public void BuildSimplePluralizedStringTest()
{
var defaultLocalizedString = new LocalizedString("let", "let");
var psA = new PluralizedString(defaultLocalizedString);
Assert.AreEqual(defaultLocalizedString, psA.GetPluralizedLocalizedString(0));
}
public void OverlapExceptionTest()
{
var exceptionThrown = false;
var defaultLocalizedString = new LocalizedString("let", "let");
var psA = new PluralizedString(defaultLocalizedString);
psA.Add(new PluralizationInterval(int.MinValue, -5), new LocalizedString("let", "let"));
psA.Add(new PluralizationInterval(-4, -2), new LocalizedString("let", "roky"));
psA.Add(new PluralizationInterval(-1, -1), new LocalizedString("let", "rok"));
psA.Add(new PluralizationInterval(0, 0), new LocalizedString("let", "let"));
psA.Add(new PluralizationInterval(1, 1), new LocalizedString("let", "rok"));
psA.Add(new PluralizationInterval(2, 4), new LocalizedString("let", "roky"));
psA.Add(new PluralizationInterval(5, int.MaxValue), new LocalizedString("let", "let"));
try
{
psA.Add(new PluralizationInterval(1, 2), new LocalizedString("let", "rok"));
}
catch (PluralizedStringIntervalOverlapException)
{
exceptionThrown = true;
}
Assert.IsTrue(exceptionThrown);
}
public IDictionary <string, PluralizedString> GetPluralizedDictionary(CultureInfo cultureInfo, string scope)
{
using (var dbContext = m_dbContextFunc.Invoke())
{
var culture = GetCultureByNameOrGetDefault(dbContext, cultureInfo.Name);
var dictionaryScope = GetDictionaryScope(dbContext, scope);
var pluralizedStaticTextDao = new PluralizedStaticTextDao(dbContext.PluralizedStaticText);
var result = pluralizedStaticTextDao.FindAllByCultureAndScope(culture, dictionaryScope);
var resultDictionary = new Dictionary <string, PluralizedString>();
foreach (var singleplPluralizedStaticText in result)
{
var pluralizedString = new PluralizedString(new LocalizedString(singleplPluralizedStaticText.Name,
singleplPluralizedStaticText.Text, false));
foreach (var intervalText in singleplPluralizedStaticText.IntervalTexts)
{
pluralizedString.Add(new PluralizationInterval(intervalText.IntervalStart, intervalText.IntervalEnd)
, new LocalizedString(singleplPluralizedStaticText.Name, intervalText.Text));
}
resultDictionary.Add(singleplPluralizedStaticText.Name, pluralizedString);
}
return(resultDictionary);
}
}
public void IsOvelapingOverlapsTest()
{
var psA = new PluralizedString(new LocalizedString("a", "a"));
var pA = new PluralizationInterval(-20, 20);
var pB = new PluralizationInterval(-10, 10);
psA.Add(pA, new LocalizedString("b", "b"));
Assert.ThrowsException <PluralizedStringIntervalOverlapException>(() => psA.Add(pB, new LocalizedString("c", "c")));
}
public void ConstructorDefaultStringNullTest()
{
var exceptionThrown = false;
try
{
var psA = new PluralizedString(null);
}
catch (ArgumentNullException)
{
exceptionThrown = true;
}
Assert.IsTrue(exceptionThrown);
}
public void IntervalCompletePluralizedStringTest()
{
var defaultLocalizedString = new LocalizedString("let", "let");
var psA = new PluralizedString(defaultLocalizedString);
psA.Add(new PluralizationInterval(int.MinValue, -5), new LocalizedString("let", "let"));
psA.Add(new PluralizationInterval(-4, -2), new LocalizedString("let", "roky"));
psA.Add(new PluralizationInterval(-1, -1), new LocalizedString("let", "rok"));
psA.Add(new PluralizationInterval(0, 0), new LocalizedString("let", "let"));
psA.Add(new PluralizationInterval(1, 1), new LocalizedString("let", "rok"));
psA.Add(new PluralizationInterval(2, 4), new LocalizedString("let", "roky"));
psA.Add(new PluralizationInterval(5, int.MaxValue), new LocalizedString("let", "let"));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-10));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-9));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-8));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-7));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-6));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(-5));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(-4));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(-3));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(-2));
Assert.AreEqual("rok", psA.GetPluralizedLocalizedString(-1));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(0));
Assert.AreEqual("rok", psA.GetPluralizedLocalizedString(1));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(2));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(3));
Assert.AreEqual("roky", psA.GetPluralizedLocalizedString(4));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(5));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(6));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(7));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(8));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(9));
Assert.AreEqual("let", psA.GetPluralizedLocalizedString(10));
}
private void InitPluralizedDictionary()
{
if (m_pluralizedDictionary != null)
{
return;
}
var pluralizedDictionary = new ConcurrentDictionary <string, PluralizedString>();
if (!IsPluralizationLoaded())
{
if (m_logger != null && m_logger.IsWarningEnabled())
{
m_logger.LogWarning(NotLoadedPluralizedMsg);
}
m_pluralizedDictionary = pluralizedDictionary;
return;
}
var keyValueObjects = (JObject)m_jsonPluralizedDictionary.SelectToken(DictionaryJPath);
if (keyValueObjects == null)
{
m_pluralizedDictionary = pluralizedDictionary;
return;
}
var keyValueEnumerator = keyValueObjects.GetEnumerator();
while (keyValueEnumerator.MoveNext())
{
var keyValuePair = keyValueEnumerator.Current;
var key = keyValuePair.Key;
var value = keyValuePair.Value.First;
var defaultValue = ((JProperty)keyValuePair.Value.First).Name;
var defaultLocalizedString = new LocalizedString(key, defaultValue);
var pluralizedString = new PluralizedString(defaultLocalizedString);
var pluralizationTriples = value.First;
var childrenTriplesEnumerator = pluralizationTriples.Children().GetEnumerator();
while (childrenTriplesEnumerator.MoveNext())
{
var childrenTripleJToken = childrenTriplesEnumerator.Current;
var leftInterval = childrenTripleJToken[0];
var rightInterval = childrenTripleJToken[1];
var stringValue = childrenTripleJToken[2];
int leftIntervalInteger;
if (leftInterval?.Value <string>() == null)
{
leftIntervalInteger = int.MinValue;
}
else
{
var xParsed = int.TryParse(leftInterval.ToString(), out leftIntervalInteger);
if (!xParsed)
{
var errorMessage = string.Format(
@"The x value ""{0}"" in pluralization dictionary: ""{1}"" culture: ""{2}""",
leftInterval, m_scope, m_cultureInfo.Name);
if (m_logger != null && m_logger.IsErrorEnabled())
{
m_logger.LogError(errorMessage);
}
throw new DictionaryFormatException(errorMessage);
}
}
int rightIntervalInteger;
if (rightInterval?.Value <string>() == null)
{
rightIntervalInteger = int.MaxValue;
}
else
{
var yParsed = int.TryParse(rightInterval.ToString(), out rightIntervalInteger);
if (!yParsed)
{
var errorMessage = string.Format(
@"The y value ""{0}"" in pluralization dictionary: ""{1}"" culture: ""{2}""",
rightInterval.ToString(), m_scope, m_cultureInfo.Name);
if (m_logger != null && m_logger.IsErrorEnabled())
{
m_logger.LogError(errorMessage);
}
throw new DictionaryFormatException(errorMessage);
}
}
var stringValueString = (string)stringValue;
pluralizedString.Add(new PluralizationInterval(leftIntervalInteger, rightIntervalInteger),
new LocalizedString(key, stringValueString));
}
childrenTriplesEnumerator.Dispose();
pluralizedDictionary.TryAdd(key, pluralizedString);
}
keyValueEnumerator.Dispose();
m_pluralizedDictionary = pluralizedDictionary;
}