internal GenderRulesContainer()
{
m_rulesByNamePart = new PartGenderRules[Enum.GetValues(typeof(NamePart)).Length];
for (int i = 0; i < m_rulesByNamePart.Length; ++i)
{
m_rulesByNamePart[i] = new PartGenderRules();
}
}
public Gender GetGender(string namePartValue, NamePart namePart)
{
if (namePartValue == null)
{
throw new ArgumentNullException(nameof(namePartValue));
}
PartGenderRules rules = m_rules.genderRules[namePart];
Gender gender;
if (rules.TryMatch(namePartValue, out gender))
{
return(gender);
}
return(Gender.Androgynous);
}
private void ParseGenderRules(PartGenderRules rules)
{
m_parser.AssertNextTokenTypeAndConsume(JsonParser.TokenType.ObjectStart);
while (!m_parser.CheckNextTokenTypeAndConsumeIfTrue(JsonParser.TokenType.ObjectEnd))
{
string section = m_parser.GetNextPropertyName();
if (section == "exceptions")
{
m_parser.AssertNextTokenTypeAndConsume(JsonParser.TokenType.ObjectStart);
while (!m_parser.CheckNextTokenTypeAndConsumeIfTrue(JsonParser.TokenType.ObjectEnd))
{
//read exceptions rules
string genderStr = m_parser.GetNextPropertyName();
Gender gender = ParseGender(genderStr);
m_parser.AssertNextTokenTypeAndConsume(JsonParser.TokenType.ArrayStart);
while (!m_parser.CheckNextTokenTypeAndConsumeIfTrue(JsonParser.TokenType.ArrayEnd))
{
string word = m_parser.GetNextStringValue();
rules.AddExplicitMatchRule(word, gender);
}
}
}
else if (section == "suffixes")
{
m_parser.AssertNextTokenTypeAndConsume(JsonParser.TokenType.ObjectStart);
while (!m_parser.CheckNextTokenTypeAndConsumeIfTrue(JsonParser.TokenType.ObjectEnd))
{
//read suffixes rule
string genderStr = m_parser.GetNextPropertyName();
Gender gender = ParseGender(genderStr);
m_parser.AssertNextTokenTypeAndConsume(JsonParser.TokenType.ArrayStart);
while (!m_parser.CheckNextTokenTypeAndConsumeIfTrue(JsonParser.TokenType.ArrayEnd))
{
string suffix = m_parser.GetNextStringValue();
rules.AddSuffixRule(suffix, gender);
}
}
}
else
{
throw new ParseException($"Unexpected section '{section}'");
}
}
}