odoo_source/addons/web/static/tests/webclient/actions/misc_tests.js

/** @odoo-module **/

import { registry } from "@web/core/registry";
import AbstractAction from "web.AbstractAction";
import core from "web.core";
import testUtils from "web.test_utils";
import Widget from "web.Widget";
import { makeTestEnv } from "../../helpers/mock_env";
import {
    click,
    getFixture,
    hushConsole,
    legacyExtraNextTick,
    nextTick,
    patchWithCleanup,
} from "../../helpers/utils";
import {
    createWebClient,
    doAction,
    getActionManagerServerData,
    setupWebClientRegistries,
} from "./../helpers";
import * as cpHelpers from "@web/../tests/search/helpers";
import { listView } from "@web/views/list/list_view";

let serverData;
let target;
// legacy stuff
const actionRegistry = registry.category("actions");
const actionHandlersRegistry = registry.category("action_handlers");

QUnit.module("ActionManager", (hooks) => {
    hooks.beforeEach(() => {
        serverData = getActionManagerServerData();
        target = getFixture();
    });

    QUnit.module("Misc");

    QUnit.test("can execute actions from id, xmlid and tag", async (assert) => {
        assert.expect(6);
        serverData.actions[1] = {
            tag: "client_action_by_db_id",
            target: "main",
            type: "ir.actions.client",
        };
        serverData.actions["wowl.some_action"] = {
            tag: "client_action_by_xml_id",
            target: "main",
            type: "ir.actions.client",
        };
        actionRegistry
            .add("client_action_by_db_id", () => assert.step("client_action_db_id"))
            .add("client_action_by_xml_id", () => assert.step("client_action_xml_id"))
            .add("client_action_by_object", () => assert.step("client_action_object"));
        setupWebClientRegistries();
        const env = await makeTestEnv({ serverData });
        await doAction(env, 1);
        assert.verifySteps(["client_action_db_id"]);
        await doAction(env, "wowl.some_action");
        assert.verifySteps(["client_action_xml_id"]);
        await doAction(env, {
            tag: "client_action_by_object",
            target: "current",
            type: "ir.actions.client",
        });
        assert.verifySteps(["client_action_object"]);
    });

    QUnit.test("action doesn't exists", async (assert) => {
        assert.expect(1);
        setupWebClientRegistries();
        const env = await makeTestEnv({ serverData });
        try {
            await doAction(env, {
                tag: "this_is_a_tag",
                target: "current",
                type: "ir.not_action.error",
            });
        } catch (e) {
            assert.strictEqual(
                e.message,
                "The ActionManager service can't handle actions of type ir.not_action.error"
            );
        }
    });

    QUnit.test("action in handler registry", async (assert) => {
        assert.expect(2);
        setupWebClientRegistries();
        const env = await makeTestEnv({ serverData });
        actionHandlersRegistry.add("ir.action_in_handler_registry", ({ action }) =>
            assert.step(action.type)
        );
        await doAction(env, {
            tag: "this_is_a_tag",
            target: "current",
            type: "ir.action_in_handler_registry",
        });
        assert.verifySteps(["ir.action_in_handler_registry"]);
    });

    QUnit.test("properly handle case when action id does not exist", async (assert) => {
        assert.expect(2);
        const webClient = await createWebClient({ serverData });
        patchWithCleanup(window, { console: hushConsole }, { pure: true });
        patchWithCleanup(webClient.env.services.notification, {
            add(message) {
                assert.strictEqual(message, "No action with id '4448' could be found");
            },
        });
        await doAction(webClient, 4448);
        assert.containsOnce(target, "div.o_invalid_action");
    });

    QUnit.test("actions can be cached", async function (assert) {
        assert.expect(8);

        const mockRPC = async (route, args) => {
            if (route === "/web/action/load") {
                assert.step(JSON.stringify(args));
            }
        };

        setupWebClientRegistries();
        const env = await makeTestEnv({ serverData, mockRPC });

        const loadAction = env.services.action.loadAction;

        // With no additional params
        await loadAction(3);
        await loadAction(3);

        // With specific additionalContext
        await loadAction(3, { additionalContext: { configuratorMode: "add" } });
        await loadAction(3, { additionalContext: { configuratorMode: "edit" } });

        // With same active_id
        await loadAction(3, { active_id: 1 });
        await loadAction(3, { active_id: 1 });

        // With active_id change
        await loadAction(3, { active_id: 2 });

        // With same active_ids
        await loadAction(3, { active_ids: [1, 2] });
        await loadAction(3, { active_ids: [1, 2] });

        // With active_ids change
        await loadAction(3, { active_ids: [1, 2, 3] });

        // With same active_model
        await loadAction(3, { active_model: "a" });
        await loadAction(3, { active_model: "a" });

        // With active_model change
        await loadAction(3, { active_model: "b" });

        assert.verifySteps(
            [
                '{"action_id":3,"additional_context":{}}',
                '{"action_id":3,"additional_context":{"active_id":1}}',
                '{"action_id":3,"additional_context":{"active_id":2}}',
                '{"action_id":3,"additional_context":{"active_ids":[1,2]}}',
                '{"action_id":3,"additional_context":{"active_ids":[1,2,3]}}',
                '{"action_id":3,"additional_context":{"active_model":"a"}}',
                '{"action_id":3,"additional_context":{"active_model":"b"}}',
            ],
            "should load from server once per active_id/active_ids/active_model change, nothing else"
        );
    });

    QUnit.test("action cache: additionalContext is respected", async function (assert) {
        assert.expect(5);

        const mockRPC = async (route) => {
            if (route === "/web/action/load") {
                assert.step("server loaded");
            }
        };

        setupWebClientRegistries();
        const env = await makeTestEnv({ serverData, mockRPC });
        const { loadAction } = env.services.action;
        const actionParams = {
            additionalContext: {
                some: { deep: { nested: "Robert" } },
            },
        };

        let action = await loadAction(3, actionParams);
        assert.verifySteps(["server loaded"]);
        assert.deepEqual(action.context, actionParams);

        // Modify the action in place
        action.context.additionalContext.some.deep.nested = "Nesta";

        // Change additionalContext and reload from cache
        actionParams.additionalContext.some.deep.nested = "Marley";
        action = await loadAction(3, actionParams);
        assert.verifySteps([], "loaded from cache");
        assert.deepEqual(action.context, actionParams);
    });

    QUnit.test("no widget memory leaks when doing some action stuff", async function (assert) {
        assert.expect(1);
        let delta = 0;
        testUtils.mock.patch(Widget, {
            init: function () {
                delta++;
                this._super.apply(this, arguments);
            },
            destroy: function () {
                delta--;
                this._super.apply(this, arguments);
            },
        });
        const webClient = await createWebClient({ serverData });
        await doAction(webClient, 8);
        const n = delta;
        await doAction(webClient, 4);
        // kanban view is loaded, switch to list view
        await cpHelpers.switchView(target, "list");
        await legacyExtraNextTick();
        // open a record in form view
        await testUtils.dom.click(target.querySelector(".o_list_view .o_data_row"));
        await legacyExtraNextTick();
        // go back to action 7 in breadcrumbs
        await testUtils.dom.click(target.querySelector(".o_control_panel .breadcrumb a"));
        await legacyExtraNextTick();
        assert.strictEqual(delta, n, "should have properly destroyed all other widgets");
        testUtils.mock.unpatch(Widget);
    });

    QUnit.test("no widget memory leaks when executing actions in dialog", async function (assert) {
        assert.expect(1);
        let delta = 0;
        testUtils.mock.patch(Widget, {
            init: function () {
                delta++;
                this._super.apply(this, arguments);
            },
            destroy: function () {
                if (!this.isDestroyed()) {
                    delta--;
                }
                this._super.apply(this, arguments);
            },
        });
        const webClient = await createWebClient({ serverData });
        const n = delta;
        await doAction(webClient, 5);
        await doAction(webClient, { type: "ir.actions.act_window_close" });
        assert.strictEqual(delta, n, "should have properly destroyed all widgets");
        testUtils.mock.unpatch(Widget);
    });

    QUnit.test(
        "no memory leaks when executing an action while switching view",
        async function (assert) {
            assert.expect(1);
            let def;
            let delta = 0;
            testUtils.mock.patch(Widget, {
                init: function () {
                    delta += 1;
                    this._super.apply(this, arguments);
                },
                destroy: function () {
                    delta -= 1;
                    this._super.apply(this, arguments);
                },
            });
            const mockRPC = async function (route, args) {
                if (args && args.method === "read") {
                    await Promise.resolve(def);
                }
            };
            const webClient = await createWebClient({ serverData, mockRPC });
            await doAction(webClient, 4);
            const n = delta;
            await doAction(webClient, 3, { clearBreadcrumbs: true });
            // switch to the form view (this request is blocked)
            def = testUtils.makeTestPromise();
            await testUtils.dom.click(target.querySelector(".o_list_view .o_data_row"));
            // execute another action meanwhile (don't block this request)
            await doAction(webClient, 4, { clearBreadcrumbs: true });
            // unblock the switch to the form view in action 3
            def.resolve();
            await testUtils.nextTick();
            assert.strictEqual(n, delta, "all widgets of action 3 should have been destroyed");
            testUtils.mock.unpatch(Widget);
        }
    );

    QUnit.test(
        "no memory leaks when executing an action while loading views",
        async function (assert) {
            assert.expect(1);
            let def;
            let delta = 0;
            testUtils.mock.patch(Widget, {
                init: function () {
                    delta += 1;
                    this._super.apply(this, arguments);
                },
                destroy: function () {
                    delta -= 1;
                    this._super.apply(this, arguments);
                },
            });
            const mockRPC = async function (route, args) {
                if (args && args.method === "get_views") {
                    await Promise.resolve(def);
                }
            };
            const webClient = await createWebClient({ serverData, mockRPC });
            // execute action 4 to know the number of widgets it instantiates
            await doAction(webClient, 4);
            const n = delta;
            // execute a first action (its 'get_views' RPC is blocked)
            def = testUtils.makeTestPromise();
            doAction(webClient, 3, { clearBreadcrumbs: true });
            await testUtils.nextTick();
            await legacyExtraNextTick();
            // execute another action meanwhile (and unlock the RPC)
            doAction(webClient, 4, { clearBreadcrumbs: true });
            def.resolve();
            await testUtils.nextTick();
            await legacyExtraNextTick();
            assert.strictEqual(n, delta, "all widgets of action 3 should have been destroyed");
            testUtils.mock.unpatch(Widget);
        }
    );

    QUnit.test(
        "no memory leaks when executing an action while loading data of default view",
        async function (assert) {
            assert.expect(1);
            let def;
            let delta = 0;
            testUtils.mock.patch(Widget, {
                init: function () {
                    delta += 1;
                    this._super.apply(this, arguments);
                },
                destroy: function () {
                    delta -= 1;
                    this._super.apply(this, arguments);
                },
            });
            const mockRPC = async function (route) {
                if (route === "/web/dataset/search_read") {
                    await Promise.resolve(def);
                }
            };
            const webClient = await createWebClient({ serverData, mockRPC });
            // execute action 4 to know the number of widgets it instantiates
            await doAction(webClient, 4);
            const n = delta;
            // execute a first action (its 'search_read' RPC is blocked)
            def = testUtils.makeTestPromise();
            doAction(webClient, 3, { clearBreadcrumbs: true });
            await testUtils.nextTick();
            await legacyExtraNextTick();
            // execute another action meanwhile (and unlock the RPC)
            doAction(webClient, 4, { clearBreadcrumbs: true });
            def.resolve();
            await testUtils.nextTick();
            await legacyExtraNextTick();
            assert.strictEqual(n, delta, "all widgets of action 3 should have been destroyed");
            testUtils.mock.unpatch(Widget);
        }
    );

    QUnit.test('action with "no_breadcrumbs" set to true', async function (assert) {
        serverData.actions[4].context = { no_breadcrumbs: true };
        const webClient = await createWebClient({ serverData });
        await doAction(webClient, 3);
        assert.containsOnce(target, ".o_control_panel .breadcrumb-item");
        // push another action flagged with 'no_breadcrumbs=true'
        await doAction(webClient, 4);
        assert.containsNone(target, ".o_control_panel .breadcrumb-item");
    });

    QUnit.test("document's title is updated when an action is executed", async function (assert) {
        const defaultTitle = { zopenerp: "Odoo" };
        const webClient = await createWebClient({ serverData });
        let currentTitle = webClient.env.services.title.getParts();
        assert.deepEqual(currentTitle, defaultTitle);
        let currentHash = webClient.env.services.router.current.hash;
        assert.deepEqual(currentHash, {});
        await doAction(webClient, 4);
        currentTitle = webClient.env.services.title.getParts();
        assert.deepEqual(currentTitle, {
            ...defaultTitle,
            action: "Partners Action 4",
        });
        currentHash = webClient.env.services.router.current.hash;
        assert.deepEqual(currentHash, { action: 4, model: "partner", view_type: "kanban" });
        await doAction(webClient, 8);
        currentTitle = webClient.env.services.title.getParts();
        assert.deepEqual(currentTitle, {
            ...defaultTitle,
            action: "Favorite Ponies",
        });
        currentHash = webClient.env.services.router.current.hash;
        assert.deepEqual(currentHash, { action: 8, model: "pony", view_type: "list" });
        await click(target.querySelector(".o_data_row .o_data_cell"));
        await nextTick();
        currentTitle = webClient.env.services.title.getParts();
        assert.deepEqual(currentTitle, {
            ...defaultTitle,
            action: "Twilight Sparkle",
        });
        currentHash = webClient.env.services.router.current.hash;
        assert.deepEqual(currentHash, { action: 8, id: 4, model: "pony", view_type: "form" });
    });

    QUnit.test(
        "on_reverse_breadcrumb handler is correctly called (legacy)",
        async function (assert) {
            // This test can be removed as soon as we no longer support legacy actions as the new
            // ActionManager doesn't support this option. Indeed, it is used to reload the previous
            // action when coming back, but we won't need such an artefact to that with Wowl, as the
            // controller will be re-instantiated with an (exported) state given in props.
            assert.expect(5);
            const ClientAction = AbstractAction.extend({
                events: {
                    "click button": "_onClick",
                },
                start() {
                    this.$el.html('<button class="my_button">Execute another action</button>');
                },
                _onClick() {
                    this.do_action(4, {
                        on_reverse_breadcrumb: () => assert.step("on_reverse_breadcrumb"),
                    });
                },
            });
            core.action_registry.add("ClientAction", ClientAction);
            const webClient = await createWebClient({ serverData });
            await doAction(webClient, "ClientAction");
            assert.containsOnce(target, ".my_button");
            await testUtils.dom.click(target.querySelector(".my_button"));
            await legacyExtraNextTick();
            assert.containsOnce(target, ".o_kanban_view");
            await testUtils.dom.click($(target).find(".o_control_panel .breadcrumb a:first"));
            await legacyExtraNextTick();
            assert.containsOnce(target, ".my_button");
            assert.verifySteps(["on_reverse_breadcrumb"]);
            delete core.action_registry.map.ClientAction;
        }
    );

    QUnit.test('handles "history_back" event', async function (assert) {
        assert.expect(3);
        let list;
        patchWithCleanup(listView.Controller.prototype, {
            setup() {
                this._super(...arguments);
                list = this;
            },
        });
        const webClient = await createWebClient({ serverData });
        await doAction(webClient, 4);
        await doAction(webClient, 3);
        assert.containsN(target, ".o_control_panel .breadcrumb-item", 2);
        list.env.config.historyBack();
        await testUtils.nextTick();
        await legacyExtraNextTick();
        assert.containsOnce(target, ".o_control_panel .breadcrumb-item");
        assert.strictEqual(
            $(target).find(".o_control_panel .breadcrumb-item").text(),
            "Partners Action 4",
            "breadcrumbs should display the display_name of the action"
        );
    });

    QUnit.test("stores and restores scroll position", async function (assert) {
        assert.expect(3);
        for (let i = 0; i < 60; i++) {
            serverData.models.partner.records.push({ id: 100 + i, foo: `Record ${i}` });
        }
        const container = document.createElement("div");
        container.classList.add("o_web_client");
        container.style.height = "250px";
        target.appendChild(container);
        const webClient = await createWebClient({ target: container, serverData });
        // execute a first action
        await doAction(webClient, 3);
        assert.strictEqual(target.querySelector(".o_content").scrollTop, 0);
        // simulate a scroll
        target.querySelector(".o_content").scrollTop = 100;
        // execute a second action (in which we don't scroll)
        await doAction(webClient, 4);
        assert.strictEqual(target.querySelector(".o_content").scrollTop, 0);
        // go back using the breadcrumbs
        await click(target.querySelector(".o_control_panel .breadcrumb a"));
        assert.strictEqual(target.querySelector(".o_content").scrollTop, 100);
    });

    QUnit.test(
        'executing an action with target != "new" closes all dialogs',
        async function (assert) {
            serverData.views["partner,false,form"] = `
                <form>
                    <field name="o2m">
                    <tree><field name="foo"/></tree>
                    <form><field name="foo"/></form>
                    </field>
                </form>
                `;
            const webClient = await createWebClient({ serverData });
            await doAction(webClient, 3);
            assert.containsOnce(target, ".o_list_view");
            await click(target.querySelector(".o_list_view .o_data_row .o_list_char"));
            assert.containsOnce(target, ".o_form_view");
            await click(target.querySelector(".o_form_view .o_data_row .o_data_cell"));
            assert.containsOnce(document.body, ".modal .o_form_view");
            await doAction(webClient, 1); // target != 'new'
            assert.containsNone(document.body, ".modal");
        }
    );

    QUnit.test(
        'executing an action with target "new" does not close dialogs',
        async function (assert) {
            assert.expect(4);
            serverData.views["partner,false,form"] = `
                <form>
                    <field name="o2m">
                    <tree><field name="foo"/></tree>
                    <form><field name="foo"/></form>
                    </field>
                </form>
                `;
            const webClient = await createWebClient({ serverData });
            await doAction(webClient, 3);
            assert.containsOnce(target, ".o_list_view");
            await click(target.querySelector(".o_list_view .o_data_row .o_data_cell"));
            assert.containsOnce(target, ".o_form_view");
            await click(target.querySelector(".o_form_view .o_data_row .o_data_cell"));
            assert.containsOnce(document.body, ".modal .o_form_view");
            await doAction(webClient, 5); // target 'new'
            assert.containsN(document.body, ".modal .o_form_view", 2);
        }
    );
});