public List <string> FindAlphanumericsThinSpace(string text, string decimalSeparators, string thousandSeparators)
{
var iNumberSettingsMock = NumberVerifierLocalizationsSettings.AllowLocalization();
NumberVerifierLocalizationsSettings.InitSeparators(iNumberSettingsMock);
var numberVerifier = new NumberVerifierMain(iNumberSettingsMock.Object);
var textAlphanumericsList = numberVerifier.GetAlphanumericList(text);
Assert.True(textAlphanumericsList.Item2.Count != 0);
return(textAlphanumericsList.Item2);
}
public string ReturnNegativeNumbersWithNormalMinusSign(string text, string decimalSeparators, string thousandSeparators)
{
var iMockSettings = NumberVerifierLocalizationsSettings.AllowLocalization();
NumberVerifierLocalizationsSettings.InitSeparators(iMockSettings);
var numberVerifierMain = new NumberVerifierMain(iMockSettings.Object);
var negativeNumberNormalized = numberVerifierMain.NormalizeNumberWithMinusSign(text);
Assert.True(!string.IsNullOrEmpty(negativeNumberNormalized));
return(negativeNumberNormalized);
}
public List <string> AlphanumericCustomsSeparators(string text)
{
var iNumberSettingsMock = NumberVerifierLocalizationsSettings.AllowLocalization();
NumberVerifierLocalizationsSettings.InitSeparators(iNumberSettingsMock);
var numberVerifier = new NumberVerifierMain(iNumberSettingsMock.Object);
var textAlphanumericsList = numberVerifier.GetAlphanumericList(text);
Assert.True(textAlphanumericsList.Item2.Count != 0);
return(textAlphanumericsList.Item2);
}
public void OmitZeroLongFormNegativeNumbersMinusSign(string numberWithPeriod, string numberWithComma)
{
var mockSettings = NumberVerifierLocalizationsSettings.AllowLocalization();
NumberVerifierLocalizationsSettings.InitSeparators(mockSettings);
var numberVerifierMain = new NumberVerifierMain(mockSettings.Object);
var normalizedNumberWithPeriod = numberVerifierMain.OmitZero(numberWithPeriod);
var normalizedNumberWithComma = numberVerifierMain.OmitZero(numberWithComma);
Assert.Equal("m0.55", normalizedNumberWithPeriod);
Assert.Equal("m0,55", normalizedNumberWithComma);
}
public string OmitZeroShortFormNegativeNumbers(string text)
{
var mockSettings = NumberVerifierLocalizationsSettings.AllowLocalization();
NumberVerifierLocalizationsSettings.InitSeparators(mockSettings);
var numberVerifierMain = new NumberVerifierMain(mockSettings.Object);
var normalizedNumber = numberVerifierMain.OmitZero(text);
Assert.Equal("m0.55", normalizedNumber);
return(normalizedNumber);
}
public string OmitZeroShortFormNegativeNumbers(string text)
{
var mockSettings = NumberVerifierLocalizationsSettings.AllowLocalization();
mockSettings.Setup(s => s.TargetOmitLeadingZero).Returns(true);
mockSettings.Setup(s => s.TargetDecimalPeriod).Returns(true);
NumberVerifierLocalizationsSettings.InitSeparators(mockSettings);
_numberValidator.Verify(null, text, mockSettings.Object, out _, out var normalizedNumber);
Assert.Equal("n0d55", normalizedNumber.Texts[0].Normalized);
return(normalizedNumber.Texts[0].Normalized);
}
public void OmitZeroLongFormNegativeNumbersMinusSign(string numberWithPeriod, string numberWithComma)
{
var mockSettings = NumberVerifierLocalizationsSettings.AllowLocalization();
mockSettings.Setup(s => s.TargetOmitLeadingZero).Returns(true);
NumberVerifierLocalizationsSettings.InitSeparators(mockSettings);
mockSettings.Setup(s => s.TargetDecimalPeriod).Returns(true);
_numberValidator.Verify(null, numberWithPeriod, mockSettings.Object, out _, out var normalizedNumberWithPeriod);
mockSettings.Setup(s => s.TargetDecimalComma).Returns(true);
_numberValidator.Verify(null, numberWithComma, mockSettings.Object, out _, out var normalizedNumberWithComma);
Assert.Equal("n0d55", normalizedNumberWithPeriod.Texts[0].Normalized);
Assert.Equal("n0d55", normalizedNumberWithComma.Texts[0].Normalized);
}