We provide a single installation script that handles everything (on a linux environment, if you are using Windows, you may need to install wsl first).
- Installs Miniconda and sets up the Python environment
- Installs & configures PostgreSQL
- Installs & configures Apache with mod_wsgi
- Clones the backend repo and applies Django migrations
- Collects static files
- Sets up logs and Apache config
Before starting, make sure you have the following installed on your system:
- A Linux-based operating system (Ubuntu 20.04+ recommended)
- Git (to clone the repository)
- Bash (usually preinstalled on Linux)
The installation script will handle the rest (Conda, PostgreSQL, Apache, etc.).
git clone https://github.com/core-stack-org/core-stack-backend.git
cd core-stack-backend/installationchmod +x install.sh
./install.shThe script will automatically install Conda, PostgreSQL, Apache, set up the
corestack-backendenvironment, run migrations, and configure Apache.
For any installation issues, check Installation Documentation and Troubleshooting Guide.
After the successfull installation of all the packages, run the following commands to start the Django server:
conda activate corestack-backend (or whatever is the name of your virtual environment)
python manage.py runserver- Running celery: If you are running some tasks, you need to run
celery -A nrm_app worker -l info -Q nrmwhere 'nrm_app' is the app_name and 'nrm' is the rabbitmq queue.
- API Docs: http://localhost
- Django Admin: http://localhost/admin/
| Theme | Variable | Script path | |
|---|---|---|---|
| 1 | Hydrology | Microwatersheds | /computing/mws/mws.py |
| 2 | Hydrology | Precipitation | /computing/mws/precipitation.py |
| 3 | Hydrology | Runoff | /computing/mws/run_off.py |
| 4 | Hydrology | Evapotranspiration | /computing/mws/evapotranspiration.py |
| 5 | Hydrology | Change in groundwater | /computing/mws/delta_g.py |
| 6 | Hydrology | Change in well depth | /computing/mws/well_depth.py |
| 7 | Hydrology | Aquifers | /computing/misc/aquifer_vector.py |
| 8 | Hydrology | Stage of Groundwater Extraction | /computing/misc/soge_vector.py |
| 9 | Climate | Drought frequency and intensity | /computing/drought/drought.py |
| 10 | Climate | Drought causality | /computing/drought/drought_causality.py |
| 11 | Terrain | Terrain classification | /computing/terrain_descriptor/terrain_raster.py |
| 12 | Terrain | Terrain cluster | /computing/terrain_descriptor/terrain_clusters.py |
| 13 | Land use | Land use land cover | /computing/lulc/lulc_v3.py |
| 14 | Land use | Land use on terrain | Land use on Plain: /computing/lulc_X_terrain/lulc_on_plain_cluster.py |
| Land use | Land use on terrain | Land use on Slope: /computing/lulc_X_terrain/lulc_on_slope_cluster.py | |
| 15 | Land use | Land use changes | /computing/change_detection/change_detection.py |
| 16 | Land use | Cropping intensity | /computing/cropping_intensity/cropping_intensity.py |
| 17 | Land use | Water bodies | /computing/surface_water_bodies/swb.py |
| 18 | Land use | First census of water bodies | /computing/surface_water_bodies/swb3.py' |
| 19 | Tree health | Tree canopy cover density | /computing/tree_health/ccd.py |
| 20 | Tree health | Tree canopy height | /computing/tree_health/canopy_height.py |
| 21 | Tree health | Tree cover change | /computing/tree_health/overall_change.py |
| 22 | Welfare | NREGA assets categorization | /computing/misc/nrega.py |
| 23 | Administrative | State | /computing/misc/admin_boundary.py |
| 24 | Administrative | District | /computing/misc/admin_boundary.py |
| 25 | Administrative | Block/Tehsil | /computing/misc/admin_boundary.py |
| 26 | Administrative | Village | /computing/misc/admin_boundary.py |
| 27 | Water structure planning | Lithology | /computing/clart/lithology.py |
| 28 | Water structure planning | Drainage lines | /computing/misc/drainage_lines.py |
| 29 | Water structure planning | Stream order raster | /computing/misc/stream_order.py |
| 30 | Water structure planning | CLART | /computing/clart/clart.py |
We have prepared a detailed guide on how to integrate custom pipelines on the CoREStack backend.