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/* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
"use strict";
/**
* Tests for ensuring the undo/redo options are enabled properly when
* manipulating tasks.
*/
var { mailTestUtils } = ChromeUtils.import("resource://testing-common/mailnews/MailTestUtils.jsm");
XPCOMUtils.defineLazyModuleGetters(this, {
CalTodo: "resource:///modules/CalTodo.jsm",
CalTransactionManager: "resource:///modules/CalTransactionManager.jsm",
});
const calendar = CalendarTestUtils.createCalendar("Undo Redo Test", "memory");
const calTransManager = CalTransactionManager.getInstance();
/**
* Checks the value of the "disabled" property for items in either the "Edit"
* menu bar or the app menu. Display of the relevant menu is triggered first so
* the UI code can update the respective items.
*
* @param {XULElement} element - The menu item we want to check, if its id begins
* with "menu" then we assume it is in the menu
* bar, if "appmenu" then the app menu.
*/
async function isDisabled(element) {
let targetMenu = document.getElementById("menu_EditPopup");
let shownPromise = BrowserTestUtils.waitForEvent(targetMenu, "popupshown");
EventUtils.synthesizeMouseAtCenter(document.getElementById("menu_Edit"), {});
await shownPromise;
let hiddenPromise = BrowserTestUtils.waitForEvent(targetMenu, "popuphidden");
let status = element.disabled;
EventUtils.synthesizeKey("VK_ESCAPE");
await hiddenPromise;
return status;
}
/**
* Removes CalTransaction items from the CalTransactionManager stacks so other
* tests are unhindered.
*/
function clearTransactions() {
calTransManager.undoStack = [];
calTransManager.redoStack = [];
}
/**
* Test the undo/redo functionality for task creation.
*
* @param {string} undoId - The id of the "undo" menu item.
* @param {string} redoId - The id of the "redo" menu item.
*/
async function taskAddUndoRedoTask(undoId, redoId) {
let undo = document.getElementById(undoId);
let redo = document.getElementById(redoId);
Assert.ok(await isDisabled(undo), `#${undoId} is disabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
let newBtn = document.getElementById("sidePanelNewTask");
let windowPromise = CalendarTestUtils.waitForEventDialog("edit");
EventUtils.synthesizeMouseAtCenter(newBtn, {});
let win = await windowPromise;
let iframeWin = win.document.getElementById("calendar-item-panel-iframe").contentWindow;
await CalendarTestUtils.items.setData(win, iframeWin, { title: "New Task" });
await CalendarTestUtils.items.saveAndCloseItemDialog(win);
let tree = document.querySelector("#calendar-task-tree");
let refreshPromise = BrowserTestUtils.waitForEvent(tree, "refresh");
tree.refresh();
await refreshPromise;
Assert.equal(tree.view.rowCount, 1);
Assert.ok(!(await isDisabled(undo)), `#${undoId} is enabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
// Test undo.
undo.doCommand();
await TestUtils.waitForCondition(
() => tree.view.rowCount == 0,
`${undoId} did not remove task in time`
);
Assert.equal(tree.view.rowCount, 0, `#${undoId} reverses task creation`);
// Test redo.
redo.doCommand();
await TestUtils.waitForCondition(
() => tree.view.rowCount == 1,
`${redoId} did not re-create task in time`
);
let task = tree.getTaskAtRow(0);
Assert.equal(task.title, "New Task", `#${redoId} redos task creation`);
await calendar.deleteItem(task);
clearTransactions();
}
/**
* Test the undo/redo functionality for task modification.
*
* @param {string} undoId - The id of the "undo" menu item.
* @param {string} redoId - The id of the "redo" menu item.
*/
async function testModifyUndoRedoTask(undoId, redoId) {
let undo = document.getElementById(undoId);
let redo = document.getElementById(redoId);
Assert.ok(await isDisabled(undo), `#${undoId} is disabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
let task = new CalTodo();
task.title = "Modifiable Task";
task.entryDate = cal.dtz.now();
await calendar.addItem(task);
let tree = document.querySelector("#calendar-task-tree");
let refreshPromise = BrowserTestUtils.waitForEvent(tree, "refresh");
tree.refresh();
await refreshPromise;
let windowPromise = CalendarTestUtils.waitForEventDialog("edit");
mailTestUtils.treeClick(EventUtils, window, tree, 0, 1, { clickCount: 2 });
let win = await windowPromise;
let iframeWin = win.document.getElementById("calendar-item-panel-iframe").contentWindow;
await CalendarTestUtils.items.setData(win, iframeWin, { title: "Modified Task" });
await CalendarTestUtils.items.saveAndCloseItemDialog(win);
Assert.equal(tree.getTaskAtRow(0).title, "Modified Task");
Assert.ok(!(await isDisabled(undo)), `#${undoId} is enabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
// Test undo.
undo.doCommand();
refreshPromise = BrowserTestUtils.waitForEvent(tree, "refresh");
tree.refresh();
await refreshPromise;
Assert.equal(
tree.getTaskAtRow(0).title,
"Modifiable Task",
`#${undoId} reverses task modification`
);
// Test redo.
redo.doCommand();
refreshPromise = BrowserTestUtils.waitForEvent(tree, "refresh");
tree.refresh();
await refreshPromise;
Assert.equal(tree.getTaskAtRow(0).title, "Modified Task", `#${redoId} redos task modification`);
clearTransactions();
await calendar.deleteItem(tree.getTaskAtRow(0));
}
/**
* Test the undo/redo functionality for task deletion.
*
* @param {string} undoId - The id of the "undo" menu item.
* @param {string} redoId - The id of the "redo" menu item.
*/
async function testDeleteUndoRedoTask(undoId, redoId) {
let undo = document.getElementById(undoId);
let redo = document.getElementById(redoId);
Assert.ok(await isDisabled(undo), `#${undoId} is disabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
let task = new CalTodo();
task.title = "Deletable Task";
task.startDate = cal.dtz.now();
task.entryDate = cal.dtz.now();
await calendar.addItem(task);
let tree = document.querySelector("#calendar-task-tree");
let refreshPromise = BrowserTestUtils.waitForEvent(tree, "refresh");
tree.refresh();
await refreshPromise;
Assert.equal(tree.view.rowCount, 1);
mailTestUtils.treeClick(EventUtils, window, tree, 0, 1, { clickCount: 1 });
EventUtils.synthesizeKey("VK_DELETE");
await TestUtils.waitForCondition(() => tree.view.rowCount == 0, "task was not removed in time");
Assert.ok(!(await isDisabled(undo)), `#${undoId} is enabled`);
Assert.ok(await isDisabled(redo), `#${redoId} is disabled`);
// Test undo.
undo.doCommand();
tree.refresh();
await TestUtils.waitForCondition(
() => tree.view.rowCount == 1,
"undo did not restore task in time"
);
Assert.equal(tree.getTaskAtRow(0).title, "Deletable Task", `#${undoId} reverses item deletion`);
// Test redo.
redo.doCommand();
await TestUtils.waitForCondition(
() => tree.view.rowCount == 0,
`#${redoId} redo did not delete item in time`
);
Assert.ok(!tree.getTaskAtRow(0), `#${redoId} redos item deletion`);
clearTransactions();
}
/**
* Ensure the menu bar is visible and navigate to the task view.
*/
add_setup(async function () {
registerCleanupFunction(() => {
CalendarTestUtils.removeCalendar(calendar);
});
clearTransactions();
document.getElementById("toolbar-menubar").setAttribute("autohide", null);
await openTasksTab();
});
/**
* Tests the menu bar's undo/redo after adding an event.
*/
add_task(async function testMenuBarAddTaskUndoRedo() {
return taskAddUndoRedoTask("menu_undo", "menu_redo");
}).__skipMe = AppConstants.platform == "macosx"; // Can't click menu bar on Mac.
/**
* Tests the menu bar's undo/redo after modifying an event.
*/
add_task(async function testMenuBarModifyTaskUndoRedo() {
return testModifyUndoRedoTask("menu_undo", "menu_redo");
}).__skipMe = AppConstants.platform == "macosx"; // Can't click menu bar on Mac.
/**
* Tests the menu bar's undo/redo after deleting an event.
*/
add_task(async function testMenuBarDeleteTaskUndoRedo() {
return testDeleteUndoRedoTask("menu_undo", "menu_redo");
}).__skipMe = AppConstants.platform == "macosx"; // Can't click menu bar on Mac.
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