For purposes of example, xgds_site
will be used in place of the site-specific
application name (e.g. xgds_rp
or xgds_basalt
).
To initialize a new site-specific repository xgds_site
:
git clone https://github.com/xgds/xgds_baseline.git xgds_site
cd xgds_site/apps
mv xgds_baseline_app xgds_site_app
Next, edit siteSettings.py
and specify the XGDS_SITE_APP
(which would be
"xgds_site_app" in the above example) and perform any configuration needed for the
new site. In particular, uncomment any xGDS apps under INSTALLED_APPS
that will be used. Many apps will also have related
configuration variables to uncomment and supply below. Variable names are
generally prefixed with the name of the app to which they pertain.
Subsequently, edit urls.py
and uncomment any paths associated with
installed applications.
Finally, replace or fill in apps/xgds_site_app
with site-specific content.
Then you should create your git repository. For example, if it is on github:
First create the repository manually, make sure it is empty: https://help.github.com/articles/creating-a-new-repository/
git remote set-url origin https://github.com/mygitusername/xgds_site.git git push -u origin master
The ansible-provision project contains an Ansible script and instructions, and may be used to provision a site forked from baseline. Specifically follow instructions here: To build a new docker image for a specific xgds
A site must be bootstrapped once per installation:
./manage.py bootstrap
You may see errors after bootstrapping completes due to the incomplete configuration of the environment.
This will create local files settings.py
and sourceme.sh
.
These are ignored from .gitignore
as they will contain information
specific to the installation which should not be committed back to
the repository.
The installation will need a database. For example, to create a mysql database:
mysql -u root -p -e "create database xgds_site"
At minimum, settings.py
must be edited with database information.
For example:
DATABASES = {
'default': {
'ENGINE': 'django.contrib.gis.db.backends.mysql',
'NAME': 'xgds_site',
'USER': 'root',
'PASSWORD': '****',
'HOST': 'localhost',
'PORT': '3306',
}
}
Whenever managing this installation, ensure you have the correct environment variables:
source sourceme.sh
After bootstrapping, an administrator account should be created (after applying migrations to ensure tables are up-to-date):
./manage.py migrate
./manage.py createsuperuser
After installation and whenever front-end dependencies are updated:
./manage.py prepnpm
Whenever static files (including front-end dependencies) change:
./manage.py prep
When using Apache to serve static files and interface with WSGI,
create a configuration /etc/apache2/sites-available/xgds_site.conf
and enable it:
sudo a2ensite xgds_site
sudo service apache2 reload
When using Apache to serve static files, restart after each prep:
sudo apachectl restart
With all of the above complete, you should now be able to navigate to your installation in a browser (at https://localhost, for a local installation), log in using the administrator account you created, and see xGDS as you configured it.