public void Compare_MultipleSources_SignleDestination_OneMatch()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
// match 1 - 2 conflicts
src.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 2, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 1, Property3 = "bar"
});
// 'match' 2 - 0 conflicts
src.Add(new MergeTestObject()
{
Property1 = 2, Property2 = 2, Property3 = "foo"
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Compare(src, dst);
Assert.AreEqual(2, mergeResults.Count());
Assert.AreEqual(2, mergeResults.First(r => r.Instance.Property1 == 1).Conflicts.Count());
Assert.AreEqual(0, mergeResults.First(r => r.Instance.Property1 == 2).Conflicts.Count());
}
public void Compare_GeneratesOneConflictPerProperty()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property1 = 2,
Property2 = 2,
Property3 = "bar"
};
var merger = MergerHelper.CreateMerger();
var conflicts = merger.CompareAlgorithm.Compare(instance1, instance2);
Assert.AreEqual(3, conflicts.Count());
Assert.IsNotNull(conflicts.FirstOrDefault(c => c.PropertyName == "Property1"));
Assert.IsNotNull(conflicts.FirstOrDefault(c => c.PropertyName == "Property2"));
Assert.IsNotNull(conflicts.FirstOrDefault(c => c.PropertyName == "Property3"));
}
public void MergeMissingAndCompare_MergesMissingValue()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
// match 1 - 0 conflicts (AutoMerge resolves the Property3 conflict)
src.Add(new MergeTestObject()
{
Property1 = 1, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 1, Property3 = null
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.MergeMissingAndCompare(src, dst);
var result = mergeResults.First();
Assert.AreEqual(0, result.Conflicts.Count());
Assert.AreEqual("foo", result.Instance.Property3);
}
public void Merge_NoConflicts()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
var source = new MergeTestObject()
{
Property1 = 1, Property3 = "foo"
};
var destination = new MergeTestObject()
{
Property1 = 2, Property3 = "bar"
};
// match 1 - 1 conflicts
src.Add(source);
dst.Add(destination);
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Merge(src, dst);
Assert.IsTrue(mergeResults.All(r => !r.Conflicts.Any()));
}
public void Compare_ConflictsHaveCorrectValues()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property1 = 2,
Property2 = 2,
Property3 = "bar"
};
var merger = MergerHelper.CreateMerger();
var conflicts = merger.CompareAlgorithm.Compare(instance1, instance2);
var conflict = conflicts.First(c => c.PropertyName == "Property1");
Assert.AreEqual(instance1.Property1.ToString(), conflict.SourceValue);
Assert.AreEqual(instance2.Property1.ToString(), conflict.DestinationValue);
conflict = conflicts.First(c => c.PropertyName == "Property2");
Assert.AreEqual(instance1.Property2.ToString(), conflict.SourceValue);
Assert.AreEqual(instance2.Property2.ToString(), conflict.DestinationValue);
conflict = conflicts.First(c => c.PropertyName == "Property3");
Assert.AreEqual(instance1.Property3.ToString(), conflict.SourceValue);
Assert.AreEqual(instance2.Property3.ToString(), conflict.DestinationValue);
}
public void Merge_OverwritesAllValues()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
var source = new MergeTestObject()
{
Property1 = 1, Property3 = "foo"
};
var destination = new MergeTestObject()
{
Property1 = 2, Property3 = "bar"
};
// match 1 - 1 conflicts
src.Add(source);
dst.Add(destination);
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Merge(src, dst);
var result = mergeResults.First();
Assert.AreEqual(source.Property1, destination.Property1);
Assert.AreEqual(source.Property2, destination.Property2);
Assert.AreEqual(source.Property3, destination.Property3);
}
public void MergeMissingAndCompare_DoesNotOverwriteExistingValue()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
// match 1 - 1 conflicts
src.Add(new MergeTestObject()
{
Property1 = 1, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 1, Property3 = "bar"
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.MergeMissingAndCompare(src, dst);
var result = mergeResults.First();
Assert.AreEqual(1, result.Conflicts.Count());
Assert.AreEqual("bar", result.Instance.Property3);
}
public void CalculateMatchScore_SameInstanceReturnsMaxPoints()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var merger = MergerHelper.CreateMerger();
Assert.AreEqual(int.MaxValue, merger.MatchAlgorithm.CalclateMatchIndex(instance1, instance1));
}
public void CalculateMatchScore_ReturnsZeroForNoMatch()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property1 = 2,
Property2 = 2,
Property3 = "bar"
};
var merger = MergerHelper.CreateMerger();
Assert.AreEqual(0, merger.MatchAlgorithm.CalclateMatchIndex(instance1, instance2));
}
public void IgnoreProperty_IgnoredPropertiesDontHaveConflicts()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
};
var instance2 = new MergeTestObject()
{
Property1 = 2,
};
var merger = MergerHelper.CreateMerger();
merger.CompareAlgorithm.IgnoreProperty(o => o.Property1);
var conflicts = merger.CompareAlgorithm.Compare(instance1, instance2);
Assert.IsFalse(conflicts.Any());
}
public void ForProperty_DiscoveredPropertiesAreOverridenWithForProperty()
{
var instance1 = new MergeTestObject()
{
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property3 = "FOO"
};
var merger = MergerHelper.CreateMerger();
// ignore case will result in no conflicts
merger.CompareAlgorithm.ForProperty(o => o.Property3, new SoftStringEqualityComparer(StringComparisonOptions.CaseInsensitive));
var conflicts = merger.CompareAlgorithm.Compare(instance1, instance2);
Assert.IsFalse(conflicts.Any());
}
public void CalculateMatchScore_UsesSpecifiedEqualityComparer()
{
// we'll compare mismatched cases using StringComparer.OrdinalIgnoreCase (specified in MergerHelper.CreateMerger)
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property1 = 2,
Property2 = 2,
Property3 = "FOO"
};
var merger = MergerHelper.CreateMerger();
Assert.AreEqual(MergerHelper.Property3Score, merger.MatchAlgorithm.CalclateMatchIndex(instance1, instance2));
}
public void Compare_IdenticalObjects_ReturnsOneResultWithNoConflicts()
{
List <MergeTestObject> source, src, destination, dst;
src = source = new List <MergeTestObject>();
dst = destination = new List <MergeTestObject>();
src.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 2, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 2, Property3 = "foo"
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Compare(src, dst);
Assert.AreEqual(1, mergeResults.Count());
Assert.AreEqual(0, mergeResults.First().Conflicts.Count());
}
public void Compare_MatchedObjects_ReturnsOneResultWithConflicts()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
src.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 2, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 1, Property3 = "bar"
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Compare(src, dst);
Assert.AreEqual(1, mergeResults.Count());
Assert.AreEqual(2, mergeResults.First().Conflicts.Count()); // Property2 and Property3 don't match
}
public void Compare_UnmatchedObjects_ReturnsTwoResultWithNoConflicts()
{
List <MergeTestObject> src, dst;
src = new List <MergeTestObject>();
dst = new List <MergeTestObject>();
// no match
src.Add(new MergeTestObject()
{
Property1 = 1, Property2 = 2, Property3 = "foo"
});
dst.Add(new MergeTestObject()
{
Property1 = 2, Property2 = 1, Property3 = "bar"
});
var merger = MergerHelper.CreateMerger();
var mergeResults = merger.Compare(src, dst);
Assert.AreEqual(2, mergeResults.Count());
Assert.IsTrue(mergeResults.All(r => r.Conflicts.Count() == 0));
}
public void CalculateMatchScore_ReturnsCorrectMatchScoreTotal()
{
var instance1 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var instance2 = new MergeTestObject()
{
Property1 = 1,
Property2 = 1,
Property3 = "foo"
};
var merger = MergerHelper.CreateMerger();
var totalScore = MergerHelper.Property1Score
+ MergerHelper.Property2Score
+ MergerHelper.Property3Score;
Assert.AreEqual(totalScore, merger.MatchAlgorithm.CalclateMatchIndex(instance1, instance2));
}
public void ParameterValidation_IgnoreProperty_ThrowsWhenParamterIsNotPropertyAccess()
{
var merger = MergerHelper.CreateMerger();
merger.CompareAlgorithm.IgnoreProperty(o => o.NotProperty);
}
