Move NameListFormatter to its own class
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Mbucari
parent
f0ca349539
commit
65ef018719
95
Source/LibationFileManager/NameListFormat.cs
Normal file
95
Source/LibationFileManager/NameListFormat.cs
Normal file
@ -0,0 +1,95 @@
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using FileManager.NamingTemplate;
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using NameParser;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text.RegularExpressions;
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namespace LibationFileManager
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{
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internal partial class NameListFormat
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{
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public static string Formatter(ITemplateTag _, IEnumerable<string> names, string formatString)
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{
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var humanNames = names.Select(n => new HumanName(RemoveSuffix(n), Prefer.FirstOverPrefix));
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var sortedNames = Sort(humanNames, formatString);
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var nameFormatString = Format(formatString, defaultValue: "{T} {F} {M} {L} {S}");
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var separatorString = Separator(formatString, defaultValue: ", ");
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var maxNames = Max(formatString, defaultValue: humanNames.Count());
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var formattedNames = string.Join(separatorString, sortedNames.Take(maxNames).Select(n => FormatName(n, nameFormatString)));
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while (formattedNames.Contains(" "))
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formattedNames = formattedNames.Replace(" ", " ");
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return formattedNames;
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}
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private static string RemoveSuffix(string namesString)
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{
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namesString = namesString.Replace('’', '\'').Replace(" - Ret.", ", Ret.");
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int dashIndex = namesString.IndexOf(" - ");
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return (dashIndex > 0 ? namesString[..dashIndex] : namesString).Trim();
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}
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private static IEnumerable<HumanName> Sort(IEnumerable<HumanName> humanNames, string formatString)
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{
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var sortMatch = SortRegex().Match(formatString);
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return
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sortMatch.Success
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? sortMatch.Groups[1].Value == "F" ? humanNames.OrderBy(n => n.First)
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: sortMatch.Groups[1].Value == "M" ? humanNames.OrderBy(n => n.Middle)
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: sortMatch.Groups[1].Value == "L" ? humanNames.OrderBy(n => n.Last)
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: humanNames
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: humanNames;
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}
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private static string Format(string formatString, string defaultValue)
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{
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var formatMatch = FormatRegex().Match(formatString);
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return formatMatch.Success ? formatMatch.Groups[1].Value : defaultValue;
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}
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private static string Separator(string formatString, string defaultValue)
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{
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var separatorMatch = SeparatorRegex().Match(formatString);
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return separatorMatch.Success ? separatorMatch.Groups[1].Value : defaultValue;
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}
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private static int Max(string formatString, int defaultValue)
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{
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var maxMatch = MaxRegex().Match(formatString);
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return maxMatch.Success && int.TryParse(maxMatch.Groups[1].Value, out var max) ? int.Max(1, max) : defaultValue;
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}
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private static string FormatName(HumanName humanName, string nameFormatString)
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{
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//Single-word names parse as first names. Use it as last name.
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var lastName = string.IsNullOrWhiteSpace(humanName.Last) ? humanName.First : humanName.Last;
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nameFormatString
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= nameFormatString
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.Replace("{T}", "{0}")
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.Replace("{F}", "{1}")
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.Replace("{M}", "{2}")
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.Replace("{L}", "{3}")
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.Replace("{S}", "{4}");
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return string.Format(nameFormatString, humanName.Title, humanName.First, humanName.Middle, lastName, humanName.Suffix).Trim();
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}
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/// <summary> Sort must have exactly one of the characters F, M, or L </summary>
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[GeneratedRegex(@"[Ss]ort\(\s*?([FML])\s*?\)")]
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private static partial Regex SortRegex();
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/// <summary> Format must have at least one of the string {T}, {F}, {M}, {L}, or {S} </summary>
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[GeneratedRegex(@"[Ff]ormat\((.*?(?:{[TFMLS]})+.*?)\)")]
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private static partial Regex FormatRegex();
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/// <summary> Separator can be anything </summary>
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[GeneratedRegex(@"[Ss]eparator\((.*?)\)")]
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private static partial Regex SeparatorRegex();
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/// <summary> Max must have a 1 or 2-digit number </summary>
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[GeneratedRegex(@"[Mm]ax\(\s*?(\d{1,2})\s*?\)")]
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private static partial Regex MaxRegex();
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}
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}
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@ -2,7 +2,6 @@
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using System.Collections.Generic;
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using System.IO;
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using System.Linq;
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using System.Text.RegularExpressions;
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using AaxDecrypter;
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using Dinah.Core;
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using FileManager;
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@ -19,7 +18,7 @@ namespace LibationFileManager
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static abstract IEnumerable<TagCollection> TagCollections { get; }
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}
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public abstract partial class Templates
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public abstract class Templates
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{
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public const string ERROR_FULL_PATH_IS_INVALID = @"No colons or full paths allowed. Eg: should not start with C:\";
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public const string WARNING_NO_CHAPTER_NUMBER_TAG = "Should include chapter number tag in template used for naming files which are split by chapter. Ie: <ch#> or <ch# 0>";
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@ -203,9 +202,9 @@ namespace LibationFileManager
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{ TemplateTags.Id, lb => lb.AudibleProductId, v => v },
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{ TemplateTags.Title, lb => lb.Title },
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{ TemplateTags.TitleShort, lb => getTitleShort(lb.Title) },
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{ TemplateTags.Author, lb => lb.Authors, NameListFormatter },
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{ TemplateTags.Author, lb => lb.Authors, NameListFormat.Formatter },
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{ TemplateTags.FirstAuthor, lb => lb.FirstAuthor },
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{ TemplateTags.Narrator, lb => lb.Narrators, NameListFormatter },
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{ TemplateTags.Narrator, lb => lb.Narrators, NameListFormat.Formatter },
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{ TemplateTags.FirstNarrator, lb => lb.FirstNarrator },
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{ TemplateTags.Series, lb => lb.SeriesName },
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{ TemplateTags.SeriesNumber, lb => lb.SeriesNumber },
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@ -252,89 +251,6 @@ namespace LibationFileManager
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#region Tag Formatters
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/// <summary> Sort must have exactly one of the characters F, M, or L </summary>
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[GeneratedRegex(@"[Ss]ort\(\s*?([FML])\s*?\)")]
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private static partial Regex NamesSortRegex();
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/// <summary> Format must have at least one of the string {T}, {F}, {M}, {L}, or {S} </summary>
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[GeneratedRegex(@"[Ff]ormat\((.*?(?:{[TFMLS]})+.*?)\)")]
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private static partial Regex NamesFormatRegex();
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/// <summary> Separator can be anything </summary>
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[GeneratedRegex(@"[Ss]eparator\((.*?)\)")]
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private static partial Regex NamesSeparatorRegex();
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/// <summary> Max must have a 1 or 2-digit number </summary>
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[GeneratedRegex(@"[Mm]ax\(\s*?(\d{1,2})\s*?\)")]
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private static partial Regex NamesMaxRegex();
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private static string NameListFormatter(ITemplateTag templateTag, IEnumerable<string> names, string formatString)
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{
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var humanNames = names.Select(n => new HumanName(removeSuffix(n), Prefer.FirstOverPrefix));
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var sortedNames = sort(humanNames, formatString);
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var nameFormatString = format(formatString, defaultValue: "{T} {F} {M} {L} {S}");
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var separatorString = separator(formatString, defaultValue: ", ");
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var maxNames = max(formatString, defaultValue: humanNames.Count());
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var formattedNames = string.Join(separatorString, sortedNames.Take(maxNames).Select(n => formatName(n, nameFormatString)));
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while (formattedNames.Contains(" "))
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formattedNames = formattedNames.Replace(" ", " ");
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return formattedNames;
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static string removeSuffix(string namesString)
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{
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namesString = namesString.Replace('’', '\'').Replace(" - Ret.", ", Ret.");
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int dashIndex = namesString.IndexOf(" - ");
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return (dashIndex > 0 ? namesString[..dashIndex] : namesString).Trim();
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}
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static IEnumerable<HumanName> sort(IEnumerable<HumanName> humanNames, string formatString)
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{
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var sortMatch = NamesSortRegex().Match(formatString);
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return
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sortMatch.Success
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? sortMatch.Groups[1].Value == "F" ? humanNames.OrderBy(n => n.First)
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: sortMatch.Groups[1].Value == "M" ? humanNames.OrderBy(n => n.Middle)
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: sortMatch.Groups[1].Value == "L" ? humanNames.OrderBy(n => n.Last)
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: humanNames
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: humanNames;
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}
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static string format(string formatString, string defaultValue)
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{
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var formatMatch = NamesFormatRegex().Match(formatString);
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return formatMatch.Success ? formatMatch.Groups[1].Value : defaultValue;
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}
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static string separator(string formatString, string defaultValue)
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{
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var separatorMatch = NamesSeparatorRegex().Match(formatString);
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return separatorMatch.Success ? separatorMatch.Groups[1].Value : defaultValue;
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}
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static int max(string formatString, int defaultValue)
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{
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var maxMatch = NamesMaxRegex().Match(formatString);
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return maxMatch.Success && int.TryParse(maxMatch.Groups[1].Value, out var max) ? int.Max(1, max) : defaultValue;
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}
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static string formatName(HumanName humanName, string nameFormatString)
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{
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//Single-word names parse as first names. Use it as last name.
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var lastName = string.IsNullOrWhiteSpace(humanName.Last) ? humanName.First : humanName.Last;
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nameFormatString
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= nameFormatString
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.Replace("{T}", "{0}")
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.Replace("{F}", "{1}")
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.Replace("{M}", "{2}")
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.Replace("{L}", "{3}")
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.Replace("{S}", "{4}");
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return string.Format(nameFormatString, humanName.Title, humanName.First, humanName.Middle, lastName, humanName.Suffix).Trim();
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}
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}
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private static string getTitleShort(string title)
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=> title?.IndexOf(':') > 0 ? title.Substring(0, title.IndexOf(':')) : title;
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