/// <summary>
/// Returns a errors list after numbers are normalized
/// </summary>
/// <param name="sourceText"></param>
/// <param name="targetText"></param>
/// <returns></returns>
public IEnumerable <ErrorReporting> CheckNumbers(string sourceText, string targetText)
{
var sourceDecimalExtractComposer = new SourceDecimalSeparatorsExtractComposer().Compose();
var sourceThousandsExtractComposer = new SourceThousandSeparatorsExtractComposer().Compose();
var sourceDecimalSeparators = sourceDecimalExtractComposer.Extract(new ExtractData(VerificationSettings, new [] { sourceText }));
var sourceThousandSeparators = sourceThousandsExtractComposer.Extract(new ExtractData(VerificationSettings, new[] { sourceText }));
var sourceList = GetNumbersTuple(sourceText, string.Concat(sourceDecimalSeparators),
string.Concat(sourceThousandSeparators), VerificationSettings.SourceNoSeparator,
VerificationSettings.SourceOmitLeadingZero);
var targetDecimalExtractComposer = new TargetDecimalSeparatorsExtractComposer().Compose();
var targetThousandsExtractComposer = new TargetThousandSeparatorsExtractComposer().Compose();
var targetDecimalSeparators = targetDecimalExtractComposer.Extract(new ExtractData(VerificationSettings, new[] { targetText }));
var targetThousandSeparators = targetThousandsExtractComposer.Extract(new ExtractData(VerificationSettings, new[] { targetText }));
var targetList = GetNumbersTuple(targetText, string.Concat(targetDecimalSeparators),
string.Concat(targetThousandSeparators), VerificationSettings.TargetNoSeparator,
VerificationSettings.TargetOmitLeadingZero);
var sourceNumberList = sourceList.Item1;
var sourceNormalizedNumberList = sourceList.Item2;
var targetNumberList = targetList.Item1;
var targetNormalizedNumberList = targetList.Item2;
// remove identical numbers found both in source and target from respective list
RemoveIdenticalNumbers(sourceNumberList, targetNumberList, targetNormalizedNumberList,
sourceNormalizedNumberList);
// remove numbers found both in source and target from respective list disregarding difference in thousands and decimal separators
RemoveNumbersIgnoreThousandsAndDecimalSeparators(sourceNumberList, targetNormalizedNumberList,
sourceNormalizedNumberList, targetNumberList);
// remove numbers found both in source and target from respective list disregarding difference when thousands and decimal separators are undefined due to ambiguity
RemoveNumbersUndefinedThousandsAndDecimalSeparator(targetNumberList, sourceNumberList,
sourceNormalizedNumberList, targetNormalizedNumberList);
var numberResults = new NumberResults(VerificationSettings,
sourceNumberList,
targetNumberList, sourceText, targetText);
var numberErrorComposer = new NumberErrorComposer();
var verifyProcessor = numberErrorComposer.Compose();
return(verifyProcessor.Verify(numberResults));
}
/// <summary>
/// Returns a list of errors after checking the alphanumerics
/// e.g: AB12
/// </summary>
/// <param name="sourceText"></param>
/// <param name="targetText"></param>
/// <returns></returns>
public IEnumerable <ErrorReporting> CheckAlphanumerics(string sourceText, string targetText)
{
var sourceAlphanumericsList = GetAlphanumericList(sourceText);
// find all alphanumeric names in target and add to list
var targetAlphanumericsList = GetAlphanumericList(targetText);
// remove alphanumeric names found both in source and target from respective list
RemoveMatchingAlphanumerics(sourceAlphanumericsList, targetAlphanumericsList);
var numberResults = new NumberResults(VerificationSettings,
sourceAlphanumericsList,
targetAlphanumericsList);
var alphanumericErrorComposer = new AlphanumericErrorComposer();
var verifyProcessor = alphanumericErrorComposer.Compose();
return(verifyProcessor.Verify(numberResults));
}
/// <summary>
/// Returns a list of errors after checking the alphanumerics
/// e.g: AB12
/// </summary>
/// <param name="sourceText"></param>
/// <param name="targetText"></param>
/// <param name="sourceExcludedRanges"></param>
/// <param name="targetExcludedRanges"></param>
/// <returns></returns>
public IEnumerable <ErrorReporting> CheckAlphanumerics(string sourceText, string targetText, List <ExcludedRange> sourceExcludedRanges = null, List <ExcludedRange> targetExcludedRanges = null)
{
if (!_verificationSettings.CustomsSeparatorsAlphanumerics && !_verificationSettings.ReportModifiedAlphanumerics)
{
return(Enumerable.Empty <ErrorReporting>());
}
try
{
var sourceAlphanumericsList = GetAlphanumericList(sourceText, true, sourceExcludedRanges);
// find all alphanumeric names in target and add to list
var targetAlphanumericsList = GetAlphanumericList(targetText, false, targetExcludedRanges);
// remove alphanumeric names found both in source and target from respective list
RemoveMatchingAlphanumerics(sourceAlphanumericsList.Item2, targetAlphanumericsList.Item2);
var numberModel = new NumberModel
{
Settings = VerificationSettings,
SourceNumbers = sourceAlphanumericsList.Item2,
TargetNumbers = targetAlphanumericsList.Item2,
InitialSourceNumbers = sourceAlphanumericsList.Item1,
InitialTargetNumbers = targetAlphanumericsList.Item1,
SourceText = sourceText,
TargetText = targetText
};
var numberResults = new NumberResults(numberModel);
var alphanumericErrorComposer = new AlphanumericErrorComposer();
var verifyProcessor = alphanumericErrorComposer.Compose();
return(verifyProcessor.Verify(numberResults));
}
catch (Exception ex)
{
_logger.Error($"{MethodBase.GetCurrentMethod().Name} \n {ex}");
return(new List <ErrorReporting>());
}
}
