/**
* @param result
* @param convertCase
* @param nextConvertCase
*/
private static void checkMiddleChar(StringBuilder result, ConvertCase convertCase, ConvertCase nextConvertCase)
{
string latName = convertCase.getConvert();
switch (latName.Length)
{
case LENGTH_2:
result.Append(convertCase.isLowcase() ? latName.Substring(INDEX_1, LENGTH_1).ToLower() : nextConvertCase
.isLowcase() ? latName.Substring(INDEX_1, LENGTH_1) : latName.Substring(INDEX_1, LENGTH_1).ToUpper());
if (convertCase.getConvert() == "ZZ" && nextConvertCase.getConvert() == "HH")
{
result.Append(nextConvertCase.isLowcase() ? "g" : "G");
}
break;
case LENGTH_3:
result.Append(convertCase.isLowcase() ? latName.Substring(INDEX_2, LENGTH_1).ToLower() : nextConvertCase
.isLowcase() ? latName.Substring(INDEX_2, LENGTH_1) : latName.Substring(INDEX_2, LENGTH_1).ToUpper());
break;
case LENGTH_4:
result.Append(convertCase.isLowcase() ? latName.Substring(INDEX_2, LENGTH_2).ToLower() : nextConvertCase
.isLowcase() ? latName.Substring(INDEX_2, LENGTH_2) : latName.Substring(INDEX_2, LENGTH_2).ToUpper());
break;
case LENGTH_8:
result.Append(convertCase.isLowcase() ? latName.Substring(INDEX_4, LENGTH_4).ToLower() : nextConvertCase
.isLowcase() ? latName.Substring(INDEX_4, LENGTH_4) : latName.Substring(INDEX_4, LENGTH_4).ToUpper());
break;
}
}
public static string generateLat(string name)
{
StringBuilder result = new StringBuilder();
ConvertCase prevConvertCase = null;
for (int index = 0; index < name.Length; index += 1)
{
string curChar = name.Substring(index, LENGTH_1);
string nextChar = index == name.Length - 1 ? null : name.Substring(index + INDEX_1, LENGTH_1);
if (new Regex("[-'’,]").IsMatch(curChar))
{
continue;
}
if (!cyrToLat.ContainsKey(curChar))
{
if (" " == curChar)
{
prevConvertCase = null;
result.Append(' ');
}
continue;
}
ConvertCase convertCase = cyrToLat[curChar];
if (prevConvertCase == null)
{
checkFirstChar(result, convertCase, nextChar != null && cyrToLat.ContainsKey(nextChar) ? cyrToLat[nextChar] : convertCase);
}
else
{
checkMiddleChar(result, convertCase, nextChar != null && cyrToLat.ContainsKey(nextChar) ? cyrToLat[nextChar] : convertCase);
}
prevConvertCase = convertCase;
}
return(result.ToString());
}
static UkrainianToLatin()
{
cyrToLat = new Dictionary <string, ConvertCase>();
foreach (KeyValuePair <string, string> item in convert)
{
cyrToLat[item.Value.Substring(INDEX_0, LENGTH_1)] = new ConvertCase(item.Key, false);
cyrToLat[item.Value.Substring(INDEX_1, LENGTH_1)] = new ConvertCase(item.Key, true);
if (item.Key == "EE")
{
cyrToLat["Ё"] = new ConvertCase(item.Key, false);
cyrToLat["ё"] = new ConvertCase(item.Key, true);
}
}
}
/// <summary>
/// Converts a string to the given attribute's value.
/// </summary>
/// <param name="attribute">This attribute.</param>
/// <param name="value">The value to convert to an attribute value.</param>
/// <returns>Returns the attribute's value converted from a string.</returns>
/// <exception cref="ArgumentException">If the input string cannot be converted to the attribute's value.</exception>
public static object FromString(this DictionaryAttribute attribute, string value)
{
switch (attribute)
{
case DictionaryAttribute.Separator: return(Separator.FromString(value));
case DictionaryAttribute.Encoding: return(Encoding.FromString(value));
case DictionaryAttribute.FrequencyIncluded: return(FrequencyIncluded.FromString(value));
case DictionaryAttribute.IgnoreNumbers: return(IgnoreNumbers.FromString(value));
case DictionaryAttribute.IgnorePunctuation: return(IgnorePunctuation.FromString(value));
case DictionaryAttribute.IgnoreCamelCase: return(IgnoreCamelCase.FromString(value));
case DictionaryAttribute.IgnoreAllUpperCase: return(IgnoreAllUpperCase.FromString(value));
case DictionaryAttribute.IgnoreDiacritics: return(IgnoreDiacritics.FromString(value));
case DictionaryAttribute.ConvertCase: return(ConvertCase.FromString(value));
case DictionaryAttribute.RunOnWords: return(RunOnWords.FromString(value));
case DictionaryAttribute.Culture: return(Culture.FromString(value));
case DictionaryAttribute.Encoder: return(Encoder.FromString(value));
case DictionaryAttribute.InputConversion: return(InputConversion.FromString(value));
case DictionaryAttribute.OutputConversion: return(OutputConversion.FromString(value));
case DictionaryAttribute.ReplacementPairs: return(ReplacementPairs.FromString(value));
case DictionaryAttribute.EquivalentChars: return(EquivalentChars.FromString(value));
case DictionaryAttribute.License: return(License.FromString(value));
case DictionaryAttribute.Author: return(Author.FromString(value));
case DictionaryAttribute.CreationDate: return(CreationDate.FromString(value));
}
throw new ArgumentException($"No attribute for property: {nameof(attribute)}");
}
