public void CheckNumbersAreNotValid(string sourceText, string targetText, string thousandSep, string decimalSep)
{
// Arrange
var numberVerifierSettings = SourceSettings.SourceSettingsAndAllowLocalization.CommaPeriod();
numberVerifierSettings.Setup(d => d.SourceDecimalComma).Returns(false);
NumberVerifierLocalizationsSettings.InitSeparators(numberVerifierSettings);
var numberVerifierMain = new NumberVerifierMain(numberVerifierSettings.Object);
//run initialize method in order to set chosen separators
var docPropMock = new Mock <IDocumentProperties>();
numberVerifierMain.Initialize(docPropMock.Object);
var thousandSeparators = numberVerifierMain.AddCustomSeparators(thousandSep, true);
var decimalSeparators = numberVerifierMain.AddCustomSeparators(decimalSep, true);
// Act
var sourceResult = numberVerifierMain.GetNumbersTuple(sourceText, decimalSeparators, thousandSeparators, false, false);
var targetResult = numberVerifierMain.GetNumbersTuple(targetText, decimalSeparators, thousandSeparators, false, false);
// Assert
Assert.NotEqual(sourceResult.Item1, targetResult.Item1);
}
public void FindNumbersWithinTheWords(string text, string thousandSep, string decimalSep)
{
var numberVerifierSettings = SourceSettings.SourceSettingsAndAllowLocalization.CommaPeriod();
numberVerifierSettings.Setup(d => d.SourceDecimalComma).Returns(true);
NumberVerifierLocalizationsSettings.InitSeparators(numberVerifierSettings);
var numberVerifierMain = new NumberVerifierMain(numberVerifierSettings.Object);
//run initialize method in order to set chosen separators
var docPropMock = new Mock <IDocumentProperties>();
numberVerifierMain.Initialize(docPropMock.Object);
var normalizedNumberCollection = new List <string>();
var numberCollection = new List <string>();
var thousandSeparators = numberVerifierMain.AddCustomSeparators(thousandSep, true);
var decimalSeparators = numberVerifierMain.AddCustomSeparators(decimalSep, true);
numberVerifierMain.NormalizeAlphanumerics(text, numberCollection, normalizedNumberCollection, thousandSeparators, decimalSeparators, false, false);
Assert.Equal("46", numberCollection[0]);
Assert.Equal("46", normalizedNumberCollection[0]);
}
public void NormalizeNegativeNumbers(string text, string thousandSep, string decimalSep)
{
var numberVerifierSettings = SourceSettings.SourceSettingsAndAllowLocalization.CommaPeriod();
numberVerifierSettings.Setup(d => d.SourceDecimalComma).Returns(true);
NumberVerifierLocalizationsSettings.InitSeparators(numberVerifierSettings);
var numberVerifierMain = new NumberVerifierMain(numberVerifierSettings.Object);
//run initialize method in order to set chosen separators
numberVerifierMain.Initialize(_documentProperties.Object);
var thousandSeparators = numberVerifierMain.AddCustomSeparators(thousandSep, true);
var decimalSeparators = numberVerifierMain.AddCustomSeparators(decimalSep, true);
var normalizeNumber = NumberVerifierSetup.GetNormalizedNumber(text, thousandSeparators, decimalSeparators, false, false);
numberVerifierMain.NormalizeNumbers(normalizeNumber);
Assert.Equal("−74,5", $"{normalizeNumber.InitialNumberList[0]}{normalizeNumber.InitialNumberList[1]}");
Assert.Equal("m74m5", $"{normalizeNumber.NormalizedNumberList[0]}{normalizeNumber.NormalizedNumberList[1]}");
}