var segmentData = new Dictionary <string, ItemDescriptor>();
FlagFileData fileData = new FlagFileData
{
Flags = new Dictionary <string, FeatureFlag>
{
{
key,
new FeatureFlagBuilder(key).Version(1).Build()
}
}
};
FlagFileDataMerger merger = new FlagFileDataMerger(FileDataTypes.DuplicateKeysHandling.Throw);
Exception err = Assert.Throws <Exception>(() =>
{
merger.AddToData(fileData, flagData, segmentData);
});
Assert.Equal("in \"features\", key \"flag1\" was already defined", err.Message);
ItemDescriptor postFeatureFlag = flagData[key];
Assert.Same(initialFeatureFlag, postFeatureFlag.Item);
Assert.Equal(1, postFeatureFlag.Version);
}