public static void FillValues (int lcid, CultureInfoEntry ci)
{
var entry = DateTime[lcid];
var dfe = ci.DateTimeFormatEntry;
dfe.DateSeparator = entry[0];
dfe.LongDatePattern = entry[1];
dfe.LongTimePattern = entry[2];
dfe.ShortDatePattern = entry[3];
dfe.ShortTimePattern = entry[4];
dfe.MonthDayPattern = entry[5];
dfe.YearMonthPattern = entry[6];
var entry_dt = DateTime2[lcid];
entry_dt[0].CopyTo (dfe.ShortDatePatterns, 0);
entry_dt[1].CopyTo (dfe.LongDatePatterns, 0);
entry_dt[2].CopyTo (dfe.ShortTimePatterns, 0);
entry_dt[3].CopyTo (dfe.LongTimePatterns, 0);
entry_dt[4].CopyTo (dfe.YearMonthPatterns, 0);
var entry_te = Text[lcid];
var te = ci.TextInfoEntry;
te.ANSICodePage = entry_te[0];
te.EBCDICCodePage = entry_te[1];
te.IsRightToLeft = entry_te[2] == "1" ? true : false;
te.ListSeparator = entry_te[3];
te.MacCodePage = entry_te[4];
te.OEMCodePage = entry_te[5];
var entry_nf = Numbers[lcid];
var nf = ci.NumberFormatEntry;
nf.CurrencyNegativePattern = entry_nf[0];
nf.CurrencyPositivePattern = entry_nf[1];
nf.NumberNegativePattern = entry_nf[2];
nf.PercentNegativePattern = entry_nf[3];
nf.PercentPositivePattern = entry_nf[4];
nf.CurrencyDecimalSeparator = entry_nf[5];
nf.CurrencyGroupSeparator = entry_nf[6];
nf.NumberDecimalSeparator = entry_nf[7];
string[][] gsizes;
if (!GroupSizes.TryGetValue (lcid, out gsizes)) {
gsizes = new[] { new[] { "3" }, new[] { "3" } };
}
gsizes[0].CopyTo (nf.CurrencyGroupSizes, 0);
gsizes[1].CopyTo (nf.NumberGroupSizes, 0);
}
private bool LookupLcids (CultureInfoEntry ci, bool lang)
{
XPathNavigator nav = lcids_doc.CreateNavigator ();
string name = ci.Name;
// Language name does not always consist of locale name.
// (for zh-* it must be either zh-CHS or zh-CHT)
string langName = GetLanguageFixed (ci);
// if (ci.Territory != null)
// name += "-" + ci.Territory;
XPathNodeIterator ni =(XPathNodeIterator) nav.Evaluate ("lcids/lcid[@name='"
+ (lang ? langName : name) + "']");
if (!ni.MoveNext ()) {
Console.WriteLine ("no lcid found for: {0} ({1}/{2})", name, ci.Language, ci.Territory);
string file;
if (ci.Territory != null) {
file = Path.Combine ("locales", ci.Language + "_" + ci.Territory + ".xml");
Console.WriteLine ("deleting file: " + file);
File.Delete (file);
}
return false;
}
string id = ni.Current.GetAttribute ("id", String.Empty);
string parent = ni.Current.GetAttribute ("parent", String.Empty);
string specific = ni.Current.GetAttribute ("specific", String.Empty);
string iso2 = ni.Current.GetAttribute ("iso2", String.Empty);
string iso3 = ni.Current.GetAttribute ("iso3", String.Empty);
string win = ni.Current.GetAttribute ("win", String.Empty);
string icu = ni.Current.GetAttribute ("icu_name", String.Empty);
// lcids are in 0x<hex> format
ci.Lcid = id;
ci.ParentLcid = parent;
ci.SpecificLcid = specific;
ci.ISO2Lang = iso2;
ci.ISO3Lang = iso3;
ci.Win3Lang = win;
ci.IcuName = icu;
ci.TextInfoEntry = new TextInfoEntry (int.Parse (id.Substring (2), NumberStyles.HexNumber), GetXPathDocument ("textinfo.xml"));
return true;
}
public static CultureInfoEntry ShallowCopy(CultureInfoEntry e)
{
return((CultureInfoEntry)e.MemberwiseClone());
}
private void LookupNumberSymbols (XPathNavigator nav, CultureInfoEntry ci)
{
string dec = (string) nav.Evaluate ("string(symbols/decimal)");
string group = (string) nav.Evaluate ("string(symbols/group)");
string percent = (string) nav.Evaluate ("string(symbols/percentSign)");
string positive = (string) nav.Evaluate ("string(symbols/plusSign)");
string negative = (string) nav.Evaluate ("string(symbols/minusSign)");
string per_mille = (string) nav.Evaluate ("string(symbols/perMille)");
string infinity = (string) nav.Evaluate ("string(symbols/infinity)");
string nan = (string) nav.Evaluate ("string(symbols/nan)");
if (dec != String.Empty) {
ci.NumberFormatEntry.NumberDecimalSeparator = dec;
ci.NumberFormatEntry.PercentDecimalSeparator = dec;
ci.NumberFormatEntry.CurrencyDecimalSeparator = dec;
}
if (group != String.Empty) {
ci.NumberFormatEntry.NumberGroupSeparator = group;
ci.NumberFormatEntry.PercentGroupSeparator = group;
ci.NumberFormatEntry.CurrencyGroupSeparator = group;
}
if (percent != String.Empty)
ci.NumberFormatEntry.PercentSymbol = percent;
if (positive != String.Empty)
ci.NumberFormatEntry.PositiveSign = positive;
if (negative != String.Empty)
ci.NumberFormatEntry.NegativeSign = negative;
if (per_mille != String.Empty)
ci.NumberFormatEntry.PerMilleSymbol = per_mille;
if (infinity != String.Empty)
ci.NumberFormatEntry.PositiveInfinitySymbol = infinity;
if (nan != String.Empty)
ci.NumberFormatEntry.NaNSymbol = nan;
}
private void LookupCurrencySymbol (XPathNavigator nav, CultureInfoEntry ci)
{
string type = currency_types [ci.Territory] as string;
if (type == null) {
Console.WriteLine ("no currency type for: " + ci.Territory);
return;
}
string cur = (string) nav.Evaluate ("string(currencies/currency [@type='" +
type + "']/symbol)");
if (cur != String.Empty)
ci.NumberFormatEntry.CurrencySymbol = cur;
}
private void LookupPercentFormat (XPathNavigator nav, CultureInfoEntry ci)
{
string format = (string) nav.Evaluate ("string(percentFormats/" +
"percentFormatLength/percentFormat/pattern)");
if (format == String.Empty)
return;
string [] part_one, part_two;
// we don't have percentNegativePattern in CLDR so
// the percentNegativePattern are just guesses
if (format.StartsWith ("%")) {
ci.NumberFormatEntry.PercentPositivePattern = 2;
ci.NumberFormatEntry.PercentNegativePattern = 2;
format = format.Substring (1);
} else if (format.EndsWith (" %")) {
ci.NumberFormatEntry.PercentPositivePattern = 0;
ci.NumberFormatEntry.PercentNegativePattern = 0;
format = format.Substring (0, format.Length - 2);
} else if (format.EndsWith ("%")) {
ci.NumberFormatEntry.PercentPositivePattern = 1;
ci.NumberFormatEntry.PercentNegativePattern = 1;
format = format.Substring (0, format.Length - 1);
} else {
ci.NumberFormatEntry.PercentPositivePattern = 0;
ci.NumberFormatEntry.PercentNegativePattern = 0;
}
part_one = format.Split (new char [1] {'.'}, 2);
if (part_one.Length == 2) {
// assumed same for both positive and negative
// decimal digit side
ci.NumberFormatEntry.PercentDecimalDigits = 0;
for (int i = 0; i < part_one [1].Length; i++) {
if (part_one [1][i] == '#')
ci.NumberFormatEntry.PercentDecimalDigits++;
else
break;
}
}
if (part_one.Length > 0) {
// percent grouping side
part_two = part_one [0].Split (',');
if (part_two.Length > 1) {
int len = part_two.Length - 1;
ci.NumberFormatEntry.PercentGroupSizes = new int [len];
for (int i = 0; i < len; i++) {
string pat = part_two [i + 1];
if (pat [pat.Length -1] == '0')
ci.NumberFormatEntry.PercentDecimalDigits = pat.Length - 1;
ci.NumberFormatEntry.PercentGroupSizes [i] = pat.Length;
}
} else {
ci.NumberFormatEntry.PercentGroupSizes = new int [1] { 3 };
ci.NumberFormatEntry.PercentDecimalDigits = 2;
}
}
}
private void LookupCurrencyFormat (XPathNavigator nav, CultureInfoEntry ci)
{
string format = (string) nav.Evaluate ("string(currencyFormats/" +
"currencyFormatLength/currencyFormat/pattern)");
if (format == String.Empty)
return;
string [] part_one, part_two;
string [] pos_neg = format.Split (new char [1] {';'}, 2);
// Most of the patterns are common in positive and negative
if (pos_neg.Length == 1)
pos_neg = new string [] {pos_neg [0], pos_neg [0]};
if (pos_neg.Length == 2) {
part_one = pos_neg [0].Split (new char [1] {'.'}, 2);
if (part_one.Length == 1)
part_one = new string [] {part_one [0], String.Empty};
if (part_one.Length == 2) {
// assumed same for both positive and negative
// decimal digit side
ci.NumberFormatEntry.CurrencyDecimalDigits = 0;
for (int i = 0; i < part_one [1].Length; i++) {
if (part_one [1][i] == '0')
ci.NumberFormatEntry.CurrencyDecimalDigits++;
else
break;
}
// decimal grouping side
part_two = part_one [0].Split (',');
if (part_two.Length > 1) {
int len = part_two.Length - 1;
ci.NumberFormatEntry.CurrencyGroupSizes = new int [len];
for (int i = 0; i < len; i++) {
string pat = part_two [i + 1];
ci.NumberFormatEntry.CurrencyGroupSizes [i] = pat.Length;
}
} else {
ci.NumberFormatEntry.CurrencyGroupSizes = new int [1] { 3 };
}
if (pos_neg [1].StartsWith ("(\u00a4 ") && pos_neg [1].EndsWith (")")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 14;
} else if (pos_neg [1].StartsWith ("(\u00a4") && pos_neg [1].EndsWith (")")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 0;
} else if (pos_neg [1].StartsWith ("\u00a4 ") && pos_neg [1].EndsWith ("-")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 11;
} else if (pos_neg [1].StartsWith ("\u00a4") && pos_neg [1].EndsWith ("-")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 3;
} else if (pos_neg [1].StartsWith ("(") && pos_neg [1].EndsWith (" \u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 15;
} else if (pos_neg [1].StartsWith ("(") && pos_neg [1].EndsWith ("\u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 4;
} else if (pos_neg [1].StartsWith ("-") && pos_neg [1].EndsWith (" \u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 8;
} else if (pos_neg [1].StartsWith ("-") && pos_neg [1].EndsWith ("\u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 5;
} else if (pos_neg [1].StartsWith ("-\u00a4 ")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 9;
} else if (pos_neg [1].StartsWith ("-\u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 1;
} else if (pos_neg [1].StartsWith ("\u00a4 -")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 12;
} else if (pos_neg [1].StartsWith ("\u00a4-")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 2;
} else if (pos_neg [1].EndsWith (" \u00a4-")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 10;
} else if (pos_neg [1].EndsWith ("\u00a4-")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 7;
} else if (pos_neg [1].EndsWith ("- \u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 13;
} else if (pos_neg [1].EndsWith ("-\u00a4")) {
ci.NumberFormatEntry.CurrencyNegativePattern = 6;
} else {
ci.NumberFormatEntry.CurrencyNegativePattern = 0;
}
if (pos_neg [0].StartsWith ("\u00a4 ")) {
ci.NumberFormatEntry.CurrencyPositivePattern = 2;
} else if (pos_neg [0].StartsWith ("\u00a4")) {
ci.NumberFormatEntry.CurrencyPositivePattern = 0;
} else if (pos_neg [0].EndsWith (" \u00a4")) {
ci.NumberFormatEntry.CurrencyPositivePattern = 3;
} else if (pos_neg [0].EndsWith ("\u00a4")) {
ci.NumberFormatEntry.CurrencyPositivePattern = 1;
} else {
ci.NumberFormatEntry.CurrencyPositivePattern = 0;
}
}
}
}
private void LookupNumberInfo (XPathNavigator nav, CultureInfoEntry ci)
{
XPathNodeIterator ni =(XPathNodeIterator) nav.Evaluate ("ldml/numbers");
while (ni.MoveNext ()) {
LookupNumberSymbols (ni.Current, ci);
LookupDecimalFormat (ni.Current, ci);
LookupPercentFormat (ni.Current, ci);
LookupCurrencyFormat (ni.Current, ci);
LookupCurrencySymbol (ni.Current, ci);
}
}
private void LookupDecimalFormat (XPathNavigator nav, CultureInfoEntry ci)
{
string format = (string) nav.Evaluate ("string(decimalFormats/" +
"decimalFormatLength/decimalFormat/pattern)");
if (format == String.Empty)
return;
string [] part_one, part_two;
string [] pos_neg = format.Split (new char [1] {';'}, 2);
// Most of the patterns are common in positive and negative
if (pos_neg.Length == 1)
pos_neg = new string [] {pos_neg [0], pos_neg [0]};
if (pos_neg.Length == 2) {
part_one = pos_neg [0].Split (new char [1] {'.'}, 2);
if (part_one.Length == 1)
part_one = new string [] {part_one [0], String.Empty};
if (part_one.Length == 2) {
// assumed same for both positive and negative
// decimal digit side
ci.NumberFormatEntry.NumberDecimalDigits = 0;
for (int i = 0; i < part_one [1].Length; i++) {
if (part_one [1][i] == '#') {
ci.NumberFormatEntry.NumberDecimalDigits ++;
} else
break; }
// FIXME: This should be actually done by modifying culture xml files, but too many files to be modified.
if (ci.NumberFormatEntry.NumberDecimalDigits > 0)
ci.NumberFormatEntry.NumberDecimalDigits --;
// decimal grouping side
part_two = part_one [0].Split (',');
if (part_two.Length > 1) {
int len = part_two.Length - 1;
ci.NumberFormatEntry.NumberGroupSizes = new int [len];
for (int i = 0; i < len; i++) {
string pat = part_two [i + 1];
ci.NumberFormatEntry.NumberGroupSizes [i] = pat.Length;
}
} else {
ci.NumberFormatEntry.NumberGroupSizes = new int [1] { 3 };
}
if (pos_neg [1].StartsWith ("(") && pos_neg [1].EndsWith (")")) {
ci.NumberFormatEntry.NumberNegativePattern = 0;
} else if (pos_neg [1].StartsWith ("- ")) {
ci.NumberFormatEntry.NumberNegativePattern = 2;
} else if (pos_neg [1].StartsWith ("-")) {
ci.NumberFormatEntry.NumberNegativePattern = 1;
} else if (pos_neg [1].EndsWith (" -")) {
ci.NumberFormatEntry.NumberNegativePattern = 4;
} else if (pos_neg [1].EndsWith ("-")) {
ci.NumberFormatEntry.NumberNegativePattern = 3;
} else {
ci.NumberFormatEntry.NumberNegativePattern = 1;
}
}
}
}
private void LookupNames (CultureInfoEntry ci)
{
XPathDocument doc = GetXPathDocument (Path.Combine ("langs", GetShortName (Lang) + ".xml"));
XPathNavigator nav = doc.CreateNavigator ();
ci.DisplayName = LookupFullName (ci, nav);
if (Lang == "en") {
ci.EnglishName = ci.DisplayName;
} else {
doc = GetXPathDocument (Path.Combine ("langs", "en.xml"));
nav = doc.CreateNavigator ();
ci.EnglishName = LookupFullName (ci, nav);
}
if (ci.Language == Lang) {
ci.NativeName = ci.DisplayName;
} else {
// FIXME: We use ci.Language here.
// This is nothing more than hack for nb-NO and nn-NO
// where Parent of them is nn (not nb or nn).
string lang = ci.Language;
doc = GetXPathDocument (Path.Combine ("langs", GetShortName (lang) + ".xml"));
nav = doc.CreateNavigator ();
ci.NativeName = LookupFullName (ci, nav);
}
}
private void LookupDateTimeInfo (XPathNavigator nav, CultureInfoEntry ci)
{
/**
* TODO: Does anyone have multiple calendars?
*/
XPathNodeIterator ni =(XPathNodeIterator) nav.Evaluate ("ldml/dates/calendars/calendar");
while (ni.MoveNext ()) {
DateTimeFormatEntry df = ci.DateTimeFormatEntry;
string cal_type = ni.Current.GetAttribute ("type", String.Empty);
if (cal_type != String.Empty)
df.CalendarType = cal_type;
XPathNodeIterator ni2 = (XPathNodeIterator) ni.Current.Evaluate ("optionalCalendars/calendar");
int opt_cal_count = 0;
while (ni2.MoveNext ()) {
int type;
string greg_type_str;
XPathNavigator df_nav = ni2.Current;
switch (df_nav.GetAttribute ("type", String.Empty)) {
case "Gregorian":
type = 0;
break;
case "Hijri":
type = 0x01;
break;
case "ThaiBuddhist":
type = 0x02;
break;
default:
Console.WriteLine ("unknown calendar type: " +
df_nav.GetAttribute ("type", String.Empty));
continue;
}
type <<= 24;
greg_type_str = df_nav.GetAttribute ("greg_type", String.Empty);
if (greg_type_str != null && greg_type_str != String.Empty) {
GregorianCalendarTypes greg_type = (GregorianCalendarTypes)
Enum.Parse (typeof (GregorianCalendarTypes), greg_type_str);
int greg_type_int = (int) greg_type;
type |= greg_type_int;
}
Console.WriteLine ("Setting cal type: {0:X} for {1}", type, ci.Name);
ci.CalendarData [opt_cal_count++] = type;
}
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("monthNames/month");
while (ni2.MoveNext ()) {
if (ni2.CurrentPosition == 1)
df.MonthNames.Clear ();
df.MonthNames.Add (ni2.Current.Value);
}
if (df.MonthNames.Count == 12)
df.MonthNames.Add (String.Empty);
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("dayNames/day");
while (ni2.MoveNext ()) {
if (ni2.CurrentPosition == 1)
df.DayNames.Clear ();
df.DayNames.Add (ni2.Current.Value);
}
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("dayAbbr/day");
while (ni2.MoveNext ()) {
if (ni2.CurrentPosition == 1)
df.AbbreviatedDayNames.Clear ();
df.AbbreviatedDayNames.Add (ni2.Current.Value);
}
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("monthAbbr/month");
while (ni2.MoveNext ()) {
if (ni2.CurrentPosition == 1)
df.AbbreviatedMonthNames.Clear ();
df.AbbreviatedMonthNames.Add (ni2.Current.Value);
}
if (df.AbbreviatedMonthNames.Count == 12)
df.AbbreviatedMonthNames.Add (String.Empty);
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("dateFormats/dateFormatLength");
while (ni2.MoveNext ()) {
XPathNavigator df_nav = ni2.Current;
XPathNodeIterator p = df_nav.Select ("dateFormat/pattern");
string value = null;
if (p.MoveNext ())
value = p.Current.Value;
XPathNodeIterator ext = null;
switch (df_nav.GetAttribute ("type", String.Empty)) {
case "full":
if (value != null)
ParseFullDateFormat (df, value);
break;
case "long":
if (value != null)
df.LongDatePattern = value;
ext = df_nav.Select ("extraPatterns/pattern");
if (ext.MoveNext ()) {
df.LongDatePatterns.Clear ();
AddPattern (df.LongDatePatterns, df.LongDatePattern);
do {
df.LongDatePatterns.Add (ext.Current.Value);
} while (ext.MoveNext ());
}
else
AddPattern (df.LongDatePatterns, df.LongDatePattern);
break;
case "short":
if (value != null)
df.ShortDatePattern = value;
ext = df_nav.Select ("extraPatterns/pattern");
if (ext.MoveNext ()) {
df.ShortDatePatterns.Clear ();
AddPattern (df.ShortDatePatterns, df.ShortDatePattern);
do {
df.ShortDatePatterns.Add (ext.Current.Value);
} while (ext.MoveNext ());
}
else
AddPattern (df.ShortDatePatterns, df.ShortDatePattern);
break;
case "year_month":
if (value != null)
df.YearMonthPattern = value;
break;
case "month_day":
if (value != null)
df.MonthDayPattern = value;
break;
}
}
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("timeFormats/timeFormatLength");
while (ni2.MoveNext ()) {
XPathNavigator df_nav = ni2.Current;
XPathNodeIterator p = df_nav.Select ("timeFormat/pattern");
string value = null;
if (p.MoveNext ())
value = p.Current.Value;
XPathNodeIterator ext = null;
switch (df_nav.GetAttribute ("type", String.Empty)) {
case "long":
if (value != null)
df.LongTimePattern = value.Replace ('a', 't');
ext = df_nav.Select ("extraPatterns/pattern");
if (ext.MoveNext ()) {
df.LongTimePatterns.Clear ();
AddPattern (df.LongTimePatterns, df.LongTimePattern);
do {
df.LongTimePatterns.Add (ext.Current.Value);
} while (ext.MoveNext ());
}
else
AddPattern (df.LongTimePatterns, df.LongTimePattern);
break;
case "short":
if (value != null)
df.ShortTimePattern = value.Replace ('a', 't');
ext = df_nav.Select ("extraPatterns/pattern");
if (ext.MoveNext ()) {
df.ShortTimePatterns.Clear ();
AddPattern (df.ShortTimePatterns, df.ShortTimePattern);
do {
df.ShortTimePatterns.Add (ext.Current.Value);
} while (ext.MoveNext ());
}
else
AddPattern (df.ShortTimePatterns, df.ShortTimePattern);
break;
}
}
ni2 = (XPathNodeIterator) ni.Current.Evaluate ("dateTimeFormats/dateTimeFormatLength/dateTimeFormat/pattern");
if (ni2.MoveNext ())
df.RawFullDateTimePattern = ni2.Current.ToString ();/*String.Format (ni2.Current.ToString (),
df.LongTimePattern, df.LongDatePattern);*/
XPathNodeIterator am = ni.Current.SelectChildren ("am", "");
if (am.MoveNext ())
df.AMDesignator = am.Current.Value;
XPathNodeIterator pm = ni.Current.SelectChildren ("pm", "");
if (pm.MoveNext ())
df.PMDesignator = pm.Current.Value;
/*
string am = (string) ni.Current.Evaluate ("string(am)");
string pm = (string) ni.Current.Evaluate ("string(pm)");
if (am != String.Empty)
df.AMDesignator = am;
if (pm != String.Empty)
df.PMDesignator = pm;
*/
ni2 = (XPathNodeIterator) ni.Current.Evaluate
("week/firstDay");
if (ni2.MoveNext ()) {
XPathNavigator weekday_nav = ni2.Current;
switch (weekday_nav.GetAttribute ("day", String.Empty)) {
case "sun":
df.FirstDayOfWeek = 0;
break;
case "mon":
df.FirstDayOfWeek = 1;
break;
case "tue":
df.FirstDayOfWeek = 2;
break;
case "wed":
df.FirstDayOfWeek = 3;
break;
case "thu":
df.FirstDayOfWeek = 4;
break;
case "fri":
df.FirstDayOfWeek = 5;
break;
case "sat":
df.FirstDayOfWeek = 6;
break;
}
}
}
string date_sep = (string) nav.Evaluate ("string(ldml/dates/symbols/dateSeparator)");
string time_sep = (string) nav.Evaluate ("string(ldml/dates/symbols/timeSeparator)");
if (date_sep != String.Empty)
ci.DateTimeFormatEntry.DateSeparator = date_sep;
if (time_sep != String.Empty)
ci.DateTimeFormatEntry.TimeSeparator = time_sep;
}
private string GetLanguageFixed (CultureInfoEntry ci)
{
// This is a hack, but without it nb-NO and nn-NO won't work.
if (ci.Territory == "NO") {
switch (ci.Language) {
case "nb":
case "nn":
return "no";
}
}
return ci.Language;
}
private void Lookup (XPathNavigator nav, CultureInfoEntry ci)
{
LookupDateTimeInfo (nav, ci);
LookupNumberInfo (nav, ci);
}
private CultureInfoEntry LookupCulture (string locale, bool is_language)
{
string path = Path.Combine (is_language ? "langs" : "locales", locale + ".xml");
if (!File.Exists (path))
return null;
XPathDocument doc = GetXPathDocument (path);
XPathNavigator nav = doc.CreateNavigator ();
CultureInfoEntry ci = new CultureInfoEntry ();
string supp;
string loc;
// ci.Name = locale; // TODO: Some of these need to be mapped.
// First thing we do is get the lang-territory combo, lcid, and full names
ci.Language = nav.Evaluate ("string (ldml/identity/language/@type)").ToString ();
ci.Territory = nav.Evaluate ("string (ldml/identity/territory/@type)").ToString ();
if (!LookupLcids (ci, is_language))
return null;
LookupNames (ci);
/**
* Locale generation is done in six steps, first we
* read the root file which is the base invariant data
* then the supplemental root data,
* then the language file, the supplemental languages
* file then the locale file, then the supplemental
* locale file. Values in each descending file can
* overwrite previous values.
*/
doc = GetXPathDocument (Path.Combine ("langs", "root.xml"));
nav = doc.CreateNavigator ();
Lookup (nav, ci);
doc = GetXPathDocument (Path.Combine ("supp", "root.xml"));
nav = doc.CreateNavigator ();
Lookup (nav, ci);
doc = GetXPathDocument (Path.Combine ("langs", GetShortName (GetLanguageFixed (ci)) + ".xml"));
nav = doc.CreateNavigator ();
Lookup (nav, ci);
supp = Path.Combine ("supp", GetLanguageFixed (ci) + ".xml");
if (File.Exists (supp)) {
doc = GetXPathDocument (supp);
nav = doc.CreateNavigator ();
Lookup (nav, ci);
}
loc = Path.Combine ("locales", locale + ".xml");
if (File.Exists (loc)) {
doc = GetXPathDocument (loc);
nav = doc.CreateNavigator ();
Lookup (nav, ci);
}
supp = Path.Combine ("supp", locale + ".xml");
if (File.Exists (supp)) {
doc = GetXPathDocument (supp);
nav = doc.CreateNavigator ();
Lookup (nav, ci);
}
return ci;
}
private string LookupFullName (CultureInfoEntry ci, XPathNavigator nav)
{
string pre = "ldml/localeDisplayNames/";
string ret;
// FIXME: We use ci.Language here.
// This is nothing more than hack for nb-NO or nn-NO
// where Parent of them is nn (not nb or nn).
ret = (string) nav.Evaluate ("string("+
pre + "languages/language[@type='" + GetShortName (ci.Language) + "'])");
if (ci.Territory == null)
return ret;
ret += " (" + (string) nav.Evaluate ("string("+
pre + "territories/territory[@type='" + ci.Territory + "'])") + ")";
return ret;
}
public static CultureInfoEntry ShallowCopy (CultureInfoEntry e)
{
return (CultureInfoEntry) e.MemberwiseClone ();
}