Currently, the taxonomy filter only filters by the selected term while it should consider also its children.
In order to implement this in a flexible way, we need to count with an updated list of child terms for each of the top tier categories. Tasks to achieve this:
[x] Extend the python scripts run automatically by odm-automation to generate a JSON file containing the list of top tier terms as keys and the corresponding comma-separated terms as value. Only english is needed.
[x] Adapt tabular pages logic to read that JSON object and store it in a variable
[ ] Modify the call to the CKAN API to include all taxonomic terms
NOTE: Mind the possibility of the URL being to long
acorbi
commented
7 years ago
Currently, the taxonomy filter only filters by the selected term while it should consider also its children.
In order to implement this in a flexible way, we need to count with an updated list of child terms for each of the top tier categories. Tasks to achieve this:
[x] Extend the python scripts run automatically by odm-automation to generate a JSON file containing the list of top tier terms as keys and the corresponding comma-separated terms as value. Only english is needed.
[x] Adapt tabular pages logic to read that JSON object and store it in a variable
[ ] Modify the call to the CKAN API to include all taxonomic terms
NOTE: Mind the possibility of the URL being to long