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authentik/tests/wdio/test/pageobjects/page.ts

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web/add webdriverIO testing layer This commit adds WebdriverIO as an end-to-end solution to unit testing. WebdriverIO can be run both locally and remotely, supports strong integration with web components, and is generally robust for use in pipelines. I'll confess to working through a tutorial on how to do this for web components, and this is just chapter 2 (I think there are 5 or so chapters...). There's a makefile, with help! If you just run `make` it tells you: ``` Specify a command. The choices are: help Show this help node_modules Runs `npm install` to prepare this feature precommit Run the precommit: spell check all comments, eslint with sonarJS, prettier-write test-good-login Test that we can log into the server. Requires a running instance of the server. test-bad-login Test that bad usernames and passwords create appropriate error messages ``` ... because Makefiles are documentation, and documentation belongs in Makefiles. I've chosen to go with a PageObject-oriented low-level DSL; what that means is that for each major components (a page, a form, a wizard), there's a class that provides human-readable names for human-interactable and human-viewable objects on the page. The LoginPage object, for example, has selectors for the username, password, submit button, and the failure alert; accessing those allows us to test for items as expected., and to write a DSL for "a good login" that's as straightforward as: ``` await LoginPage.open(); await LoginPage.login("ken@goauthentik.io", "eat10bugs"); await expect(UserLibraryPage.pageHeader).toHaveText("My applications"); ``` There was a *lot* of messing around with the LoginPage to get the username and password into the system. For example, I had to do this with all the `waitForClickable` and `waitForEnable` because we both keep the buttons inaccessible until the form has something and we "black out" the page (put a darkening filter over it) while accessing the flow, meaning there was a race condition such that the test would attempt to interact with the username or password field before it was accessible. But this works now, which is very nice. ``` JavaScript get inputUsername() { return $('>>>input[name="uidField"]'); } get btnSubmit() { return $('>>>button[type="submit"]'); } async username(username: string) { await this.inputUsername.waitForClickable(); await this.inputUsername.setValue(username); await this.btnSubmit.waitForEnabled(); await this.btnSubmit.click(); } ``` The bells & whistles of *Prettier*, *Eslint*, and *Codespell* have also been enabled. I do like my guardrails.
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import { browser } from "@wdio/globals";
const CLICK_TIME_DELAY = 250;
/**
* Main page object containing all methods, selectors and functionality that is shared across all
* page objects
web/add webdriverIO testing layer This commit adds WebdriverIO as an end-to-end solution to unit testing. WebdriverIO can be run both locally and remotely, supports strong integration with web components, and is generally robust for use in pipelines. I'll confess to working through a tutorial on how to do this for web components, and this is just chapter 2 (I think there are 5 or so chapters...). There's a makefile, with help! If you just run `make` it tells you: ``` Specify a command. The choices are: help Show this help node_modules Runs `npm install` to prepare this feature precommit Run the precommit: spell check all comments, eslint with sonarJS, prettier-write test-good-login Test that we can log into the server. Requires a running instance of the server. test-bad-login Test that bad usernames and passwords create appropriate error messages ``` ... because Makefiles are documentation, and documentation belongs in Makefiles. I've chosen to go with a PageObject-oriented low-level DSL; what that means is that for each major components (a page, a form, a wizard), there's a class that provides human-readable names for human-interactable and human-viewable objects on the page. The LoginPage object, for example, has selectors for the username, password, submit button, and the failure alert; accessing those allows us to test for items as expected., and to write a DSL for "a good login" that's as straightforward as: ``` await LoginPage.open(); await LoginPage.login("ken@goauthentik.io", "eat10bugs"); await expect(UserLibraryPage.pageHeader).toHaveText("My applications"); ``` There was a *lot* of messing around with the LoginPage to get the username and password into the system. For example, I had to do this with all the `waitForClickable` and `waitForEnable` because we both keep the buttons inaccessible until the form has something and we "black out" the page (put a darkening filter over it) while accessing the flow, meaning there was a race condition such that the test would attempt to interact with the username or password field before it was accessible. But this works now, which is very nice. ``` JavaScript get inputUsername() { return $('>>>input[name="uidField"]'); } get btnSubmit() { return $('>>>button[type="submit"]'); } async username(username: string) { await this.inputUsername.waitForClickable(); await this.inputUsername.setValue(username); await this.btnSubmit.waitForEnabled(); await this.btnSubmit.click(); } ``` The bells & whistles of *Prettier*, *Eslint*, and *Codespell* have also been enabled. I do like my guardrails.
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*/
export default class Page {
/**
* Opens a sub page of the page
* @param path path of the sub page (e.g. /path/to/page.html)
*/
public open(path: string) {
return browser.url(`http://localhost:9000/${path}`);
}
public pause(selector?: string) {
if (selector) {
return $(selector).waitForDisplayed();
}
return browser.pause(CLICK_TIME_DELAY);
}
/**
* Target a specific entry in SearchSelect. Requires that the SearchSelect have the `name`
* attribute set, so that the managed selector can find the *right* SearchSelect if there are
* multiple open SearchSelects on the board. See `./ldap-form.view:LdapForm.setBindFlow` for an
* example, and see `./oauth-form.view:OauthForm:setAuthorizationFlow` for a further example of
* why it would be hard to simplify this further (`flow` vs `tentanted-flow` vs a straight-up
* SearchSelect each have different a `searchSelector`).
*/
web/add webdriverIO testing layer This commit adds WebdriverIO as an end-to-end solution to unit testing. WebdriverIO can be run both locally and remotely, supports strong integration with web components, and is generally robust for use in pipelines. I'll confess to working through a tutorial on how to do this for web components, and this is just chapter 2 (I think there are 5 or so chapters...). There's a makefile, with help! If you just run `make` it tells you: ``` Specify a command. The choices are: help Show this help node_modules Runs `npm install` to prepare this feature precommit Run the precommit: spell check all comments, eslint with sonarJS, prettier-write test-good-login Test that we can log into the server. Requires a running instance of the server. test-bad-login Test that bad usernames and passwords create appropriate error messages ``` ... because Makefiles are documentation, and documentation belongs in Makefiles. I've chosen to go with a PageObject-oriented low-level DSL; what that means is that for each major components (a page, a form, a wizard), there's a class that provides human-readable names for human-interactable and human-viewable objects on the page. The LoginPage object, for example, has selectors for the username, password, submit button, and the failure alert; accessing those allows us to test for items as expected., and to write a DSL for "a good login" that's as straightforward as: ``` await LoginPage.open(); await LoginPage.login("ken@goauthentik.io", "eat10bugs"); await expect(UserLibraryPage.pageHeader).toHaveText("My applications"); ``` There was a *lot* of messing around with the LoginPage to get the username and password into the system. For example, I had to do this with all the `waitForClickable` and `waitForEnable` because we both keep the buttons inaccessible until the form has something and we "black out" the page (put a darkening filter over it) while accessing the flow, meaning there was a race condition such that the test would attempt to interact with the username or password field before it was accessible. But this works now, which is very nice. ``` JavaScript get inputUsername() { return $('>>>input[name="uidField"]'); } get btnSubmit() { return $('>>>button[type="submit"]'); } async username(username: string) { await this.inputUsername.waitForClickable(); await this.inputUsername.setValue(username); await this.btnSubmit.waitForEnabled(); await this.btnSubmit.click(); } ``` The bells & whistles of *Prettier*, *Eslint*, and *Codespell* have also been enabled. I do like my guardrails.
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async searchSelect(searchSelector: string, managedSelector: string, buttonSelector: string) {
const inputBind = await $(searchSelector);
await inputBind.click();
const searchBlock = await $(`>>>div[data-managed-for="${managedSelector}"]`);
const target = searchBlock.$(buttonSelector);
return await target.click();
}
public async logout() {
await browser.url('http://localhost:9000/flows/-/default/invalidation/');
return await this.pause()
}
web/add webdriverIO testing layer This commit adds WebdriverIO as an end-to-end solution to unit testing. WebdriverIO can be run both locally and remotely, supports strong integration with web components, and is generally robust for use in pipelines. I'll confess to working through a tutorial on how to do this for web components, and this is just chapter 2 (I think there are 5 or so chapters...). There's a makefile, with help! If you just run `make` it tells you: ``` Specify a command. The choices are: help Show this help node_modules Runs `npm install` to prepare this feature precommit Run the precommit: spell check all comments, eslint with sonarJS, prettier-write test-good-login Test that we can log into the server. Requires a running instance of the server. test-bad-login Test that bad usernames and passwords create appropriate error messages ``` ... because Makefiles are documentation, and documentation belongs in Makefiles. I've chosen to go with a PageObject-oriented low-level DSL; what that means is that for each major components (a page, a form, a wizard), there's a class that provides human-readable names for human-interactable and human-viewable objects on the page. The LoginPage object, for example, has selectors for the username, password, submit button, and the failure alert; accessing those allows us to test for items as expected., and to write a DSL for "a good login" that's as straightforward as: ``` await LoginPage.open(); await LoginPage.login("ken@goauthentik.io", "eat10bugs"); await expect(UserLibraryPage.pageHeader).toHaveText("My applications"); ``` There was a *lot* of messing around with the LoginPage to get the username and password into the system. For example, I had to do this with all the `waitForClickable` and `waitForEnable` because we both keep the buttons inaccessible until the form has something and we "black out" the page (put a darkening filter over it) while accessing the flow, meaning there was a race condition such that the test would attempt to interact with the username or password field before it was accessible. But this works now, which is very nice. ``` JavaScript get inputUsername() { return $('>>>input[name="uidField"]'); } get btnSubmit() { return $('>>>button[type="submit"]'); } async username(username: string) { await this.inputUsername.waitForClickable(); await this.inputUsername.setValue(username); await this.btnSubmit.waitForEnabled(); await this.btnSubmit.click(); } ``` The bells & whistles of *Prettier*, *Eslint*, and *Codespell* have also been enabled. I do like my guardrails.
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}