geojson-to-sqlite 0.1.2

CLI tool for converting GeoJSON to SQLite (optionally with SpatiaLite)

geojson-to-sqlite

CLI tool for converting GeoJSON to SQLite (optionally with SpatiaLite)

RFC 7946: The GeoJSON Format

How to install

$ pip install geojson-to-sqlite

How to use

You can run this tool against a GeoJSON file like so:

$ geojson-to-sqlite my.db features features.geojson

This will load all of the features from the features.geojson file into a table called features.

Each row will have a geometry column containing the feature geometry, and columns for each of the keys found in any properties attached to those features.

The table will be created the first time you run the command.

On subsequent runs you can use the --alter option to add any new columns that are missing from the table.

You can use --pk=PROPERTY with the name of a property to use that as the primary key.

If no primary key is specified, a SQLite rowid column will be used.

You can use - as the filename to import from standard input. For example:

$ curl https://eric.clst.org/assets/wiki/uploads/Stuff/gz_2010_us_040_00_20m.json \
    | geojson-to-sqlite my.db states - --pk GEO_ID

Using with SpatiaLite

By default, the geometry column will contain JSON.

If you have installed the SpatiaLite module for SQLite you can instead import the geometry into a geospatially indexed column.

You can do this using the --spatialite option, like so:

$ geojson-to-sqlite my.db features features.geojson --spatialite

The tool will search for the SpatiaLite module in the following locations:

• /usr/lib/x86_64-linux-gnu/mod_spatialite.so
• /usr/local/lib/mod_spatialite.dylib

If you have installed the module in another location, you can use the --spatialite_mod=xxx option to specify where:

$ geojson-to-sqlite my.db features features.geojson \
    --spatialite_mod=/usr/lib/mod_spatialite.dylib