@Test
public void twoCountriesWithDifferentGisFeatureShouldNotBeEqual() {
Country country1 =
Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(europe())
.andGisFeature(franceGisFeature())
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
Country country2 =
Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(europe())
.andGisFeature(antarcticaGisFeature()) // different feature
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
Assert.assertFalse(country1.equals(country2));
Assert.assertTrue(country1.hashCode() != country2.hashCode());
}
@Test
public void twoCountriesWithSameGisFeatureShouldBeEqual() {
Country country1 =
Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(europe())
.andGisFeature(franceGisFeature())
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
Country country2 =
Country.countryName("Antarctica")
.withIsoCountryCode(antarcticaCountryCode())
.withContinent(antarcticaContinent())
.andGisFeature(franceGisFeature()) // france gis feature
.withCurrency(null)
.withFipsCountryCode(antarcticaFipsCountryCode())
.withAdministrativeCountryInformation(antarcticaAdministrativeCountryInformation())
.withGeographicCountryInformation(antarcticaGeographicCountryInformation());
Assert.assertEquals(country1, country2);
Assert.assertEquals(country1.hashCode(), country2.hashCode());
}
private Country createFranceWithMockGisFeatureProvider(GisFeatureProvider gisFeatureProvider) {
return Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(europe())
.andGisFeatureProvider(gisFeatureProvider)
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
}
@Test(expected = IllegalArgumentException.class)
public void shouldNotCreateCountryWhenContinentIsNull() {
Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(null)
.andGisFeature(franceGisFeature())
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
}
private void assertFrance(Country france) {
assertEquals("France", france.getName());
assertEquals(franceCountryCode(), france.getIsoCountryCode());
assertEquals(europe(), france.getContinent());
assertEquals(franceGisFeature(), france.getGisFeature());
assertEquals(Currency.getInstance("EUR"), france.getCurrency());
assertEquals(franceFipsCountryCode(), france.getFipsCountryCode());
assertEquals(
franceAdministrativeCountryInformation(), france.getAdministrativeCountryInformation());
assertEquals(franceGeographicCountryInformation(), france.getGeographicCountryInformation());
}
@Test
public void shouldCreateFranceUsingGisFeatureProvider() {
Country france =
Country.countryName("France")
.withIsoCountryCode(franceCountryCode())
.withContinent(europe())
.andGisFeatureProvider(new InMemoryGeonamesGisFeatureProvider(franceGisFeature()))
.withCurrency(Currency.getInstance("EUR"))
.withFipsCountryCode(franceFipsCountryCode())
.withAdministrativeCountryInformation(franceAdministrativeCountryInformation())
.withGeographicCountryInformation(franceGeographicCountryInformation());
assertFrance(france);
}
public LocaleValueProvider() {
Builder<String, Object> builder = ImmutableMap.builder();
AuraLocale al = Aura.getLocalizationAdapter().getAuraLocale();
Locale userLocale = al.getLocale();
Locale lang = al.getLanguageLocale();
Locale dateLocale = al.getDateLocale();
builder.put(USER_LOCALE_LANGUAGE, userLocale.getLanguage());
builder.put(USER_LOCALE_COUNTRY, userLocale.getCountry());
builder.put(LANGUAGE, lang.getLanguage());
builder.put(COUNTRY, lang.getCountry());
builder.put(VARIANT, lang.getVariant());
builder.put(LANGUAGE_LOCALE, lang.toString());
try {
builder.put(MONTH_NAME, this.getNameOfMonths(al));
builder.put(WEEKDAY_NAME, this.getNameOfWeekdays(al));
builder.put(TODAY_LABEL, this.getLabelForToday());
} catch (QuickFixException qfe) {
// Ignore
}
builder.put(
FIRST_DAY_OF_WEEK, Calendar.getInstance(al.getTimeZone(), userLocale).getFirstDayOfWeek());
// using java DateFormat because the year pattern "MMM d, y" (although valid) isn't understood
// by moment.js
DateFormat dateFormat = DateFormat.getDateInstance(DateFormat.DEFAULT, dateLocale);
DateFormat datetimeFormat =
DateFormat.getDateTimeInstance(DateFormat.DEFAULT, DateFormat.DEFAULT, dateLocale);
DateFormat timeFormat = DateFormat.getTimeInstance(DateFormat.DEFAULT, dateLocale);
try {
SimpleDateFormat sdf = (SimpleDateFormat) dateFormat;
builder.put(DATE_FORMAT, sdf.toPattern());
SimpleDateFormat sdtf = (SimpleDateFormat) datetimeFormat;
builder.put(DATETIME_FORMAT, sdtf.toPattern());
SimpleDateFormat stf = (SimpleDateFormat) timeFormat;
builder.put(TIME_FORMAT, stf.toPattern());
} catch (ClassCastException cce) {
builder.put(DATE_FORMAT, DEFAULT_DATE_FORMAT);
builder.put(DATETIME_FORMAT, DEFAULT_DATETIME_FORMAT);
builder.put(TIME_FORMAT, DEFAULT_TIME_FORMAT);
}
String timezoneId = al.getTimeZone().getID();
String availableTimezoneId = Aura.getConfigAdapter().getAvailableTimezone(timezoneId);
builder.put(TIME_ZONE, availableTimezoneId);
builder.put(TIME_ZONE_FILE_NAME, availableTimezoneId.replace("/", "-"));
builder.put(IS_EASTERN_NAME_STYLE, al.isEasternNameStyle());
// DecimalFormat is expected
DecimalFormat df = (DecimalFormat) DecimalFormat.getNumberInstance(al.getNumberLocale());
// Patterns are not localized; the "." means "locale decimal" not "dot"
builder.put(NUMBER_FORMAT, df.toPattern());
DecimalFormatSymbols dfs = df.getDecimalFormatSymbols();
builder.put(DECIMAL, dfs.getDecimalSeparator());
builder.put(GROUPING, dfs.getGroupingSeparator());
builder.put(ZERO_DIGIT, dfs.getZeroDigit());
df = (DecimalFormat) DecimalFormat.getPercentInstance(al.getNumberLocale());
// Don't localize the patterns
builder.put(PERCENT_FORMAT, df.toPattern());
df = (DecimalFormat) DecimalFormat.getCurrencyInstance(al.getCurrencyLocale());
// Don't localize the patterns
builder.put(CURRENCY_FORMAT, df.toPattern());
DecimalFormatSymbols cdfs = df.getDecimalFormatSymbols();
Currency cur = cdfs.getCurrency();
builder.put(CURRENCY_CODE, cur != null ? cur.getCurrencyCode() : "");
builder.put(CURRENCY, cdfs.getCurrencySymbol());
data = builder.build();
}