Dump (writer, df.DayNames, "DayNames");
writer.WriteLine ("{0}: {1}", "FirstDayOfWeek", (DayOfWeek) df.FirstDayOfWeek);
// Dump (writer, df.GetAllDateTimePatterns (), "GetAllDateTimePatterns");
- writer.WriteLine ("{0}: {1}", "LongDatePattern", df.LongDatePattern);
- writer.WriteLine ("{0}: {1}", "LongTimePattern", df.LongTimePattern);
+// writer.WriteLine ("{0}: {1}", "LongDatePattern", df.LongDatePattern);
+// writer.WriteLine ("{0}: {1}", "LongTimePattern", df.LongTimePattern);
writer.WriteLine ("{0}: {1}", "MonthDayPattern", df.MonthDayPattern);
Dump (writer, df.MonthGenitiveNames, "MonthGenitiveNames");
Dump (writer, df.MonthNames, "MonthNames");
writer.WriteLine ("{0}: {1}", "NativeCalendarName", df.NativeCalendarName);
writer.WriteLine ("{0}: {1}", "PMDesignator", df.PMDesignator);
- writer.WriteLine ("{0}: {1}", "ShortDatePattern", df.ShortDatePattern);
+// writer.WriteLine ("{0}: {1}", "ShortDatePattern", df.ShortDatePattern);
Dump (writer, df.ShortestDayNames, "ShortestDayNames");
- writer.WriteLine ("{0}: {1}", "ShortTimePattern", df.ShortTimePattern);
+// writer.WriteLine ("{0}: {1}", "ShortTimePattern", df.ShortTimePattern);
writer.WriteLine ("{0}: {1}", "TimeSeparator", df.TimeSeparator);
- writer.WriteLine ("{0}: {1}", "YearMonthPattern", df.YearMonthPattern);
+// writer.WriteLine ("{0}: {1}", "YearMonthPattern", df.YearMonthPattern);
var ti = c.TextInfoEntry;
writer.WriteLine ("-- TextInfo --");
throw new NotImplementedException ();
}
- var territories = entry.Attributes["territories"].Value.Split ();
+ var territories = entry.Attributes["territories"].Value.Split (new [] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries);
foreach (var t in territories) {
- territory2dayofweek.Add (t, dow);
+ var tr = t.Trim ();
+ if (tr.Length == 0)
+ continue;
+
+ territory2dayofweek.Add (tr, dow);
}
}
break;
}
}
-
- if (nfe.CurrencyDecimalDigits == null) {
- var all_digits = new List<string> ();
- GetAllChildrenValues (ci, all_digits, l => l.NumberFormatEntry.CurrencyDecimalDigits);
- var children = all_digits.Where (l => l != null).Distinct ().ToList ();
-
- if (children.Count == 1) {
- nfe.CurrencyDecimalDigits = children[0];
- } else if (children.Count == 0) {
- if (!ci.HasMissingLocale)
- Console.WriteLine ("No currency decimal digits data for `{0}'", ci.Name);
-
- nfe.CurrencyDecimalDigits = "2";
- } else if (ci.IsNeutral) {
- nfe.CurrencyDecimalDigits = "2";
- } else {
- // .NET has weird concept of territory data available for neutral cultures (e.g. en, es, pt)
- // We have to manually disambiguate the correct entry (which is artofficial anyway)
- throw new ApplicationException (string.Format ("Ambiguous currency decimal digits data for `{0}'", ci.Name));
- }
- }
}
if (OutputCompare)
}
}
- // It looks like it never changes
- data.DateTimeFormatEntry.TimeSeparator = ":";
-
// TODO: Don't have input data available but most values are 2 with few exceptions for 1 and 3
// We don't add 3 as it's for some arabic states only
switch (data.ThreeLetterISOLanguageName) {
nodes = node.SelectNodes ("months/monthContext[@type='stand-alone']/monthWidth[@type='wide']/month");
ProcessAllNodes (nodes, df.MonthNames, AddOrReplaceValue);
+ if (df.MonthNames != null) {
+ if (ci.Name == "sv" || ci.Name == "sv-SE") {
+ ToLower (df.MonthNames);
+ }
+ }
+
// Apply global rule first <alias source="locale" path="../../monthContext[@type='format']/monthWidth[@type='abbreviated']"/>
if (ci.Name == "ja" || ci.Name == "ja-JP") {
// Use common number style
ProcessAllNodes (nodes, df.AbbreviatedMonthNames, AddOrReplaceValue);
}
+ if (df.AbbreviatedMonthNames != null) {
+ if (ci.Name == "sv" || ci.Name == "sv-SE") {
+ ToLower (df.AbbreviatedMonthNames);
+ }
+ }
+
nodes = node.SelectNodes ("months/monthContext[@type='format']/monthWidth[@type='wide']/month");
if (nodes != null) {
ProcessAllNodes (nodes, df.MonthGenitiveNames, AddOrReplaceValue);
nodes = node.SelectNodes ("days/dayContext[@type='stand-alone']/dayWidth[@type='abbreviated']/day");
ProcessAllNodes (nodes, df.AbbreviatedDayNames, AddOrReplaceDayValue);
+ if (df.AbbreviatedDayNames != null) {
+ if (ci.Name == "sv" || ci.Name == "sv-SE") {
+ ToLower (df.AbbreviatedDayNames);
+ }
+ }
+
// TODO: This is not really ShortestDayNames as .NET uses it
// Apply global rules first <alias source="locale" path="../../dayContext[@type='stand-alone']/dayWidth[@type='narrow']"/>
nodes = node.SelectNodes ("days/dayContext[@type='format']/dayWidth[@type='narrow']/day");
if (el != null) {
// CLDR uses unicode negative sign for some culture (e.g sv, is, lt, don't kwnow why) but .net always
// uses simple - sign
- if (el.InnerText == "\u2212") {
- ni.NegativeSign = "-";
- } else if (el.InnerText == "\u200F\u002D") {
- // Remove any right-to-left mark characters
+ switch (el.InnerText) {
+ case "\u2212":
+ case "\u200F\u002D": // Remove any right-to-left mark characters
+ case "\u200E\u002D":
ni.NegativeSign = "-";
- } else
- ni.NegativeSign = el.InnerText;
+ break;
+ default:
+ ni.NegativeSign = el.InnerText;
+ break;
+ }
}
el = node.SelectSingleNode ("infinity");
ni.PercentSymbol = el.InnerText;
}
+ }
- string value = null;
+ static void ToLower (string[] values)
+ {
+ if (values == null)
+ return;
- // .net has incorrect separators for some countries and we want to be compatible
- switch (ci.Name) {
- case "es-ES":
- // es-ES does not have group separator but .net has '.'
- value = ".";
- break;
- default:
- if (node != null) {
- el = node.SelectSingleNode ("group");
- if (el != null) {
- value = el.InnerText;
- }
- }
+ for (int i = 0; i < values.Length; ++i) {
+ if (values [i] == null)
+ continue;
- break;
- }
-
- if (value != null) {
- ni.NumberGroupSeparator = ni.CurrencyGroupSeparator = value;
+ values [i] = values [i].ToLower ();
}
}
projects / mono.git / blobdiff