gristlabs_grist-core/test/nbrowser/gristUtils.ts
Jarosław Sadziński bb55422d9c (core) Fixing UserProfile test that fails randomly
Summary: UserProfile test fails randomly which is caused by the AccountWidget that loads its data asonchrynously.

Test Plan: Existing tests

Reviewers: dsagal

Reviewed By: dsagal

Subscribers: dsagal

Differential Revision: https://phab.getgrist.com/D2964
2021-08-05 19:29:19 +02:00

1628 lines
61 KiB
TypeScript

/**
* Replicates functionality of test/browser/gristUtils.ts for new-style tests.
*
* The helpers are themselves tested in TestGristUtils.ts.
*/
import * as fse from 'fs-extra';
import escapeRegExp = require('lodash/escapeRegExp');
import noop = require('lodash/noop');
import startCase = require('lodash/startCase');
import { assert, driver, error, IRectangle, Key, WebElement, WebElementPromise } from 'mocha-webdriver';
import { stackWrapFunc, stackWrapOwnMethods } from 'mocha-webdriver';
import * as path from 'path';
import { decodeUrl } from 'app/common/gristUrls';
import { FullUser, UserProfile } from 'app/common/LoginSessionAPI';
import { resetOrg } from 'app/common/resetOrg';
import { TestState } from 'app/common/TestState';
import { Organization as APIOrganization, DocStateComparison, UserAPIImpl, Workspace } from 'app/common/UserAPI';
import { Organization } from 'app/gen-server/entity/Organization';
import { Product } from 'app/gen-server/entity/Product';
import { create } from 'app/server/lib/create';
import { HomeUtil } from 'test/nbrowser/homeUtil';
import { server } from 'test/nbrowser/testServer';
import { Cleanup } from 'test/nbrowser/testUtils';
import * as testUtils from 'test/server/testUtils';
// tslint:disable:no-namespace
// Wrap in a namespace so that we can apply stackWrapOwnMethods to all the exports together.
namespace gristUtils {
const homeUtil = new HomeUtil(testUtils.fixturesRoot, server);
export const createNewDoc = homeUtil.createNewDoc.bind(homeUtil);
// importFixturesDoc has a custom implementation that supports 'load' flag.
export const uploadFixtureDoc = homeUtil.uploadFixtureDoc.bind(homeUtil);
export const getWorkspaceId = homeUtil.getWorkspaceId.bind(homeUtil);
export const listDocs = homeUtil.listDocs.bind(homeUtil);
export const createHomeApi = homeUtil.createHomeApi.bind(homeUtil);
export const simulateLogin = homeUtil.simulateLogin.bind(homeUtil);
export const removeLogin = homeUtil.removeLogin.bind(homeUtil);
export const setValue = homeUtil.setValue.bind(homeUtil);
export const isOnLoginPage = homeUtil.isOnLoginPage.bind(homeUtil);
export const checkLoginPage = homeUtil.checkLoginPage.bind(homeUtil);
export const fixturesRoot: string = testUtils.fixturesRoot;
// it is sometimes useful in debugging to turn off automatic cleanup of docs and workspaces.
const noCleanup = Boolean(process.env.NO_CLEANUP);
// Most test code uses simulateLogin through the server reference. Keep them to reduce unnecessary
// code changes.
server.simulateLogin = simulateLogin;
server.removeLogin = removeLogin;
export interface IColSelect<T = WebElement> {
col: number|string;
rowNums: number[];
section?: string|WebElement;
mapper?: (e: WebElement) => Promise<T>;
}
export interface ICellSelect {
col: number|string;
rowNum: number;
section?: string|WebElement;
}
export interface IColHeader {
col: number|string;
section?: string|WebElement;
}
export interface IColsSelect<T = WebElement> {
cols: Array<number|string>;
rowNums: number[];
section?: string|WebElement;
mapper?: (e: WebElement) => Promise<T>;
}
/**
* Helper for exact string matches using interfaces that expect a RegExp. E.g.
* driver.findContent('.selector', exactMatch("Foo"))
*
* TODO It would be nice if mocha-webdriver allowed exact string match in findContent() (it now
* supports a substring match, but we still need a helper for an exact match).
*/
export function exactMatch(value: string): RegExp {
return new RegExp(`^${escapeRegExp(value)}$`);
}
/**
* Helper to scroll an element into view.
*/
export function scrollIntoView(elem: WebElement): Promise<void> {
return driver.executeScript((el: any) => el.scrollIntoView(), elem);
}
/**
* Returns the current user of gristApp in the currently-loaded page.
*/
export async function getUser(waitMs: number = 1000): Promise<FullUser> {
const user = await driver.wait(() => driver.executeScript(`
const appObs = window.gristApp && window.gristApp.topAppModel.appObs.get();
return appObs && appObs.currentUser;
`), waitMs) as FullUser;
if (!user) { throw new Error('could not find user'); }
return user;
}
/**
* Returns the current org of gristApp in the currently-loaded page.
*/
export async function getOrg(waitMs: number = 1000): Promise<APIOrganization> {
const org = await driver.wait(() => driver.executeScript(`
const appObs = window.gristApp && window.gristApp.topAppModel.appObs.get();
return appObs && appObs.currentOrg;
`), waitMs) as APIOrganization;
if (!org) { throw new Error('could not find org'); }
return org;
}
/**
* Returns the email of the current user of gristApp in the currently-loaded page.
*/
export async function getEmail(waitMs: number = 1000): Promise<string> {
return (await getUser(waitMs)).email;
}
/**
* Returns the name of the current user of gristApp in the currently-loaded page.
*/
export async function getName(waitMs: number = 1000): Promise<string> {
return (await getUser(waitMs)).name;
}
/**
* Returns any comparison information in the currently-loaded page.
*/
export async function getComparison(waitMs: number = 1000): Promise<DocStateComparison|null> {
const result = await driver.wait(() => driver.executeScript(`
return window.gristDocPageModel?.gristDoc?.get()?.comparison;
`), waitMs) as DocStateComparison;
return result || null;
}
export async function testCurrentUrl(pattern: RegExp|string) {
const url = await driver.getCurrentUrl();
return (typeof pattern === 'string') ? url.includes(pattern) : pattern.test(url);
}
export async function waitForUrl(pattern: RegExp|string, waitMs: number = 2000) {
await driver.wait(() => testCurrentUrl(pattern), waitMs);
}
export async function dismissWelcomeTourIfNeeded() {
const elem = driver.find('.test-onboarding-close');
if (await elem.isPresent()) {
await elem.click();
}
await waitForServer();
}
// Selects all text when a text element is currently active.
export async function selectAll() {
await driver.executeScript('document.activeElement.select()');
}
/**
* Returns a WebElementPromise for the .viewsection_content element for the section which contains
* the given RegExp content.
*/
export function getSection(sectionOrTitle: string|WebElement): WebElement|WebElementPromise {
if (typeof sectionOrTitle !== 'string') { return sectionOrTitle; }
return driver.find(`.test-viewsection-title[value="${sectionOrTitle}" i]`)
.findClosest('.viewsection_content');
}
/**
* Returns visible cells of the GridView from a single column and one or more rows. Options may be
* given as arguments directly, or as an object.
* - col: column name, or 0-based column index
* - rowNums: array of 1-based row numbers, as visible in the row headers on the left of the grid.
* - section: optional name of the section to use; will use active section if omitted.
*
* If given by an object, then an array of columns is also supported. In this case, the return
* value is still a single array, listing all values from the first row, then the second, etc.
*
* Returns cell text by default. Mapper may be `identity` to return the cell objects.
*/
export async function getVisibleGridCells(col: number|string, rows: number[], section?: string): Promise<string[]>;
export async function getVisibleGridCells<T = string>(options: IColSelect<T>|IColsSelect<T>): Promise<T[]>;
export async function getVisibleGridCells<T>(
colOrOptions: number|string|IColSelect<T>|IColsSelect<T>, _rowNums?: number[], _section?: string
): Promise<T[]> {
if (typeof colOrOptions === 'object' && 'cols' in colOrOptions) {
const {rowNums, section, mapper} = colOrOptions; // tslint:disable-line:no-shadowed-variable
const columns = await Promise.all(colOrOptions.cols.map((oneCol) =>
getVisibleGridCells({col: oneCol, rowNums, section, mapper})));
// This zips column-wise data into a flat row-wise array of values.
return ([] as T[]).concat(...rowNums.map((r, i) => columns.map((c) => c[i])));
}
const {col, rowNums, section, mapper = el => el.getText()}: IColSelect<any> = (
typeof colOrOptions === 'object' ? colOrOptions :
{ col: colOrOptions, rowNums: _rowNums!, section: _section}
);
if (rowNums.includes(0)) {
// Row-numbers should be what the users sees: 0 is a mistake, so fail with a helpful message.
throw new Error('rowNum must not be 0');
}
const sectionElem = section ? await getSection(section) : await driver.findWait('.active_section', 4000);
const colIndex = (typeof col === 'number' ? col :
await sectionElem.findContent('.column_name', exactMatch(col)).index());
const visibleRowNums: number[] = await sectionElem.findAll('.gridview_data_row_num',
async (el) => parseInt(await el.getText(), 10));
const selector = `.gridview_data_scroll .record:not(.column_names) .field:nth-child(${colIndex + 1})`;
const fields = mapper ? await sectionElem.findAll(selector, mapper) : await sectionElem.findAll(selector);
return rowNums.map((n) => fields[visibleRowNums.indexOf(n)]);
}
/**
* Returns the visible cells of the DetailView in the given field (using column name) at the
* given row numbers (1-indexed). For example:
*
* gu.getVisibleDetailCells({col: "Name", rowNums: [1, 2, 3]});
*
* Returns cell text by default. Mapper may be `identity` to return the cell objects.
*
* If rowNums are not shown (for single-card view), use rowNum of 1.
*/
export async function getVisibleDetailCells(col: number|string, rows: number[], section?: string): Promise<string[]>;
export async function getVisibleDetailCells<T = string>(options: IColSelect<T>): Promise<T[]>;
export async function getVisibleDetailCells<T>(
colOrOptions: number|string|IColSelect<T>, _rowNums?: number[], _section?: string
): Promise<T[]> {
const {col, rowNums, section, mapper = el => el.getText()}: IColSelect<any> = (
typeof colOrOptions === 'object' ? colOrOptions :
{ col: colOrOptions, rowNums: _rowNums!, section: _section}
);
const sectionElem = section ? await getSection(section) : await driver.findWait('.active_section', 4000);
const visibleRowNums: number[] = await sectionElem.findAll('.detail_row_num',
async (el) => parseInt((await el.getText()).replace(/^#/, ''), 10) || 1);
const colName = (typeof col === 'string') ? col :
await (await sectionElem.find(".g_record_detail_inner").findAll('.g_record_detail_label'))[col].getText();
const records = await sectionElem.findAll(".g_record_detail_inner");
const selected = rowNums.map((n) => records[visibleRowNums.indexOf(n)]);
return Promise.all(selected.map((el) => mapper(
el.findContent('.g_record_detail_label', exactMatch(colName))
.findClosest('.g_record_detail_el').find('.g_record_detail_value')
)));
}
/**
* Returns a visible GridView cell. Options may be given as arguments directly, or as an object.
* - col: column name, or 0-based column index
* - rowNum: 1-based row numbers, as visible in the row headers on the left of the grid.
* - section: optional name of the section to use; will use active section if omitted.
*/
export function getCell(col: number|string, rowNum: number, section?: string): WebElementPromise;
export function getCell(options: ICellSelect): WebElementPromise;
export function getCell(colOrOptions: number|string|ICellSelect, rowNum?: number, section?: string): WebElementPromise {
const mapper = async (el: WebElement) => el;
const options: IColSelect<WebElement> = (typeof colOrOptions === 'object' ?
{col: colOrOptions.col, rowNums: [colOrOptions.rowNum], section: colOrOptions.section, mapper} :
{col: colOrOptions, rowNums: [rowNum!], section, mapper});
return new WebElementPromise(driver, getVisibleGridCells(options).then((elems) => elems[0]));
}
/**
* Returns a visible DetailView cell, for the given record and field.
*/
export function getDetailCell(col: string, rowNum: number, section?: string): WebElementPromise;
export function getDetailCell(options: ICellSelect): WebElementPromise;
export function getDetailCell(colOrOptions: string|ICellSelect, rowNum?: number, section?: string): WebElementPromise {
const mapper = async (el: WebElement) => el;
const options: IColSelect<WebElement> = (typeof colOrOptions === 'object' ?
{col: colOrOptions.col, rowNums: [colOrOptions.rowNum], section: colOrOptions.section, mapper} :
{col: colOrOptions, rowNums: [rowNum!], section, mapper});
return new WebElementPromise(driver, getVisibleDetailCells(options).then((elems) => elems[0]));
}
/**
* Returns the cell containing the cursor in the active section, works for both Grid and Detail.
*/
export function getActiveCell(): WebElementPromise {
return driver.find('.active_section .selected_cursor').findClosest('.g_record_detail_value,.field');
}
/**
* Get the numeric value from the row header of the first selected row. This would correspond to
* the row with the cursor when a single rows is selected.
*/
export async function getSelectedRowNum(): Promise<number> {
const rowNum = await driver.find('.active_section .gridview_data_row_num.selected').getText();
return parseInt(rowNum, 10);
}
/**
* Returns the total row count in the grid that is the active section by scrolling to the bottom
* and examining the last row number. The count includes the special "Add Row".
*/
export async function getGridRowCount(): Promise<number> {
await sendKeys(Key.chord(await modKey(), Key.DOWN));
const rowNum = await driver.find('.active_cursor')
.findClosest('.gridview_row').find('.gridview_data_row_num').getText();
return parseInt(rowNum, 10);
}
/**
* Return the .column-name element for the specified column, which may be specified by full name
* or index, and may include a section (or will use the active section by default).
*/
export function getColumnHeader(colOptions: IColHeader): WebElementPromise {
const {col, section} = colOptions;
const sectionElem = section ? getSection(section) : driver.findWait('.active_section', 4000);
return new WebElementPromise(driver, typeof col === 'number' ?
sectionElem.find(`.column_name:nth-child(${col + 1})`) :
sectionElem.findContent('.column_name', exactMatch(col)));
}
export async function getColumnNames() {
return (await driver.findAll('.column_name', el => el.getText()))
.filter(name => name !== '+');
}
export async function getCardFieldLabels() {
const section = await driver.findWait('.active_section', 4000);
const labels = await section.findAll(".g_record_detail_label", el => el.getText());
return labels;
}
/**
* Resize the given grid column by a given number of pixels.
*/
export async function resizeColumn(colOptions: IColHeader, deltaPx: number) {
await getColumnHeader(colOptions).find('.ui-resizable-handle').mouseMove();
await driver.mouseDown();
await driver.mouseMoveBy({x: deltaPx});
await driver.mouseUp();
await waitForServer();
}
/**
* Performs dbClick
* @param cell Element to click
*/
export async function dbClick(cell: WebElement) {
await driver.withActions(a => a.doubleClick(cell));
}
/**
* Returns {rowNum, col} object representing the position of the cursor in the active view
* section. RowNum is a 1-based number as in the row headers, and col is a 0-based index for
* grid view or field name for detail view.
*/
export async function getCursorPosition() {
const section = await driver.findWait('.active_section', 4000);
const cursor = await section.findWait('.active_cursor', 1000);
// Query assuming the cursor is in a GridView and a DetailView, then use whichever query data
// works out.
const [colIndex, rowIndex, rowNum, colName] = await Promise.all([
catchNoSuchElem(() => cursor.findClosest('.field').index()),
catchNoSuchElem(() => cursor.findClosest('.gridview_row').index()),
catchNoSuchElem(() => cursor.findClosest('.g_record_detail').find('.detail_row_num').getText()),
catchNoSuchElem(() => cursor.findClosest('.g_record_detail_el')
.find('.g_record_detail_label').getText())
]);
if (rowNum && colName) {
// This must be a detail view, and we just got the info we need.
return {rowNum: parseInt(rowNum, 10), col: colName};
} else {
// We might be on a single card record
const counter = await section.findAll(".grist-single-record__menu__count");
if (counter.length) {
const cardRow = (await counter[0].getText()).split(' OF ')[0];
return { rowNum : parseInt(cardRow), col: colName };
}
// Otherwise, it's a grid view, and we need to use indices to look up the info.
const gridRows = await section.findAll('.gridview_data_row_num');
const gridRowNum = await gridRows[rowIndex].getText();
return { rowNum: parseInt(gridRowNum, 10), col: colIndex };
}
}
/**
* Catches any NoSuchElementError in a query callback and returns null as the result instead.
*/
async function catchNoSuchElem(query: () => any) {
try {
return await query();
} catch (err) {
if (err instanceof error.NoSuchElementError) { return null; }
throw err;
}
}
/**
* Type keys in the currently active cell, then hit Enter to save, and wait for the server.
* If the last key is TAB, DELETE, or ENTER, we assume the cell is already taken out of editing
* mode, and don't send another ENTER.
*/
export async function enterCell(...keys: string[]) {
const lastKey = keys[keys.length - 1];
if (![Key.ENTER, Key.TAB, Key.DELETE].includes(lastKey)) {
keys.push(Key.ENTER);
}
await driver.sendKeys(...keys);
await waitForServer(); // Wait for the value to be saved
await waitAppFocus(); // Wait for the cell editor to be closed (maybe unnecessary)
}
/**
* Enter a formula into the currently selected cell.
*/
export async function enterFormula(formula: string) {
await driver.sendKeys('=');
await waitAppFocus(false);
if (await driver.find('.test-editor-tooltip-convert').isPresent()) {
await driver.find('.test-editor-tooltip-convert').click();
}
await driver.sendKeys(formula, Key.ENTER);
await waitForServer();
}
/**
* Check that formula editor is shown and its value matches the given regexp.
*/
export async function getFormulaText() {
assert.equal(await driver.findWait('.test-formula-editor', 500).isDisplayed(), true);
return await driver.find('.code_editor_container').getText();
}
/**
* Check that formula editor is shown and its value matches the given regexp.
*/
export async function checkFormulaEditor(valueRe: RegExp) {
assert.equal(await driver.findWait('.test-formula-editor', 500).isDisplayed(), true);
assert.match(await driver.find('.code_editor_container').getText(), valueRe);
}
/**
* Check that plain text editor is shown and its value matches the given regexp.
*/
export async function checkTextEditor(valueRe: RegExp) {
assert.equal(await driver.findWait('.test-widget-text-editor', 500).isDisplayed(), true);
assert.match(await driver.find('.celleditor_text_editor').value(), valueRe);
}
/**
* Enter rows of values into a GridView, starting at the given cell. Values are specified as a
* list of rows, for examples `[['foo'], ['bar']]` will enter two rows, with one value in each.
*/
export async function enterGridRows(cell: ICellSelect, rowsOfValues: string[][]) {
for (let i = 0; i < rowsOfValues.length; i++) {
// Click the first cell in the row
await getCell({...cell, rowNum: cell.rowNum + i}).click();
// Enter all values, advancing with a TAB
for (const value of rowsOfValues[i]) {
await enterCell(value || Key.DELETE, Key.TAB);
}
}
}
/**
* Set api key for user. User should exist before this is called.
*/
export async function setApiKey(username: string, apiKey?: string) {
apiKey = apiKey || `api_key_for_${username.toLowerCase()}`;
const dbManager = await server.getDatabase();
await dbManager.connection.query(`update users set api_key = $1 where name = $2`,
[apiKey, username]);
if (!await dbManager.getUserByKey(apiKey)) {
throw new Error(`setApiKey failed: user ${username} may not yet be in the database`);
}
}
/**
* Reach into the DB to set the given org to use the given billing plan product.
*/
export async function updateOrgPlan(orgName: string, productName: string = 'professional') {
const dbManager = await server.getDatabase();
const db = dbManager.connection.manager;
const dbOrg = await db.findOne(Organization, {where: {name: orgName},
relations: ['billingAccount', 'billingAccount.product']});
if (!dbOrg) { throw new Error(`cannot find org ${orgName}`); }
const product = await db.findOne(Product, {name: productName});
if (!product) { throw new Error('cannot find product'); }
dbOrg.billingAccount.product = product;
await dbOrg.billingAccount.save();
}
export interface ImportOpts {
load?: boolean; // Defaults to true.
newName?: string; // Import under an alternative name.
email?: string; // Use api key associated with this email.
}
/**
* Import a fixture doc into a workspace. Loads the document afterward unless `load` is false.
*
* Usage:
* > await importFixturesDoc('chimpy', 'nasa', 'Horizon', 'Hello.grist');
*/
// TODO New code should use {load: false} to prevent loading. The 'newui' value is now equivalent
// to the default ({load: true}), and should no longer be used in new code.
export async function importFixturesDoc(username: string, org: string, workspace: string,
filename: string, options: ImportOpts|false|'newui' = {load: true}) {
if (typeof options !== 'object') {
options = {load: Boolean(options)}; // false becomes {load: false}, 'newui' becomes {load: true}
}
const doc = await homeUtil.importFixturesDoc(username, org, workspace, filename, options);
if (options.load !== false) {
await driver.get(server.getUrl(org, `/doc/${doc.id}`));
await waitForDocToLoad();
}
return doc;
}
/**
* Load a doc at the given URL relative to server.getHost(), e.g. "/o/ORG/doc/DOC_ID", and wait
* for the doc to load (unless wait set to false).
*/
export async function loadDoc(relPath: string, wait: boolean = true): Promise<void> {
await driver.get(`${server.getHost()}${relPath}`);
if (wait) { await waitForDocToLoad(); }
}
export async function loadDocMenu(relPath: string, wait: boolean = true): Promise<void> {
await driver.get(`${server.getHost()}${relPath}`);
if (wait) { await waitForDocMenuToLoad(); }
}
/**
* Wait for the doc to be loaded, to the point of finishing fetch for the data on the current
* page. If you navigate from a doc page, use e.g. waitForUrl() before waitForDocToLoad() to
* ensure you are checking the new page and not the old.
*/
export async function waitForDocToLoad(timeoutMs: number = 10000): Promise<void> {
await driver.findWait('.viewsection_title', timeoutMs);
await waitForServer();
}
/**
* Wait for the doc list to show, to know that workspaces are fetched, and imports enabled.
*/
export async function waitForDocMenuToLoad(): Promise<void> {
await driver.findWait('.test-dm-doclist', 1000);
await driver.wait(() => driver.find('.test-dm-doclist').isDisplayed(), 2000);
}
export async function waitToPass(check: () => Promise<void>, timeMs: number = 4000) {
try {
await driver.wait(async () => {
try {
await check();
} catch (e) {
return false;
}
return true;
}, timeMs);
} catch (e) {
await check();
}
}
// Checks if we are configured to store docs in s3, and returns access to s3 if so.
// For this to be useful in tests against deployments, s3-related env variables should
// be set to match the deployment.
export function getStorage() {
return create.ExternalStorage('doc', '') || null;
}
/**
* Add a handler on the browser to prevent default action on the next click of an element
* matching the given selector (it doesn't have to exist at the time of the call).
* This handler is removed after one call. Used by fileDialogUpload().
*/
async function preventDefaultClickAction(selector: string) {
function script(_selector: string) {
function handler(ev: any) {
if (ev.target.matches(_selector)) {
document.body.removeEventListener("click", handler);
ev.preventDefault();
}
}
document.body.addEventListener("click", handler);
}
await driver.executeScript(script, selector);
}
/**
* Upload the given file after running the triggerDialogFunc() which should open the file dialog.
* Relies on #file_dialog_input <input type=file> element being used to open the dialog.
*/
export async function fileDialogUpload(filePath: string, triggerDialogFunc: () => Promise<void>) {
// This is a bit of a hack to prevent the file dialog from opening (since the webdriver
// seems unable to ever close it).
await preventDefaultClickAction('#file_dialog_input');
await triggerDialogFunc();
// Hack to upload multiple files, paths should be separated with '\n'.
// It only seems to work with Chrome
const paths = filePath.split(',').map(f => path.resolve(fixturesRoot, f)).join("\n");
await driver.find('#file_dialog_input').sendKeys(paths);
}
/**
* From a document page, start import from a file, and wait for the import dialog to open.
*/
export async function importFileDialog(filePath: string): Promise<void> {
await fileDialogUpload(filePath, async () => {
await driver.wait(() => driver.find('.test-dp-add-new').isDisplayed(), 3000);
await driver.findWait('.test-dp-add-new', 1000).doClick();
await driver.findContent('.test-dp-import-option', /Import from file/i).doClick();
});
await driver.findWait('.test-importer-dialog', 1000);
await waitForServer();
}
/**
* From a document page, start an import from a URL.
*/
export async function importUrlDialog(url: string): Promise<void> {
await driver.wait(() => driver.find('.test-dp-add-new').isDisplayed(), 3000);
await driver.findWait('.test-dp-add-new', 1000).doClick();
await driver.findContent('.test-dp-import-option', /Import from URL/i).doClick();
await driver.findWait('.test-importer-dialog', 5000);
await waitForServer();
const iframe = driver.find('.test-importer-dialog').find('iframe');
await driver.switchTo().frame(iframe);
await setValue(await driver.findWait('#url', 5000), url);
await driver.find('#ok').doClick();
await driver.switchTo().defaultContent();
}
/**
* Starts or resets the collections of UserActions. This should be followed some time later by
* a call to userActionsVerify() to check which UserActions were sent to the server. If the
* argumet is false, then stops the collection.
*/
export function userActionsCollect(yesNo: boolean = true) {
return driver.executeScript("window.gristApp.comm.userActionsCollect(arguments[0])", yesNo);
}
/**
* Verifies the list of UserActions collected since the last call to userActionsCollect() or
* userActionsVerify(). ExpectedUserActions should be a list of actions, with each action in the
* format of ["AddRecord", args...].
*/
export async function userActionsVerify(expectedUserActions: unknown[]): Promise<void> {
try {
assert.deepEqual(
await driver.executeScript("return window.gristApp.comm.userActionsFetchAndReset()"),
expectedUserActions);
} catch (err) {
if (!Array.isArray(err.actual)) {
throw new Error('userActionsVerify: no user actions, run userActionsCollect() first');
}
err.actual = err.actual.map((a: any) => JSON.stringify(a) + ",").join("\n");
err.expected = err.expected.map((a: any) => JSON.stringify(a) + ",").join("\n");
assert.deepEqual(err.actual, err.expected);
throw err;
}
}
/**
* Helper to get the cells of the importer Preview section. The cell text is returned from the
* requested rows and columns in row-wise order.
*/
export async function getPreviewContents(cols: number[], rowNums: number[]): Promise<string[]> {
await driver.findWait('.test-importer-preview .gridview_row', 1000);
const section = await driver.find('.test-importer-preview');
return getVisibleGridCells({cols, rowNums, section});
}
/**
* Upload a file with the given path via the 'Add-New > Import' menu.
*/
export async function docMenuImport(filePath: string) {
await fileDialogUpload(filePath, async () => {
await driver.findWait('.test-dm-add-new', 1000).doClick();
await driver.find('.test-dm-import').doClick();
});
}
/**
* Wait for the focus to return to the main application, i.e. the special .copypaste element that
* normally has it (as opposed to an open cell editor, or a focus in some input or menu). Specify
* `false` to wait for the focus to leave the main application.
*/
export async function waitAppFocus(yesNo: boolean = true): Promise<void> {
await driver.wait(async () => (await driver.find('.copypaste').hasFocus()) === yesNo, 5000);
}
/**
* Waits for all pending comm requests from the client to the doc worker to complete. This taps into
* Grist's communication object in the browser to get the count of pending requests.
*
* Simply call this after some request has been made, and when it resolves, you know that request
* has been processed.
* @param optTimeout: Timeout in ms, defaults to 2000.
*/
// TODO: waits also for api requests (both to home server or doc worker) to be resolved (maybe
// requires to track requests in app/common/UserAPI)
export async function waitForServer(optTimeout: number = 2000) {
await driver.wait(() => driver.executeScript(
"return !window.gristApp.comm.hasActiveRequests() && window.gristApp.testNumPendingApiRequests() === 0",
optTimeout,
"Timed out waiting for server requests to complete"
));
}
/**
* Returns the left-panel item for the given page, given by a full string name, or a RegExp.
* You may simply click it to switch to that page.
*/
export function getPageItem(pageName: string|RegExp): WebElementPromise {
// If pageName is a string, search for an exact match.
const matchName: RegExp = typeof pageName === 'string' ? exactMatch(pageName) : pageName;
return driver.findContent('.test-docpage-label', matchName)
.findClosest('.test-treeview-itemHeaderWrapper');
}
/**
* Open the page menu for the specified page (by clicking the dots icon visible on hover).
*/
export async function openPageMenu(pageName: RegExp|string) {
await getPageItem(pageName).mouseMove()
.find('.test-docpage-dots').click();
}
/**
* Returns a promise that resolves with the list of all page names.
*/
export function getPageNames(): Promise<string[]> {
return driver.findAll('.test-docpage-label', (e) => e.getText());
}
/**
* Adds a new empty table using the 'Add New' menu.
*/
export async function addNewTable() {
await driver.findWait('.test-dp-add-new', 2000).click();
await driver.find('.test-dp-empty-table').click();
await waitForServer();
}
// Add a new page using the 'Add New' menu and wait for the new page to be shown.
export async function addNewPage(typeRe: RegExp, tableRe: RegExp, summarize?: RegExp[]) {
const url = await driver.getCurrentUrl();
// Click the 'Page' entry in the 'Add New' menu
await driver.findWait('.test-dp-add-new', 2000).doClick();
await driver.find('.test-dp-add-new-page').doClick();
// add widget
await selectWidget(typeRe, tableRe, summarize);
// wait new page to be selected
await driver.wait(async () => (await driver.getCurrentUrl()) !== url, 2000);
}
// Add a new widget to the current page using the 'Add New' menu.
export async function addNewSection(typeRe: RegExp, tableRe: RegExp, summarize?: RegExp[]) {
// Click the 'Add widget to page' entry in the 'Add New' menu
await driver.findWait('.test-dp-add-new', 2000).doClick();
await driver.findWait('.test-dp-add-widget-to-page', 500).doClick();
// add widget
await selectWidget(typeRe, tableRe, summarize);
}
// Select type and table that matches respectivelly typeRe and tableRe and save. The widget picker
// must be already opened when calling this function.
export async function selectWidget(typeRe: RegExp, tableRe: RegExp, summarize?: RegExp[]) {
const tableEl = driver.findContent('.test-wselect-table', tableRe);
// unselect all selected columns
for (const col of (await driver.findAll('.test-wselect-column[class*=-selected]'))) {
await col.click();
}
// let's select table
await tableEl.click();
if (summarize) {
// if summarize is requested, let's select the corresponding pivot icon
await tableEl.find('.test-wselect-pivot').click();
// and all the columns
for (const colRef of summarize) {
await driver.findContent('.test-wselect-column', colRef).click();
}
}
// let's select right type and save
await driver.findContent('.test-wselect-type', typeRe).doClick();
await driver.find('.test-wselect-addBtn').doClick();
await waitForServer();
}
/**
* Rename the given page to a new name. The oldName can be a full string name or a RegExp.
*/
export async function renamePage(oldName: string|RegExp, newName: string) {
await openPageMenu(oldName);
await driver.find('.test-docpage-rename').click();
await driver.find('.test-docpage-editor').sendKeys(newName, Key.ENTER);
await waitForServer();
}
/**
* Rename a table. TODO at the moment it's done by renaming the "primary" page for this table.
* Once "raw data views" are supported, they will be used to rename tables.
*/
export async function renameTable(oldName: RegExp|string, newName: string) {
return renamePage(oldName, newName);
}
/**
* Rename the given column.
*/
export async function renameColumn(col: IColHeader, newName: string) {
const header = await getColumnHeader(col);
await header.click();
await header.click(); // Second click opens the label for editing.
await header.find('.kf_elabel_input').sendKeys(newName, Key.ENTER);
await waitForServer();
}
/**
* Click the Undo button and wait for server. If optCount is given, click Undo that many times.
*/
export async function undo(optCount: number = 1, optTimeout?: number) {
for (let i = 0; i < optCount; ++i) {
await driver.find('.test-undo').doClick();
}
await waitForServer(optTimeout);
}
/**
* Click the Redo button and wait for server. If optCount is given, click Redo that many times.
*/
export async function redo(optCount: number = 1, optTimeout?: number) {
for (let i = 0; i < optCount; ++i) {
await driver.find('.test-redo').doClick();
}
await waitForServer(optTimeout);
}
/**
* Asserts the absence of javascript errors.
*/
export async function checkForErrors() {
const errors = await driver.executeScript<string[]>(() => (window as any).getAppErrors());
assert.deepEqual(errors, []);
}
export function isSidePanelOpen(which: 'right'|'left'): Promise<boolean> {
return driver.find(`.test-${which}-panel`).matches('[class*=-open]');
}
/*
* Toggles (opens or closes) the right panel and wait for the transition to complete. An optional
* argument can specify the desired state.
*/
export async function toggleSidePanel(which: 'right'|'left', goal: 'open'|'close'|'toggle' = 'toggle') {
if ((goal === 'open' && await isSidePanelOpen(which)) ||
(goal === 'close' && !await isSidePanelOpen(which))) {
return;
}
// 0.4 is the duration of the transition setup in app/client/ui/PagePanels.ts for opening the
// side panes
const transitionDuration = 0.4;
// let's add an extra delay of 0.1 for even more robustness
const delta = 0.1;
// Adds '-ns' when narrow screen
const suffix = (await driver.manage().window().getRect()).width < 768 ? '-ns' : '';
// click the opener and wait for the duration of the transition
await driver.find(`.test-${which}-opener${suffix}`).doClick();
await driver.sleep((transitionDuration + delta) * 1000);
}
/**
* Toggles (opens or closes) the filter bar for a section.
*/
export async function toggleFilterBar(goal: 'open'|'close'|'toggle' = 'toggle',
options: {section?: string|WebElement, save?: boolean} = {}) {
const isOpen = await driver.find('.test-filter-bar').isPresent();
if ((goal === 'close') && !isOpen ||
(goal === 'open') && isOpen ) {
return;
}
const menu = await openSectionMenu('sortAndFilter', options.section);
await menu.findContent('.grist-floating-menu > div', /Toggle Filter Bar/).find('.test-section-menu-btn').click();
if (options.save) {
await menu.findContent('.grist-floating-menu button', /Save/).click();
await waitForServer();
}
await menu.sendKeys(Key.ESCAPE);
}
/**
* Opens the section menu for a section, or the active section if no section is given.
*/
export async function openSectionMenu(which: 'sortAndFilter'|'viewLayout', section?: string|WebElement) {
const sectionElem = section ? await getSection(section) : await driver.findWait('.active_section', 4000);
await sectionElem.find(`.test-section-menu-${which}`).click();
return await driver.findWait('.grist-floating-menu', 100);
}
// Mapping from column menu option name to dom element selector to wait for, or null if no need to wait.
const ColumnMenuOption: { [id: string]: string; } = {
Filter: '.test-filter-menu-wrapper'
};
async function openColumnMenuHelper(col: IColHeader|string, option?: string): Promise<WebElement> {
await getColumnHeader(typeof col === 'string' ? {col} : col).mouseMove().find('.g-column-main-menu').click();
const menu = await driver.findWait('.grist-floating-menu', 100);
if (option) {
await menu.findContent('li', option).click();
const waitForElem = ColumnMenuOption[option];
if (waitForElem) {
return await driver.findWait(ColumnMenuOption[option], 100);
}
}
return menu;
}
type SortOptions = 'sort-asc'|'sort-dsc'|'add-to-sort-asc'|'add-to-sort-dsc';
/**
* Open the given column's dropdown menu. If `option` is provided, finds and clicks it.
* If `option` is present in ColumnMenuOption, also waits for the specified element.
*/
export function openColumnMenu(col: IColHeader|string, option?: 'Filter'): WebElementPromise;
export function openColumnMenu(col: IColHeader|string, option: SortOptions|string): Promise<void>;
export function openColumnMenu(col: IColHeader|string, option?: string): WebElementPromise|Promise<void> {
if (['sort-asc', 'sort-dsc', 'add-to-sort-asc', 'add-to-sort-dsc'].includes(option || '')) {
return openColumnMenuHelper(col).then<void>(async (menu) => {
await menu.find(`.test-${option}`).click();
await waitForServer();
});
}
return new WebElementPromise(driver, openColumnMenuHelper(col, option));
}
/**
* Sets the type of the currently selected field to value.
*/
export async function setType(type: RegExp, options: {skipWait?: boolean} = {}) {
await toggleSidePanel('right', 'open');
await driver.find('.test-right-tab-field').click();
await driver.find('.test-fbuilder-type-select').click();
await driver.findContent('.test-select-menu .test-select-row', type).click();
if (!options.skipWait) { await waitForServer(); }
}
export async function isMac(): Promise<boolean> {
return /Darwin|Mac|iPod|iPhone|iPad/i.test((await driver.getCapabilities()).get('platform'));
}
export async function modKey() {
return await isMac() ? Key.COMMAND : Key.CONTROL;
}
// For copy-pasting, use different key combinations for Chrome on Mac.
// See http://stackoverflow.com/a/41046276/328565
export async function copyKey() {
return await isMac() ? Key.chord(Key.CONTROL, Key.INSERT) : Key.chord(Key.CONTROL, 'c');
}
export async function cutKey() {
return await isMac() ? Key.chord(Key.CONTROL, Key.DELETE) : Key.chord(Key.CONTROL, 'x');
}
export async function pasteKey() {
return await isMac() ? Key.chord(Key.SHIFT, Key.INSERT) : Key.chord(Key.CONTROL, 'v');
}
export async function selectAllKey() {
return await isMac() ? Key.chord(Key.HOME, Key.SHIFT, Key.END) : Key.chord(Key.CONTROL, 'a');
}
/**
* Send keys, with support for Key.chord(), similar to driver.sendKeys(). Note that while
* elem.sendKeys() supports Key.chord(...), driver.sendKeys() does not. This is a replacement.
*/
export async function sendKeys(...keys: string[]) {
// tslint:disable-next-line:max-line-length
// Implementation follows the description of WebElement.sendKeys functionality at https://github.com/SeleniumHQ/selenium/blob/2f7727c314f943582f9f1b2a7e4d77ebdd64bdd3/javascript/node/selenium-webdriver/lib/webdriver.js#L2146
await driver.withActions((a) => {
const toRelease: string[] = [];
for (const part of keys) {
for (const key of part) {
if ([Key.SHIFT, Key.CONTROL, Key.ALT, Key.META].includes(key)) {
a.keyDown(key);
toRelease.push(key);
} else if (key === Key.NULL) {
toRelease.splice(0).reverse().forEach(k => a.keyUp(k));
} else {
a.keyDown(key);
a.keyUp(key);
}
}
}
});
}
/**
* Open ⋮ dropdown menu for named workspace.
*/
export async function openWsDropdown(wsName: string): Promise<void> {
const wsTab = await driver.findContentWait('.test-dm-workspace', wsName, 3000);
await wsTab.mouseMove();
await wsTab.find('.test-dm-workspace-options').mouseMove().click();
}
/**
* Open ⋮ dropdown menu for named document.
*/
export async function openDocDropdown(docNameOrRow: string|WebElement): Promise<void> {
// "Pinned" docs also get .test-dm-doc testId.
const docRow = (typeof docNameOrRow === 'string') ?
await driver.findContentWait('.test-dm-doc', docNameOrRow, 3000) :
docNameOrRow;
await docRow.mouseMove();
await docRow.find('.test-dm-doc-options,.test-dm-pinned-doc-options').mouseMove().click();
}
export async function editOrgAcls(): Promise<void> {
// To prevent a common flakiness problem, wait for a potentially open modal dialog
// to close before attempting to open the account menu.
await driver.wait(async () => !(await driver.find('.test-modal-dialog').isPresent()), 3000);
await driver.findWait('.test-user-icon', 3000).click();
await driver.findWait('.test-dm-org-access', 3000).click();
await driver.findWait('.test-um-members', 3000);
}
export async function saveAcls(): Promise<void> {
await driver.findWait('.test-um-confirm', 3000).click();
await driver.wait(async () => !(await driver.find('.test-um-members').isPresent()), 3000);
}
/**
* Opens the row menu for the row with the given row number (1-based, as in row headers).
*/
export function openRowMenu(rowNum: number) {
const row = driver.findContent('.active_section .gridview_data_row_num', String(rowNum));
return driver.withActions((actions) => actions.contextClick(row))
.then(() => driver.findWait('.grist-floating-menu', 1000));
}
/**
* A helper to complete saving a copy of the document. Namely it is useful to call after clicking
* either the `Copy As Template` or `Save Copy` (when on a forked document) button. Accept optional
* `destName` and `destWorkspace` to change the default destination.
*/
export async function completeCopy(options: {destName?: string, destWorkspace?: string, destOrg?: string} = {}) {
await driver.findWait('.test-modal-dialog', 1000);
if (options.destName !== undefined) {
const nameElem = await driver.find('.test-copy-dest-name').doClick();
await setValue(nameElem, '');
await nameElem.sendKeys(options.destName);
}
if (options.destOrg !== undefined) {
await driver.find('.test-copy-dest-org .test-select-open').click();
await driver.findContent('.test-select-menu li', options.destOrg).click();
}
if (options.destWorkspace !== undefined) {
await driver.findWait('.test-copy-dest-workspace .test-select-open', 1000).click();
await driver.findContent('.test-select-menu li', options.destWorkspace).click();
}
await waitForServer();
// save the urlId
const urlId = await getCurrentUrlId();
await driver.wait(async () => (
await driver.find('.test-modal-confirm').getAttribute('disabled') == null));
// click the `Copy` button
await driver.find('.test-modal-confirm').click();
// wait for the doc id to change
await driver.wait(async () => (await getCurrentUrlId()) !== urlId);
await waitForDocToLoad();
}
/**
* Helper to get the urlId of the current document. Resolves to undefined if called while not
* on a document page.
*/
export async function getCurrentUrlId() {
return decodeUrl({}, new URL(await driver.getCurrentUrl())).doc;
}
export async function getActiveSectionTitle() {
return driver.find('.active_section .test-viewsection-title').value();
}
export function getToasts(): Promise<string[]> {
return driver.findAll('.test-notifier-toast-wrapper', (el) => el.getText());
}
export async function wipeToasts(): Promise<void> {
await driver.executeScript('window.gristApp.topAppModel.notifier.clearAppErrors()');
return driver.executeScript(
"for (const e of document.getElementsByClassName('test-notifier-toast-wrapper')) { e.remove(); }");
}
/**
* Call this at suite level, to share the "Examples & Templates" workspace in before() and restore
* it in after().
*
* TODO: Should remove once support workspaces are removed from backend.
*/
export function shareSupportWorkspaceForSuite() {
let api: UserAPIImpl|undefined;
let wss: Workspace[]|undefined;
before(async function() {
// test/gen-server/seed.ts creates a support user with a personal org and an "Examples &
// Templates" workspace, but doesn't share it (to avoid impacting the many existing tests).
// Share that workspace with @everyone and @anon, and clean up after this suite.
await server.simulateLogin("Support", "support@getgrist.com", "docs");
api = createHomeApi('Support', 'docs');
wss = await api.getOrgWorkspaces('current');
await api.updateWorkspacePermissions(wss[0].id, {users: {
'everyone@getgrist.com': 'viewers',
'anon@getgrist.com': 'viewers',
}});
await server.removeLogin();
});
after(async function() {
if (api && wss) {
await api.updateWorkspacePermissions(wss[0].id, {users: {
'everyone@getgrist.com': null,
'anon@getgrist.com': null,
}});
}
});
}
export async function clearTestState() {
await driver.executeScript("window.testGrist = {}");
}
export async function getTestState(): Promise<TestState> {
const state: TestState|undefined = await driver.executeScript("return window.testGrist");
return state || {};
}
// Get the full text from an element containing an Ace editor.
export async function getAceText(el: WebElement): Promise<string> {
return driver.executeScript('return ace.edit(arguments[0]).getValue()',
el.find('.ace_editor'));
}
// All users ('user1', etc.) that can be logged in using Session.user().
export enum TestUserEnum {
user1 = 'chimpy',
user2 = 'charon',
user3 = 'kiwi',
owner = 'chimpy',
anon = 'anon',
support = 'support',
}
export type TestUser = keyof typeof TestUserEnum; // 'user1' | 'user2' | ...
// Get name and email for the given test user.
export function translateUser(userName: TestUser): {email: string, name: string} {
if (userName === 'anon') {
return {email: 'anon@getgrist.com', name: 'Anonymous'};
}
if (userName === 'support') {
return {email: 'support@getgrist.com', name: 'Support'};
}
const translatedUser = TestUserEnum[userName];
const email = `gristoid+${translatedUser}@gmail.com`;
const name = startCase(translatedUser);
return {email, name};
}
/**
* A class representing a user on a particular site, with a default
* workspaces. Tests written using this class can be more
* conveniently adapted to run locally, or against deployed versions
* of grist.
*/
export class Session {
// private constructor - access sessions via session() or Session.default
private constructor(public settings: { email: string, orgDomain: string,
orgName: string, name: string,
workspace: string }) {
}
// Get a session configured for the personal site of a default user.
public static get default() {
// Start with an empty session, then fill in the personal site (typically docs, or docs-s
// in staging), and then fill in a default user (currently gristoid+chimpy@gmail.com).
return new Session({name: '', email: '', orgDomain: '', orgName: '', workspace: 'Home'}).personalSite.user();
}
// Return a session configured for the personal site of the current session's user.
public get personalSite() {
const orgName = this.settings.name ? `@${this.settings.name}` : '';
return this.customTeamSite('docs', orgName);
}
// Return a session configured for a default team site and the current session's user.
public get teamSite() {
return this.customTeamSite('test-grist', 'Test Grist');
}
// Return a session configured for a particular team site and the current session's user.
public customTeamSite(orgDomain: string = 'test-grist', orgName = 'Test Grist') {
const deployment = process.env.GRIST_ID_PREFIX;
if (deployment) {
orgDomain = `${orgDomain}-${deployment}`;
}
return new Session({...this.settings, orgDomain, orgName});
}
// Return a session configured to create and import docs in the given workspace.
public forWorkspace(workspace: string) {
return new Session({...this.settings, workspace});
}
// Wipe the current site. The current user ends up being its only owner and manager.
public async resetSite() {
return resetOrg(this.createHomeApi(), this.settings.orgDomain);
}
// Return a session configured for the current session's site but a different user.
public user(userName: TestUser = 'user1') {
return new Session({...this.settings, ...translateUser(userName)});
}
// Return a session configured for the current session's site and anonymous access.
public get anon() {
return this.user('anon');
}
public async addLogin() {
return this.login({retainExistingLogin: true});
}
// Make sure we are logged in to the current session's site as the current session's user.
public async login(options?: {loginMethod?: UserProfile['loginMethod'],
freshAccount?: boolean,
isFirstLogin?: boolean,
retainExistingLogin?: boolean}) {
// Optimize testing a little bit, so if we are already logged in as the expected
// user on the expected org, and there are no options set, we can just continue.
if (!options && await this.isLoggedInCorrectly()) { return this; }
if (!options?.retainExistingLogin) {
await removeLogin();
if (this.settings.email === 'anon@getgrist.com') { return this; }
}
await server.simulateLogin(this.settings.name, this.settings.email, this.settings.orgDomain,
{isFirstLogin: false, cacheCredentials: true, ...options});
return this;
}
// Check whether we are logged in to the current session's site as the current session's user.
public async isLoggedInCorrectly() {
let currentUser: FullUser|undefined;
let currentOrg: APIOrganization|undefined;
try {
currentOrg = await getOrg();
} catch (err) {
// ok, we may not be in a page associated with an org.
}
try {
currentUser = await getUser();
} catch (err) {
// ok, we may not be in a page associated with a user.
}
return currentUser && currentUser.email === this.settings.email &&
currentOrg && (currentOrg.name === this.settings.orgName ||
// This is an imprecise check for personal sites, but adequate for tests.
(currentOrg.owner && (this.settings.orgDomain.startsWith('docs'))));
}
// Load a document on a site.
public async loadDoc(relPath: string, wait: boolean = true) {
await this.loadRelPath(relPath);
if (wait) { await waitForDocToLoad(); }
}
// Load a DocMenu on a site.
public async loadDocMenu(relPath: string, wait: boolean = true) {
await this.loadRelPath(relPath);
if (wait) { await waitForDocMenuToLoad(); }
}
public async loadRelPath(relPath: string) {
const part = relPath.match(/^\/o\/([^/]*)(\/.*)/);
if (part) {
if (part[1] !== this.settings.orgDomain) {
throw new Error(`org mismatch: ${this.settings.orgDomain} vs ${part[1]}`);
}
relPath = part[2];
}
await driver.get(server.getUrl(this.settings.orgDomain, relPath));
}
// Import a file into the current site + workspace.
public async importFixturesDoc(fileName: string, options: ImportOpts = {load: true}) {
return importFixturesDoc(this.settings.name, this.settings.orgDomain, this.settings.workspace, fileName,
{email: this.settings.email, ...options});
}
// As for importFixturesDoc, but delete the document at the end of testing.
public async tempDoc(cleanup: Cleanup, fileName: string, options: ImportOpts = {load: true}) {
const doc = await this.importFixturesDoc(fileName, options);
const api = this.createHomeApi();
if (!noCleanup) {
cleanup.addAfterAll(async () => {
await api.deleteDoc(doc.id).catch(noop);
doc.id = '';
});
}
return doc;
}
// As for importFixturesDoc, but delete the document at the end of each test.
public async tempShortDoc(cleanup: Cleanup, fileName: string, options: ImportOpts = {load: true}) {
const doc = await this.importFixturesDoc(fileName, options);
const api = this.createHomeApi();
if (!noCleanup) {
cleanup.addAfterEach(async () => {
if (doc.id) {
await api.deleteDoc(doc.id).catch(noop);
}
doc.id = '';
});
}
return doc;
}
public async tempNewDoc(cleanup: Cleanup, docName: string, {load} = {load: true}) {
const docId = await createNewDoc(this.settings.name, this.settings.orgDomain, this.settings.workspace,
docName, {email: this.settings.email});
if (load) {
await this.loadDoc(`/doc/${docId}`);
}
const api = this.createHomeApi();
if (!noCleanup) {
cleanup.addAfterAll(() => api.deleteDoc(docId).catch(noop));
}
return docId;
}
// Create a workspace that will be deleted at the end of testing.
public async tempWorkspace(cleanup: Cleanup, workspaceName: string) {
const api = this.createHomeApi();
const workspaceId = await api.newWorkspace({name: workspaceName}, 'current');
if (!noCleanup) {
cleanup.addAfterAll(async () => {
await api.deleteWorkspace(workspaceId).catch(noop);
});
}
return workspaceId;
}
// Get an appropriate home api object.
public createHomeApi() {
if (this.settings.email === 'anon@getgrist.com') {
return createHomeApi(null, this.settings.orgDomain);
}
return createHomeApi(this.settings.name, this.settings.orgDomain, this.settings.email);
}
// Get the id of this user.
public async getUserId(): Promise<number> {
await this.login();
await this.loadDocMenu('/');
const user = await getUser();
return user.id;
}
public get email() { return this.settings.email; }
public get name() { return this.settings.name; }
public get orgDomain() { return this.settings.orgDomain; }
public get orgName() { return this.settings.orgName; }
public get workspace() { return this.settings.workspace; }
public async downloadDoc(fname: string, urlId?: string) {
urlId = urlId || await getCurrentUrlId();
const api = this.createHomeApi();
const doc = await api.getDoc(urlId!);
const workerApi = await api.getWorkerAPI(doc.id);
const response = await workerApi.downloadDoc(doc.id);
await fse.writeFile(fname, Buffer.from(await response.arrayBuffer()));
}
}
// Wrap the async methods of Session to include the stack of the caller in stack traces.
function stackWrapSession(sessionProto: any) {
for (const name of [
'resetSite', 'login', 'isLoggedInCorrectly', 'loadDoc', 'loadDocMenu', 'loadRelPath',
'importFixturesDoc', 'tempDoc', 'tempNewDoc', 'tempWorkspace', 'getUserId',
]) {
sessionProto[name] = stackWrapFunc(sessionProto[name]);
}
}
stackWrapSession(Session.prototype);
// Configure a session, for the personal site of a default user.
export function session(): Session {
return Session.default;
}
// Set the value of an `<input type="color">` element to `color` and trigger the `change`
// event. Accepts `color` to be of following forms `rgb(120, 10, 3)` or '#780a03'.
export async function setColor(colorInputEl: WebElement, color: string) {
if (color.startsWith('rgb(')) {
// the `value` of an `<input type='color'>` element must be a rgb color in hexadecimal
// notation.
color = rgbToHex(color);
}
await driver.executeScript(() => {
const el = arguments[0];
el.value = arguments[1];
const evt = document.createEvent("HTMLEvents");
evt.initEvent("input", false, true);
el.dispatchEvent(evt);
}, colorInputEl, color);
}
// the rgbToHex function is from this conversation: https://stackoverflow.com/a/5624139/8728791
export function rgbToHex(color: string) {
// Next line extracts the 3 rgb components from a 'rgb(r, g, b)' string.
const [r, g, b] = color.split(/[,()rgba]/).filter(c => c).map(parseFloat);
// tslint:disable-next-line:no-bitwise
return "#" + ((1 << 24) + (r << 16) + (g << 8) + b).toString(16).slice(1);
}
// Returns the `rgba( ... )` representation of a color given its hex representation `'#...'` . For
// instance `hexToRgb('#FFFFFF')` returns `'rgba( 255, 255, 255, 1)'`.
export function hexToRgb(hex: string) {
if (hex.length !== 7) { throw new Error('not an hex color #...'); }
const aRgbHex = [ hex[1] + hex[2], hex[3] + hex[4], hex[5] + hex[6]];
const [r, g, b] = [
parseInt(aRgbHex[0], 16),
parseInt(aRgbHex[1], 16),
parseInt(aRgbHex[2], 16)
];
return `rgba(${r}, ${g}, ${b}, 1)`;
}
/**
* Adds new column to the table.
* @param name Name of the column
*/
export async function addColumn(name: string) {
await scrollIntoView(await driver.find('.active_section .mod-add-column'));
await driver.find('.active_section .mod-add-column').click();
await waitForServer();
await waitAppFocus(false);
await driver.sendKeys(name);
await driver.sendKeys(Key.ENTER);
await waitForServer();
}
// Select a range of columns, clicking on col1 and dragging to col2.
export async function selectColumnRange(col1: string, col2: string) {
await getColumnHeader({col: col1}).mouseMove();
await driver.mouseDown();
await getColumnHeader({col: col2}).mouseMove();
await driver.mouseUp();
}
/**
* Changes browser window dimension to FullHd for a test suit.
*/
export function bigScreen() {
let oldRect!: IRectangle;
before(async function () {
oldRect = await driver.manage().window().getRect();
await driver.manage().window().setRect({ width: 1920, height: 1080 });
});
after(async function () {
await driver.manage().window().setRect(oldRect);
});
}
/**
* Adds samples to the Examples & Templates page.
*/
async function addSamples() {
const homeApi = createHomeApi('support', 'docs');
// Create the Grist Templates org.
await homeApi.newOrg({name: 'Grist Templates', domain: 'templates'});
// Add 2 template workspaces.
const templatesApi = createHomeApi('support', 'templates');
await templatesApi.newWorkspace({name: 'CRM'}, 'current');
await templatesApi.newWorkspace({name: 'Other'}, 'current');
// Add a featured template to the CRM workspace.
const exampleDocId = (await importFixturesDoc('support', 'templates', 'CRM',
'video/Lightweight CRM.grist', {load: false, newName: 'Lightweight CRM.grist'})).id;
await templatesApi.updateDoc(
exampleDocId,
{
isPinned: true,
options: {
description: 'CRM template and example for linking data, and creating productive layouts.',
icon: 'https://grist-static.com/icons/lightweight-crm.png',
openMode: 'fork'
},
urlId: 'lightweight-crm'
}
);
// Add additional templates to the Other workspace.
const investmentDocId = (await importFixturesDoc('support', 'templates', 'Other',
'Investment Research.grist', {load: false, newName: 'Investment Research.grist'})).id;
await templatesApi.updateDoc(
investmentDocId,
{
isPinned: true,
options: {
description: 'Example for analyzing and visualizing with summary tables and linked charts.',
icon: 'https://grist-static.com/icons/data-visualization.png',
openMode: 'fork'
},
urlId: 'investment-research'
},
);
const afterschoolDocId = (await importFixturesDoc('support', 'templates', 'Other',
'video/Afterschool Program.grist', {load: false, newName: 'Afterschool Program.grist'})).id;
await templatesApi.updateDoc(
afterschoolDocId,
{
isPinned: true,
options: {
description: 'Example for how to model business data, use formulas, and manage complexity.',
icon: 'https://grist-static.com/icons/business-management.png',
openMode: 'fork'
},
urlId: 'afterschool-program'
},
);
for (const id of [exampleDocId, investmentDocId, afterschoolDocId]) {
await homeApi.updateDocPermissions(id, {users: {
'everyone@getgrist.com': 'viewers',
'anon@getgrist.com': 'viewers',
}});
}
}
/**
* Removes the Grist Templates org.
*/
function removeTemplatesOrg() {
const homeApi = createHomeApi('support', 'docs');
return homeApi.deleteOrg('templates');
}
/**
* Call this at suite level to add sample documents to the
* "Examples & Templates" page in before(), and remove added samples
* in after().
*/
export function addSamplesForSuite() {
before(async function() {
await addSamples();
});
after(async function() {
await removeTemplatesOrg();
});
}
export async function openUserProfile() {
await driver.findWait('.test-dm-account', 1000).click();
// Since the AccountWidget loads orgs and the user data asynchronously, the menu
// can expand itself causing the click to land on a wrong button.
await waitForServer();
await driver.findContent('.grist-floating-menu li', 'Profile Settings').click();
await driver.findWait('.test-login-method', 5000);
}
} // end of namespace gristUtils
stackWrapOwnMethods(gristUtils);
export = gristUtils;