status_t
LocaleRosterData::_SetDefaultTimeZone(const BTimeZone& newZone)
{
fDefaultTimeZone = newZone;
TimeZone* timeZone = TimeZone::createTimeZone(newZone.ID().String());
if (timeZone == NULL)
return B_ERROR;
TimeZone::adoptDefault(timeZone);
return B_OK;
}
BString
TimeZoneView::_FormatTime(const BTimeZone& timeZone)
{
BString result;
time_t now = time(NULL);
bool rtcIsGMT;
_kern_get_real_time_clock_is_gmt(&rtcIsGMT);
if (!rtcIsGMT) {
int32 currentOffset
= fCurrentZoneItem != NULL && fCurrentZoneItem->HasTimeZone()
? fCurrentZoneItem->OffsetFromGMT()
: 0;
now -= timeZone.OffsetFromGMT() - currentOffset;
}
BLocale::Default()->FormatTime(&result, now, B_SHORT_TIME_FORMAT,
&timeZone);
return result;
}
void
TimeZoneView::_BuildZoneMenu()
{
BTimeZone defaultTimeZone;
BLocaleRoster::Default()->GetDefaultTimeZone(&defaultTimeZone);
BLanguage language;
BLocale::Default()->GetLanguage(&language);
/*
* Group timezones by regions, but filter out unwanted (duplicate) regions
* and add an additional region with generic GMT-offset timezones at the end
*/
typedef std::map<BString, TimeZoneListItem*, TimeZoneItemLess> ZoneItemMap;
ZoneItemMap zoneItemMap;
const char* kOtherRegion = B_TRANSLATE_MARK("<Other>");
const char* kSupportedRegions[] = {
B_TRANSLATE_MARK("Africa"), B_TRANSLATE_MARK("America"),
B_TRANSLATE_MARK("Antarctica"), B_TRANSLATE_MARK("Arctic"),
B_TRANSLATE_MARK("Asia"), B_TRANSLATE_MARK("Atlantic"),
B_TRANSLATE_MARK("Australia"), B_TRANSLATE_MARK("Europe"),
B_TRANSLATE_MARK("Indian"), B_TRANSLATE_MARK("Pacific"),
kOtherRegion,
NULL
};
// Since the zone-map contains translated country-names (we get those from
// ICU), we need to use translated region names in the zone-map, too:
typedef std::map<BString, BString> TranslatedRegionMap;
TranslatedRegionMap regionMap;
for (const char** region = kSupportedRegions; *region != NULL; ++region) {
BString translatedRegion = B_TRANSLATE_NOCOLLECT(*region);
regionMap[*region] = translatedRegion;
TimeZoneListItem* regionItem
= new TimeZoneListItem(translatedRegion, NULL, NULL);
regionItem->SetOutlineLevel(0);
zoneItemMap[translatedRegion] = regionItem;
}
// Get all time zones
BMessage zoneList;
BLocaleRoster::Default()->GetAvailableTimeZonesWithRegionInfo(&zoneList);
typedef std::map<BString, std::vector<const char*> > ZonesByCountyMap;
ZonesByCountyMap zonesByCountryMap;
const char *zoneID;
BString countryCode;
for (int tz = 0; zoneList.FindString("timeZone", tz, &zoneID) == B_OK
&& zoneList.FindString("region", tz, &countryCode) == B_OK; tz++) {
// From the global ("001") timezones, we only accept the generic GMT
// timezones, as all the other world-zones are duplicates of others.
if (countryCode == "001" && strncmp(zoneID, "Etc/GMT", 7) != 0)
continue;
zonesByCountryMap[countryCode].push_back(zoneID);
}
ZonesByCountyMap::const_iterator countryIter = zonesByCountryMap.begin();
for (; countryIter != zonesByCountryMap.end(); ++countryIter) {
BCountry country(countryIter->first.String());
BString countryName;
country.GetName(countryName);
size_t zoneCountInCountry = countryIter->second.size();
for (size_t tz = 0; tz < zoneCountInCountry; tz++) {
BString zoneID(countryIter->second[tz]);
int32 slashPos = zoneID.FindFirst('/');
BString region(zoneID, slashPos);
if (region == "Etc")
region = kOtherRegion;
// just accept timezones from our supported regions, others are
// aliases and would just make the list even longer
TranslatedRegionMap::iterator regionIter = regionMap.find(region);
if (regionIter == regionMap.end())
continue;
BString fullCountryID = regionIter->second;
bool countryIsRegion
= countryName == regionIter->second || region == kOtherRegion;
if (!countryIsRegion)
fullCountryID << "/" << countryName;
BTimeZone* timeZone = new BTimeZone(zoneID, &language);
BString tzName;
BString fullZoneID = fullCountryID;
if (zoneCountInCountry > 1)
{
// we can't use the country name as timezone name, since there
// are more than one timezones in this country - fetch the
// localized name of the timezone and use that
tzName = timeZone->Name();
int32 openParenthesisPos = tzName.FindFirst('(');
if (openParenthesisPos >= 0) {
tzName.Remove(0, openParenthesisPos + 1);
int32 closeParenthesisPos = tzName.FindLast(')');
if (closeParenthesisPos >= 0)
tzName.Truncate(closeParenthesisPos);
}
fullZoneID << "/" << tzName;
} else {
tzName = countryName;
fullZoneID << "/" << zoneID;
}
// skip duplicates
ZoneItemMap::iterator zoneIter = zoneItemMap.find(fullZoneID);
if (zoneIter != zoneItemMap.end()) {
delete timeZone;
continue;
}
TimeZoneListItem* countryItem = NULL;
TimeZoneListItem* zoneItem = NULL;
if (zoneCountInCountry > 1) {
ZoneItemMap::iterator countryIter
= zoneItemMap.find(fullCountryID);
if (countryIter == zoneItemMap.end()) {
countryItem = new TimeZoneListItem(countryName, NULL, NULL);
countryItem->SetOutlineLevel(1);
zoneItemMap[fullCountryID] = countryItem;
} else
countryItem = countryIter->second;
zoneItem = new TimeZoneListItem(tzName, NULL, timeZone);
zoneItem->SetOutlineLevel(countryIsRegion ? 1 : 2);
} else {
zoneItem = new TimeZoneListItem(tzName, NULL, timeZone);
zoneItem->SetOutlineLevel(1);
}
zoneItemMap[fullZoneID] = zoneItem;
if (timeZone->ID() == defaultTimeZone.ID()) {
fCurrentZoneItem = zoneItem;
if (countryItem != NULL)
countryItem->SetExpanded(true);
ZoneItemMap::iterator regionItemIter
= zoneItemMap.find(regionIter->second);
if (regionItemIter != zoneItemMap.end())
regionItemIter->second->SetExpanded(true);
}
}
}
fOldZoneItem = fCurrentZoneItem;
ZoneItemMap::iterator zoneIter;
bool lastWasCountryItem = false;
TimeZoneListItem* currentCountryItem = NULL;
for (zoneIter = zoneItemMap.begin(); zoneIter != zoneItemMap.end();
++zoneIter) {
if (zoneIter->second->OutlineLevel() == 2 && lastWasCountryItem) {
/* Some countries (e.g. Spain and Chile) have their timezones
* spread across different regions. As a result, there might still
* be country items with only one timezone below them. We manually
* filter those country items here.
*/
ZoneItemMap::iterator next = zoneIter;
++next;
if (next != zoneItemMap.end()
&& next->second->OutlineLevel() != 2) {
fZoneList->RemoveItem(currentCountryItem);
zoneIter->second->SetText(currentCountryItem->Text());
zoneIter->second->SetOutlineLevel(1);
delete currentCountryItem;
}
}
fZoneList->AddItem(zoneIter->second);
if (zoneIter->second->OutlineLevel() == 1) {
lastWasCountryItem = true;
currentCountryItem = zoneIter->second;
} else
lastWasCountryItem = false;
}
}