beforeEach(function () {
reading = Reading();
calculator = Calculator();
factory = ObservatoryFactory();
view = HorizontalIntensitySummaryView({
el: document.createElement('tr'),
reading: reading,
calculator: calculator,
factory:factory
});
measurements = factory.getHorizontalIntensityMeasurements(reading);
renderSpy = sinon.spy(view, 'render');
});
_renderHorizontalIntensitySummaryView = function () {
var baselineH,
baselineHStats,
i,
len,
range,
reading,
readings;
readings = _readings.data();
baselineH = [];
Util.empty(_horizontalIntensitySummaryView);
for (i = 0, len = readings.length; i < len; i++) {
reading = readings[i];
// create view if it does not exist
if (!reading.hasOwnProperty('_horizontalIntensitySummary')) {
reading._horizontalIntensitySummary = HorizontalSummaryView({
calculator: _calculator,
el: document.createElement('tr'),
reading: reading
});
}
// insert view
_horizontalIntensitySummaryView.appendChild(
reading._horizontalIntensitySummary.el);
// insert view
if (reading.get('horizontal_intensity_valid') === 'Y') {
baselineH.push(_calculator.hBaseline(reading));
}
}
baselineHStats = _calculator.getStats(baselineH);
_baselineValuesMean.innerHTML = Format.nanoteslas(baselineHStats.mean);
range = baselineHStats.max - baselineHStats.min;
_baselineValuesRange.innerHTML = Format.nanoteslas(range);
_baselineValuesStdDev.innerHTML = Format.nanoteslas(baselineHStats.stdDev);
};
it('Should toggle valid state', function () {
var view,
checkBox,
checkBoxBefore,
checkBoxAfter,
reading = Reading(),
calculator = Calculator();
view = HorizontalIntensitySummaryView({
el: document.createElement('tr'),
reading: reading,
calculator: calculator
});
checkBox = view.el.querySelector('.valid > input');
checkBoxBefore = checkBox.checked;
checkBoxAfter = checkBoxBefore;
checkBox.dispatchEvent(getClickEvent());
checkBoxAfter = checkBox.checked;
expect(checkBoxBefore).to.not.equal(checkBoxAfter);
expect(checkBoxAfter).to.be.equal(false);
});