How to setup Eclipse IDE
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Preparing development environment
First of all you need to install and configure different components of the Openbravo environment as it's described in Custom Installation guide. In order to comply to development requirements some of those components have to be additionally adjusted according to Development Stack Setup.
After completing all of the steps in the aforementioned guides, please make sure that:
- Your OS user has read/write access to your tomcat installation home directory (CATALINA_BASE).
- Environment variables (e.g. ANT_OPTS, CATALINA_OPTS, JAVA_HOME, ANT_OPTS, etc) are declared in the proper categories (i.e. System/User variables) (windows only)
- You have downloaded the latest Eclipse IDE for Java EE Developers release .
Download source code
The source code can be checked out using any Mercurial client. There is no any restrictions on the read access so you wouldn't need any credentials to access the repository. The detailed procedure of the source code check out is described in Mercurial Manual for Openbravo Developers. As it's explained in the guide it's normally considered as a good practice to have a pristine clone and working one, so we would strongly encourage you to follow that 'rule'. It is also highly advisable to clone the repository into a destination directory which is outside of Eclipse workspace.
If you want to build the latest stable release:
$ hg clone https://code.openbravo.com/erp/devel/main openbravo $ cd openbravo $ hg up 3.0PR20Q2
For Openbravo developers, you should work with the pi repository:
hg clone https://code.openbravo.com/erp/devel/pi $ cd pi
The Openbravo installation is performed in several steps.
Configure the properties
So, first of all you have to configure the Openbravo by specifying some general properties, e.g. Tomcat installation directory, database connection details, etc. This can (and in fact must) be done via a console application which has to be compile first. For that, go to the directory with the working clone of the repository and execute:
The invocation of this ant target will compile and execute automatically a console application.By going through the console application provide all requested information and at the end, select
Accept to apply the changes and close the application.
Note: More about setup ant task can be found at Openbravo.properties#Edition.
As a result of these actions a new file
Openbravo.properties, containing specified settings, will be created in config subdirectory.
More about the properties can be found at Openbravo.properties. Now the Openbravo is ready to be installed.
Install from sources
In order to install the Openbravo three main procedures have to be accomplished:
- the Openbravo database has to be created and populated with some initial values
- sources have to be generated
- all sources have to compiled to binaries which later can be executed on a WEB server (Tomcat).
All this is done by invoking from the root of the working clone (XXX\opensource\openbravo\erp\devel\main\).
This process can take quite long time (up to 25 min) depending on hardware configuration. It's always a good idea to redirect the output of the task execution to a log file which then can be analyzed or sent to the support team in case of problems. After the task has completed the log should not contain any error or exception massages as well as it should have
BUILD SUCCESSFUL message at the end of the file. (if you are under Linux use
grep command to check whether the file contains any exceptions). After successful installation the next step can be taken - importing to Eclipse IDE.
Problems running install.source
If you find problems running install.source, check the Installation/Troubleshooting article
Import into Eclipse IDE
Now 4 projects need to be imported in the workspace (by menu File=>Import and then General=>Existing Projects into Workspace). Here they are:
openbravo XXX\opensource\openbravo\erp\devel\main\ OpenbravoCore XXX\opensource\openbravo\erp\devel\main\src-core OpenbravoTrl XXX\opensource\openbravo\erp\devel\main\src-trl OpenbravoWAD XXX\opensource\openbravo\erp\devel\main\src-wad
Create the Tomcat Server
Then open Servers view and create a new instance of Tomcat server:
While going through the wizard select
openbravo and add it to
configured resources. Then click "Finish".
The created instance should appear in the view. Double click on it to change its settings in the form depicted on the picture below:
- In Server options
- check the Serve modules without publishing. See here for additional information.
- In Timeouts
- set Start and Stop timeouts to 120 seconds
- In the Modules tab
- edit openbravo module and uncheck the "Auto reloading enabled" flag.
Change VM arguments settings
- In General Information
- click on Open launch configuration link
- switch to Arguments tab
- add the following line at the end of VM arguments input:
-server -Djava.awt.headless=true -Xms384M -Xmx1536M -XX:MaxPermSize=256M
After changing all, save your server configuration (press Ctrl+S).
When creating a new server, by default is is named "Tomcat v7.0 Server at localhost". This name can be changed to something custom, both at creation time or later by editing it in server window.
In this case, it is necessary to bind the Server Library with the actual server. To do so:
- In Project Explorer view, right click on openbravo project and select Properties.
- Select Java Build Path left menu item.
- Select Libraries tab, there you should see Server library is marked as unbound.
- Click Edit button.
- Select your server.
Serve modules without publishing option
This server option allows to serve web applications directly from the directory structure of the development workspace. This allows, among others, to deploy the application in Eclipse in a faster way.
To use the Serve modules without publishing option with a Tomcat 7 version higher than 7.0.81, it is necessary to install the org.openbravo.base.weld.dev module. To install it, go to the modules directory in your development project and in the console type in this:
hg clone https://code.openbravo.com/erp/mods/org.openbravo.base.weld.dev
and in the top level project directory do this:
ant smartbuild -Dlocal=no
The next step is to set the standard preferences used in the development of Openbravo.
- The preference file is located in the
openbravo/config/eclipsefolder in the development project
- Import workspace preferences clicking on File > Import, then select General > Preferences and click on Next button.
- Browse to
openbravo/config/eclipse/Openbravo-eclipse-prefs.epffile, select Import all radio button and click on Finish button.
Once finished, select all the projects, refresh them, and rebuild them (right click on one or more projects and you will find the Refresh and the Rebuild options). You should not get warnings nor errors.
Configure the Logger
In order to be able to see the logs in the console of the server, follow the next guide How_To_Configure_Log
Launch from Eclipse
Now start the Tomcat server by right-clicking on the server instance in the Servers view and choosing Start option in the popup menu. Wait until the server is started (can take up to 2 minutes) and visit http://localhost:8080/openbravo/ in your internet browser. If everything was configured and installed properly you will get to the Openbravo ERP log in page. Use these credentials to log in:
- username - Openbravo
- password - openbravo
both are case sensitive.
That's it, the installation is over and you're ready to start developing.
Upgrading old workspaces to >=PR17Q1
- JDK >=7 and Tomcat >= 7 need to be installed in the system
- Eclipse must be at least in Indigo release, though latest version is recommended
Once updated to a newer version on a recent stack, it will be automatically allowed to write Java 7 compliant code.
If Tomcat 6 was used, the server needs to be removed and a new Tomcat >=7 needs to be created, after it, a rebuild will be required, see how here.
Upgrading old workspaces to >=PR18Q4
- JDK >=8 need to be installed in the system
- Eclipse must be at least in Luna release, though latest version is recommended
Once updated to a newer version on a recent stack, it will be automatically allowed to write Java 8 compliant code.