public void Write_ValidXml_XmlUpdated()
{
const string projectSettingsXml =
@"<ProjectLexiconSettings>
<WritingSystems>
<WritingSystem id=""qaa-Qaaa-QM-x-kal-Fake-ZG-var1-var2-var3"">
<Abbreviation>kal</Abbreviation>
<LanguageName>Kalaba</LanguageName>
<ScriptName>Fake</ScriptName>
<RegionName>Zolrog</RegionName>
</WritingSystem>
</WritingSystems>
</ProjectLexiconSettings>";
var settingsStore = new MemorySettingsStore {
SettingsElement = XElement.Parse(projectSettingsXml)
};
var projectSettingsDataMapper = new ProjectLexiconSettingsWritingSystemDataMapper(settingsStore);
var ws1 = new WritingSystemDefinition("qaa-Qaaa-QM-x-kal-Fake-ZG-var1-var2-var3");
ws1.Abbreviation = "ka";
ws1.SpellCheckingId = "en_US";
ws1.LegacyMapping = "converter";
ws1.Keyboard = "Old Keyboard";
var scd = new SystemCollationDefinition {
LanguageTag = "snarf"
};
ws1.DefaultCollation = scd;
projectSettingsDataMapper.Write(ws1);
Assert.That(settingsStore.SettingsElement, Is.XmlEqualTo(
@"<ProjectLexiconSettings>
<WritingSystems>
<WritingSystem id=""qaa-Qaaa-QM-x-kal-Fake-ZG-var1-var2-var3"">
<Abbreviation>ka</Abbreviation>
<SpellCheckingId>en_US</SpellCheckingId>
<LegacyMapping>converter</LegacyMapping>
<Keyboard>Old Keyboard</Keyboard>
<SystemCollation>snarf</SystemCollation>
</WritingSystem>
</WritingSystems>
</ProjectLexiconSettings>"));
}
public void Migrate_OriginalFileContainsSystemCollationInfo_CollationInfoIsMigrated()
{
using (var environment = new TestEnvironment())
{
environment.WriteLdmlFile(
"test.ldml",
LdmlContentForTests.Version0WithSystemCollationInfo());
var wsV0 = new WritingSystemDefinitionV0();
new LdmlAdaptorV0().Read(environment.FilePath("test.ldml"), wsV0);
var migrator = new LdmlInFolderWritingSystemRepositoryMigrator(environment.LdmlPath, environment.OnMigrateCallback);
migrator.Migrate();
var repo = new TestLdmlInFolderWritingSystemRepository(environment.LdmlPath);
migrator.ResetRemovedProperties(repo);
WritingSystemDefinition ws = repo.Get("de");
var scd = new SystemCollationDefinition {LanguageTag = "de"};
Assert.That(ws.DefaultCollation.ValueEquals(scd), Is.True);
}
}
public override void Migrate(string sourceFilePath, string destinationFilePath)
{
string sourceFileName = Path.GetFileName(sourceFilePath);
var writingSystemDefinitionV1 = new WritingSystemDefinitionV1();
new LdmlAdaptorV1().Read(sourceFilePath, writingSystemDefinitionV1);
string abbreviation = writingSystemDefinitionV1.Abbreviation;
float defaultFontSize = writingSystemDefinitionV1.DefaultFontSize;
string keyboard = writingSystemDefinitionV1.Keyboard;
string spellCheckingId = writingSystemDefinitionV1.SpellCheckingId;
string defaultFontName = writingSystemDefinitionV1.DefaultFontName;
string languageName = writingSystemDefinitionV1.LanguageName.IsOneOf("Unknown Language", "Language Not Listed") ? string.Empty : writingSystemDefinitionV1.LanguageName;
string variant, privateUse;
IetfLanguageTag.SplitVariantAndPrivateUse(writingSystemDefinitionV1.Variant, out variant, out privateUse);
var langTagCleaner = new IetfLanguageTagCleaner(writingSystemDefinitionV1.Language, writingSystemDefinitionV1.Script, writingSystemDefinitionV1.Region,
variant, privateUse);
langTagCleaner.Clean();
string langTag = IetfLanguageTag.Canonicalize(langTagCleaner.GetCompleteTag());
List <string> knownKeyboards = writingSystemDefinitionV1.KnownKeyboards.Select(k => string.IsNullOrEmpty(k.Locale) ? k.Layout : string.Format("{0}_{1}", k.Locale, k.Layout)).ToList();
bool isGraphiteEnabled = false;
string legacyMapping = string.Empty;
string scriptName = string.Empty;
string regionName = string.Empty;
string variantName = string.Empty;
SystemCollationDefinition scd = null;
// Create system collation definition if applicable
if ((writingSystemDefinitionV1.SortUsing == WritingSystemDefinitionV1.SortRulesType.OtherLanguage) && (!string.IsNullOrEmpty(writingSystemDefinitionV1.SortRules)))
{
scd = new SystemCollationDefinition {
LanguageTag = writingSystemDefinitionV1.SortRules
}
}
;
// Migrate fields from legacy fw namespace, and then remove fw namespace
XElement ldmlElem = XElement.Load(sourceFilePath);
XElement fwElem = ldmlElem.Elements("special").FirstOrDefault(e => !string.IsNullOrEmpty((string)e.Attribute(XNamespace.Xmlns + "fw")));
if (fwElem != null)
{
XElement graphiteEnabledElem = fwElem.Element(FW + "graphiteEnabled");
if (graphiteEnabledElem != null)
{
if (!bool.TryParse((string)graphiteEnabledElem.Attribute("value"), out isGraphiteEnabled))
{
isGraphiteEnabled = false;
}
}
// LegacyMapping
XElement legacyMappingElem = fwElem.Element(FW + "legacyMapping");
if (legacyMappingElem != null)
{
legacyMapping = (string)legacyMappingElem.Attribute("value");
}
// ScriptName
XElement scriptNameElem = fwElem.Element(FW + "scriptName");
if (scriptNameElem != null)
{
scriptName = (string)scriptNameElem.Attribute("value");
}
// RegionName
XElement regionNameElem = fwElem.Element(FW + "regionName");
if (regionNameElem != null)
{
regionName = (string)regionNameElem.Attribute("value");
}
// VariantName
XElement variantNameElem = fwElem.Element(FW + "variantName");
if (variantNameElem != null)
{
variantName = (string)variantNameElem.Attribute("value");
}
}
// Record the details for use in PostMigrate where we change the file name to match the ieft language tag where we can.
var migrationInfo = new LdmlMigrationInfo(sourceFileName)
{
LanguageTagBeforeMigration = writingSystemDefinitionV1.Bcp47Tag,
LanguageTagAfterMigration = langTag,
RemovedPropertiesSetter = ws =>
{
if (!string.IsNullOrEmpty(abbreviation))
{
ws.Abbreviation = abbreviation;
}
if (defaultFontSize != 0)
{
ws.DefaultFontSize = defaultFontSize;
}
if (!string.IsNullOrEmpty(keyboard))
{
ws.Keyboard = keyboard;
}
if (!string.IsNullOrEmpty(spellCheckingId))
{
ws.SpellCheckingId = spellCheckingId;
}
if (!string.IsNullOrEmpty(defaultFontName))
{
ws.DefaultFont = ws.Fonts[defaultFontName];
}
if (!string.IsNullOrEmpty(languageName))
{
ws.Language = new LanguageSubtag(ws.Language, languageName);
}
ws.IsGraphiteEnabled = isGraphiteEnabled;
if (!string.IsNullOrEmpty(legacyMapping))
{
ws.LegacyMapping = legacyMapping;
}
if (!string.IsNullOrEmpty(scriptName) && ws.Script != null && ws.Script.IsPrivateUse)
{
ws.Script = new ScriptSubtag(ws.Script, scriptName);
}
if (!string.IsNullOrEmpty(regionName) && ws.Region != null && ws.Region.IsPrivateUse)
{
ws.Region = new RegionSubtag(ws.Region, regionName);
}
if (scd != null)
{
ws.DefaultCollation = scd;
}
foreach (string keyboardId in knownKeyboards)
{
IKeyboardDefinition kd;
if (!Keyboard.Controller.TryGetKeyboard(keyboardId, out kd))
{
kd = Keyboard.Controller.CreateKeyboard(keyboardId, KeyboardFormat.Unknown, Enumerable.Empty <string>());
}
ws.KnownKeyboards.Add(kd);
}
}
};
_migrationInfo.Add(migrationInfo);
// Store things that stay in ldml but are being moved: WindowsLcid, variantName, font, known keyboards, collations, font features, character sets
// misc properties
var staging = new Staging
{
WindowsLcid = writingSystemDefinitionV1.WindowsLcid,
DefaultFontName = writingSystemDefinitionV1.DefaultFontName,
SortUsing = writingSystemDefinitionV1.SortUsing,
SortRules = writingSystemDefinitionV1.SortRules,
};
// Determine if variantName is non-common private use before preserving it
if (!string.IsNullOrEmpty(variantName))
{
int index = IetfLanguageTag.GetIndexOfFirstNonCommonPrivateUseVariant(IetfLanguageTag.GetVariantSubtags(migrationInfo.LanguageTagAfterMigration));
if (index > -1)
{
staging.VariantName = variantName;
}
}
if (fwElem != null)
{
// DefaultFontFeatures
XElement fontFeatsElem = fwElem.Element(FW + "defaultFontFeatures");
if (fontFeatsElem != null && !string.IsNullOrEmpty(staging.DefaultFontName))
{
staging.DefaultFontFeatures = (string)fontFeatsElem.Attribute("value");
}
//MatchedPairs, PunctuationPatterns, QuotationMarks deprecated
// Valid Chars
XElement validCharsElem = fwElem.Element(FW + "validChars");
if (validCharsElem != null)
{
try
{
var fwValidCharsElem = XElement.Parse((string)validCharsElem.Attribute("value"));
AddCharacterSet(fwValidCharsElem, staging, "WordForming", "main");
AddCharacterSet(fwValidCharsElem, staging, "Numeric", "numeric");
AddCharacterSet(fwValidCharsElem, staging, "Other", "punctuation");
}
catch (XmlException)
{
ParseLegacyWordformingCharOverridesFile(staging);
}
}
}
_staging[sourceFileName] = staging;
}
public void Read_ValidXml_SetsAllProperties()
{
const string projectSettingsXml =
@"<ProjectLexiconSettings>
<WritingSystems>
<WritingSystem id=""qaa-Qaaa-QM-x-kal-Fake-ZG-var1-var2"">
<Abbreviation>kal</Abbreviation>
<LanguageName>Kalaba</LanguageName>
<ScriptName>Fake</ScriptName>
<RegionName>Zolrog</RegionName>
<SystemCollation>snarf</SystemCollation>
</WritingSystem>
<WritingSystem id=""fr-FR"">
<SpellCheckingId>fr_FR</SpellCheckingId>
<LegacyMapping>converter</LegacyMapping>
<Keyboard>Old Keyboard</Keyboard>
</WritingSystem>
</WritingSystems>
</ProjectLexiconSettings>";
var projectSettingsDataMapper = new ProjectLexiconSettingsWritingSystemDataMapper(new MemorySettingsStore {
SettingsElement = XElement.Parse(projectSettingsXml)
});
var ws1 = new WritingSystemDefinition("qaa-Qaaa-QM-x-kal-Fake-ZG-var1-var2");
projectSettingsDataMapper.Read(ws1);
Assert.That(ws1.Abbreviation, Is.EqualTo("kal"));
Assert.That(ws1.Language.Name, Is.EqualTo("Kalaba"));
Assert.That(ws1.Script.Name, Is.EqualTo("Fake"));
Assert.That(ws1.Region.Name, Is.EqualTo("Zolrog"));
Assert.That(ws1.SpellCheckingId, Is.EqualTo(string.Empty));
Assert.That(ws1.LegacyMapping, Is.EqualTo(string.Empty));
Assert.That(ws1.Keyboard, Is.EqualTo(string.Empty));
var scd = new SystemCollationDefinition {
LanguageTag = "snarf"
};
Assert.That(ws1.DefaultCollation, Is.ValueEqualTo(scd));
var ws2 = new WritingSystemDefinition("fr-FR");
projectSettingsDataMapper.Read(ws2);
Assert.That(ws2.Abbreviation, Is.EqualTo("fr"));
Assert.That(ws2.Language.Name, Is.EqualTo("French"));
Assert.That(ws2.Script.Name, Is.EqualTo("Latin"));
Assert.That(ws2.Region.Name, Is.EqualTo("France"));
Assert.That(ws2.Variants, Is.Empty);
Assert.That(ws2.SpellCheckingId, Is.EqualTo("fr_FR"));
Assert.That(ws2.LegacyMapping, Is.EqualTo("converter"));
Assert.That(ws2.Keyboard, Is.EqualTo("Old Keyboard"));
var ws3 = new WritingSystemDefinition("es");
projectSettingsDataMapper.Read(ws3);
Assert.That(ws3.Abbreviation, Is.EqualTo("es"));
Assert.That(ws3.Language.Name, Is.EqualTo("Spanish"));
Assert.That(ws3.Script.Name, Is.EqualTo("Latin"));
Assert.That(ws3.Region, Is.Null);
Assert.That(ws3.Variants, Is.Empty);
Assert.That(ws3.SpellCheckingId, Is.EqualTo(string.Empty));
Assert.That(ws3.LegacyMapping, Is.EqualTo(string.Empty));
Assert.That(ws3.Keyboard, Is.EqualTo(string.Empty));
}
public SystemCollationDefinition(SystemCollationDefinition scd)
: base(scd)
{
_languageTag = scd._languageTag;
}
public override void Migrate(string sourceFilePath, string destinationFilePath)
{
string sourceFileName = Path.GetFileName(sourceFilePath);
var writingSystemDefinitionV1 = new WritingSystemDefinitionV1();
new LdmlAdaptorV1().Read(sourceFilePath, writingSystemDefinitionV1);
string abbreviation = writingSystemDefinitionV1.Abbreviation;
float defaultFontSize = writingSystemDefinitionV1.DefaultFontSize;
string keyboard = writingSystemDefinitionV1.Keyboard;
string spellCheckingId = writingSystemDefinitionV1.SpellCheckingId;
string defaultFontName = writingSystemDefinitionV1.DefaultFontName;
string languageName = writingSystemDefinitionV1.LanguageName.IsOneOf("Unknown Language", "Language Not Listed") ? string.Empty : writingSystemDefinitionV1.LanguageName;
string variant, privateUse;
IetfLanguageTag.SplitVariantAndPrivateUse(writingSystemDefinitionV1.Variant, out variant, out privateUse);
var langTagCleaner = new IetfLanguageTagCleaner(writingSystemDefinitionV1.Language, writingSystemDefinitionV1.Script, writingSystemDefinitionV1.Region,
variant, privateUse);
langTagCleaner.Clean();
string langTag = IetfLanguageTag.Canonicalize(langTagCleaner.GetCompleteTag());
List<string> knownKeyboards = writingSystemDefinitionV1.KnownKeyboards.Select(k => string.IsNullOrEmpty(k.Locale) ? k.Layout : string.Format("{0}_{1}", k.Locale, k.Layout)).ToList();
bool isGraphiteEnabled = false;
string legacyMapping = string.Empty;
string scriptName = string.Empty;
string regionName = string.Empty;
string variantName = string.Empty;
SystemCollationDefinition scd = null;
// Create system collation definition if applicable
if ((writingSystemDefinitionV1.SortUsing == WritingSystemDefinitionV1.SortRulesType.OtherLanguage) && (!string.IsNullOrEmpty(writingSystemDefinitionV1.SortRules)))
scd = new SystemCollationDefinition { LanguageTag = writingSystemDefinitionV1.SortRules };
// Migrate fields from legacy fw namespace, and then remove fw namespace
XElement ldmlElem = XElement.Load(sourceFilePath);
XElement fwElem = ldmlElem.Elements("special").FirstOrDefault(e => !string.IsNullOrEmpty((string) e.Attribute(XNamespace.Xmlns + "fw")));
if (fwElem != null)
{
XElement graphiteEnabledElem = fwElem.Element(FW + "graphiteEnabled");
if (graphiteEnabledElem != null)
{
if (!bool.TryParse((string) graphiteEnabledElem.Attribute("value"), out isGraphiteEnabled))
isGraphiteEnabled = false;
}
// LegacyMapping
XElement legacyMappingElem = fwElem.Element(FW + "legacyMapping");
if (legacyMappingElem != null)
legacyMapping = (string) legacyMappingElem.Attribute("value");
// ScriptName
XElement scriptNameElem = fwElem.Element(FW + "scriptName");
if (scriptNameElem != null)
scriptName = (string) scriptNameElem.Attribute("value");
// RegionName
XElement regionNameElem = fwElem.Element(FW + "regionName");
if (regionNameElem != null)
regionName = (string) regionNameElem.Attribute("value");
// VariantName
XElement variantNameElem = fwElem.Element(FW + "variantName");
if (variantNameElem != null)
variantName = (string) variantNameElem.Attribute("value");
}
// Record the details for use in PostMigrate where we change the file name to match the ieft language tag where we can.
var migrationInfo = new LdmlMigrationInfo(sourceFileName)
{
LanguageTagBeforeMigration = writingSystemDefinitionV1.Bcp47Tag,
LanguageTagAfterMigration = langTag,
RemovedPropertiesSetter = ws =>
{
if (!string.IsNullOrEmpty(abbreviation))
ws.Abbreviation = abbreviation;
if (defaultFontSize != 0)
ws.DefaultFontSize = defaultFontSize;
if (!string.IsNullOrEmpty(keyboard))
ws.Keyboard = keyboard;
if (!string.IsNullOrEmpty(spellCheckingId))
ws.SpellCheckingId = spellCheckingId;
if (!string.IsNullOrEmpty(defaultFontName))
ws.DefaultFont = ws.Fonts[defaultFontName];
if (!string.IsNullOrEmpty(languageName))
ws.Language = new LanguageSubtag(ws.Language, languageName);
ws.IsGraphiteEnabled = isGraphiteEnabled;
if (!string.IsNullOrEmpty(legacyMapping))
ws.LegacyMapping = legacyMapping;
if (!string.IsNullOrEmpty(scriptName) && ws.Script != null && ws.Script.IsPrivateUse)
ws.Script = new ScriptSubtag(ws.Script, scriptName);
if (!string.IsNullOrEmpty(regionName) && ws.Region != null && ws.Region.IsPrivateUse)
ws.Region = new RegionSubtag(ws.Region, regionName);
if (scd != null)
ws.DefaultCollation = scd;
foreach (string keyboardId in knownKeyboards)
{
IKeyboardDefinition kd;
if (!Keyboard.Controller.TryGetKeyboard(keyboardId, out kd))
kd = Keyboard.Controller.CreateKeyboard(keyboardId, KeyboardFormat.Unknown, Enumerable.Empty<string>());
ws.KnownKeyboards.Add(kd);
}
}
};
_migrationInfo.Add(migrationInfo);
// Store things that stay in ldml but are being moved: WindowsLcid, variantName, font, known keyboards, collations, font features, character sets
// misc properties
var staging = new Staging
{
WindowsLcid = writingSystemDefinitionV1.WindowsLcid,
DefaultFontName = writingSystemDefinitionV1.DefaultFontName,
SortUsing = writingSystemDefinitionV1.SortUsing,
SortRules = writingSystemDefinitionV1.SortRules,
};
// Determine if variantName is non-common private use before preserving it
if (!string.IsNullOrEmpty(variantName))
{
int index = IetfLanguageTag.GetIndexOfFirstNonCommonPrivateUseVariant(IetfLanguageTag.GetVariantSubtags(migrationInfo.LanguageTagAfterMigration));
if (index > -1)
staging.VariantName = variantName;
}
if (fwElem != null)
{
// DefaultFontFeatures
XElement fontFeatsElem = fwElem.Element(FW + "defaultFontFeatures");
if (fontFeatsElem != null && !string.IsNullOrEmpty(staging.DefaultFontName))
staging.DefaultFontFeatures = (string) fontFeatsElem.Attribute("value");
//MatchedPairs, PunctuationPatterns, QuotationMarks deprecated
// Valid Chars
XElement validCharsElem = fwElem.Element(FW + "validChars");
if (validCharsElem != null)
{
try
{
var fwValidCharsElem = XElement.Parse((string) validCharsElem.Attribute("value"));
AddCharacterSet(fwValidCharsElem, staging, "WordForming", "main");
AddCharacterSet(fwValidCharsElem, staging, "Numeric", "numeric");
AddCharacterSet(fwValidCharsElem, staging, "Other", "punctuation");
}
catch (XmlException)
{
ParseLegacyWordformingCharOverridesFile(staging);
}
}
}
_staging[sourceFileName] = staging;
}
public SystemCollationDefinition(SystemCollationDefinition scd)
: base(scd)
{
_languageTag = scd._languageTag;
}
/// <summary>
/// Creates a TreeNode tree along genres populated by the texts that claim them.
/// The list of textsWithNoGenre is also populated.
/// Recursively descend the genre tree and duplicate parts that have corresponding texts.
/// </summary>
/// <param name="parent">The parent to attach the genres to. If null, nothing is done.</param>
/// <param name="genreList">The owning sequence of genres - its a tree.</param>
/// <param name="allTexts">The flat list of all texts in the project.</param>
private static void LoadTextsFromGenres(TreeNode parent, ILcmOwningSequence <ICmPossibility> genreList, IEnumerable <LCModel.IText> allTexts)
{
if (parent == null)
{
return;
}
var sortedGenreList = new List <ICmPossibility>(genreList);
var sorter = new CmPossibilitySorter();
sortedGenreList.Sort(sorter);
foreach (var gen in sortedGenreList)
{
// This tree node is added to genreTreeNodes if there are texts or children
var genItem = new TreeNode(gen.ChooserNameTS.Text);
// LT-12179: Create a List for collecting selected tree nodes which we will later sort
// before actually adding them to the tree:
var sortedNodes = new List <TreeNode>();
var foundFirstText = false;
foreach (var tex in allTexts)
{ // This tex may not have a genre or it may claim to be in more than one
if (!Enumerable.Contains(tex.GenresRC, gen))
{
continue;
}
var texItem = new TreeNode(tex.ChooserNameTS.Text)
{
Tag = tex.ContentsOA,
Name = "Text"
};
// LT-12179: Add the new TreeNode to the (not-yet-)sorted list:
sortedNodes.Add(texItem);
// LT-12179: If this is the first tex we've added, establish the collator's details
// according to the writing system at the start of the tex:
if (foundFirstText)
{
continue;
}
foundFirstText = true;
}
// Always use the system collation definition. Texts have different writing systems anyhow.
var wsCollator = new SystemCollationDefinition();
// LT-12179:
if (foundFirstText)
{
// Order the TreeNodes alphabetically:
sortedNodes.Sort((x, y) => wsCollator.Collator.Compare(x.Text, y.Text));
// Add the TreeNodes to the tree:
genItem.Nodes.AddRange(sortedNodes.ToArray());
}
if (gen.SubPossibilitiesOS.Count > 0)
{ // Descend to the child genres regardless if there were texts assigned to this genre
LoadTextsFromGenres(genItem, gen.SubPossibilitiesOS, allTexts);
}
//Add the node even if there are no texts that point to this genre.
genItem.Tag = gen; // ICmPossibility
genItem.Name = "Genre";
parent.Nodes.Add(genItem);
}
}
/// ------------------------------------------------------------------------------------
/// <summary>
/// Load texts by Genre into the texts tree view.
/// </summary>
/// <returns>A control tree of the Texts in the project</returns>
/// ------------------------------------------------------------------------------------
private TreeNode LoadTextsByGenreAndWithoutGenre()
{
if (m_cache.LanguageProject.GenreListOA == null)
{
return(null);
}
var genreList = m_cache.LanguageProject.GenreListOA.PossibilitiesOS;
Debug.Assert(genreList != null);
var allTexts = m_cache.ServiceLocator.GetInstance <ITextRepository>().AllInstances();
if (allTexts == null)
{
return(null);
}
// Title node for all texts, Biblical and otherwise
var textsNode = new TreeNode("All Texts in Genres and not in Genres")
{
Name = "Texts"
};
// For each genre, find the texts that claim it
LoadTextsFromGenres(textsNode, genreList, allTexts);
var textsWithNoGenre = new List <TreeNode>(); // and get the ones with no genre
// LT-12179: Create a List for collecting selected tree nodes which we will later sort
// before actually adding them to the tree:
var foundFirstText = false;
foreach (var tex in allTexts)
{
if (tex.GenresRC.Any())
{
continue;
}
var texItem = new TreeNode(tex.ChooserNameTS.Text)
{
Tag = tex.ContentsOA,
Name = "Text"
};
textsWithNoGenre.Add(texItem);
// LT-12179: If this is the first tex we've added, establish the collator's details
// according to the writing system at the start of the tex:
if (foundFirstText)
{
continue;
}
foundFirstText = true;
}
if (!textsWithNoGenre.Any())
{
return(textsNode);
}
// Just grab a system collator since text titles can be in various languages. Sorting by any one ws is going to
// do something wrong part of the time anyhow.
var wsCollator = new SystemCollationDefinition();
// LT-12179: Order the TreeNodes alphabetically:
try
{
textsWithNoGenre.Sort((x, y) => wsCollator.Collator.Compare(x.Text, y.Text));
}
catch (AccessViolationException)
{
// sort out sorting troubles later.
// icu.net 2.5.4+Branch.master.Sha.aa2e04611b4... can throw an AccessViolationException in
// RuleBasedCollator.Compare for yet-unknown reasons. See
// https://github.com/sillsdev/icu-dotnet/issues/130 and LT-20194.
// This may be resolved in the current version of ICU.
}
// Make a TreeNode for the texts with no known genre
var woGenreTreeNode = new TreeNode("No Genre", textsWithNoGenre.ToArray())
{
Name = "TextsWoGenre"
};
textsNode.Nodes.Add(woGenreTreeNode);
return(textsNode);
}
