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/* vim: set ts=2 sw=2 sts=2 et : */
/* 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
"use strict";
const { TaskbarTabsRegistry, TaskbarTabsRegistryStorage } =
ChromeUtils.importESModule(
"resource:///modules/taskbartabs/TaskbarTabsRegistry.sys.mjs"
);
function testFile() {
let path = do_get_tempdir();
let filename = Services.uuid.generateUUID().toString().slice(1, -1);
path.append(filename + ".json");
registerCleanupFunction(() => {
if (path.exists()) {
path.remove(false);
}
});
return path;
}
add_task(async function test_create_taskbar_tab() {
const userContextId = 0; // Default container.
const registry = new TaskbarTabsRegistry();
Assert.ok(
!registry.findTaskbarTab(url, userContextId),
"Initially, no Taskbar Tab should exist for the given URL and container."
);
const taskbarTab = registry.findOrCreateTaskbarTab(url, userContextId);
Assert.ok(taskbarTab, "Taskbar Tab should be created.");
Assert.deepEqual(
registry.findTaskbarTab(url, userContextId),
taskbarTab,
"Found Taskbar Tab should match the one returned on creation."
);
const secondUserContextId = 1;
const secondTaskbarTab = registry.findOrCreateTaskbarTab(
secondUrl,
secondUserContextId
);
Assert.deepEqual(
registry.findTaskbarTab(url, userContextId),
taskbarTab,
"First Taskbar Tab created should still be present."
);
Assert.deepEqual(
registry.findTaskbarTab(secondUrl, secondUserContextId),
secondTaskbarTab,
"Second Taskbar Tab created should still be present."
);
const repeatTaskbarTab = registry.findOrCreateTaskbarTab(
secondUrl,
secondUserContextId
);
Assert.deepEqual(
repeatTaskbarTab,
secondTaskbarTab,
"Should have found the second created Taskbar Tab instead of creating a new Taskbar Tab."
);
});
add_task(async function test_remove_taskbar_tab() {
const userContextId = 0;
const registry = new TaskbarTabsRegistry();
const taskbarTab = registry.findOrCreateTaskbarTab(url, userContextId);
Assert.deepEqual(
registry.findTaskbarTab(url, userContextId),
taskbarTab,
"Taskbar Tab ID should match the ID returned on creation."
);
registry.removeTaskbarTab(taskbarTab.id);
Assert.ok(
!registry.findTaskbarTab(url, userContextId),
"Taskbar Tab ID should be removed."
);
});
add_task(async function test_container_mismatch() {
const userContextId = 0;
const mismatchedUserContextId = 1;
const registry = new TaskbarTabsRegistry();
const taskbarTab = registry.findOrCreateTaskbarTab(url, userContextId);
Assert.ok(taskbarTab, "Taskbar Tab ID should be created.");
Assert.ok(
!registry.findTaskbarTab(url, mismatchedUserContextId),
`${mismatchedUserContextId} should not match a Taskbar Tab created with container ${userContextId}.`
);
});
add_task(async function test_scope_navigable() {
const validNavigationSubdomain = Services.io.newURI(
);
const invalidNavigationDomain = Services.io.newURI(
);
const userContextId = 0;
const registry = new TaskbarTabsRegistry();
const taskbarTab = registry.findOrCreateTaskbarTab(url, userContextId);
Assert.ok(
taskbarTab.isScopeNavigable(validNavigationDomain),
`${validNavigationDomain} should be a valid navigation target for ${taskbarTab.scopes[0].hostname}.`
);
Assert.ok(
taskbarTab.isScopeNavigable(validNavigationSubdomain),
`${validNavigationSubdomain} should be a valid navigation target for ${taskbarTab.scopes[0].hostname}.`
);
Assert.ok(
!taskbarTab.isScopeNavigable(invalidNavigationDomain),
`${invalidNavigationDomain} should be a valid navigation target for ${taskbarTab.scopes[0].hostname}.`
);
});
add_task(async function test_psl_navigable() {
const invalidNavigationPublicSuffixList = Services.io.newURI(
);
const userContextId = 0;
const registry = new TaskbarTabsRegistry();
const taskbarTab = registry.findOrCreateTaskbarTab(url, userContextId);
Assert.ok(
!taskbarTab.isScopeNavigable(invalidNavigationPublicSuffixList),
`bmoattachments.org is on the Public Suffix List, therefore ${invalidNavigationPublicSuffixList} should not be a valid navigation target for ${taskbarTab.scopes[0].hostname}.`
);
});
add_task(async function test_save_and_load_consistency() {
const userContextId = 0;
let saveRegistry = new TaskbarTabsRegistry();
const saveTaskbarTab = saveRegistry.findOrCreateTaskbarTab(
url,
userContextId
);
let file = testFile();
let storage = new TaskbarTabsRegistryStorage(saveRegistry, file);
await storage.save();
const loadRegistry = await TaskbarTabsRegistry.create({ loadFile: file });
let loadTaskbarTab = loadRegistry.getTaskbarTab(saveTaskbarTab.id);
Assert.deepEqual(
saveTaskbarTab,
loadTaskbarTab,
"Taskbar Tab object should be identical after save and load."
);
});
add_task(async function test_load_and_save_consistency() {
const loadFile = do_get_file("test_taskbarTabs.json");
// Test loading from the mock file
const registry = await TaskbarTabsRegistry.create({ loadFile });
Assert.equal(
"4186657a-0fe5-492a-af64-dc628c232c4c",
"Taskbar Tab ID should match the one in the test JSON file."
);
// Test saving to a new file
let file = testFile();
let storage = new TaskbarTabsRegistryStorage(registry, file);
await storage.save();
// Verify the output against the original file on disk.
const originalData = await IOUtils.readJSON(loadFile.path);
const outputData = await IOUtils.readJSON(file.path);
Assert.deepEqual(
outputData,
originalData,
"The in-memory mock file output should match the original file on disk."
);
});