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import { module, test } from '../qunit';
import moment from '../../moment';
module('utc');
test('utc and local', function (assert) {
var m = moment(Date.UTC(2011, 1, 2, 3, 4, 5, 6)), offset, expected;
m.utc();
// utc
assert.equal(m.date(), 2, 'the day should be correct for utc');
assert.equal(m.day(), 3, 'the date should be correct for utc');
assert.equal(m.hours(), 3, 'the hours should be correct for utc');
// local
m.local();
if (m.utcOffset() < -180) {
assert.equal(m.date(), 1, 'the date should be correct for local');
assert.equal(m.day(), 2, 'the day should be correct for local');
} else {
assert.equal(m.date(), 2, 'the date should be correct for local');
assert.equal(m.day(), 3, 'the day should be correct for local');
}
offset = Math.floor(m.utcOffset() / 60);
expected = (24 + 3 + offset) % 24;
assert.equal(m.hours(), expected, 'the hours (' + m.hours() + ') should be correct for local');
assert.equal(moment().utc().utcOffset(), 0, 'timezone in utc should always be zero');
});
test('creating with utc and no arguments', function (assert) {
var startOfTest = new Date().valueOf(),
momentDefaultUtcTime = moment.utc().valueOf(),
afterMomentCreationTime = new Date().valueOf();
assert.ok(startOfTest <= momentDefaultUtcTime, 'moment UTC default time should be now, not in the past');
assert.ok(momentDefaultUtcTime <= afterMomentCreationTime, 'moment UTC default time should be now, not in the future');
});
test('creating with utc and a date parameter array', function (assert) {
var m = moment.utc([2011, 1, 2, 3, 4, 5, 6]);
assert.equal(m.date(), 2, 'the day should be correct for utc array');
assert.equal(m.hours(), 3, 'the hours should be correct for utc array');
m = moment.utc('2011-02-02 3:04:05', 'YYYY-MM-DD HH:mm:ss');
assert.equal(m.date(), 2, 'the day should be correct for utc parsing format');
assert.equal(m.hours(), 3, 'the hours should be correct for utc parsing format');
m = moment.utc('2011-02-02T03:04:05+00:00');
assert.equal(m.date(), 2, 'the day should be correct for utc parsing iso');
assert.equal(m.hours(), 3, 'the hours should be correct for utc parsing iso');
});
test('creating with utc without timezone', function (assert) {
var m = moment.utc('2012-01-02T08:20:00');
assert.equal(m.date(), 2, 'the day should be correct for utc parse without timezone');
assert.equal(m.hours(), 8, 'the hours should be correct for utc parse without timezone');
m = moment.utc('2012-01-02T08:20:00+09:00');
assert.equal(m.date(), 1, 'the day should be correct for utc parse with timezone');
assert.equal(m.hours(), 23, 'the hours should be correct for utc parse with timezone');
});
test('cloning with utc offset', function (assert) {
var m = moment.utc('2012-01-02T08:20:00');
assert.equal(moment.utc(m)._isUTC, true, 'the local offset should be converted to UTC');
assert.equal(moment.utc(m.clone().utc())._isUTC, true, 'the local offset should stay in UTC');
m.utcOffset(120);
assert.equal(moment.utc(m)._isUTC, true, 'the explicit utc offset should stay in UTC');
assert.equal(moment.utc(m).utcOffset(), 0, 'the explicit utc offset should have an offset of 0');
});
test('weekday with utc', function (assert) {
assert.equal(
moment('2013-09-15T00:00:00Z').utc().weekday(), // first minute of the day
moment('2013-09-15T23:59:00Z').utc().weekday(), // last minute of the day
'a UTC-moment\'s .weekday() should not be affected by the local timezone'
);
});