Geoserver Build

Configures a GeoServer war file with the following extensions installed

• The XSLT WFS Output Format extension installed
• The GeoWebCache s3 blob store extension installed
• The Control Flow Module extension installed
• SqlServer support used by IMAS installed

Builds the following AODN extensions and includes them:

• CSV with metadata header WFS output format
• Layer filter configuration plugin
• NCWMS

Makes the following customisations to the geoserver war

Enable CORS for GET requests so IMAS can use it for GetFeatureInfo requests

For Tomcat CORS is enabled in src/main/webapp/WEB-INF/web.xml. The cors.filter.class is specified in src/main/pom.xml.

To test send an OPTIONS request:

OPT http://{{host}}{{site}}/wms?SERVICE=WMS&VERSION=1.1.1&REQUEST=GetFeatureInfo&FORMAT=image%2Fpng&TRANSPARENT=true&QUERY_LAYERS=imos:anmn_velocity_timeseries_map&STYLES&LAYERS=imos:anmn_velocity_timeseries_map&exceptions=application/vnd.ogc.se_inimage&INFO_FORMAT=text/html&FEATURE_COUNT=50&X=50&Y=50&SRS=EPSG%3A4326&WIDTH=101&HEIGHT=101&BBOX=126.1669921875%2C-16.787109375%2C135.0439453125%2C-7.91015625

Response headers will include:

[
  {"key":"Access-Control-Allow-Origin","value":"*"},
  {"key":"Access-Control-Allow-Methods","value":"GET"},
  {"key":"Access-Control-Allow-Headers","value":"*"}
]

Licensing

This project is licensed under the terms of the GNU GPLv3 license.

To build

mvn clean install -U 

Copy the sample context.xml file to configure the default/additional jndi resources

cd src/main/src/jetty
cp context-sample.xml context.xml

Provision Geoserver

A job in jenkins create the artifact, but the real provision is done via cloudformation where it combines the configuration of geoserver, for example workspaces so you can search the layer in geoserver. In short the layers are predefined by this configuration, however the data about this layer comes from the PostGis database that set in the cloudformation.

This issue contains extra information

Running using Jetty

Maven project is in src/main

cd ../src/main

GeoServer requires extra memory above the normal maven defaults, so you will need to bump up the memory when running this command. For example, run export MAVEN_OPTS='-Xms100m -Xmx512m -XX:MaxPermSize=192m' prior to running this command or add this command to you startup scripts

Then to run jetty on port 9090 you can use:

mvn jetty:run-war -Pjetty -Djetty.port=9090 -Duser.timezone=UTC

GeoServer will then be available at:

http://localhost:9090

Running using Tomcat and IntelliJ

Install Tomcat 8.5

Install Java version 11

Set the maven profile to tomcat.

Create a src/main/webapp/META-INF/context.xml file using the supplied src/main/webapp/META-INF/context-sample.xml as a template and update to use the required database datastore.

Create and populate a src/main/webapp/data directory with custom content. Your data dir can be a symlink pointing to a checkout of https://github.com/aodn/geoserver-config.

For all the Postman tests to pass you will need to update src/main/webapp/data/ncwms.xml and src/main/webapp/data/workspaces/imos/JNDI_argo/argo_primary_profile_core_low_res_good_qc_data/filters.xml.

src/main/webapp/data/ncwms.xml

<ncwms>
<wfsServer>http://localhost:8080/geoserver/ows</wfsServer>
<urlSubstitution key="^">https://thredds.aodn.org.au/thredds/wms/</urlSubstitution>
</ncwms>

src/main/webapp/data/workspaces/imos/JNDI_argo/argo_primary_profile_core_low_res_good_qc_data/filters.xml

<?xml version="1.0"?>
<filters>
    <filter>
        <name>data_centre_name</name>
        <type>string</type>
        <label>Data centre name</label>
        <visualised>true</visualised>
        <excludedFromDownload>true</excludedFromDownload>
    </filter>
    <filter>
        <name>platform_number</name>
        <type>string</type>
        <label>Platform Number</label>
        <visualised>true</visualised>
        <excludedFromDownload>false</excludedFromDownload>
    </filter>
    <filter>
        <name>juld</name>
        <type>datetime</type>
        <label>Time</label>
        <visualised>true</visualised>
        <excludedFromDownload>false</excludedFromDownload>
    </filter>
    <filter>
        <name>position</name>
        <type>geometrypropertytype</type>
        <label>Bounding Box</label>
        <visualised>true</visualised>
        <excludedFromDownload>false</excludedFromDownload>
    </filter>
    <filter>
        <name>profile_processing_type</name>
        <type>string</type>
        <label>Realtime/Delayed</label>
        <visualised>true</visualised>
        <excludedFromDownload>false</excludedFromDownload>
    </filter>
</filters>

Update the supplied Tomcat run configuration JRE and Application Server to your Corretto and Tomcat.

For complete console logging, create src/main/webapp/WEB-INF/classes/logging.properties:

org.apache.catalina.core.ContainerBase.[Catalina].level=INFO
org.apache.catalina.core.ContainerBase.[Catalina].handlers=java.util.logging.ConsoleHandler

Run the Tomcat run configuration.

GeoServer will then be available at:

http://localhost:8080

Default admin user is username=admin, password=geoserver

Using the Postman tests

For all the Postman tests to pass you will need to update src/main/webapp/data/ncwms.xml and src/main/webapp/data/workspaces/imos/JNDI_argo/argo_primary_profile_core_low_res_good_qc_data/filters.xml

Import the Postman tests from src/postman/geoserver-build.postman_collection.json into Postman and run.