hawtio can now be built without having to install node.js or anything first thanks to the typescript-maven-plugin. However hawtio will build faster if typescript is installed, so when possible it's recommended to install it.
Installing npm and TypeScript for faster builds
To install all of the required dependencies you first need to install npm e.g. by installing nodejs. If you're on OS X we recommend just installing npm directly rather than via things like homebrew to get the latest npm crack.
In order to make use of TypeScript you will need to install the compiler globally. Installing a dependency globally allows you to access the the dependency directly from your shell.
You can do this by running:
npm install -g typescript
Note, if you are using Ubuntu then you may need to use the
sudo npm install -g typescript
To build the API documentation you also need to install typedoc:
sudo npm -g install typedoc
To run the tests you'll also need to install phantomjs:
sudo npm install -g phantomjs
After you've cloned hawtio's git repo the first thing you should do is build the whole project. First
cd into the root directory of the hawtio project and run:
This will ensure all dependencies within the hawtio repo are built and any dependencies are downloaded and in your local repo.
To run the sample web application for development, type:
cd hawtio-web mvn compile mvn test-compile exec:java
On OS X and linux the mvn compile command above is unnecessary but folks have found on windows there can be timing issues with grunt and maven that make this extra step a requirement (see issue #203 for more details)
Or if you want to just run an empty hawtio and connect in hawtio to a remote container (e.g. connect to a Fuse Fabric or something via the Connect tab) just run
cd hawtio-web mvn clean jetty:run
Trying Different Containers
The above uses Jetty but you can try running hawtio in different containers via any of the following commands. Each of them runs the hawtio-web in a different container (with an empty JVM so no beans or camel by default).
mvn tomcat7:run mvn tomcat6:run mvn jboss-as:run mvn jetty:run
Incrementally compiling TypeScript
For a more rapid development workflow its good to use incremental compiling of TypeScript and to use LiveReload (or LiveEdit) below too.
So in a separate shell (while keeping the above shell running!) run the following commands:
cd hawtio-web mvn compile -Pwatch
This will incrementally watch all the *.ts files in the src/main/webapp/app directory and recompile them into src/main/webapp/app/app.js whenever there's a change.
Incrementally compiling TypeScript inside IntelliJ (IDEA)
The easiest way we've figured out how to use IDEA and TypeScript together is to setup an External Tool to run watchTsc; then you get (relatively) fast recompile of all the TypeScript files to a single app.js file; so you can just keep hacking code in IDEA and letting LiveReload reload your web page.
- open the Preferences dialog
- select External Tools
- add a new one called watchTsc
- select path to mvn as the program and compile -Pwatch as the program arguments
- select hawtio-web as the working directory
- click on Output Filters…
- add a new Output Filter
- use this regular expression
``` $FILE_PATH$($LINE$,$COLUMN$)\: ```
Now when you do Tools → watchTsc you should get a output in the Run tab. If you get a compile error when TypeScript gets recompiled you should get a nice link to the line and column of the error.
Note when you do this you probably want the Run window to just show the latest compile errors (which is usually the last couple of lines).
I spotted a handy tip on this issue, if you move the cursor to the end of the Run window after some compiler output has been generated - pressing keys META + end (which on OS X is the fn and the option/splat and right cursor keys) then IDEA keeps scrolling to the end of the output automatically; you don't have to then keep pressing the “Scroll to end” button ;)
The LiveReload support allows you to edit the code and for the browser to automatically reload once things are compiled. This makes for a much more fun and RAD development environment!!
The easiest method to run with LiveReload support is to cd into the “hawtio-web” module and run the following:
mvn test-compile exec:java
The sample server runs an embedded LiveReload server that's all set up to look at src/main/webapp for file changes. If you don't want to load all of the sample apps because you're connecting to another JVM you don't have to:
mvn test-compile exec:java -DloadApps=false
The Live Reload server implementation is provided by livereload-jvm. When using other methods run run hawtio like “mvn jetty:run” or “mvn tomcat:run” you can run livereload-jvm directly, for example from the hawtio-web directory:
java -jar livereload-jvm-0.2.0-SNAPSHOT-onejar.jar -d src/main/webapp/ -e .*\.ts$
Install the LiveReload plugin for Chrome and then enable it for the website (click the live reload icon on the right of the address bar). There is also a LiveReload plugin for Firefox, you can get it straight from the LiveReload site.
In another shell (as mentioned above in the “Incrementally compile TypeScript” section you probably want to auto-recompile all the TypeScript files into app.js in another shell via this command:
cd hawtio-web mvn compile -Pwatch
Enable Live Reload in your browser (open http://localhost:8080/hawtio/ then click on the Live Reload icon to the right of the location bar).
Now if you change any source (HTML, CSS, TypeScript, JS library) the browser will auto reload on the fly. No more context-switching between your IDE and your browser! :)
To specify a different port to run on, just override the
mvn test-compile exec:java -DjettyPort=8181
Using your build & LiveReload inside other web containers
TODO - this needs updating still…
The easiest way to use other containers and still get the benefits of LiveReload is to create a symbolic link to the generated hawtio-web war in expanded form, in the deploy directory in your web server.
e.g. to use Tomcat7 in LiveReload mode try the following to create a symbolic link in the tomcat/webapps directory to the hawtio-web/target/hawtio-web-1.3-SNAPSHOT directory:
cd tomcat/webapps ln -s ~/hawtio/hawtio-web/target/hawtio-web-1.3-SNAPSHOT hawtio
Then use livereload-jvm manually as shown above.
Now just run Tomcat as normal. You should have full LiveReload support and should not have to stop/start Tomcat or recreate the WAR etc!
Using your build from inside Jetty
For jetty you need to name the symlink directory hawtio.war for Jetty to recognise it.
cd jetty-distribution/webapps ln -s ~/hawtio/hawtio-web/target/hawtio-web-1.3-SNAPSHOT hawtio.war
Another thing is for symlinks jetty uses the real directory name rather than the symlink name for the context path.
So to open the application in Jetty open http://localhost:8080/hawtio-web-1.3-SNAPSHOT/
Running Unit Tests
You can run the unit tests via maven:
cd hawtio-web mvn test
If you have a local build (or ideally are using the mvn -Pwatch command to do incremental compiles as you edit the source), you can open the unit test runner via the following:
cd hawtio-web open src/test/specs/SpecRunner.html
If you are using the LiveReload plugin for Chrome you can then hit the LiveReload icon to the right of the address bar and if you are running the watch profile, the tests are re-run every time there is a compile:
Now the unit tests are all re-run whenever you edit the source.
Running the End-to-End Integration Tests
npm -g install testacular
To get the latest greatest testacular crack (e.g. so console.log() statements output to the command shell, etc.) you need 0.5.x or later use this command:
npm install -g testacular@"~0.5.7"
Running Tests With Testacular
In a shell in the
hawtio-web directory run:
mvn test-compile exec:java
In another in the same directory run the following:
testacular start src/test/config/e2e-config.js
How to Get Started Hacking the Code
Check out the hawtio technologies, tools and code walkthroughs
Trying hawtio with Fuse Fabric
As of writing hawtio depends on the latest snapshot of Fuse Fabric. To try out hawtio with it try these steps:
Grab the latest Fuse Fabric source code and do a build in the fabric directory…
git clone git://github.com/fusesource/fuse.git cd fuse cd fabric mvn -Dtest=false -DfailIfNoTests=false clean install
Now create a Fuse Fabric instance
cd fuse-fabric\target tar xf fuse-fabric-99-master-SNAPSHOT.tar.gz cd fuse-fabric-99-master-SNAPSHOT bin/fusefabric
When the Fabric starts up run the command
to properly test things out you might want to create a new version and maybe some child containers.
Running hawtio with Fuse Fabric in development mode
cd hawtio-web mvn test-compile exec:java -Psnapshot,fabric