CircleCI alternatives and similar libraries
Based on the "Continuous Integration" category.
Alternatively, view CircleCI alternatives based on common mentions on social networks and blogs.
Cloudways Early Bird Offer
* Code Quality Rankings and insights are calculated and provided by Lumnify.
They vary from L1 to L5 with "L5" being the highest.
Do you think we are missing an alternative of CircleCI or a related project?
README
CircleCI's frontend
This is an open-source mirror of the code that is running CircleCI's frontend. CircleCI provides powerful Continuous Integration and Deployment with easy setup and maintenance.
Feel free to fork and make contributions. We'll try to get them into the main application.
Watch @brandonbloom's Clojure/West talk, Building CircleCI's Frontend with Om, for a quick overview.
Want to work with Clojure(Script) full-time? We're hiring.
Dependencies and Setup
Node.js
Install Node.js and node dependencies:
npm install
Download all of the 3rd-party javascript dependencies:
node_modules/.bin/bower install
Clojure
Install Leiningen.
Note: You can also install leiningen via homebrew with brew install leiningen
nginx
You'll need to install nginx to serve the site over https
- we
require local development to use SSL to support using development
backends against production APIs in a secure way.
# first, install nginx
brew update
brew install nginx
# next, create a self-signed certificate
cd nginx/etc/nginx/ssl
sudo openssl req -batch -new \
-x509 -newkey rsa:2048 -sha256 -nodes -days 365 \
-subj '/C=US/ST=California/L=San Francisco/O=CircleCI/CN=*.circlehost' \
-keyout star.circlehost.key \
-out star.circlehost.crt
Hosts
In your /etc/hosts
, add the following line:
127.0.0.1 prod.circlehost
If you have access to the backend code, you can also add this line:
127.0.0.1 dev.circlehost
Note: Whichever of these you use must be in your /etc/hosts
to get
lein figwheel
to run properly (steps in the next section)
Usage
Development Processes
You can use foreman (or goreman) to run the frontend and nginx.
foreman start # (or) goreman start
If you're using Docker for Mac, you can also use docker-compose
, in which case you need to start figwheel separately.
docker-compose up -d
lein figwheel dev devcards
Then visit https://prod.circlehost:4443 or https://dev.circlehost:4443 (if you have access and have set it up) in your browser.
To log into using the production backend, visit https://prod.circlehost:4443/dashboard.
(https://prod.circlehost:4443
redirects to outer in a vicious cycle.)
Viewing documentation changes
To see documentation locally you have to compile the docs manifest, like:
lein run -m frontend.tasks.http/precompile-assets
If you add a new document, you will have to re-run that; but if you just change one of the existing documents it should show up with just a page refresh.
Running the Tests
There are two main ways for running tests using the plugin lein doo
. If you wish to run the tests only once, you can do that with
lein doo chrome dev-test once
To have a process watch for changes and run the tests every time you make changes, you can run
lein doo chrome dev-test auto
The default option is auto
, so it will run in that state if you ommit that argument. You can also use phantom
, firefox
, and a variety of our js enviornments to run the tests on. For full documentation read lein doo's README
Adding Tests
To add a test you can either create a new test in an existing ns using deftest
, or create a new ns. However, if you add a new ns it will not automatically be added to the test runner, to do that add it to the list of test ns's in test-cljs/frontend/test_runner.cljs
.
Asset Compilation Errors
If you are experiencing errors when building assets the following commands may help reset all cached state:
lein clean
./node_modules/bower/bin/bower install
lein cljsbuild once
Sanity Check
To test that everything worked, visit https://prod.circlehost:4443/assets/css/app.css and https://prod.circlehost:4443/assets/js/om-dev.js.stefon in your browser.
Production & Development Backends
Now you should have everything you need to start hacking on Circle's frontend!
Visit https://prod.circlehost:4443 for the a production backend
with locally build development assets. Again, if you've got access to the
backend code (NOTE: it's not open source), you can run it locally on
circlehost:8080
. To connect to the development backend, visit
https://dev.circlehost:4443. The dev server will default to dev assets, so you
don't need the query parameter.
Browser REPL
Figwheel runs its own bREPL, which you'll see on the terminal at your lein figwheel dev
. You can also run an additional bREPL over nREPL to connect Cider (or similar) to it. First, connect to the nREPL at localhost:7888. (This port is defined in project.clj.) Then, at the Cider REPL:
(figwheel-sidecar.repl/cljs-repl "dev")
Unfortunately for vim-fireplace, Figwheel doesn't expose the repl-env to pass to :Piggieback
in any nice way. (If you'd like to work on making it possible, have a look at figwheel-sidecar.repl/repl-env
. Unfortunately, it takes an entire build map as an argument, rather than just a build ID, as figwheel-sidecar.repl/cljs-repl
does.) However, you can still run an out-of-browser Rhino REPL using :Piggieback
(which vim-fireplace will probably run for you automatically.)
Better Cider Support
I couldn't get the browser repl to work at all using cider-connect
, and cider
requires cemerick.com/piggieback
in order to support a lot of its features, including jumping to definitions.
Here's an alternative method for cider
users and possibly others who are dependent on piggieback
.
First, start the nginx
and web
processes using foreman.
foreman start -f Procfile.alt
Then either start a new repl with
lein repl
or use the cider-jack-in
command in emacs. Note this is not the cider-jack-in-clojurescript
command. Once the repl is established, execute the following code:
frontend.core> (use 'figwheel-sidecar.repl-api)
=> nil
frontend.core> (start-figwheel!)
Figwheel: Starting server at http://localhost:3449
Figwheel: Watching build - dev
Compiling "resources/public/cljs/out/frontend-dev.js" from ["src-cljs" "test-cljs"]...
Successfully compiled "resources/public/cljs/out/frontend-dev.js" in 5.547 seconds.
Figwheel: Starting CSS Watcher for paths ["resources/assets/css"]
Figwheel: Starting nREPL server on port: 7888
=> #<SystemMap>
frontend.core> (cljs-repl)
Launching ClojureScript REPL for build: dev
Figwheel Controls:
(stop-autobuild) ;; stops Figwheel autobuilder
(start-autobuild [id ...]) ;; starts autobuilder focused on optional ids
(switch-to-build id ...) ;; switches autobuilder to different build
(reset-autobuild) ;; stops, cleans, and starts autobuilder
(reload-config) ;; reloads build config and resets autobuild
(build-once [id ...]) ;; builds source one time
(clean-builds [id ..]) ;; deletes compiled cljs target files
(print-config [id ...]) ;; prints out build configurations
(fig-status) ;; displays current state of system
Switch REPL build focus:
:cljs/quit ;; allows you to switch REPL to another build
Docs: (doc function-name-here)
Exit: Control+C or :cljs/quit
Results: Stored in vars *1, *2, *3, *e holds last exception object
Prompt will show when Figwheel connects to your application
To quit, type: :cljs/quit
=> nil
cljs.user>
Now the middleware should be loaded and emacs cider
navigation should work.
CLJS Dev Tools
Dirac is a fork of Chrome DevTools that works for ClojureScript.
Requirements:
- Google Chrome
Running devtools:
- Run the frontend as usual with
foreman
- In another terminal,
cd
to the project directory and run./script/devtools.sh
. This will open a Chrome window capable of running dev tools. - Install the Dirac devtools Chrome extension in the instance of Chrome that was started by
devtools.sh
. This only needs to be done the first time you use Dirac. - Click on the Dirac extension icon to the right of the address bar to open the dev tools.
- Toggle CLJS on/off by pressing pgUp/pgDn (fn + up/down arrow on Mac) with focus on the prompt field.