// ReSharper disable once InconsistentNaming
private static bool PreprocessPatternXX99XX99XX(StreetAnalysisData data,
ICollection <StreetAnalysisData> deletions,
ICollection <StreetAnalysisData> additions)
{
var matchLow = RegexXX99XX99XX.Match(data.PrimaryLowNumber);
var matchHigh = RegexXX99XX99XX.Match(data.PrimaryHighNumber);
if (!matchLow.Success || !matchHigh.Success)
{
return(false); // not handled
}
ProcessAddress(
data,
deletions,
additions,
matchLow,
matchHigh,
"{0}{1}{2}{3}{4}{5}",
AddressPart.CreateAlpha("alpha1"),
AddressPart.CreateNumeric("number1"),
AddressPart.CreateAlpha("alpha2"),
AddressPart.CreateNumeric("number2"),
AddressPart.CreateAlpha("alpha3"),
AddressPart.CreateNumeric("number3"));
return(true);
}
private static bool PreprocessFractionals(
StreetAnalysisData data, ICollection <StreetAnalysisData> deletions,
ICollection <StreetAnalysisData> additions)
{
var matchLow = RegexFractional.Match(data.PrimaryLowNumber);
var matchHigh = RegexFractional.Match(data.PrimaryHighNumber);
if (!matchLow.Success || !matchHigh.Success)
{
return(false); // not handled
}
// There are two special cases here:
// 1. If any of prefix, number or suffix1 is not empty, the pattern
// needs a space before the fraction.
// 2. If the numberLow is empty but numberHigh is not (like 1/2::2 1/2)
// we need to create an extra entry for 1/2::1/2 before we let the
// normal expansion handle the rest.
var prefixHigh = matchHigh.FirstCaptureOrEmpty("prefix");
var numberLow = matchLow.FirstCaptureOrEmpty("number");
var numberHigh = matchHigh.FirstCaptureOrEmpty("number");
var suffix1High = matchHigh.FirstCaptureOrEmpty("suffix1");
// Case 1
string pattern;
if ((prefixHigh.Length == 0) && (numberHigh.Length == 0) && (suffix1High.Length == 0))
{
pattern = "{0}{1}{2}{3}{4}";
}
else
{
pattern = "{0}{1}{2} {3}{4}";
}
// Case 2
if ((numberLow.Length == 0) && (numberHigh.Length != 0))
{
var toAdd = data.Clone();
toAdd.UpdateKey += "-00";
toAdd.PrimaryHighNumber = toAdd.PrimaryLowNumber;
additions.Add(toAdd);
}
ProcessAddress(
data,
deletions,
additions,
matchLow,
matchHigh,
pattern,
AddressPart.CreateAlpha("prefix"),
AddressPart.CreateNumeric("number"),
AddressPart.CreateAlpha("suffix1"),
AddressPart.CreateFraction("fraction"),
AddressPart.CreateAlpha("suffix2"));
return(true);
}
// ReSharper disable once InconsistentNaming
private static string IncrementAddressXXHyphenXX(string low, string high,
string oddEven, ref bool stop)
{
var matchLow = RegexXXHyphenXX.Match(low);
var matchHigh = RegexXXHyphenXX.Match(high);
if (!matchLow.Success || !matchHigh.Success)
{
return(null); // not handled
}
stop = true;
return(IncrementAddressCommon(
matchLow,
matchHigh,
"{0}{1}-{2}{3}",
oddEven,
AddressPart.CreateNumeric("prenumber1"),
AddressPart.CreateAlpha("alpha1"),
AddressPart.CreateAlpha("alpha2"),
AddressPart.CreateNumeric("postnumber1")));
}
private static string IncrementAddressFractionals(string low, string high,
string oddEven, ref bool stop)
{
var matchLow = RegexFractional.Match(low);
var matchHigh = RegexFractional.Match(high);
if (!matchLow.Success || !matchHigh.Success)
{
return(null); // not handled
}
stop = true;
var prefixHigh = matchHigh.FirstCaptureOrEmpty("prefix");
var numberHigh = matchHigh.FirstCaptureOrEmpty("number");
var suffix1High = matchHigh.FirstCaptureOrEmpty("suffix1");
string pattern;
if ((prefixHigh.Length == 0) && (numberHigh.Length == 0) && (suffix1High.Length == 0))
{
pattern = "{0}{1}{2}{3}{4}";
}
else
{
pattern = "{0}{1}{2} {3}{4}";
}
return(IncrementAddressCommon(
matchLow,
matchHigh,
pattern,
oddEven,
AddressPart.CreateAlpha("prefix"),
AddressPart.CreateNumeric("number"),
AddressPart.CreateAlpha("suffix1"),
AddressPart.CreateFraction("fraction"),
AddressPart.CreateAlpha("suffix2")));
}
