beforeEach(function () {
clock = sinon.useFakeTimers(unix);
now = moment();
mmnt = moment(anchor);
date = mmnt.toDate();
string = mmnt.format(format);
});
beforeEach(function () {
// prevent the checker from running automatically
checker.destroy();
clock = sinon.useFakeTimers();
schedule = [];
_.times(25, function () {
schedule.push(_.random(3, 250));
});
});
const init = function () {
// Load the application
ngMock.module('kibana');
sinon.useFakeTimers(moment(anchor).valueOf());
// Create the scope
ngMock.inject(function ($filter) {
filter = $filter('moment');
});
};
const init = function () {
// Load the application
ngMock.module('kibana', function ($provide) {
// kibi: added as required after timepicker directive modification
$provide.constant('kbnDefaultAppId', '');
});
// Stub out the clock so 'now' doesn't move
sinon.useFakeTimers(moment(anchor).valueOf());
// Create the scope
ngMock.inject(function ($rootScope, $compile) {
// Give us a scope
$parentScope = $rootScope;
// Add some parameters to it
const timefilter = {
time : {
from: moment().subtract(15, 'minutes'),
to: moment(),
mode: undefined
},
refreshInterval : {
value : 0,
display : 'Off'
}
};
$parentScope.timefilter = timefilter;
$parentScope.updateInterval = sinon.spy();
$parentScope.updateFilter = sinon.spy();
// Create the element
$elem = angular.element(
'<kbn-timepicker' +
' from="timefilter.time.from"' +
' to="timefilter.time.to"' +
' mode="timefilter.time.mode"' +
' active-tab="timefilter.timepickerActiveTab"' +
' interval="timefilter.refreshInterval"' +
' on-interval-select="updateInterval(interval)"' +
' on-filter-select="updateFilter(from, to)">' +
'</kbn-timepicker>'
);
// And compile it
$compile($elem)($parentScope);
// Fire a digest cycle
$elem.scope().$digest();
// Grab the isolate scope so we can test it
$scope = $elem.isolateScope();
syncTimeTo = $scope.syncTimeTo = sinon.spy(); // kibi: added to test if syncTimeTo is called
});
};
const init = function (expandable) {
// Load the application
ngMock.module('kibana');
clock = sinon.useFakeTimers(moment(anchor).valueOf());
// Create the scope
ngMock.inject(function ($filter, _config_) {
filter = $filter('moment');
config = _config_;
});
};
var init = function () {
// Load the application
ngMock.module('kibana');
// Stub out the clock so 'now' doesn't move
clock = sinon.useFakeTimers(moment(anchor).valueOf());
// Create the scope
ngMock.inject(function ($rootScope, $compile) {
// Give us a scope
$parentScope = $rootScope;
// Add some parameters to it
var timefilter = {
time : {
from: moment().subtract(15, 'minutes'),
to: moment(),
mode: undefined
},
refreshInterval : {
value : 0,
display : 'Off'
}
};
$parentScope.timefilter = timefilter;
// Create the element
$elem = angular.element(
'<kbn-timepicker' +
' from="timefilter.time.from"' +
' to="timefilter.time.to"' +
' mode="timefilter.time.mode"' +
' active-tab="timefilter.timepickerActiveTab"' +
' interval="timefilter.refreshInterval">' +
'</kbn-timepicker>'
);
// And compile it
$compile($elem)($parentScope);
// Fire a digest cycle
$elem.scope().$digest();
// Grab the isolate scope so we can test it
$scope = $elem.isolateScope();
});
};
it('emits "resize" based on MS_MAX_RESIZE_DELAY, even if el\'s constantly changing size', function () {
const steps = _.random(5, 10);
this.slow(steps * 10);
// we are going to fake the delay using the fake clock
const msStep = Math.floor(ResizeChecker.MS_MAX_RESIZE_DELAY / (steps - 1));
const clock = sinon.useFakeTimers();
_.times(steps, function step(i) {
checker.$el.css('height', 100 + i);
checker.check();
expect(checker).to.have.property('_isDirty', true);
expect(emit).to.have.property('callCount', i > steps ? 1 : 0);
clock.tick(msStep); // move the clock forward one step
});
});
beforeEach(function () {
clock = sinon.useFakeTimers(unix);
now = moment();
anchored = moment(anchor);
});