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import { module, test } from '../qunit';
import moment from '../../moment';
module('utc offset');
test('setter / getter blackbox', function (assert) {
var m = moment([2010]);
assert.equal(m.clone().utcOffset(0).utcOffset(), 0, 'utcOffset 0');
assert.equal(m.clone().utcOffset(1).utcOffset(), 60, 'utcOffset 1 is 60');
assert.equal(m.clone().utcOffset(60).utcOffset(), 60, 'utcOffset 60');
assert.equal(m.clone().utcOffset('+01:00').utcOffset(), 60, 'utcOffset +01:00 is 60');
assert.equal(m.clone().utcOffset('+0100').utcOffset(), 60, 'utcOffset +0100 is 60');
assert.equal(m.clone().utcOffset(-1).utcOffset(), -60, 'utcOffset -1 is -60');
assert.equal(m.clone().utcOffset(-60).utcOffset(), -60, 'utcOffset -60');
assert.equal(m.clone().utcOffset('-01:00').utcOffset(), -60, 'utcOffset -01:00 is -60');
assert.equal(m.clone().utcOffset('-0100').utcOffset(), -60, 'utcOffset -0100 is -60');
assert.equal(m.clone().utcOffset(1.5).utcOffset(), 90, 'utcOffset 1.5 is 90');
assert.equal(m.clone().utcOffset(90).utcOffset(), 90, 'utcOffset 1.5 is 90');
assert.equal(m.clone().utcOffset('+01:30').utcOffset(), 90, 'utcOffset +01:30 is 90');
assert.equal(m.clone().utcOffset('+0130').utcOffset(), 90, 'utcOffset +0130 is 90');
assert.equal(m.clone().utcOffset(-1.5).utcOffset(), -90, 'utcOffset -1.5');
assert.equal(m.clone().utcOffset(-90).utcOffset(), -90, 'utcOffset -90');
assert.equal(m.clone().utcOffset('-01:30').utcOffset(), -90, 'utcOffset +01:30 is 90');
assert.equal(m.clone().utcOffset('-0130').utcOffset(), -90, 'utcOffset +0130 is 90');
assert.equal(m.clone().utcOffset('+00:10').utcOffset(), 10, 'utcOffset +00:10 is 10');
assert.equal(m.clone().utcOffset('-00:10').utcOffset(), -10, 'utcOffset +00:10 is 10');
assert.equal(m.clone().utcOffset('+0010').utcOffset(), 10, 'utcOffset +0010 is 10');
assert.equal(m.clone().utcOffset('-0010').utcOffset(), -10, 'utcOffset +0010 is 10');
});
test('utcOffset shorthand hours -> minutes', function (assert) {
var i;
for (i = -15; i <= 15; ++i) {
assert.equal(moment().utcOffset(i).utcOffset(), i * 60,
'' + i + ' -> ' + i * 60);
}
assert.equal(moment().utcOffset(-16).utcOffset(), -16, '-16 -> -16');
assert.equal(moment().utcOffset(16).utcOffset(), 16, '16 -> 16');
});
test('isLocal, isUtc, isUtcOffset', function (assert) {
assert.ok(moment().isLocal(), 'moment() creates objects in local time');
assert.ok(!moment.utc().isLocal(), 'moment.utc creates objects NOT in local time');
assert.ok(moment.utc().local().isLocal(), 'moment.fn.local() converts to local time');
assert.ok(!moment().utcOffset(5).isLocal(), 'moment.fn.utcOffset(N) puts objects NOT in local time');
assert.ok(moment().utcOffset(5).local().isLocal(), 'moment.fn.local() converts to local time');
assert.ok(moment.utc().isUtc(), 'moment.utc() creates objects in utc time');
assert.ok(moment().utcOffset(0).isUtc(), 'utcOffset(0) is equivalent to utc mode');
assert.ok(!moment().utcOffset(1).isUtc(), 'utcOffset(1) is NOT equivalent to utc mode');
assert.ok(!moment().isUtcOffset(), 'moment() creates objects NOT in utc-offset mode');
assert.ok(moment.utc().isUtcOffset(), 'moment.utc() creates objects in utc-offset mode');
assert.ok(moment().utcOffset(3).isUtcOffset(), 'utcOffset(N != 0) creates objects in utc-offset mode');
assert.ok(moment().utcOffset(0).isUtcOffset(), 'utcOffset(0) creates objects in utc-offset mode');
});
test('isUTC', function (assert) {
assert.ok(moment.utc().isUTC(), 'moment.utc() creates objects in utc time');
assert.ok(moment().utcOffset(0).isUTC(), 'utcOffset(0) is equivalent to utc mode');
assert.ok(!moment().utcOffset(1).isUTC(), 'utcOffset(1) is NOT equivalent to utc mode');
});
test('change hours when changing the utc offset', function (assert) {
var m = moment.utc([2000, 0, 1, 6]);
assert.equal(m.hour(), 6, 'UTC 6AM should be 6AM at +0000');
// sanity check
m.utcOffset(0);
assert.equal(m.hour(), 6, 'UTC 6AM should be 6AM at +0000');
m.utcOffset(-60);
assert.equal(m.hour(), 5, 'UTC 6AM should be 5AM at -0100');
m.utcOffset(60);
assert.equal(m.hour(), 7, 'UTC 6AM should be 7AM at +0100');
});
test('change minutes when changing the utc offset', function (assert) {
var m = moment.utc([2000, 0, 1, 6, 31]);
m.utcOffset(0);
assert.equal(m.format('HH:mm'), '06:31', 'UTC 6:31AM should be 6:31AM at +0000');
m.utcOffset(-30);
assert.equal(m.format('HH:mm'), '06:01', 'UTC 6:31AM should be 6:01AM at -0030');
m.utcOffset(30);
assert.equal(m.format('HH:mm'), '07:01', 'UTC 6:31AM should be 7:01AM at +0030');
m.utcOffset(-1380);
assert.equal(m.format('HH:mm'), '07:31', 'UTC 6:31AM should be 7:31AM at +1380');
});
test('distance from the unix epoch', function (assert) {
var zoneA = moment(),
zoneB = moment(zoneA),
zoneC = moment(zoneA),
zoneD = moment(zoneA),
zoneE = moment(zoneA);
zoneB.utc();
assert.equal(+zoneA, +zoneB, 'moment should equal moment.utc');
zoneC.utcOffset(60);
assert.equal(+zoneA, +zoneC, 'moment should equal moment.utcOffset(60)');
zoneD.utcOffset(-480);
assert.equal(+zoneA, +zoneD,
'moment should equal moment.utcOffset(-480)');
zoneE.utcOffset(-1000);
assert.equal(+zoneA, +zoneE,
'moment should equal moment.utcOffset(-1000)');
});
test('update offset after changing any values', function (assert) {
var oldOffset = moment.updateOffset,
m = moment.utc([2000, 6, 1]);
moment.updateOffset = function (mom, keepTime) {
if (mom.__doChange) {
if (+mom > 962409600000) {
mom.utcOffset(-120, keepTime);
} else {
mom.utcOffset(-60, keepTime);
}
}
};
assert.equal(m.format('ZZ'), '+0000', 'should be at +0000');
assert.equal(m.format('HH:mm'), '00:00', 'should start 12AM at +0000 timezone');
m.__doChange = true;
m.add(1, 'h');
assert.equal(m.format('ZZ'), '-0200', 'should be at -0200');
assert.equal(m.format('HH:mm'), '23:00', '1AM at +0000 should be 11PM at -0200 timezone');
m.subtract(1, 'h');
assert.equal(m.format('ZZ'), '-0100', 'should be at -0100');
assert.equal(m.format('HH:mm'), '23:00', '12AM at +0000 should be 11PM at -0100 timezone');
moment.updateOffset = oldOffset;
});
//////////////////
test('getters and setters', function (assert) {
var a = moment([2011, 5, 20]);
assert.equal(a.clone().utcOffset(-120).year(2012).year(), 2012, 'should get and set year correctly');
assert.equal(a.clone().utcOffset(-120).month(1).month(), 1, 'should get and set month correctly');
assert.equal(a.clone().utcOffset(-120).date(2).date(), 2, 'should get and set date correctly');
assert.equal(a.clone().utcOffset(-120).day(1).day(), 1, 'should get and set day correctly');
assert.equal(a.clone().utcOffset(-120).hour(1).hour(), 1, 'should get and set hour correctly');
assert.equal(a.clone().utcOffset(-120).minute(1).minute(), 1, 'should get and set minute correctly');
});
test('getters', function (assert) {
var a = moment.utc([2012, 0, 1, 0, 0, 0]);
assert.equal(a.clone().utcOffset(-120).year(), 2011, 'should get year correctly');
assert.equal(a.clone().utcOffset(-120).month(), 11, 'should get month correctly');
assert.equal(a.clone().utcOffset(-120).date(), 31, 'should get date correctly');
assert.equal(a.clone().utcOffset(-120).hour(), 22, 'should get hour correctly');
assert.equal(a.clone().utcOffset(-120).minute(), 0, 'should get minute correctly');
assert.equal(a.clone().utcOffset(120).year(), 2012, 'should get year correctly');
assert.equal(a.clone().utcOffset(120).month(), 0, 'should get month correctly');
assert.equal(a.clone().utcOffset(120).date(), 1, 'should get date correctly');
assert.equal(a.clone().utcOffset(120).hour(), 2, 'should get hour correctly');
assert.equal(a.clone().utcOffset(120).minute(), 0, 'should get minute correctly');
assert.equal(a.clone().utcOffset(90).year(), 2012, 'should get year correctly');
assert.equal(a.clone().utcOffset(90).month(), 0, 'should get month correctly');
assert.equal(a.clone().utcOffset(90).date(), 1, 'should get date correctly');
assert.equal(a.clone().utcOffset(90).hour(), 1, 'should get hour correctly');
assert.equal(a.clone().utcOffset(90).minute(), 30, 'should get minute correctly');
});
test('from', function (assert) {
var zoneA = moment(),
zoneB = moment(zoneA).utcOffset(-720),
zoneC = moment(zoneA).utcOffset(-360),
zoneD = moment(zoneA).utcOffset(690),
other = moment(zoneA).add(35, 'm');
assert.equal(zoneA.from(other), zoneB.from(other), 'moment#from should be the same in all zones');
assert.equal(zoneA.from(other), zoneC.from(other), 'moment#from should be the same in all zones');
assert.equal(zoneA.from(other), zoneD.from(other), 'moment#from should be the same in all zones');
});
test('diff', function (assert) {
var zoneA = moment(),
zoneB = moment(zoneA).utcOffset(-720),
zoneC = moment(zoneA).utcOffset(-360),
zoneD = moment(zoneA).utcOffset(690),
other = moment(zoneA).add(35, 'm');
assert.equal(zoneA.diff(other), zoneB.diff(other), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other), zoneC.diff(other), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other), zoneD.diff(other), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'minute', true), zoneB.diff(other, 'minute', true), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'minute', true), zoneC.diff(other, 'minute', true), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'minute', true), zoneD.diff(other, 'minute', true), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'hour', true), zoneB.diff(other, 'hour', true), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'hour', true), zoneC.diff(other, 'hour', true), 'moment#diff should be the same in all zones');
assert.equal(zoneA.diff(other, 'hour', true), zoneD.diff(other, 'hour', true), 'moment#diff should be the same in all zones');
});
test('unix offset and timestamp', function (assert) {
var zoneA = moment(),
zoneB = moment(zoneA).utcOffset(-720),
zoneC = moment(zoneA).utcOffset(-360),
zoneD = moment(zoneA).utcOffset(690);
assert.equal(zoneA.unix(), zoneB.unix(), 'moment#unix should be the same in all zones');
assert.equal(zoneA.unix(), zoneC.unix(), 'moment#unix should be the same in all zones');
assert.equal(zoneA.unix(), zoneD.unix(), 'moment#unix should be the same in all zones');
assert.equal(+zoneA, +zoneB, 'moment#valueOf should be the same in all zones');
assert.equal(+zoneA, +zoneC, 'moment#valueOf should be the same in all zones');
assert.equal(+zoneA, +zoneD, 'moment#valueOf should be the same in all zones');
});
test('cloning', function (assert) {
assert.equal(moment().utcOffset(-120).clone().utcOffset(), -120,
'explicit cloning should retain the offset');
assert.equal(moment().utcOffset(120).clone().utcOffset(), 120,
'explicit cloning should retain the offset');
assert.equal(moment(moment().utcOffset(-120)).utcOffset(), -120,
'implicit cloning should retain the offset');
assert.equal(moment(moment().utcOffset(120)).utcOffset(), 120,
'implicit cloning should retain the offset');
});
test('start of / end of', function (assert) {
var a = moment.utc([2010, 1, 2, 0, 0, 0]).utcOffset(-450);
assert.equal(a.clone().startOf('day').hour(), 0,
'start of day should work on moments with utc offset');
assert.equal(a.clone().startOf('day').minute(), 0,
'start of day should work on moments with utc offset');
assert.equal(a.clone().startOf('hour').minute(), 0,
'start of hour should work on moments with utc offset');
assert.equal(a.clone().endOf('day').hour(), 23,
'end of day should work on moments with utc offset');
assert.equal(a.clone().endOf('day').minute(), 59,
'end of day should work on moments with utc offset');
assert.equal(a.clone().endOf('hour').minute(), 59,
'end of hour should work on moments with utc offset');
});
test('reset offset with moment#utc', function (assert) {
var a = moment.utc([2012]).utcOffset(-480);
assert.equal(a.clone().hour(), 16, 'different utc offset should have different hour');
assert.equal(a.clone().utc().hour(), 0, 'calling moment#utc should reset the offset');
});
test('reset offset with moment#local', function (assert) {
var a = moment([2012]).utcOffset(-480);
assert.equal(a.clone().local().hour(), 0, 'calling moment#local should reset the offset');
});
test('toDate', function (assert) {
var zoneA = new Date(),
zoneB = moment(zoneA).utcOffset(-720).toDate(),
zoneC = moment(zoneA).utcOffset(-360).toDate(),
zoneD = moment(zoneA).utcOffset(690).toDate();
assert.equal(+zoneA, +zoneB, 'moment#toDate should output a date with the right unix timestamp');
assert.equal(+zoneA, +zoneC, 'moment#toDate should output a date with the right unix timestamp');
assert.equal(+zoneA, +zoneD, 'moment#toDate should output a date with the right unix timestamp');
});
test('same / before / after', function (assert) {
var zoneA = moment().utc(),
zoneB = moment(zoneA).utcOffset(-120),
zoneC = moment(zoneA).utcOffset(120);
assert.ok(zoneA.isSame(zoneB), 'two moments with different offsets should be the same');
assert.ok(zoneA.isSame(zoneC), 'two moments with different offsets should be the same');
assert.ok(zoneA.isSame(zoneB, 'hour'), 'two moments with different offsets should be the same hour');
assert.ok(zoneA.isSame(zoneC, 'hour'), 'two moments with different offsets should be the same hour');
zoneA.add(1, 'hour');
assert.ok(zoneA.isAfter(zoneB), 'isAfter should work with two moments with different offsets');
assert.ok(zoneA.isAfter(zoneC), 'isAfter should work with two moments with different offsets');
assert.ok(zoneA.isAfter(zoneB, 'hour'), 'isAfter:hour should work with two moments with different offsets');
assert.ok(zoneA.isAfter(zoneC, 'hour'), 'isAfter:hour should work with two moments with different offsets');
zoneA.subtract(2, 'hour');
assert.ok(zoneA.isBefore(zoneB), 'isBefore should work with two moments with different offsets');
assert.ok(zoneA.isBefore(zoneC), 'isBefore should work with two moments with different offsets');
assert.ok(zoneA.isBefore(zoneB, 'hour'), 'isBefore:hour should work with two moments with different offsets');
assert.ok(zoneA.isBefore(zoneC, 'hour'), 'isBefore:hour should work with two moments with different offsets');
});
test('add / subtract over dst', function (assert) {
var oldOffset = moment.updateOffset,
m = moment.utc([2000, 2, 31, 3]);
moment.updateOffset = function (mom, keepTime) {
if (mom.clone().utc().month() > 2) {
mom.utcOffset(60, keepTime);
} else {
mom.utcOffset(0, keepTime);
}
};
assert.equal(m.hour(), 3, 'should start at 00:00');
m.add(24, 'hour');
assert.equal(m.hour(), 4, 'adding 24 hours should disregard dst');
m.subtract(24, 'hour');
assert.equal(m.hour(), 3, 'subtracting 24 hours should disregard dst');
m.add(1, 'day');
assert.equal(m.hour(), 3, 'adding 1 day should have the same hour');
m.subtract(1, 'day');
assert.equal(m.hour(), 3, 'subtracting 1 day should have the same hour');
m.add(1, 'month');
assert.equal(m.hour(), 3, 'adding 1 month should have the same hour');
m.subtract(1, 'month');
assert.equal(m.hour(), 3, 'subtracting 1 month should have the same hour');
moment.updateOffset = oldOffset;
});
test('isDST', function (assert) {
var oldOffset = moment.updateOffset;
moment.updateOffset = function (mom, keepTime) {
if (mom.month() > 2 && mom.month() < 9) {
mom.utcOffset(60, keepTime);
} else {
mom.utcOffset(0, keepTime);
}
};
assert.ok(!moment().month(0).isDST(), 'Jan should not be summer dst');
assert.ok(moment().month(6).isDST(), 'Jul should be summer dst');
assert.ok(!moment().month(11).isDST(), 'Dec should not be summer dst');
moment.updateOffset = function (mom) {
if (mom.month() > 2 && mom.month() < 9) {
mom.utcOffset(0);
} else {
mom.utcOffset(60);
}
};
assert.ok(moment().month(0).isDST(), 'Jan should be winter dst');
assert.ok(!moment().month(6).isDST(), 'Jul should not be winter dst');
assert.ok(moment().month(11).isDST(), 'Dec should be winter dst');
moment.updateOffset = oldOffset;
});
test('zone names', function (assert) {
assert.equal(moment().zoneAbbr(), '', 'Local zone abbr should be empty');
assert.equal(moment().format('z'), '', 'Local zone formatted abbr should be empty');
assert.equal(moment().zoneName(), '', 'Local zone name should be empty');
assert.equal(moment().format('zz'), '', 'Local zone formatted name should be empty');
assert.equal(moment.utc().zoneAbbr(), 'UTC', 'UTC zone abbr should be UTC');
assert.equal(moment.utc().format('z'), 'UTC', 'UTC zone formatted abbr should be UTC');
assert.equal(moment.utc().zoneName(), 'Coordinated Universal Time', 'UTC zone abbr should be Coordinated Universal Time');
assert.equal(moment.utc().format('zz'), 'Coordinated Universal Time', 'UTC zone formatted abbr should be Coordinated Universal Time');
});
test('hours alignment with UTC', function (assert) {
assert.equal(moment().utcOffset(-120).hasAlignedHourOffset(), true);
assert.equal(moment().utcOffset(180).hasAlignedHourOffset(), true);
assert.equal(moment().utcOffset(-90).hasAlignedHourOffset(), false);
assert.equal(moment().utcOffset(90).hasAlignedHourOffset(), false);
});
test('hours alignment with other zone', function (assert) {
var m = moment().utcOffset(-120);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-180)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(180)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-90)), false);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(90)), false);
m = moment().utcOffset(-90);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-180)), false);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(180)), false);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-30)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(30)), true);
m = moment().utcOffset(60);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-180)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(180)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-90)), false);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(90)), false);
m = moment().utcOffset(-25);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(35)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-85)), true);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(-35)), false);
assert.equal(m.hasAlignedHourOffset(moment().utcOffset(85)), false);
});
test('parse zone', function (assert) {
var m = moment('2013-01-01T00:00:00-13:00').parseZone();
assert.equal(m.utcOffset(), -13 * 60);
assert.equal(m.hours(), 0);
});
test('parse UTC zone', function (assert) {
var m = moment('2013-01-01T05:00:00+00:00').parseZone();
assert.equal(m.utcOffset(), 0);
assert.equal(m.hours(), 5);
});
test('parse zone static', function (assert) {
var m = moment.parseZone('2013-01-01T00:00:00-13:00');
assert.equal(m.utcOffset(), -13 * 60);
assert.equal(m.hours(), 0);
});
test('parse zone with more arguments', function (assert) {
var m;
m = moment.parseZone('2013 01 01 05 -13:00', 'YYYY MM DD HH ZZ');
assert.equal(m.format(), '2013-01-01T05:00:00-13:00', 'accept input and format');
m = moment.parseZone('2013-01-01-13:00', 'YYYY MM DD ZZ', true);
assert.equal(m.isValid(), false, 'accept input, format and strict flag');
m = moment.parseZone('2013-01-01-13:00', ['DD MM YYYY ZZ', 'YYYY MM DD ZZ']);
assert.equal(m.format(), '2013-01-01T00:00:00-13:00', 'accept input and array of formats');
});
test('parse zone with a timezone from the format string', function (assert) {
var m = moment('11-12-2013 -0400 +1100', 'DD-MM-YYYY ZZ #####').parseZone();
assert.equal(m.utcOffset(), -4 * 60);
});
test('parse zone without a timezone included in the format string', function (assert) {
var m = moment('11-12-2013 -0400 +1100', 'DD-MM-YYYY').parseZone();
assert.equal(m.utcOffset(), 11 * 60);
});
test('timezone format', function (assert) {
assert.equal(moment().utcOffset(60).format('ZZ'), '+0100', '-60 -> +0100');
assert.equal(moment().utcOffset(90).format('ZZ'), '+0130', '-90 -> +0130');
assert.equal(moment().utcOffset(120).format('ZZ'), '+0200', '-120 -> +0200');
assert.equal(moment().utcOffset(-60).format('ZZ'), '-0100', '+60 -> -0100');
assert.equal(moment().utcOffset(-90).format('ZZ'), '-0130', '+90 -> -0130');
assert.equal(moment().utcOffset(-120).format('ZZ'), '-0200', '+120 -> -0200');
});