public static Language AutoDetectLanguage(string[] words)
{
var languageCount = new List <int>(new[] { 0, 0, 0, 0, 0, 0, 0 });
int index;
foreach (var s in words)
{
if (English.WordExists(s, out index))
{
//english is at 0
languageCount[0]++;
}
if (Japanese.WordExists(s, out index))
{
//japanese is at 1
languageCount[1]++;
}
if (Spanish.WordExists(s, out index))
{
//spanish is at 2
languageCount[2]++;
}
if (ChineseSimplified.WordExists(s, out index))
{
//chinese simplified is at 3
languageCount[3]++;
}
if (ChineseTraditional.WordExists(s, out index) && !ChineseSimplified.WordExists(s, out index))
{
//chinese traditional is at 4
languageCount[4]++;
}
if (French.WordExists(s, out index))
{
languageCount[5]++;
}
if (PortugueseBrazil.WordExists(s, out index))
{
//portuguese_brazil is at 6
languageCount[6]++;
}
}
//no hits found for any language unknown
if (languageCount.Max() == 0)
{
return(Language.Unknown);
}
if (languageCount.IndexOf(languageCount.Max()) == 0)
{
return(Language.English);
}
if (languageCount.IndexOf(languageCount.Max()) == 1)
{
return(Language.Japanese);
}
if (languageCount.IndexOf(languageCount.Max()) == 2)
{
return(Language.Spanish);
}
if (languageCount.IndexOf(languageCount.Max()) == 3)
{
if (languageCount[4] > 0)
{
//has traditional characters so not simplified but instead traditional
return(Language.ChineseTraditional);
}
return(Language.ChineseSimplified);
}
if (languageCount.IndexOf(languageCount.Max()) == 4)
{
return(Language.ChineseTraditional);
}
if (languageCount.IndexOf(languageCount.Max()) == 5)
{
return(Language.French);
}
if (languageCount.IndexOf(languageCount.Max()) == 6)
{
return(Language.PortugueseBrazil);
}
return(Language.Unknown);
}
/////// <summary>
/////// An asynchronous static method to create a new BIP39 from random entropy. The random entropy creation is CPU intensive so is run in its own Task and we await as per async pattern.
/////// </summary>
/////// <param name="entropySize">The size in bits of the entropy to be created</param>
/////// <param name="passphrase">The optional passphrase. Please ensure NFKD Normalized, Empty string will be used if not provided as per spec</param>
/////// <param name="language">The optional language. If no language is provided English will be used</param>
/////// <returns>A BIP39 object</returns>
////public static async Task<BIP39> GetBIP39Async(int entropySize = cMinimumEntropyBits, string passphrase = cEmptyString, Language language = Language.English)
////{
//// byte[] entropyBytes = await Utilities.GetRandomBytesAsync(entropySize / cBitsInByte);
//// return new BIP39(entropyBytes, passphrase, language);
////}
/// <summary>
/// Takes in a string[] of words and detects the language that has the highest number of matching words.
/// </summary>
/// <param name="words">
/// The words of which you wish to derive a language
/// </param>
/// <returns>
/// The best attempt at a guessed Language
/// </returns>
public static Language AutoDetectLanguageOfWords(string[] words)
{
English eng = new English();
Japanese jp = new Japanese();
Spanish es = new Spanish();
French fr = new French();
ChineseSimplified cnS = new ChineseSimplified();
ChineseTraditional cnT = new ChineseTraditional();
List <int> languageCount = new List <int>(new[] { 0, 0, 0, 0, 0, 0 });
int index;
foreach (string s in words)
{
if (eng.WordExists(s, out index))
{
// english is at 0
languageCount[0]++;
}
if (jp.WordExists(s, out index))
{
// japanese is at 1
languageCount[1]++;
}
if (es.WordExists(s, out index))
{
// spanish is at 2
languageCount[2]++;
}
if (cnS.WordExists(s, out index))
{
// chinese simplified is at 3
languageCount[3]++;
}
if (cnT.WordExists(s, out index) && !cnS.WordExists(s, out index))
{
// chinese traditional is at 4
languageCount[4]++;
}
if (fr.WordExists(s, out index))
{
// french is at 5
languageCount[5]++;
}
}
// no hits found for any language unknown
if (languageCount.Max() == 0)
{
return(Language.Unknown);
}
if (languageCount.IndexOf(languageCount.Max()) == 0)
{
return(Language.English);
}
if (languageCount.IndexOf(languageCount.Max()) == 1)
{
return(Language.Japanese);
}
if (languageCount.IndexOf(languageCount.Max()) == 2)
{
return(Language.Spanish);
}
if (languageCount.IndexOf(languageCount.Max()) == 3)
{
if (languageCount[4] > 0)
{
// has traditional characters so not simplified but instead traditional
return(Language.ChineseTraditional);
}
return(Language.ChineseSimplified);
}
if (languageCount.IndexOf(languageCount.Max()) == 4)
{
return(Language.ChineseTraditional);
}
if (languageCount.IndexOf(languageCount.Max()) == 5)
{
return(Language.French);
}
return(Language.Unknown);
}
public static Language AutoDetectLanguage(string[] words)
{
List <int> languageCount = new List <int>(new int[] { 0, 0, 0, 0, 0, 0, 0 });
int index;
foreach (string s in words)
{
if (Japanese.WordExists(s, out index))
{
languageCount[1]++;
}
if (Spanish.WordExists(s, out index))
{
//spanish is at 2
languageCount[2]++;
}
if (ChineseSimplified.WordExists(s, out index))
{
languageCount[3]++;
}
if (French.WordExists(s, out index))
{
languageCount[5]++;
}
}
if (languageCount.Max() == 0)
{
return(Language.Unknown);
}
if (languageCount.IndexOf(languageCount.Max()) == 0)
{
return(Language.English);
}
else if (languageCount.IndexOf(languageCount.Max()) == 1)
{
return(Language.Japanese);
}
else if (languageCount.IndexOf(languageCount.Max()) == 2)
{
return(Language.Spanish);
}
else if (languageCount.IndexOf(languageCount.Max()) == 3)
{
if (languageCount[4] > 0)
{
return(Language.ChineseTraditional);
}
return(Language.ChineseSimplified);
}
else if (languageCount.IndexOf(languageCount.Max()) == 4)
{
return(Language.ChineseTraditional);
}
else if (languageCount.IndexOf(languageCount.Max()) == 5)
{
return(Language.French);
}
else if (languageCount.IndexOf(languageCount.Max()) == 6)
{
return(Language.PortugueseBrazil);
}
return(Language.Unknown);
}