public void SumProp_should_return_not_empty_string_within_thousand(string expectedResult, int arg, Kind kind,
SubjectiveCase subjectiveCase)
{
var result = _rusNumber.SumProp(arg, kind, subjectiveCase);
Assert.AreEqual(expectedResult, result);
}
public void GetQuantitativeNumber_return_not_empty_string_for_100(string expectedResult, int number,
SubjectiveCase subjectiveCase)
{
var result = Hunds.GetQuantitativeNumber(number, subjectiveCase);
Assert.AreEqual(expectedResult, result);
}
public void GetQuantitativeNumber_return_not_empty_string_for_1000(string expectedResult, int arg,
SubjectiveCase subjective, string sourceString)
{
var result = sourceString.GetQuantitativeThousandNumber(arg, subjective);
Assert.AreEqual(expectedResult, result);
}
public void GetQuantitativeNumber_return_not_empty_string_for_50_80(string expectedResult, int arg,
SubjectiveCase subjective)
{
var result = Tens.GetQuantitativeNumber(arg, subjective);
Assert.AreEqual(expectedResult, result);
}
public FormationThousands(Func <int, string> convertNumberToWords, SubjectiveCase subjectiveCase)
{
_thousandsFunc = new Dictionary <int, Func <int, string> >
{
{
(int)DegreesThousand.Thousand,
num => convertNumberToWords(num).GetQuantitativeThousandNumber(num, subjectiveCase)
}
};
}
public static string GetQuantitativeThousandNumber(this string val, int number,
SubjectiveCase subjectiveCase = SubjectiveCase.Nominative)
{
int serialNumber = GetSerialNumber(number);
if (string.IsNullOrEmpty(val))
{
return("");
}
return(string.Concat(val,
DeclinationThousand[subjectiveCase]("тысяч", GetBitDepth(serialNumber))));
}
public static string GetQuantitativeNumber(int number, Func <int, int> funct,
SubjectiveCase subjectiveCase = SubjectiveCase.Nominative, Kind kind = Kind.Masculine)
{
var index = funct(number);
if (index >= 5 && index < 19)
{
return(Frac5_19[subjectiveCase](frac20Base[index]));
}
return(SpecialCaseFor1_4.Select(content => content.Index).Contains(index)
? SpecialCaseFor1_4
.Where(content => content.Index == index)
.Where(content => content.Kind == kind || content.Kind == Kind.None)
.Where(content => content.SubjCase == subjectiveCase)
.Select(content => content.StrValue)
.FirstOrDefault()
: frac20Base[index]);
}
public string SumProp(int val, Kind kind = Kind.None, SubjectiveCase subjectiveCase = SubjectiveCase.Nominative)
{
_numberKind = kind;
SubjectiveCaseNumber = subjectiveCase;
bool minus = false;
if (val < 0)
{
val = -val;
minus = true;
}
int n = val;
StringBuilder r = new StringBuilder();
if (0 == n)
{
r.Append("0".AddSpace());
}
if (n % 1000 != 0)
{
r.Append(ConvertNumberToWords(n));
}
var formation = new FormationThousands(ConvertNumberToWords, subjectiveCase);
formation.GetConvertSamplesInWords(ref r, n);
//TODO: нет реализации для степеней больше тысячи
if (minus)
{
r.Insert(0, "минус ");
}
r[0] = char.ToUpper(r[0]);
return(r.ToString());
}
public void GetQuantitativeNumber_return_not_empty_string(string expectedResult, int arg, SubjectiveCase subjective,
Kind kind)
{
var result = Frac20.GetQuantitativeNumber(arg, x => x % 100, subjective, kind);
Assert.AreEqual(expectedResult, result);
}
public RusNumber(Kind kind = Kind.None, SubjectiveCase subjectiveCase = SubjectiveCase.Nominative)
{
_numberKind = kind;
SubjectiveCaseNumber = subjectiveCase;
}
public static string GetQuantitativeNumber(int number, SubjectiveCase subjectiveCase)
{
var index = GetSerialNumber(number);
return(DictHunds[index](subjectiveCase, index));
}