mirror of
https://github.com/nasa/openmct.git
synced 2024-12-26 08:11:05 +00:00
73734d99ea
* fix: remove unnecessary emit
* refactor: fix parameter names
* fix: update limit lines on axis reset
* Revert "fix: remove unnecessary emit"
This reverts commit b9a92e5e96.
* refactor: adjust parameter names
* test: add test for limit lines visibility
* refactor: convert to one-liner
---------
Co-authored-by: Shefali Joshi <simplyrender@gmail.com>
279 lines
12 KiB
JavaScript
279 lines
12 KiB
JavaScript
/*****************************************************************************
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* Open MCT, Copyright (c) 2014-2023, United States Government
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* as represented by the Administrator of the National Aeronautics and Space
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* Administration. All rights reserved.
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*
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* Open MCT is licensed under the Apache License, Version 2.0 (the
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* "License"); you may not use this file except in compliance with the License.
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* You may obtain a copy of the License at
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* http://www.apache.org/licenses/LICENSE-2.0.
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*
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* Unless required by applicable law or agreed to in writing, software
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* distributed under the License is distributed on an "AS IS" BASIS, WITHOUT
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* WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the
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* License for the specific language governing permissions and limitations
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* under the License.
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*
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* Open MCT includes source code licensed under additional open source
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* licenses. See the Open Source Licenses file (LICENSES.md) included with
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* this source code distribution or the Licensing information page available
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* at runtime from the About dialog for additional information.
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*****************************************************************************/
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/*
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Tests to verify log plot functionality. Note this test suite if very much under active development and should not
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necessarily be used for reference when writing new tests in this area.
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*/
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const { test, expect } = require('../../../../pluginFixtures');
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const { createDomainObjectWithDefaults, selectInspectorTab } = require('../../../../appActions');
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test.describe('Overlay Plot', () => {
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test.beforeEach(async ({ page }) => {
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await page.goto('./', { waitUntil: 'networkidle' });
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});
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test('Plot legend color is in sync with plot series color', async ({ page }) => {
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const overlayPlot = await createDomainObjectWithDefaults(page, {
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type: "Overlay Plot"
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});
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await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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await page.goto(overlayPlot.url);
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await selectInspectorTab(page, 'Config');
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// navigate to plot series color palette
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await page.click('.l-browse-bar__actions__edit');
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await page.locator('li.c-tree__item.menus-to-left .c-disclosure-triangle').click();
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await page.locator('.c-click-swatch--menu').click();
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await page.locator('.c-palette__item[style="background: rgb(255, 166, 61);"]').click();
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// gets color for swatch located in legend
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const element = await page.waitForSelector('.plot-series-color-swatch');
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const color = await element.evaluate((el) => {
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return window.getComputedStyle(el).getPropertyValue('background-color');
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});
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expect(color).toBe('rgb(255, 166, 61)');
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});
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test('Limit lines persist when series is moved to another Y Axis and on refresh', async ({ page }) => {
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test.info().annotations.push({
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type: 'issue',
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description: 'https://github.com/nasa/openmct/issues/6338'
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});
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// Create an Overlay Plot with a default SWG
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const overlayPlot = await createDomainObjectWithDefaults(page, {
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type: "Overlay Plot"
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});
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const swgA = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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await page.goto(overlayPlot.url);
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// Assert that no limit lines are shown by default
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await page.waitForSelector('.js-limit-area', { state: 'attached' });
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expect(await page.locator('.c-plot-limit-line').count()).toBe(0);
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// Enter edit mode
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await page.click('button[title="Edit"]');
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// Expand the "Sine Wave Generator" plot series options and enable limit lines
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await selectInspectorTab(page, 'Config');
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await page.getByRole('list', { name: 'Plot Series Properties' }).locator('span').first().click();
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await page.getByRole('list', { name: 'Plot Series Properties' }).locator('[title="Display limit lines"]~div input').check();
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await assertLimitLinesExistAndAreVisible(page);
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// Save (exit edit mode)
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await page.locator('button[title="Save"]').click();
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await page.locator('li[title="Save and Finish Editing"]').click();
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await assertLimitLinesExistAndAreVisible(page);
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await page.reload();
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await assertLimitLinesExistAndAreVisible(page);
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// Enter edit mode
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await page.click('button[title="Edit"]');
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await selectInspectorTab(page, 'Elements');
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// Drag Sine Wave Generator series from Y Axis 1 into Y Axis 2
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await page.locator(`#inspector-elements-tree >> text=${swgA.name}`).dragTo(page.locator('[aria-label="Element Item Group Y Axis 2"]'));
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await assertLimitLinesExistAndAreVisible(page);
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// Save (exit edit mode)
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await page.locator('button[title="Save"]').click();
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await page.locator('li[title="Save and Finish Editing"]').click();
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await assertLimitLinesExistAndAreVisible(page);
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await page.reload();
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await assertLimitLinesExistAndAreVisible(page);
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});
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test('The elements pool supports dragging series into multiple y-axis buckets', async ({ page }) => {
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const overlayPlot = await createDomainObjectWithDefaults(page, {
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type: "Overlay Plot"
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});
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const swgA = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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const swgB = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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const swgC = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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const swgD = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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const swgE = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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await page.goto(overlayPlot.url);
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await page.click('button[title="Edit"]');
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await selectInspectorTab(page, 'Elements');
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// Drag swg a, c, e into Y Axis 2
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await page.locator(`#inspector-elements-tree >> text=${swgA.name}`).dragTo(page.locator('[aria-label="Element Item Group Y Axis 2"]'));
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await page.locator(`#inspector-elements-tree >> text=${swgC.name}`).dragTo(page.locator('[aria-label="Element Item Group Y Axis 2"]'));
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await page.locator(`#inspector-elements-tree >> text=${swgE.name}`).dragTo(page.locator('[aria-label="Element Item Group Y Axis 2"]'));
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// Assert that Y Axis 1 and Y Axis 2 property groups are visible only
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await selectInspectorTab(page, 'Config');
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const yAxis1PropertyGroup = page.locator('[aria-label="Y Axis Properties"]');
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const yAxis2PropertyGroup = page.locator('[aria-label="Y Axis 2 Properties"]');
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const yAxis3PropertyGroup = page.locator('[aria-label="Y Axis 3 Properties"]');
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await expect(yAxis1PropertyGroup).toBeVisible();
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await expect(yAxis2PropertyGroup).toBeVisible();
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await expect(yAxis3PropertyGroup).toBeHidden();
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const yAxis1Group = page.getByLabel("Y Axis 1");
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const yAxis2Group = page.getByLabel("Y Axis 2");
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const yAxis3Group = page.getByLabel("Y Axis 3");
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await selectInspectorTab(page, 'Elements');
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// Drag swg b into Y Axis 3
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await page.locator(`#inspector-elements-tree >> text=${swgB.name}`).dragTo(page.locator('[aria-label="Element Item Group Y Axis 3"]'));
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// Assert that all Y Axis property groups are visible
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await selectInspectorTab(page, 'Config');
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await expect(yAxis1PropertyGroup).toBeVisible();
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await expect(yAxis2PropertyGroup).toBeVisible();
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await expect(yAxis3PropertyGroup).toBeVisible();
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// Verify that the elements are in the correct buckets and in the correct order
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await selectInspectorTab(page, 'Elements');
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expect(yAxis1Group.getByRole('listitem', { name: swgD.name })).toBeTruthy();
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expect(yAxis1Group.getByRole('listitem').nth(0).getByText(swgD.name)).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem', { name: swgE.name })).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem').nth(0).getByText(swgE.name)).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem', { name: swgC.name })).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem').nth(1).getByText(swgC.name)).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem', { name: swgA.name })).toBeTruthy();
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expect(yAxis2Group.getByRole('listitem').nth(2).getByText(swgA.name)).toBeTruthy();
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expect(yAxis3Group.getByRole('listitem', { name: swgB.name })).toBeTruthy();
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expect(yAxis3Group.getByRole('listitem').nth(0).getByText(swgB.name)).toBeTruthy();
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});
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test('Clicking on an item in the elements pool brings up the plot preview with data points', async ({ page }) => {
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const overlayPlot = await createDomainObjectWithDefaults(page, {
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type: "Overlay Plot"
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});
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const swgA = await createDomainObjectWithDefaults(page, {
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type: "Sine Wave Generator",
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parent: overlayPlot.uuid
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});
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await page.goto(overlayPlot.url);
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await page.click('button[title="Edit"]');
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await selectInspectorTab(page, 'Elements');
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await page.locator(`#inspector-elements-tree >> text=${swgA.name}`).click();
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const plotPixelSize = await getCanvasPixelsWithData(page);
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expect(plotPixelSize).toBeGreaterThan(0);
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});
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});
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/**
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* @param {import('@playwright/test').Page} page
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*/
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async function getCanvasPixelsWithData(page) {
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const getTelemValuePromise = new Promise(resolve => page.exposeFunction('getCanvasValue', resolve));
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await page.evaluate(() => {
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// The document canvas is where the plot points and lines are drawn.
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// The only way to access the canvas is using document (using page.evaluate)
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let data;
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let canvas;
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let ctx;
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canvas = document.querySelector('.js-overlay canvas');
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ctx = canvas.getContext('2d');
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data = ctx.getImageData(0, 0, canvas.width, canvas.height).data;
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const imageDataValues = Object.values(data);
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let plotPixels = [];
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// Each pixel consists of four values within the ImageData.data array. The for loop iterates by multiples of four.
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// The values associated with each pixel are R (red), G (green), B (blue), and A (alpha), in that order.
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for (let i = 0; i < imageDataValues.length;) {
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if (imageDataValues[i] > 0) {
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plotPixels.push({
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startIndex: i,
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endIndex: i + 3,
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value: `rgb(${imageDataValues[i]}, ${imageDataValues[i + 1]}, ${imageDataValues[i + 2]}, ${imageDataValues[i + 3]})`
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});
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}
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i = i + 4;
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}
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window.getCanvasValue(plotPixels.length);
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});
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return getTelemValuePromise;
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}
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/**
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*
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* @param {import('@playwright/test').Page} page
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*/
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async function assertLimitLinesExistAndAreVisible(page) {
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await page.waitForSelector('.js-limit-area', { state: 'attached' });
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const limitLineCount = await page.locator('.c-plot-limit-line').count();
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// There should be 10 limit lines created by default
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expect(await page.locator('.c-plot-limit-line').count()).toBe(10);
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for (let i = 0; i < limitLineCount; i++) {
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await expect(page.locator('.c-plot-limit-line').nth(i)).toBeVisible();
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}
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}
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