Add a short description of your App Extension. What does it do? How is it beneficial? Why would someone want to use it?
quasar ext add @sowell/auth
Quasar CLI will retrieve it from NPM and install the extension.
When installing the Auth app extension, you will be prompted with fourteen questions:
- Route for authentication
The default is /login, it allows you to define the login route
- Route where the user will be redirected once connected
The default is /, you can define where you want to be redirect once connected
- Route for code verification after performing the forgotten password
The default is /check_code, you can define other route
- Route for password update
The default is /reset_password
- Basic server route
The default is http://localhost:3000, you must point it to your server base url
- Server route for authentication
The default is /auth
- Server route to reset password
The default is /users/reset_password
- Server route to update password
The default is /users/passwords
- Authorization type
The default is Bearer but you can change it according to your needs
quasar ext remove @sowell/auth
The parent application must provide the following mutations:
A mutation to store the token, it takes the token in parameter
A mutation to clean the token and the user information
A mutation to define the user information during the process of forgotten password (email or phone number), it takes in parameter the email or the phone number.
A getter which returns the token
A getter that returns the email or the phone number defined during the process of forgotten password.
When installing the extension, the path to these mutations and getters must be provided. As well as the different routes of the pages and APIs, without forgetting the type of authorization.
In auth mutation:
export function setToken(state, payload) {
state.token = payload
}
export function clearToken(state) {
state.token = null
}
In auth getter:
export function getToken(state) {
return state.token
}
A Quasar Framework app for Auth Extension
yarn dep
yarn dev
yarn lint
yarn test:e2e
yarn test:e2e:ci
See dev/Configuring quasar.conf.js.
Cypress automatically after being launched.
Launch test E2E mode and select your test file
Launch test E2E with Continuous integration mode and cypress test all file in directory:
/test/cypress/integration/
[![renovate-app badge][renovate-badge]][renovate-app]
Runs Cypress end-to-end tests on Netlify Build
You can install this plugin in the Netlify UI from this direct in-app installation link or from the Plugins directory.
For file based installation, add netlify-plugin-cypress
NPM package as a dev dependency to your repository.
npm install --save-dev netlify-plugin-cypress
# or
yarn add -D netlify-plugin-cypress
And then add the plugin's name to the list of build plugins in netlify.toml
file as shown in the examples below.
note: this plugin assumes you have already installed Cypress as a dev NPM dependency.
When Netlify Build system runs it performs 2 steps essentially:
- builds the site
- deploys the site
Every plugin that wants to perform some actions can do so before the build, after the build (but before the deploy), and after the deploy. The Netlify uses the following names for these events
"preBuild"
1. builds the site
"postBuild"
2. deploys the site
"onSuccess"
"onFailure"
Thus every plugin can register itself to be executed before a site is built using "preBuild" event, or after a successful deploy using "onSuccess" event name, etc.
This plugin netlify-plugin-cypress
by default runs during the "onSuccess" event, testing the deployed site. The Netlify Build system gives the URL to the plugin and it runs Cypress against that URL using the Cypress NPM module API.
Optionally, you can also run tests during "preBuild" and "postBuild" steps. This is useful if you want to ensure the site is working even before deploying it to Netlify servers. Finally, this plugin does not use "onFailure" event which happens only if Netlify fails to deploy the site.
Running Cypress tests by default uses the "onSuccess" step of the build pipeline. By this point Netlify has already deployed the site. Even if the tests fail now, the Netlify shows the successful deployment - the site is live! To really prevent the broken deploys, we suggest using Cypress GitHub / GitLab / Bitbucket integration to fail the status checks on a pull request.
We also suggest running tests during the "preBuild" and/or "postBuild" steps. If the tests fail during these steps, the Netlify fails the entire build and does not deploy the broken site.
Finally, you can set up Slack notifications on failed tests against the deployed site. At least you will quickly find out if the deployed site fails the E2E tests and would be able to roll back the deploy.
Here is the most basic Netlify config file netlify.toml
with just the Cypress plugin
[[plugins]]
# runs Cypress tests against the deployed URL
package = "netlify-plugin-cypress"
Read the full tutorial at Test Sites Deployed To Netlify Using netlify-plugin-cypress.
Note: if any tests against the deployed URL fail, the Netlify build still considers it a success. Thus if you want to have a test check against the deploy, install Cypress GitHub App. The app will provide its own failing status check in this case.
You can control the browser, the specs to run, record tests on Cypress Dashboard, etc, see manifest.yml file.
To record test results and artifacts on Cypress Dashboard, set record: true
plugin input and set CYPRESS_RECORD_KEY
as an environment variable via Netlify Deploy settings.
[build]
command = "npm run build"
publish = "build"
[build.environment]
# cache Cypress binary in local "node_modules" folder
# so Netlify caches it
CYPRESS_CACHE_FOLDER = "./node_modules/CypressBinary"
# set TERM variable for terminal output
TERM = "xterm"
[[plugins]]
# runs Cypress tests against the deployed URL
package = "netlify-plugin-cypress"
[plugins.inputs]
record = true
See cypress-example-kitchensink and recorded results at Cypress Dashboard
Security note 🔐: you should keep your CYPRESS_RECORD_KEY
secret. You can control how Netlify builds external pull requests, see the doc - you never want to expose sensitive environment variables to outside builds.
If you are recording test results to Cypress Dashboard, you should also install Cypress GitHub Integration App to see status checks from individual groups or from individual specs per commit. See netlify-plugin-prebuild-example PR #8 pull request for an example.
You can change the group name for the recorded run using group
parameter
[[plugins]]
# runs Cypress tests against the deployed URL
package = "netlify-plugin-cypress"
[plugins.inputs]
record = true
group = "built site"
You can give recorded run tags using a comma-separated string. If the tag is not specified, Netlify context will be used (production
, deploy-preview
or branch-deploy
)
[[plugins]]
# runs Cypress tests against the deployed URL
package = "netlify-plugin-cypress"
[plugins.inputs]
record = true
group = "built site"
tag = "nightly,production"
Run only a single spec or specs matching a wildcard
[build]
command = "npm run build"
publish = "build"
[build.environment]
# cache Cypress binary in local "node_modules" folder
# so Netlify caches it
CYPRESS_CACHE_FOLDER = "./node_modules/CypressBinary"
# set TERM variable for terminal output
TERM = "xterm"
[[plugins]]
# runs Cypress tests against the deployed URL
package = "netlify-plugin-cypress"
[plugins.inputs]
spec = "cypress/integration/smoke*.js"
See cypress-example-kitchensink for instance.
By default all tests run using the Chromium browser. If you want to use Electron:
[build]
command = "npm run build"
publish = "build"
[build.environment]
# cache Cypress binary in local "node_modules" folder
# so Netlify caches it
CYPRESS_CACHE_FOLDER = "./node_modules/CypressBinary"
# set TERM variable for terminal output
TERM = "xterm"
[[plugins]]
package = "netlify-plugin-cypress"
[plugins.inputs]
# allowed values: electron, chromium
browser = "electron"
If you would like to use a different Cypress config file instead of cypress.json
, specify it using the configFile
option
[build]
command = "npm run build"
publish = "build"
[build.environment]
# cache Cypress binary in local "node_modules" folder
# so Netlify caches it
CYPRESS_CACHE_FOLDER = "./node_modules/CypressBinary"
# set TERM variable for terminal output
TERM = "xterm"
[[plugins]]
package = "netlify-plugin-cypress"
[plugins.inputs]
configFile = "cypress.netlify.json"
SPAs need catch-all redirect setup to make non-root paths accessible by tests. You can enable this with spa
parameter.
[[plugins]]
# local Cypress plugin will test our site after it is built
package = "netlify-plugin-cypress"
[plugins.inputs]
# can also use "spa = true" to use "index.html" by default
spa = "index.html"
By default this plugin tests static site after deploy. But maybe you want to run end-to-end tests against the local development server. You can start the local server, wait for it to respond and then run Cypress tests by passing parameters to this plugin. Here is a sample config file
[[plugins]]
package = "netlify-plugin-cypress"
# let's run tests against development server
# before building it (and testing the built site)
[plugins.inputs.preBuild]
enable = true
start = 'npm start'
wait-on = 'http://localhost:5000'
wait-on-timeout = '30' # seconds
Parameters you can place into preBuild
inputs: start
, wait-on
, wait-on-timeout
, spec
, record
, group
, and tag
.
See netlify-plugin-prebuild-example repo
By default this plugin tests static site after deploy. But maybe you want to run end-to-end tests locally after building the static site. Cypress includes a local static server for this case but you can specify your own command if needed by using the start
argument. Here is a sample config file
[[plugins]]
package = "netlify-plugin-cypress"
# let's run tests against the built site
[plugins.inputs.postBuild]
enable = true
Parameters you can place into postBuild
inputs: spec
, record
, group
, tag
, start
and spa
.
If your site requires all unknown URLs to redirect back to the index page, use the spa
parameter
[[plugins]]
package = "netlify-plugin-cypress"
# let's run tests against the built site
[plugins.inputs.postBuild]
enable = true
# must allow our test server to redirect unknown routes to "/"
# so that client-side routing can correctly route them
# can be set to true or "index.html" (or similar fallback filename in the built folder)
spa = true
start = 'npm start'
Even better when testing the prebuilt site is to run the Netlify CLI to make sure the local API redirects and Netlify functions work in addition to the web site. Add netlify-cli
as a dev dependency and start it during testing.
$ npm i -D netlify-cli
[[plugins]]
package = "netlify-plugin-cypress"
# start Netlify server
[plugins.inputs.preBuild]
start = 'npx netlify dev'
wait-on = 'http://localhost:8888'
For more, see tests/test-netlify-dev example and read Testing Netlify Function section.
If you are testing the site before building it and want to skip testing the deployed URL
[[plugins]]
package = "netlify-plugin-cypress"
# do not test the deployed URL
[plugins.inputs]
enable = false
# test the local site
[plugins.inputs.preBuild]
enable = true
Running tests in parallel is not supported because Netlify plugin system runs on a single machine. Thus you can record the tests on Cypress Dashboard, but not run tests in parallel. If Netlify expands its build offering by allowing multiple build machines, we could take advantage of it and run tests in parallel.
When serving the built folder, we automatically serve .html
files. For example, if your folder has the following structure:
public/
index.html
pages/
about.html
The public
folder is served automatically and the following test successfully visits both the root and the about.html
pages:
cy.visit("/");
cy.visit("/pages/about"); // visits the about.html
Warning: be careful with verbose logging, since it can print all environment variables passed to the plugin, including tokens, API keys, and other secrets.
Error: error:0308010C:digital envelope routines::unsupported https://stackoverflow.com/questions/69692842/error-message-error0308010cdigital-envelope-routinesunsupported
If you appreciate the work that went into this App Extension, make donation to Sowell
MIT (c) Sowell