private static void SetupElementStrategies(XmlMerger merger)
{
merger.MergeStrategies.ElementToMergeStrategyKeyMapper = new BloomElementToStrategyKeyMapper();
merger.MergeStrategies.SetStrategy("html", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("head", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("body", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("DataDiv", new ElementStrategy(true)
{
IsAtomic = false,
OrderIsRelevant = false,
MergePartnerFinder = new FindByKeyAttribute("id"), //yes, it's a singleton of sorts, but by the id, not the tag
});
merger.MergeStrategies.SetStrategy("BookDataItem", new ElementStrategy(true)
{
IsAtomic = true,
OrderIsRelevant = false,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string>(new string[] { "data-book", "lang" }))
});
merger.MergeStrategies.SetStrategy("PageDiv", new ElementStrategy(true)
{
IsAtomic = true, //we're not trying to merge inside pages
MergePartnerFinder = new FindByKeyAttribute("id"),
});
}
private static ElementStrategy CreateSingletonElementStrategy()
{
var result = ElementStrategy.CreateSingletonElement();
result.ContextDescriptorGenerator = ContextGen;
return(result);
}
public void TestSetup()
{
_mergeStrategies = new MergeStrategies();
_mergeStrategies.ElementStrategies.Add("a", ElementStrategy.CreateSingletonElement());
_mergeStrategies.ElementStrategies.Add("b", ElementStrategy.CreateSingletonElement());
_mergeStrategies.ElementStrategies.Add("c", ElementStrategy.CreateSingletonElement());
_mergeStrategies.ElementStrategies.Add("d", ElementStrategy.CreateSingletonElement());
}
public void Run_WeEditedTextElementInsideSingleton_ListenerGetsTextEditReport()
{
string ours = @"<a><b>new</b></a>";
string ancestor = @"<a><b>old</b></a>";
XmlMerger merger = new XmlMerger(new NullMergeSituation());
merger.MergeStrategies.SetStrategy("b", ElementStrategy.CreateSingletonElement());
TestCompare <XmlTextChangedReport>(merger, ours, ancestor, "//a");
}
internal static void AddElementStrategies(MergeStrategies mergeStrategies)
{
// Document root.
mergeStrategies.SetStrategy("LayoutInventory", ElementStrategy.CreateSingletonElement());
#region 'layoutType' and children.
mergeStrategies.SetStrategy("layoutType", ElementStrategy.CreateSingletonElement());
var elStrat = new ElementStrategy(false)
{
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"class", "layout"
}),
NumberOfChildren = NumberOfChildrenAllowed.Zero,
IsAtomic = true,
ContextDescriptorGenerator = new FieldWorkCustomLayoutContextGenerator()
};
mergeStrategies.SetStrategy("configure", elStrat);
#endregion 'layoutType' and children.
#region 'layout' and children.
elStrat = new ElementStrategy(false)
{
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"class", "type", "name"
}),
ContextDescriptorGenerator = new FieldWorkCustomLayoutContextGenerator()
};
mergeStrategies.SetStrategy("layout", elStrat);
elStrat = new ElementStrategy(true)
{
MergePartnerFinder = new FindByKeyAttributeInList("ref"),
IsAtomic = true
};
mergeStrategies.SetStrategy("part", elStrat);
elStrat = new ElementStrategy(true)
{
//MergePartnerFinder = new FindByMultipleKeyAttributes(new List<string> { "class", "fieldType", "restrictions" }),
MergePartnerFinder = new FindByKeyAttributeInList("combinedkey"),
IsAtomic = true
};
mergeStrategies.SetStrategy("generate", elStrat);
elStrat = new ElementStrategy(true)
{
MergePartnerFinder = new FindByKeyAttributeInList("name"),
IsAtomic = true,
NumberOfChildren = NumberOfChildrenAllowed.Zero
};
mergeStrategies.SetStrategy("sublayout", elStrat);
#endregion 'layout' and children.
}
public void TheyDeleteNeighborsAndWeInsertInOrder()
{
// Some in MergeTextNodesMethod. One in MergeChildrenMethod
const string ancestor = @"<a>
<b key='one'>
<c key='a'>first</c>
<c key='b'>second</c>
<c key='c'>third</c>
<c key='d'>fourth</c>
</b>
</a>" ;
const string ours = @"<a>
<b key='one'>
<c key='a'>first</c>
<c key='b'>second</c>
<c key='z'>extra</c>
<c key='c'>third</c>
<c key='d'>fourth</c>
</b>
</a>" ;
const string theirs = @"<a>
<b key='one'>
<c key='a'>first</c>
<c key='d'>fourth</c>
</b>
</a>" ;
_mergeStrategies = new MergeStrategies();
_mergeStrategies.ElementStrategies.Add("a", ElementStrategy.CreateSingletonElement());
_mergeStrategies.ElementStrategies.Add("b", ElementStrategy.CreateForKeyedElement("key", true));
_mergeStrategies.ElementStrategies.Add("c", ElementStrategy.CreateForKeyedElement("key", true));
XmlTestHelper.DoMerge(
_mergeStrategies,
ancestor, ours, theirs,
new List <string> {
"a/b[@key='one']/c[1][@key='a' and text()='first']",
"a/b[@key='one']/c[2][@key='z' and text()='extra']",
"a/b[@key='one']/c[3][@key='d' and text()='fourth']"
},
new List <string> {
"a/b[@key='one']/c[@key='b']", "a/b[@key='one']/c[@key='c']"
},
0, null,
3, new List <Type> {
typeof(XmlTextDeletedReport), typeof(XmlTextDeletedReport), typeof(XmlTextAddedReport)
});
}
public void Run_BothMovedDifferentKeyedNodes_OrderIrrelevant_NoDuplicatesCreated()
{
string ours = @"<foo><gloss lang='c'/><gloss lang='b'/><gloss lang='a'/></foo>";
string theirs = @"<foo><gloss lang='a'/><gloss lang='c'/><gloss lang='b'/></foo>";
string ancestor = @"<foo><gloss lang='a'/><gloss lang='b'/><gloss lang='c'/></foo>";
XmlMerger merger = new XmlMerger(new NullMergeSituation());
merger.MergeStrategies.SetStrategy("foo", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("gloss", ElementStrategy.CreateForKeyedElement("lang", false));
TestMergeWithoutConflicts(merger, ours, theirs, ancestor, "//foo");
}
public void Do3WayMerge(MetadataCache mdc, MergeOrder mergeOrder)
{
var merger = new XmlMerger(mergeOrder.MergeSituation)
{
EventListener = mergeOrder.EventListener
};
var rootStrategy = ElementStrategy.CreateSingletonElement();
rootStrategy.IsAtomic = true;
merger.MergeStrategies.SetStrategy("DictionaryConfiguration", rootStrategy);
var mergeResults = merger.MergeFiles(mergeOrder.pathToOurs, mergeOrder.pathToTheirs, mergeOrder.pathToCommonAncestor);
// Write merged data
File.WriteAllText(mergeOrder.pathToOurs, mergeResults.MergedNode.OuterXml, Encoding.UTF8);
}
internal static void SetupElementStrategies(XmlMerger merger)
{
// See: Palaso repo: SIL.LexiconUtils\UserLexiconSettingsDataMapper.cs
var strategy = ElementStrategy.CreateSingletonElement();
strategy.ContextDescriptorGenerator = new UserLexiconSettingsContextGenerator();
merger.MergeStrategies.SetStrategy("UserLexiconSettings", strategy);
// Child elements of lexicon project settings root.
merger.MergeStrategies.SetStrategy("WritingSystems", ElementStrategy.CreateSingletonElement());
// Child elements of "WritingSystems".
merger.MergeStrategies.SetStrategy("WritingSystem", new ElementStrategy(false)
{
MergePartnerFinder = new FindByKeyAttribute("id")
}
);
merger.MergeStrategies.SetStrategy("LocalKeyboard", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("KnownKeyboards", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("DefaultFontName", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("DefaultFontSize", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("IsGraphiteEnabled", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
}
public void Run_BothAddedDifferentKeyedNodes_OrderIrrelevant_NoConflict()
{
string ours = @"<foo><gloss lang='a'>
<text>aGloss</text>
</gloss></foo>" ;
string theirs = @"<foo><gloss lang='b'>
<text>bGloss</text>
</gloss></foo>" ;
string ancestor = @"<foo/>";
XmlMerger merger = new XmlMerger(new NullMergeSituation());
merger.MergeStrategies.SetStrategy("gloss", ElementStrategy.CreateForKeyedElement("lang", false));
merger.MergeStrategies.SetStrategy("text", ElementStrategy.CreateSingletonElement());
TestMergeWithoutConflicts(merger, ours, theirs, ancestor, "//foo");
}
public void Run_WeRemoved_TheyEdited_TextNode_GetConflictReport()
{
string ancestor = @"<gloss lang='a'>
<text>original</text>
</gloss>" ;
string ours = @"<gloss lang='a'>
</gloss>" ;
string theirs = @"<gloss lang='a'>
<text>theirGloss</text>
</gloss>" ;
XmlMerger merger = new XmlMerger(new NullMergeSituation());
//without this stategy, we'd get an AmbiguousInsertConflict
merger.MergeStrategies.SetStrategy("text", ElementStrategy.CreateSingletonElement());
TestMerge <XmlTextRemovedVsEditConflict>(merger, ours, theirs, ancestor, "//gloss");
}
public void Run_BothAddedDifferentKeyedNodes_OrderIsRelevant_OrderAmbiguityConflict()
{
string ours = @"<sense id='123'><gloss lang='a'>
<text>aGloss</text>
</gloss></sense>" ;
string theirs = @"<sense id='123'><gloss lang='b'>
<text>bGloss</text>
</gloss></sense>" ;
string ancestor = @"<sense id='123'></sense>";
XmlMerger merger = new XmlMerger(new NullMergeSituation());
merger.MergeStrategies.SetStrategy("sense", ElementStrategy.CreateForKeyedElement("id", true));
merger.MergeStrategies.SetStrategy("gloss", ElementStrategy.CreateForKeyedElement("lang", true));
merger.MergeStrategies.SetStrategy("text", ElementStrategy.CreateSingletonElement());
TestMerge <AmbiguousInsertConflict>(merger, ours, theirs, ancestor, "//sense");
}
private static void SetupElementStrategies(XmlMerger merger)
{
merger.MergeStrategies.ElementToMergeStrategyKeyMapper = new BloomElementToStrategyKeyMapper();
merger.MergeStrategies.SetStrategy("html", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("head", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("body", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("DataDiv", new ElementStrategy(true)
{
IsAtomic = false,
OrderIsRelevant = false,
MergePartnerFinder = new FindByKeyAttribute("id"), //yes, it's a singleton of sorts, but by the id, not the tag
});
merger.MergeStrategies.SetStrategy("BookDataItem", new ElementStrategy(true)
{
IsAtomic = true,
OrderIsRelevant = false,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string>(new string[] { "data-book", "lang" }))
});
merger.MergeStrategies.SetStrategy("PageDiv", new ElementStrategy(true)
{
IsAtomic = false,
MergePartnerFinder = new FindByKeyAttribute("id"),
ContextDescriptorGenerator = new BloomPageContextGenerator()
});
merger.MergeStrategies.SetStrategy("TranslationGroup", new ElementStrategy(true)
{
IsAtomic = false,
MergePartnerFinder = new FindByKeyAttributeInList("class"),
ContextDescriptorGenerator = new BloomPageContextGenerator()
});
merger.MergeStrategies.SetStrategy("LangDiv", new ElementStrategy(true)
{
IsAtomic = true,
MergePartnerFinder = new FindByKeyAttribute("lang"),
ContextDescriptorGenerator = new BloomPageContextGenerator()
});
}
public void Run_BothChangedKeyedNode_GetBothEditedConflict()
{
string ours = @"<sense id='123'><gloss lang='a'>
<text>ourGloss</text>
</gloss></sense>" ;
string theirs = @"<sense id='123'><gloss lang='a'>
<text>theirGloss</text>
</gloss></sense>" ;
string ancestor = @"<sense id='123'><gloss lang='a'>
<text>original</text>
</gloss></sense>" ;
XmlMerger merger = new XmlMerger(new NullMergeSituation());
//without this stategy, we'd get an AmbiguousInsertConflict
merger.MergeStrategies.SetStrategy("text", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("sense", ElementStrategy.CreateForKeyedElement("id", true));
merger.MergeStrategies.SetStrategy("gloss", ElementStrategy.CreateForKeyedElement("lang", true));
TestMerge <XmlTextBothEditedTextConflict>(merger, ours, theirs, ancestor, "//sense");
}
public void ElementStrategy_CreateSingletonElement_Has_FindFirstElementWithSameName_Finder()
{
var elementStrategy = ElementStrategy.CreateSingletonElement();
Assert.IsInstanceOf <FindFirstElementWithSameName>(elementStrategy.MergePartnerFinder);
}
internal static void SetupElementStrategies(XmlMerger merger)
{
merger.MergeStrategies.ElementToMergeStrategyKeyMapper = new LdmlElementToMergeStrategyKeyMapper();
// See: Palaso repo: SIL.WritingSystems\LdmlDataMapper.cs
var strategy = ElementStrategy.CreateSingletonElement();
strategy.ContextDescriptorGenerator = new LdmlContextGenerator();
merger.MergeStrategies.SetStrategy("ldml", strategy);
// Child elements of ldml root.
merger.MergeStrategies.SetStrategy("identity", ElementStrategy.CreateSingletonElement());
// Child elements of "identity".
merger.MergeStrategies.SetStrategy("version", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("generation", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("language", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("script", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("territory", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("variant", ElementStrategy.CreateSingletonElement());
// sil:special can occur several times throughout the file
merger.MergeStrategies.SetStrategy("special_xmlns:sil", new ElementStrategy(false)
{
MergePartnerFinder = new FindByMatchingAttributeNames(new HashSet <string> {
"xmlns:sil"
})
});
merger.MergeStrategies.SetStrategy("sil:identity", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("localeDisplayNames", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("layout", ElementStrategy.CreateSingletonElement());
// Child element of "layout".
merger.MergeStrategies.SetStrategy("orientation", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
});
merger.MergeStrategies.SetStrategy("contextTransforms", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("characters", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
});
merger.MergeStrategies.SetStrategy("delimiters", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
});
merger.MergeStrategies.SetStrategy("dates", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("numbers", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
});
merger.MergeStrategies.SetStrategy("units", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("listPatterns", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("collations", ElementStrategy.CreateSingletonElement());
// Child element of collations
strategy = new ElementStrategy(false)
{
IsAtomic = true, // I (RBR) think it would be suicidal to try and merge this element.
MergePartnerFinder = new FindByKeyAttribute("type")
};
merger.MergeStrategies.SetStrategy("collation", strategy);
// Child of 'collation' element (They exist, but we don't care what they are, as long as the parent is 'atomic'.
merger.MergeStrategies.SetStrategy("posix", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("segmentations", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("rbnf", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("metadata", ElementStrategy.CreateSingletonElement());
// See: Palaso repo: SIL.WritingSystems\LdmlDataMapper.cs
// There currently are up to three 'special' child elements of the 'ldml' root element.
// Special "xmlns:palaso" attr
strategy = new ElementStrategy(false)
{
IsAtomic = true, // May not be needed...
MergePartnerFinder = new FindByMatchingAttributeNames(new HashSet <string> {
"xmlns:palaso"
})
};
merger.MergeStrategies.SetStrategy("special_xmlns:palaso", strategy);
/* Not needed, as long as the parent is 'atomic'.
* // Children of 'special' xmlns:palaso
* // palaso:abbreviation
* merger.MergeStrategies.SetStrategy("palaso:abbreviation", ElementStrategy.CreateSingletonElement());
* // palaso:defaultFontFamily
* merger.MergeStrategies.SetStrategy("palaso:defaultFontFamily", ElementStrategy.CreateSingletonElement());
* // palaso:defaultFontSize
* merger.MergeStrategies.SetStrategy("palaso:defaultFontSize", ElementStrategy.CreateSingletonElement());
* // palaso:defaultKeyboard
* merger.MergeStrategies.SetStrategy("palaso:defaultKeyboard", ElementStrategy.CreateSingletonElement());
* // palaso:isLegacyEncoded
* merger.MergeStrategies.SetStrategy("palaso:isLegacyEncoded", ElementStrategy.CreateSingletonElement());
* // palaso:languageName
* merger.MergeStrategies.SetStrategy("palaso:languageName", ElementStrategy.CreateSingletonElement());
* // palaso:spellCheckingId
* merger.MergeStrategies.SetStrategy("palaso:spellCheckingId", ElementStrategy.CreateSingletonElement());
* // palaso:version
* merger.MergeStrategies.SetStrategy("palaso:version", ElementStrategy.CreateSingletonElement());
*/
// See: Palaso repo: SIL.WritingSystems\LdmlDataMapper.cs
// special "xmlns:palaso2" attr: want to merge knownKeyboards child. So the root element is not atomic.
strategy = new ElementStrategy(false)
{
MergePartnerFinder = new FindByMatchingAttributeNames(new HashSet <string> {
"xmlns:palaso2"
})
};
merger.MergeStrategies.SetStrategy("special_xmlns:palaso2", strategy);
// Children of 'strategy' xmlns:palaso2
// palaso2:knownKeyboards:
merger.MergeStrategies.SetStrategy("palaso2:knownKeyboards", ElementStrategy.CreateSingletonElement());
// Multiple children of "palaso2:knownKeyboards" element
strategy = new ElementStrategy(false)
{
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"layout", "locale"
})
};
merger.MergeStrategies.SetStrategy("palaso2:keyboard", strategy);
merger.MergeStrategies.SetStrategy("palaso2:version", ElementStrategy.CreateSingletonElement());
// Special "xmlns:fw" attr (See FW source file: Src\Common\CoreImpl\PalasoWritingSystemManager.cs
strategy = new ElementStrategy(false)
{
IsAtomic = true, // Really is needed. At least it is for some child elements.
MergePartnerFinder = new FindByMatchingAttributeNames(new HashSet <string> {
"xmlns:fw"
})
};
merger.MergeStrategies.SetStrategy("special_xmlns:fw", strategy);
/* Not needed, as long as the parent is 'atomic'.
* // Children for 'special' xmlns:fw
* merger.MergeStrategies.SetStrategy("fw:defaultFontFeatures", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:graphiteEnabled", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:legacyMapping", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:matchedPairs", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:punctuationPatterns", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:quotationMarks", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:regionName", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:scriptName", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:validChars", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:variantName", ElementStrategy.CreateSingletonElement());
* merger.MergeStrategies.SetStrategy("fw:windowsLCID", ElementStrategy.CreateSingletonElement());
*/
// Children for top level 'special' xmlns:sil
merger.MergeStrategies.SetStrategy("sil:external-resources", ElementStrategy.CreateSingletonElement());
merger.MergeStrategies.SetStrategy("sil:kbd", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"id", "alt"
})
}
);
merger.MergeStrategies.SetStrategy("sil:font", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"name", "alt"
})
}
);
merger.MergeStrategies.SetStrategy("sil:spellcheck", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"type", "alt"
})
}
);
merger.MergeStrategies.SetStrategy("sil:transform", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindByMultipleKeyAttributes(new List <string> {
"from", "to", "type", "direction", "function", "alt"
})
}
);
}
public void DeleteAtomicElementVsModifyHasConflict()
{
const string commonAncestor =
@"<Lexicon>
<LexEntry guid='ffdc58c9-5cc3-469f-9118-9f18c0138d02'>
<MorphoSyntaxAnalyses>
<MoStemMsa
guid='33adabe9-a02e-42cb-b942-277a7be5c841'>
<PartOfSpeech>
<objsur
guid='e72dbc59-e93f-4df2-b6bd-39a53e331201'
t='r' />
</PartOfSpeech>
</MoStemMsa>
</MorphoSyntaxAnalyses>
<Senses/>
</LexEntry>
</Lexicon>";
const string matthew =
@"<Lexicon>
<LexEntry guid='ffdc58c9-5cc3-469f-9118-9f18c0138d02'>
<MorphoSyntaxAnalyses>
<MoStemMsa
guid='33adabe9-a02e-42cb-b942-277a7be5c841'>
<PartOfSpeech>
<objsur
guid='f92dbc59-e93f-4df2-b6bd-39a53e331201'
t='r' />
</PartOfSpeech>
</MoStemMsa>
</MorphoSyntaxAnalyses>
<Senses/>
</LexEntry>
</Lexicon>";
const string lee =
@"<Lexicon>
<LexEntry guid='ffdc58c9-5cc3-469f-9118-9f18c0138d02'>
<MorphoSyntaxAnalyses>
<MoStemMsa
guid='33adabe9-a02e-42cb-b942-277a7be5c841'>
<PartOfSpeech />
</MoStemMsa>
</MorphoSyntaxAnalyses>
<Senses/>
</LexEntry>
</Lexicon>";
var listener = new ListenerForUnitTests();
var merger = new XmlMerger(new NullMergeSituation())
{
EventListener = listener
};
merger.MergeStrategies.SetStrategy("Lexicon", ElementStrategy.CreateSingletonElement());
var strat = ElementStrategy.CreateForKeyedElement("guid", false);
strat.AttributesToIgnoreForMerging.Add("guid");
merger.MergeStrategies.SetStrategy("LexEntry", strat);
strat = ElementStrategy.CreateSingletonElement();
strat.NumberOfChildren = NumberOfChildrenAllowed.ZeroOrOne;
merger.MergeStrategies.SetStrategy("MorphoSyntaxAnalyses", strat);
strat = ElementStrategy.CreateForKeyedElement("guid", false);
strat.AttributesToIgnoreForMerging.Add("guid");
merger.MergeStrategies.SetStrategy("MoStemMsa", strat);
strat = ElementStrategy.CreateSingletonElement();
strat.NumberOfChildren = NumberOfChildrenAllowed.ZeroOrOne;
merger.MergeStrategies.SetStrategy("PartOfSpeech", strat);
strat = ElementStrategy.CreateSingletonElement();
strat.IsAtomic = true;
merger.MergeStrategies.SetStrategy("objsur", strat);
XmlTestHelper.DoMerge(merger.MergeStrategies,
merger.MergeSituation,
commonAncestor, lee, matthew,
new[] { "Lexicon/LexEntry/MorphoSyntaxAnalyses/MoStemMsa/PartOfSpeech/objsur[@guid='f92dbc59-e93f-4df2-b6bd-39a53e331201']" },
null,
1, new List <Type> {
typeof(RemovedVsEditedElementConflict)
},
0, new List <Type>());
}
internal static void SetupElementStrategies(XmlMerger merger)
{
// See: Palaso repo: SIL.LexiconUtils\ProjectLexiconSettingsDataMapper.cs
var strategy = ElementStrategy.CreateSingletonElement();
strategy.ContextDescriptorGenerator = new ProjectLexiconSettingsContextGenerator();
merger.MergeStrategies.SetStrategy("ProjectLexiconSettings", strategy);
// Child elements of lexicon project settings root.
merger.MergeStrategies.SetStrategy("WritingSystems", ElementStrategy.CreateSingletonElement());
// Child elements of "WritingSystems".
merger.MergeStrategies.SetStrategy("WritingSystem", new ElementStrategy(false)
{
MergePartnerFinder = new FindByKeyAttribute("id")
}
);
merger.MergeStrategies.SetStrategy("Abbreviation", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("LanguageName", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("ScriptName", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("RegionName", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("SpellCheckingId", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("LegacyMapping", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("Keyboard", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
merger.MergeStrategies.SetStrategy("SystemCollation", new ElementStrategy(false)
{
IsAtomic = true,
MergePartnerFinder = new FindFirstElementWithSameName()
}
);
}